%!PS-Adobe-3.0
%%Pages: (atend)
%%BoundingBox: 16 9 597 784
%%LanguageLevel: 1
%%DocumentNeededFonts: (atend)
%%DocumentSuppliedFonts: (atend)
%%EndComments
%%BeginProlog



%%BeginResource: procset NTPSOct95


/NTPSOct95 100 dict dup begin/bd{bind def}bind def/ld{load def}bd/ed{exch def}


bd/a{currentpoint}bd/c/curveto ld/d/dup ld/e/eofill ld/f/fill ld/tr/translate


ld/gr/grestore ld/gs/gsave ld/j/setlinejoin ld/L/lineto ld/M/moveto ld/n


/newpath ld/cp/closepath ld/rm/rmoveto ld/sl/setlinewidth ld/sd/setdash ld/g


/setgray ld/r/setrgbcolor ld/s/stroke ld/t/show ld/aw/awidthshow ld/im


/imagemask ld/MS{moveto show}bd/SF{findfont exch scalefont setfont}bd/SM{cmtx


setmatrix}bd/MF{findfont exch makefont setfont}bd/CM{/cmtx matrix currentmatrix


def}bd/B{M exch dup 0 rlt exch 0 exch rlt neg 0 rlt}bd/CB{B cp eoclip}bd/EA{1


index 0/G0 put 4 string 1 1 4 -1 roll{3 copy neg exch cvs dup 0 71 put cvn 3 -1


roll exch put}for pop}bd/rlt/rlineto ld/L2?/languagelevel where{pop


languagelevel 2 ge}{false}ifelse def end def 


%%EndResource


%%EndProlog
%%BeginSetup
[{0
/languagelevel where{pop languagelevel 2 ge}{false}ifelse
{1 dict dup/JobTimeout 4 -1 roll put setuserparams}
{statusdict/setjobtimeout get exec}ifelse
}stopped cleartomark
[{240
/languagelevel where{pop languagelevel 2 ge}{false}ifelse
{1 dict dup/WaitTimeout 4 -1 roll put setuserparams}
{statusdict/waittimeout 3 -1 roll put}ifelse
}stopped cleartomark
/#copies 1 def
[{
%%BeginFeature: *PageSize Letter
statusdict /lettertray get exec
%%EndFeature
} stopped cleartomark
%%EndSetup
NTPSOct95 begin
%%Page: 1 1
NTPSOct95 /PageSV save put
16 784 translate 72 300 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
%%IncludeFont: Times-BoldItalic
[100 0 0 -100 0 0]/Times-BoldItalic MF
(J)921 1142 MS (a)971 1142 MS (v)1021 1142 MS (a)1065 1142 MS ( )1115 1142 MS
(C)1140 1142 MS (a)1207 1142 MS (r)1257 1142 MS (d)1296 1142 MS ( )1346 1142 MS (2)1371 1142 MS (.)1421 1142 MS (0)1446 1142 MS
(A)448 1256 MS (p)515 1256 MS (p)565 1256 MS (l)615 1256 MS (i)643 1256 MS (c)671 1256 MS (a)715 1256 MS (t)765 1256 MS (i)793 1256 MS (o)821 1256 MS (n)871 1256 MS ( )927 1256 MS (P)952 1256 MS (r)1013 1256 MS (o)1052 1256 MS (g)1102 1256 MS
(r)1152 1256 MS (a)1191 1256 MS (m)1240 1256 MS (m)1318 1256 MS (i)1396 1256 MS (n)1424 1256 MS (g)1480 1256 MS ( )1530 1256 MS (I)1554 1256 MS (n)1593 1256 MS (t)1649 1256 MS (e)1677 1256 MS (r)1721 1256 MS (f)1760 1256 MS (a)1793 1256 MS (c)1843 1256 MS
(e)1887 1256 MS (s)1931 1256 MS
%%IncludeFont: Times-Roman
[75 0 0 -75 0 0]/Times-Roman MF
(O)947 2441 MS (c)1001 2441 MS (t)1034 2441 MS (o)1055 2441 MS (b)1093 2441 MS (e)1131 2441 MS (r)1164 2441 MS ( )1189 2441 MS (1)1208 2441 MS
(3)1245 2441 MS
(,)1283 2441 MS ( )1302 2441 MS (1)1320 2441 MS (9)1358 2441 MS (9)1395 2441 MS (7)1433 2441 MS
(R)932 2553 MS (e)982 2553 MS (v)1015 2553 MS (i)1052 2553 MS (s)1073 2553 MS (i)1102 2553 MS (o)1123 2553 MS (n)1161 2553 MS ( )1199 2553 MS (1)1218 2553 MS (.)1256 2553 MS (0)1274 2553 MS ( )1312 2553 MS (F)1331 2553 MS (i)1372 2553 MS (n)1393 2553 MS
(a)1431 2553 MS (l)1464 2553 MS
[50 0 0 -50 0 0]/Times-Roman MF
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1


roll put}bd/MapDegree{dup 16#b0 exch/degree IsChar{/degree}{/ring}ifelse MapCh}


bd/MapBB{dup 16#a6 exch/brokenbar IsChar{/brokenbar}{/bar}ifelse MapCh}bd


/reencode{findfont begin currentdict dup length dict begin{1 index/FID ne{def}


{pop pop}ifelse}forall/FontName exch def dup length 0 ne{/Encoding Encoding 256


array copy def 0 exch{dup type/nametype eq{Encoding 2 index 2 index put pop 1


add}{exch pop}ifelse}forall}if pop currentdict dup end end/FontName get exch


definefont dup MapDegree MapBB}bd/LATENC[0/grave/acute/circumflex/tilde/macron


/breve/dotaccent/dieresis/ring/cedilla/hungarumlaut/ogonek/caron/dotlessi/fi/fl


/Lslash/lslash/Zcaron/zcaron/minus/.notdef/.notdef/.notdef/.notdef/.notdef


/.notdef/.notdef/.notdef/.notdef/.notdef/.notdef/space/exclam/quotedbl


/numbersign/dollar/percent/ampersand/quotesingle/parenleft/parenright/asterisk


/plus/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight


/nine/colon/semicolon/less/equal/greater/question/at/A/B/C/D/E/F/G/H/I/J/K/L/M


/N/O/P/Q/R/S/T/U/V/W/X/Y/Z/bracketleft/backslash/bracketright/asciicircum


/underscore/grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z/braceleft


/bar/braceright/asciitilde/.notdef/.notdef/.notdef/quotesinglbase/florin


/quotedblbase/ellipsis/dagger/daggerdbl/circumflex/perthousand/Scaron


/guilsinglleft/OE/.notdef/.notdef/.notdef/.notdef/quoteleft/quoteright


/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark/scaron


/guilsinglright/oe/.notdef/.notdef/Ydieresis/.notdef/exclamdown/cent/sterling


/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine/guillemotleft


/logicalnot/hyphen/registered/macron/degree/plusminus/twosuperior/threesuperior


/acute/mu/paragraph/periodcentered/cedilla/onesuperior/ordmasculine


/guillemotright/onequarter/onehalf/threequarters/questiondown/Agrave/Aacute


/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute/Ecircumflex


/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde/Ograve/Oacute


/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave/Uacute/Ucircumflex


/Udieresis/Yacute/Thorn/germandbls/agrave/aacute/acircumflex/atilde/adieresis


/aring/ae/ccedilla/egrave/eacute/ecircumflex/edieresis/igrave/iacute


/icircumflex/idieresis/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis


/divide/oslash/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def


LATENC /_Times-Roman /Times-Roman reencode
[50 0 0 -50 0 0]/_Times-Roman MF
(\251)898 2641 MS (1)936 2641 MS (9)961 2641 MS (9)986 2641 MS (7)1011 2641 MS ( )1036 2641 MS (S)1049 2641 MS (u)1077 2641 MS (n)1102 2641 MS ( )1126 2641 MS (M)1139 2641 MS (i)1184 2641 MS (c)1196 2641 MS (r)1218 2641 MS (o)1235 2641 MS (s)1261 2641 MS
(y)1281 2641 MS (s)1305 2641 MS (t)1324 2641 MS (e)1339 2641 MS (m)1362 2641 MS (s)1399 2641 MS (,)1418 2641 MS ( )1431 2641 MS (I)1444 2641 MS (n)1461 2641 MS (c)1485 2641 MS (.)1507 2641 MS
/Adobe_WinNT_Driver_Gfx 175 dict dup begin



%%BeginResource: file Adobe_WinNT_Utils 2.0 0


/|/def load def/,/load load |/~/exch load def/?/ifelse load def/!/pop load def


/`/begin load def/^/index load def/@/dup load def/+/translate load def/$/roll


load def/U/userdict load def/-/rlineto load def/&/currentdict load def/:/gsave


load def/;/grestore load def/F/false load def/T/true load def/N/newpath load


def/E/end load def/Ac/arc load def/An/arcn load def/A/ashow load def/D


/awidthshow load def/C/closepath load def/O/eofill load def/I/lineto load def


/-C/rcurveto load def/-M/rmoveto load def/+S/scale load def/Ji/setfont load def


/Lc/setlinecap load def/Lj/setlinejoin load def/Lw/setlinewidth load def/S/show


load def/LH/showpage load def/K/stroke load def/W/widthshow load def/b{bind


def}bind def/DefIf_B{dup not{userdict/DefIf_save save put}if userdict


/DefIf_bool 2 index put}b/DefIf_El{if userdict/DefIf_bool get not dup{userdict


/DefIf_save get restore}if}b/DefIf_E{DefIf_El pop}b/self currentdict def


/reinitialize{[/TextInit/GraphInit/UtilsInit counttomark{dup where{self eq}


{false}ifelse{cvx exec}{pop}ifelse}repeat cleartomark}b/initialize{begin


userdict begin/ADO_mxRot exch def/TextInitialised? false def end reinitialize}b


/terminate{pop{currentdict self eq{exit}{end}ifelse}loop end}b/dsnap{dtransform


round exch round exch idtransform}b<04>cvn{}def/sg{setgray}b/sco{setrgbcolor}b


/sgco{{sg}{sco}ifelse}b/rp{4 2 roll M 1 index 0 rlt 0 exch rlt neg 0 rlt}b 


%%EndResource





%%BeginResource: file Adobe_WinNT_Utils_L1 2.0 0


L2? not DefIf_B{/rf{newpath rp fill}b}DefIf_E 


%%EndResource





%%BeginResource: file Adobe_WinNT_Utils_L2 2.0 0


L2? DefIf_B{/colspA/DeviceGray def/colspABC/DeviceRGB def/setAorABC{{colspA}


{colspABC}ifelse setcolorspace}b/rf/rectfill load def/UtilsInit{false


setglobal}b}DefIf_E 


%%EndResource


end def
[1.000 0 0 1.000 0 0] Adobe_WinNT_Driver_Gfx dup /initialize get exec
Adobe_WinNT_Driver_Gfx begin



%%BeginResource: file Adobe_WinNT_BW_Images 2.0 0


/iw 0 def/ih 0 def/im_save 0 def/setupimageproc 0 def/polarity 0 def/smoothflag


0 def/mystring 0 def/bpc 0 def/setup1asciiproc{[currentfile mystring


/readhexstring cvx/pop cvx]cvx bind}b/setup1binaryproc{[currentfile mystring


/readstring cvx/pop cvx]cvx bind}b/setup2asciiproc{currentfile/ASCII85Decode


filter/RunLengthDecode filter}b/setup2binaryproc{currentfile/RunLengthDecode


filter}b/mycolorspace{colspABC}def/myimagedict{/myimagedict 10 dict def


myimagedict dup begin/ImageType 1 def/MultipleDataSource false def end}b


/imageprocarray[/setup1binaryproc/setup1asciiproc/setup2binaryproc


/setup2asciiproc]def/L2Polarity{{[1 0]}{[0 1]}ifelse}b/beginimage{/im_save save


def imageprocarray exch get/setupimageproc exch load def L2Polarity/polarity


exch def/smoothflag exch def translate/dx 2 index def/dy 1 index abs def scale


/mystring exch string def/bpc exch def/ih exch def/iw exch def}b/endimage


{im_save restore}b/1bitmaskimage{sgco myimagedict dup begin/Width iw def/Height


ih def/Decode polarity def/ImageMatrix[iw 0 0 ih 0 0]def/DataSource


setupimageproc def/BitsPerComponent 1 def/Interpolate smoothflag def end


imagemask}b/1bitcopyimage{sgco 0 0 1 dx div 1 dy div 1 2 index sub 1 2 index


sub L2?{4}{6}ifelse -2 roll pop pop rf 1bitmaskimage}b/1bitbwcopyimage{0 true 1


true 1bitcopyimage}b 


%%EndResource





%%BeginResource: file Adobe_WinNT_BW_Images_L1 2.0 0


L2? not DefIf_B{/setup2asciiproc{[/Level2ImagesError load aload pop true


FatalErrorIf}b/setup2binaryproc/setup2asciiproc load def/L2Polarity{}def


/1bitmaskimage{sgco iw ih polarity[iw 0 0 ih 0 0]setupimageproc imagemask}b}


DefIf_E 


%%EndResource





%%BeginResource: file Adobe_WinNT_Co_Images_L1 2.0 0


L2? not DefIf_B{/isdefined{where dup{exch pop}if}b/ncolors 1 def/colorimage


where{pop true}{false}ifelse{/ncolors 0 statusdict begin/processcolors where


{pop pop processcolors}{/deviceinfo where{pop deviceinfo/Colors known{pop


{deviceinfo/Colors get}}if}if}ifelse end def ncolors 0 ne{/colorimage isdefined


/setcolortransfer isdefined/currentcolortransfer isdefined/currentcmykcolor


isdefined and and and not{/ncolors 0 def}if}if}if ncolors dup 1 ne exch dup 3


ne exch 4 ne and and{/ncolors 0 def}if ncolors 1 eq DefIf_B{/expandbw


{expandfactor mul round cvi bwclut exch get 255 div}b/doclutimage{pop/bwclut


exch def/expandfactor 1 bpc{2 mul}repeat 1 sub def[/expandbw load/exec load dup


currenttransfer exch]cvx bind settransfer iw ih bpc[iw 0 0 ih 0 0]


setupimageproc image}b}DefIf_E ncolors dup 3 eq exch 4 eq or DefIf_B{/nullproc{


{}}def/concatutil{/exec load 7 -1 roll/exec load}b/defsubclut{1 add getinterval


def}b/spconcattransfer{/Dclut exch def/Cclut exch def/Bclut exch def/Aclut exch


def/ncompute exch load def currentcolortransfer[{Aclut ncompute}concatutil]cvx[


{Bclut ncompute}concatutil]cvx[{Cclut ncompute}concatutil]cvx[{Dclut ncompute}


concatutil]cvx setcolortransfer}b/setuprgbcluts{/bit3x rgbclut length 3 sub def


/bit1x bit3x 3 idiv def/rclut rgbclut def/gclut rclut 1 bit3x defsubclut/bclut


rclut 2 bit3x defsubclut}b}DefIf_E ncolors 3 eq DefIf_B{/3compute{exch bit3x


mul round cvi get 255 div}b/doclutimage{/rgbclut exch def pop setuprgbcluts


/3compute rclut gclut bclut dup spconcattransfer iw ih bpc[iw 0 0 ih 0 0]


[setupimageproc/exec load/dup load dup]cvx nullproc nullproc true 3 colorimage}


b}DefIf_E ncolors 4 eq DefIf_B{/ftoint{1 exch sub 255 mul round cvi}b/stuffclut


{cmykindex 3 -1 roll put}b/4compute{exch bit4x mul round cvi get 255 div}b


/invalidcolortable? true def/computecmykclut{setuprgbcluts/bit4x rgbclut length


3 idiv 4 mul 4 sub def/cmykclut bit4x 4 add string def/cclut cmykclut def/mclut


cclut 1 bit4x defsubclut/yclut cclut 2 bit4x defsubclut/kclut cclut 3 bit4x


defsubclut/cmykindex 0 def 0 1 bit1x{dup/cmykindex exch bit1x exch sub 4 mul


def 3 mul dup rclut exch get 255 div exch dup gclut exch get 255 div exch bclut


exch get 255 div setrgbcolor currentcmykcolor ftoint kclut stuffclut ftoint


yclut stuffclut ftoint mclut stuffclut ftoint cclut stuffclut}for}b/doclutimage


{/rgbclut exch def pop invalidcolortable?{computecmykclut}if/4compute cclut


mclut yclut kclut spconcattransfer iw ih bpc[iw 0 0 ih 0 0][setupimageproc/exec


load/dup load dup dup]cvx nullproc nullproc nullproc true 4 colorimage}b}


DefIf_E ncolors 0 eq DefIf_B{/lookupandstore{3 mul 3 getinterval putinterval


exch 3 add exch 3 copy}b/8lookup/lookupandstore load def/4lookup{/byte 1 index


def -4 bitshift lookupandstore byte 15 and lookupandstore}b/2lookup{/byte 1


index def -6 bitshift lookupandstore byte -4 bitshift 3 and lookupandstore byte


-2 bitshift 3 and lookupandstore byte 3 and lookupandstore}b/1lookup{/byte exch


def -7 1 0{byte exch bitshift 1 and lookupandstore}bind for}b/colorexpand


{mystringexp 0 rgbclut 3 copy 7 -1 roll/mylookup load forall pop pop pop pop


pop}b/createexpandstr{/mystringexp exch mystring length mul string def}b


/doclutimage{/rgbclut exch def pop/mylookup bpc 8 eq{3 createexpandstr/8lookup}


{bpc 4 eq{6 createexpandstr/4lookup}{bpc 2 eq{12 createexpandstr/2lookup}{24


createexpandstr/1lookup}ifelse}ifelse}ifelse load def iw ih 8[iw 0 0 ih 0 0]


[setupimageproc/exec load/colorexpand load/exec load]cvx false 3 colorimage}b}


DefIf_E/colorimage where{pop true}{false}ifelse DefIf_B{/do24image{iw ih 8[iw 0


0 ih 0 0]setupimageproc false 3 colorimage}b}DefIf_El{/rgbtogray{/str exch def


/len str length def/smlen len 3 idiv def/rstr str def/gstr str 1 len 1 sub


getinterval def/bstr str 2 len 2 sub getinterval def str dup 0 1 smlen 1 sub


{dup 3 mul rstr 1 index get .3 mul gstr 2 index get .59 mul add bstr 3 -1 roll


get .11 mul add round cvi put dup}for pop 0 smlen getinterval}b/do24image{iw ih


8[iw 0 0 ih 0 0][setupimageproc/exec load/rgbtogray load/exec load]cvx bind


image}b}DefIf_E/doNimage{bpc 24 eq{do24image}{iw ih bpc[iw 0 0 ih 0 0]


setupimageproc image}ifelse}b}DefIf_E 


%%EndResource





%%BeginResource: file Adobe_WinNT_Co_Images_L2 2.0 0


L2? DefIf_B{/doclutimage{/rgbclut exch def pop/hival 1 bpc{2 mul}repeat 1 sub


def[/Indexed colspABC hival rgbclut]setcolorspace myimagedict dup begin/Width


iw def/Height ih def/Decode[0 hival]def/ImageMatrix[iw 0 0 ih 0 0]def


/DataSource setupimageproc def/BitsPerComponent bpc def/Interpolate smoothflag


def end image}b/doNimage{bpc 24 eq{colspABC}{colspA}ifelse setcolorspace


myimagedict dup begin/Width iw def/Height ih def/Decode bpc 24 eq{[0 1 0 1 0 1]


}{[0 1]}ifelse def/ImageMatrix[iw 0 0 ih 0 0]def/DataSource setupimageproc def


/BitsPerComponent bpc 24 eq{8}{bpc}ifelse def/Interpolate smoothflag def end


image}b}DefIf_E 


%%EndResource


end reinitialize
153 67 8 153 478 209 234 267 false true 1 beginimage
<
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00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
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>
<
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>doclutimage
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%%Page: 2 2
16 784 translate 72 300 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
[41.996 0 0 -41.996 0 0]/Times-Roman MF
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1


roll put}bd/MapDegree{dup 16#b0 exch/degree IsChar{/degree}{/ring}ifelse MapCh}


bd/MapBB{dup 16#a6 exch/brokenbar IsChar{/brokenbar}{/bar}ifelse MapCh}bd


/reencode{findfont begin currentdict dup length dict begin{1 index/FID ne{def}


{pop pop}ifelse}forall/FontName exch def dup length 0 ne{/Encoding Encoding 256


array copy def 0 exch{dup type/nametype eq{Encoding 2 index 2 index put pop 1


add}{exch pop}ifelse}forall}if pop currentdict dup end end/FontName get exch


definefont dup MapDegree MapBB}bd/LATENC[0/grave/acute/circumflex/tilde/macron


/breve/dotaccent/dieresis/ring/cedilla/hungarumlaut/ogonek/caron/dotlessi/fi/fl


/Lslash/lslash/Zcaron/zcaron/minus/.notdef/.notdef/.notdef/.notdef/.notdef


/.notdef/.notdef/.notdef/.notdef/.notdef/.notdef/space/exclam/quotedbl


/numbersign/dollar/percent/ampersand/quotesingle/parenleft/parenright/asterisk


/plus/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight


/nine/colon/semicolon/less/equal/greater/question/at/A/B/C/D/E/F/G/H/I/J/K/L/M


/N/O/P/Q/R/S/T/U/V/W/X/Y/Z/bracketleft/backslash/bracketright/asciicircum


/underscore/grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z/braceleft


/bar/braceright/asciitilde/.notdef/.notdef/.notdef/quotesinglbase/florin


/quotedblbase/ellipsis/dagger/daggerdbl/circumflex/perthousand/Scaron


/guilsinglleft/OE/.notdef/.notdef/.notdef/.notdef/quoteleft/quoteright


/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark/scaron


/guilsinglright/oe/.notdef/.notdef/Ydieresis/.notdef/exclamdown/cent/sterling


/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine/guillemotleft


/logicalnot/hyphen/registered/macron/degree/plusminus/twosuperior/threesuperior


/acute/mu/paragraph/periodcentered/cedilla/onesuperior/ordmasculine


/guillemotright/onequarter/onehalf/threequarters/questiondown/Agrave/Aacute


/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute/Ecircumflex


/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde/Ograve/Oacute


/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave/Uacute/Ucircumflex


/Udieresis/Yacute/Thorn/germandbls/agrave/aacute/acircumflex/atilde/adieresis


/aring/ae/ccedilla/egrave/eacute/ecircumflex/edieresis/igrave/iacute


/icircumflex/idieresis/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis


/divide/oslash/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def


LATENC /_Times-Roman /Times-Roman reencode
[41.996 0 0 -41.996 0 0]/_Times-Roman MF
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(R)528 648 MS (o)555 648 MS (a)576 648 MS (d)595 648 MS (,)615 648 MS ( )626 648 MS (P)637 648 MS (a)659 648 MS (l)678 648 MS (o)690 648 MS ( )710 648 MS (A)721 648 MS (l)751 648 MS (t)762 648 MS (o)774 648 MS (,)795 648 MS
( )805 648 MS (C)816 648 MS (a)843 648 MS (l)862 648 MS (i)873 648 MS (f)885 648 MS (o)899 648 MS (r)920 648 MS (n)934 648 MS (i)954 648 MS (a)966 648 MS ( )984 648 MS (9)995 648 MS (4)1016 648 MS (3)1037 648 MS (0)1058 648 MS
(3)1078 648 MS (-)1099 648 MS (4)1113 648 MS (9)1134 648 MS (0)1155 648 MS (0)1176 648 MS ( )1196 648 MS (U)1207 648 MS (.)1237 648 MS (S)1248 648 MS (.)1270 648 MS (A)1281 648 MS (.)1311 648 MS
(T)234 720 MS (h)260 720 MS (i)281 720 MS (s)293 720 MS ( )308 720 MS (d)319 720 MS (o)340 720 MS (c)361 720 MS (u)379 720 MS (m)400 720 MS (e)432 720 MS (n)451 720 MS (t)472 720 MS ( )483 720 MS (i)494 720 MS (s)506 720 MS
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(p)789 720 MS (y)810 720 MS (r)831 720 MS (i)844 720 MS (g)856 720 MS (h)877 720 MS (t)898 720 MS (.)909 720 MS
[42 0 0 -42 0 0]/Times-Roman MF
(S)234 853 MS (u)257 853 MS (n)278 853 MS ( )299 853 MS (M)310 853 MS (i)347 853 MS (c)359 853 MS (r)376 853 MS (o)391 853 MS (s)411 853 MS (y)428 853 MS (s)447 853 MS (t)463 853 MS (e)475 853 MS (m)493 853 MS (s)526 853 MS
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(e)815 853 MS (r)833 853 MS (e)848 853 MS (b)866 853 MS (y)887 853 MS ( )906 853 MS (g)917 853 MS (r)938 853 MS (a)952 853 MS (n)970 853 MS (t)992 853 MS (s)1004 853 MS ( )1019 853 MS (t)1030 853 MS (o)1042 853 MS ( )1062 853 MS
(y)1073 853 MS (o)1093 853 MS (u)1113 853 MS ( )1134 853 MS (a)1145 853 MS ( )1164 853 MS (f)1175 853 MS (u)1188 853 MS (l)1209 853 MS (l)1221 853 MS (y)1233 853 MS (-)1252 853 MS (p)1266 853 MS (a)1287 853 MS (i)1306 853 MS (d)1318 853 MS
(,)1339 853 MS
( )1350 853 MS
(n)1361 853 MS (o)1382 853 MS (n)1401 853 MS (e)1423 853 MS (x)1441 853 MS (c)1462 853 MS (l)1480 853 MS (u)1492 853 MS (s)1513 853 MS (i)1529 853 MS (v)1541 853 MS (e)1561 853 MS (,)1579 853 MS ( )1590 853 MS (n)1600 853 MS (o)1622 853 MS
(n)1641 853 MS (t)1663 853 MS (r)1674 853 MS (a)1688 853 MS (n)1706 853 MS (s)1728 853 MS (f)1744 853 MS (e)1757 853 MS (r)1775 853 MS (a)1790 853 MS (b)1809 853 MS (l)1829 853 MS (e)1841 853 MS (,)1859 853 MS ( )1870 853 MS (p)1880 853 MS
(e)1901 853 MS (r)1919 853 MS (p)1934 853 MS (e)1955 853 MS (t)1973 853 MS (u)1985 853 MS (a)2005 853 MS (l)2024 853 MS (,)2035 853 MS
(w)234 901 MS (o)264 901 MS (r)284 901 MS (l)299 901 MS (d)311 901 MS (w)332 901 MS (i)361 901 MS (d)373 901 MS (e)394 901 MS (,)412 901 MS ( )423 901 MS (l)434 901 MS (i)445 901 MS (m)457 901 MS (i)489 901 MS (t)501 901 MS
(e)513 901 MS (d)531 901 MS ( )551 901 MS (l)562 901 MS (i)574 901 MS (c)586 901 MS (e)604 901 MS (n)621 901 MS (s)643 901 MS (e)659 901 MS
( )677 901 MS
(\()688 901 MS (w)702 901 MS (i)731 901 MS (t)743 901 MS (h)754 901 MS (o)776 901 MS (u)796 901 MS (t)817 901 MS ( )829 901 MS (t)840 901 MS (h)851 901 MS (e)873 901 MS ( )890 901 MS (r)900 901 MS (i)915 901 MS (g)927 901 MS
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10
endimage
showpage
Adobe_WinNT_Driver_Gfx dup /terminate get exec
PageSV restore
%%Trailer
%%DocumentNeededFonts:
%%+ Times-Bold
%%+ Times-BoldItalic
%%+ Times-Italic
%%+ Times-Roman
%%DocumentSuppliedFonts:
end
%%Pages: 2
%%EOF
%%Title: Package Index
%%Creator: html2ps version 1.0 beta1
%%EndComments
save
2000 dict begin
/d {bind def} bind def
/D {def} d
/t true D
/f false D
/FL [/Times-Roman
/Times-Italic
/Times-Bold
/Times-BoldItalic
/Courier
/Courier-Oblique
/Courier-Bold
/Courier-BoldOblique
/Helvetica
/Helvetica-Oblique
/Helvetica-Bold
/Helvetica-BoldOblique] D
/WF t D
/WI 0 D
/F 1 D
/IW 470 F div D
/IL 620 F div D
/PS 791 D
/EF [0 1 0 0 0 0 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 2 2] D
/EZ [11 9 19 17 15 13 12 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 8 8] D
/Ey [0 0 2 2 2 2 2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] D
/EG [-1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1] D
/Tm [1 1 0.8 0.8 0.8 0.8 0.8 0.8 0 0 0 0 0 0 0.5 1 1 1 1 0 0 1.3 0 0] D
/Bm [1 1 0.5 0.5 0.5 0.5 0.5 0.5 0 0 0 0 0 0 0.5 1 1 1 1 0 0 1 0 0] D
/Lm [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 2 2 0 0 2 0 0 0] D
/Rm [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0] D
/EU [-1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 0 0] D
/NO f D
/YY [[{(© 1997 Sun Microsystems, Inc.)}0][{(Revision 1.0 Final)}1][{(Java Card 2.0 API)}2]] D
/ZZ [[{()}1][{()}0][{(- ) Pn join( -)join}2]] D
/Ts EZ 0 get D
/TU f D
/Xp t D
/AU f D
/SN 0 D
/Cf f D
/Fe f D
/TI 1 Ts mul D
/FE {newpath -14 14 M CP BB 484 14 L 484 -634 L CP BB -14 -634 L closepath} D
/LA {TU PM 0 eq and{IW 56 F div add SA{Sf div}if 0 translate}
 {71 706 translate F SA{Sf mul}if dup scale
 CS CF FS Cf{CA CL get VC}if /Bb f D}ie 0 0 M TF not Tc or
 {Cf{gsave SA{1 Sf div dup scale}if Cb VC FE fill grestore}if Df{Sd}if}if} D
/Pi 0 Ts mul D
/SG [0.8 1 1] D
/Ab 15 D
/J 0 D
/Tc t D
/NH 0 D
/Nf f D
/Pa f D
/LH 1.2 D
/XR f D
/Xr {/pN E D ( [p.) WB pN WB (] )WB} D
/Db [16#FF 16#FF 16#FF] D
/Dt [16#00 16#00 16#00] D
/eA f D
/Lc t D
/Dl [16#00 16#00 16#00] D
/LX f D
/Br 0.25 D
/IA ([IMAGE]) D
/DS {/PF f D()WB NL NP()pop RC ZF} D
/Gb f D
/Mb f D
/Hc [16#00 16#00 16#00] D
/Bl 3 D
/MI -15.2 D
/DX (DRAFT) D
/Di 0 D
/FD 2 D
/Dy 2 D
/cD [16#F0 16#F0 16#F0] D
/FW 0.6 D
/FU [16#00 16#00 16#00] D
/ET {/RM f D /A0 0 D /PN SN D /OU t D /Ou t D /W IW D /LL W D D1
 Ms not TP and{Ip}if /TF f D} D

%-- End of variable part --
/Cd {aload length 2 idiv dup dict begin {D} repeat currentdict end} D
/EX {EC cvx exec} D
/DU {} d
/BB {pop pop}d
/ie {ifelse} d
/E {exch} d
/M {moveto} d
/R {rmoveto} d
/L {lineto} d
/RL {rlineto} d
/CP {currentpoint} d
/SW {stringwidth} d
/GI {getinterval} d
/PI {putinterval} d
/Sg {setgray} d
/LW {setlinewidth} d
/S {dup () ne OU and{0 Co R AT 3 eq LB and HF not and A1 0 ne A2 0 ne or and
 {A2 0 32 A1 0 6 -1 roll awidthshow}{show}ie 0 Co neg R}{pop}ie
 OU PH 3 eq or{/Ms t D}if} D
/U {OU{gsave CP currentfont /FontInfo get /UnderlinePosition get
 0 E currentfont /FontMatrix get dtransform E pop add newpath M dup SW pop
 CJ 0 RL stroke grestore}if} D
/B {OU Br 0 gt and{CP Ts neg Ts .33 mul R gsave 0 Sg
 CP newpath Ts Br mul 0 360 arc closepath UI 2 mod 0 eq{stroke}{fill}ie
 grestore M CP E Ts Br 1 add mul sub E BB /Ms t D}if}D
/NP {Ms TP not or PA and OU and{TP{OR}if f1{mF k2 /mF E D /YC 0 D}if
 TP TU not PM 0 eq or and{showpage}if DU Ip TE not{LA}if 0.6 LW
 /CI 0 D /TP t D /Hs f D /hl 6 D /hL 6 D /HI hi D /Ms f D}if Bs XO BO M} D
/Np {LE sub CP E pop gt PL 0 eq and{NP}if}D
/Ip {/PN PN 1 add D /Pn RM{1}{4}ie PN Ns D /PM PN SN sub 2 mod D} D
/GP {E dup 3 -1 roll get PN 1 add 2 mod get dup type /integertype eq
 {get 0 get}{E pop}ie}d
/Fc {dup 2 GP exec SW pop /S1 E D dup 1 GP exec SW pop /S2 E D 0 GP exec SW
 pop /S3 E D S1 0 gt{S2 2 mul S1 add S3 2 mul S1 add 2 copy lt{E}if pop}{0}ie
 S2 S3 add 2 copy lt{E}if pop IW .9 mul div dup 1 gt{1 E div}{pop 1}ie}D
/OR {gsave SA{1 Sf div dup scale}if Fe{Cf{FU VC}if FW LW 1 setlinejoin
 FE stroke}if /YO {60 F div dup 40 gt{pop 40}if}D /cs CS D /cf CF D /CF 0 D
 /pf PF D /PF f D /Fn FN D /At AT D /AT 0 D /FN EF Hf 1 add get D Fz Fs FS ZZ
 Fc Fz mul Fs FS EU Hf 1 add get dup type /arraytype eq Cf and{VC}{pop 0 Sg}ie
 IW IL neg YO sub M ZZ 1 GP exec dup SW pop neg 0 R Sh 0 IL neg YO sub M
 ZZ 0 GP exec Sh ZZ 2 GP exec dup SW pop IW E sub 2 div IL neg YO sub M Sh
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/Ep {Xp PN 2 mod 0 eq and{/Pn (-) D showpage /PM 1 D LA}if}D
/Dg [73 86 88 76 67 68 77] D
/Rd [0 [1 1 0][2 1 0][3 1 0][2 1 1][1 1 1][2 2 1][3 3 1][4 4 1][2 1 2]] D
/Ns {/m E D /c E 32 mul D /j m 1000 idiv D /p j 12 add string D
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/US {matrix currentmatrix matrix defaultmatrix matrix invertmatrix
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/GB {Gb{US}if}D
/Tl {/Rn E D Xc CP pop ne{
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/XP {[{/Z Bz 2 div D Z 0 R Z Z RL Z neg Z RL Z neg Z neg RL Z Z neg RL}
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/MS {/Sm E D WB}D
/O {BN()Sm BX} D
/BX {/Bt E D Bt 2 lt{CS 0.8 mul}{11 mul}ie W XO sub MR sub 2 copy gt{E}if pop
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 Bt ST cvs join ( Bx ) join HM{( ) Pd}if
 L1 HZ add XO add MR add W gt{NL}if C1 E join /C1 E D /L1 L1 HZ add D /T f D
 ( ) WB Bt 2 lt{YA CS .8 mul lt{/YA CS .8 mul D}if}
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/Bx {dup 2 eq{E /Bz E D}{/Bz CS .8 mul D}ie
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/Sd {gsave 0 IL Di mul neg translate IL IW atan Di 0 eq{neg}if rotate
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/RC {/AI 0 D /LG 0 D /BC 0 D /UI 0 D /PF f D /Cc 0 D /Dc 10 array D
 /NR [0 1 9{pop 0}for] D /La Ds D /AR 10 array D /TR 10 array D /AV 30 array D
 SI /AL -1 D /AT A0 D AT NA /OV 9 array D /Yo 0 D /Co 0 D /Io 0 D /Hy f D
 /Ph f D /CL -1 D Ct Sc}D
/ZF {/FR [0 1 30{pop 0}for] D /SZ [0 1 30{pop 0}for] D /FO [0 1 30{pop 0}for] D
 /SL 0 D /CF 0 D /FN 0 D 0 Ts SF}D
/QO [[(\253\240)(\232)(\234)(\233)(\253)(\273)][(\253\240)(\231)(')(`)(\253)(\273)]] D
/QC [[(\240\273)(\233)(\234)(\234)(\273)(\253)][(\240\273)(`)(')(')(\273)(\253)]] D
/Hf EF length 2 sub D
/Hz EZ Hf get D
/HS Ey Hf get D
/Fz EZ Hf 1 add get D
/Fs Ey Hf 1 add get D
/LE IL D
/Ps EZ 1 get D
/Fp EF 1 get D
/XO 0 D
/YI 0 D
/CI 0 D
/FP 0 D
/WW Ts 7 mul D
/Mf 0 D
/YA 0 D
/YB 0 D
/Cs Ts D
/GS Ts D
/F0 0 D
/NS 0 D
/NB 0 D
/N 0 D
/C0 [] D
/C1 () D
/Lo 0 D
/L1 0 D
/LM 0 D
/PH 0 D
/EC 0 D
/Lh 0 D
/LT 0 D
/CH 1 string D
/ST 16 string D
/CA 9 array D
/HC (\255) D
/HM f D
/PF f D
/EN f D
/TB f D
/UF f D
/sF f D
/AE f D
/AF f D
/BP t D
/CD f D
/PA t D
/GL f D
/T t D
/HF f D
/AH f D
/SA f D
/PB f D
/f1 f D
/mF f D
/OX 0 D
/OY 0 D
/FY 0 D
/EO 0 D
/FB 0 D
/PL 0 D
/Bw 0 D
/PD -1 D
/TP f D
/TH t D
/Ty 4 D
/Tn -1 D
/Fl t D
/LB t D
/PM 1 D
/Ms f D
/Ba f D
/Bb f D
/Hl 3 D
/hl 6 D
/hL 6 D
/Hs f D
/HI 0 D
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/PO t D
/TE f D
/LF t D
/BO 0 D
/Sm 1 D
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/A1 0 D
/A2 0 D
/Ds 3 D
/QL -1 D
/Cb Db D
/Ct Dt D
/Cl Dl D
[/Creator (html2ps version 1.0 beta1) /Author () /Keywords () /Subject ()
 /Title (Package Index) /DOCINFO pdfmark
/ND 59 D
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(37) (37) (38) (38) (38) (38) (39) (39) (39) (39) (39) (39) (39) (39) (40)
(40) (40) (40) (40) (40) (40) (40) (40) (41) (41) (41) (41) (41) (37) (37)
(38) (42) (42) (42) (42) (42) (42) (43) (43) (42) (42) (42) (42) (43) (44)
(44) (45) (45) (45) (45) (45) (45) (45) (45) (45) (45) (46) (46) (46) (46)
(46) (46) (47) (47) (47) (47) (49) (49) (49) (50) (44) (44) (44) (45) (45)
(48) (48) (49) (49) (49) (49) (49) (49) (49) (50) (48) (48) (48) (49) (49)
(51) (51) (51) (52) (52) (52) (52) (52) (52) (52) (51) (51) (51) (51) (52)
(52) (52) (53) (53) (53) (53) (53) (54) (54) (54) (54) (54) (54) (54) (55)
(55) (53) (53) (53) (53) (54) (56) (56) (57) (57) (57) (57) (58) (58) (58)
(58) (58) (58) (58) (59) (59) (59) (59) (59) (59) (60) (60) (60) (60) (60)
(60) (61) (61) (61) (61) (61) (61) (??) (56) (56) (56) (57) (58) (62) (62)
(63) (63) (63) (63) (63) (63) (63) (63) (63) (63) (62) (62) (62) (63) (63)
(63) (63) (64) (64) (65) (65) (65) (65) (65) (65) (65) (65) (65) (65) (65)
(64) (64) (64) (65) (65) (65) (65) (66) (66) (66) (66) (66) (66) (67) (67)
(67) (66) (66) (66) (66) (67) (68) (68) (69) (69) (69) (69) (69) (70) (70)
(70) (70) (71) (71) (71) (71) (71) (71) (68) (68) (69) (73) (73) (73) (74)
(74) (75) (75) (75) (75) (75) (75) (75) (75) (76) (76) (76) (76) (76) (77)
(77) (102) (102) (101) (98) (98) (74) (74) (74) (75) (75) (78) (78) (79)
(79) (79) (79) (79) (79) (79) (79) (80) (80) (80) (80) (80) (80) (80) (80)
(80) (80) (80) (81) (81) (81) (81) (81) (81) (82) (82) (78) (78) (78) (78)
(79) (79) (80) (83) (83) (83) (83) (83) (83) (83) (83) (84) (85) (86) (86)
(86) (86) (86) (86) (86) (86) (86) (86) (87) (87) (87) (87) (87) (87) (87)
(87) (87) (87) (88) (88) (88) (88) (84) (85) (85) (86) (86) (89) (89) (90)
(90) (90) (91) (91) (91) (91) (91) (91) (91) (91) (91) (91) (91) (92) (92)
(92) (92) (92) (92) (92) (92) (92) (92) (93) (93) (93) (93) (93) (93) (93)
(93) (94) (94) (94) (94) (94) (94) (94) (94) (95) (95) (95) (95) (95) (95)
(95) (95) (89) (89) (89) (90) (91) (97) (97) (97) (97) (97) (98) (98) (101)
(101) (97) (97) (97) (97) (98) (99) (99) (100) (100) (100) (100) (100) (100)
(100) (100) (101) (101) (101) (101) (101) (101) (101) (102) (102) (99) (99)
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(112) (112) (113) (113) (113) (113) (142) (142) (142) (143) (111) (111)
(111) (112) (112) (114) (114) (114) (115) (115) (115) (115) (115) (115)
(115) (116) (116) (116) (116) (114) (114) (114) (115) (115) (117) (117)
(117) (117) (117) (117) (117) (117) (118) (118) (117) (117) (117) (117)
(117) (119) (119) (119) (119) (119) (119) (120) (120) (120) (120) (120)
(120) (119) (119) (119) (119) (120) (121) (121) (121) (121) (121) (121)
(121) (121) (121) (121) (121) (121) (121) (123) (123) (123) (123) (123)
(123) (123) (123) (123) (123) (123) (123) (123) (125) (125) (126) (126)
(126) (126) (126) (126) (126) (126) (127) (127) (127) (127) (127) (127)
(127) (127) (128) (128) (125) (125) (125) (126) (126) (129) (129) (129)
(129) (129) (130) (130) (130) (130) (130) (130) (130) (130) (130) (129)
(129) (129) (129) (130) (132) (132) (132) (132) (132) (133) (133) (133)
(133) (133) (133) (133) (134) (134) (132) (132) (132) (132) (133) (135)
(135) (135) (135) (135) (135) (135) (135) (136) (136) (135) (135) (135)
(135) (135) (137) (137) (137) (137) (137) (137) (137) (137) (137) (137)
(137) (137) (137) (139) (139) (140) (140) (140) (140) (140) (140) (140)
(140) (140) (140) (141) (141) (141) (141) (141) (141) (141) (141) (142)
(142) (142) (143) (139) (139) (139) (140) (140) (144) (144) (144) (145)
(145) (145) (145) (145) (146) (146) (146) (146) (146) (145) (145) (145)
(145) (146) (147) (147) (147) (147) (147) (148) (148) (148) (148) (148)
(147) (147) (147) (147) (148) (149) (149) (150) (150) (151) (152) (152)
(153) (155) (155) (156) (156) (156) (156) (157) (157) (157) (158) (158)
(159) (161) (162) (162) (163) (163) (163) (??) (149) (149) (150) (150) (151)
(152) (152) (153) (155) (155) (156) (156) (156) (157) (157) (157) (158)
(159) (161) (162) (162) (163)] D
/h1 [(1\240\240)(Package Index )] D
/h2 [(1.1\240\240)(Java API Packages)] D
/h3 [(1.2\240\240)(Other Packages)] D
/h4 [(2\240\240)(Class Hierarchy)] D
/h5 [(3\240\240)(package java.lang)] D
/h6 [(3.1\240\240)(Class Index )] D
/h7 [(3.2\240\240)(Exception Index )] D
/h8 [(4\240\240)(Class java.lang.ArithmeticException)] D
/h9 [(4.1\240\240)(Constructor Index )] D
/h10 [(4.2\240\240)(Constructors )] D
/h11 [(5\240\240)(Class java.lang.ArrayIndexOutOfBoundsException)] D
/h12 [(5.1\240\240)(Constructor Index )] D
/h13 [(5.2\240\240)(Constructors )] D
/h14 [(6\240\240)(Class java.lang.ArrayStoreException)] D
/h15 [(6.1\240\240)(Constructor Index )] D
/h16 [(6.2\240\240)(Constructors )] D
/h17 [(7\240\240)(Class java.lang.ClassCastException)] D
/h18 [(7.1\240\240)(Constructor Index )] D
/h19 [(7.2\240\240)(Constructors )] D
/h20 [(8\240\240)(Class java.lang.Exception)] D
/h21 [(8.1\240\240)(Constructor Index )] D
/h22 [(8.2\240\240)(Method Index )] D
/h23 [(8.3\240\240)(Constructors )] D
/h24 [(8.4\240\240)(Methods )] D
/h25 [(9\240\240)(Class java.lang.IndexOutOfBoundsException)] D
/h26 [(9.1\240\240)(Constructor Index )] D
/h27 [(9.2\240\240)(Constructors )] D
/h28 [(10\240\240)(Class java.lang.NegativeArraySizeException)] D
/h29 [(10.1\240\240)(Constructor Index )] D
/h30 [(10.2\240\240)(Constructors )] D
/h31 [(11\240\240)(Class java.lang.NullPointerException)] D
/h32 [(11.1\240\240)(Constructor Index )] D
/h33 [(11.2\240\240)(Constructors )] D
/h34 [(12\240\240)(Class java.lang.Object)] D
/h35 [(12.1\240\240)(Constructor Index )] D
/h36 [(12.2\240\240)(Method Index )] D
/h37 [(12.3\240\240)(Constructors )] D
/h38 [(12.4\240\240)(Methods )] D
/h39 [(13\240\240)(Class java.lang.RuntimeException)] D
/h40 [(13.1\240\240)(Constructor Index )] D
/h41 [(13.2\240\240)(Method Index )] D
/h42 [(13.3\240\240)(Constructors )] D
/h43 [(13.4\240\240)(Methods )] D
/h44 [(14\240\240)(Class java.lang.SecurityException)] D
/h45 [(14.1\240\240)(Constructor Index )] D
/h46 [(14.2\240\240)(Constructors )] D
/h47 [(15\240\240)(Class java.lang.Throwable)] D
/h48 [(15.1\240\240)(Variable Index )] D
/h49 [(15.2\240\240)(Constructor Index )] D
/h50 [(15.3\240\240)(Method Index )] D
/h51 [(15.4\240\240)(Variables )] D
/h52 [(15.5\240\240)(Constructors )] D
/h53 [(15.6\240\240)(Methods )] D
/h54 [(16\240\240)(package javacard.framework)] D
/h55 [(16.1\240\240)(Class Index )] D
/h56 [(16.2\240\240)(Exception Index )] D
/h57 [(17\240\240)(Class javacard.framework.AID)] D
/h58 [(17.1\240\240)(Method Index )] D
/h59 [(17.2\240\240)(Methods )] D
/h60 [(18\240\240)(Class javacard.framework.APDU)] D
/h61 [(18.1\240\240)(Method Index )] D
/h62 [(18.2\240\240)(Methods )] D
/h63 [(19\240\240)(Class javacard.framework.APDUException)] D
/h64 [(19.1\240\240)(Variable Index )] D
/h65 [(19.2\240\240)(Constructor Index )] D
/h66 [(19.3\240\240)(Method Index )] D
/h67 [(19.4\240\240)(Variables )] D
/h68 [(19.5\240\240)(Constructors )] D
/h69 [(19.6\240\240)(Methods )] D
/h70 [(20\240\240)(Class javacard.framework.Applet)] D
/h71 [(20.1\240\240)(Constructor Index )] D
/h72 [(20.2\240\240)(Method Index )] D
/h73 [(20.3\240\240)(Constructors )] D
/h74 [(20.4\240\240)(Methods )] D
/h75 [(21\240\240)(Class javacard.framework.ISO)] D
/h76 [(21.1\240\240)(Variable Index )] D
/h77 [(21.2\240\240)(Variables )] D
/h78 [(22\240\240)(Class javacard.framework.ISOException)] D
/h79 [(22.1\240\240)(Constructor Index )] D
/h80 [(22.2\240\240)(Method Index )] D
/h81 [(22.3\240\240)(Constructors )] D
/h82 [(22.4\240\240)(Methods )] D
/h83 [(23\240\240)(Class javacard.framework.OwnerPIN)] D
/h84 [(23.1\240\240)(Constructor Index )] D
/h85 [(23.2\240\240)(Method Index )] D
/h86 [(23.3\240\240)(Constructors )] D
/h87 [(23.4\240\240)(Methods )] D
/h88 [(24\240\240)(Class javacard.framework.PIN)] D
/h89 [(24.1\240\240)(Constructor Index )] D
/h90 [(24.2\240\240)(Method Index )] D
/h91 [(24.3\240\240)(Constructors )] D
/h92 [(24.4\240\240)(Methods )] D
/h93 [(25\240\240)(Class javacard.framework.PINException)] D
/h94 [(25.1\240\240)(Variable Index )] D
/h95 [(25.2\240\240)(Constructor Index )] D
/h96 [(25.3\240\240)(Method Index )] D
/h97 [(25.4\240\240)(Variables )] D
/h98 [(25.5\240\240)(Constructors )] D
/h99 [(25.6\240\240)(Methods )] D
/h100 [(26\240\240)(Class javacard.framework.ProxyPIN)] D
/h101 [(26.1\240\240)(Constructor Index )] D
/h102 [(26.2\240\240)(Method Index )] D
/h103 [(26.3\240\240)(Constructors )] D
/h104 [(26.4\240\240)(Methods )] D
/h105 [(27\240\240)(Class javacard.framework.System)] D
/h106 [(27.1\240\240)(Variable Index )] D
/h107 [(27.2\240\240)(Method Index )] D
/h108 [(27.3\240\240)(Variables )] D
/h109 [(27.4\240\240)(Methods )] D
/h110 [(28\240\240)(Class javacard.framework.SystemException)] D
/h111 [(28.1\240\240)(Variable Index )] D
/h112 [(28.2\240\240)(Constructor Index )] D
/h113 [(28.3\240\240)(Method Index )] D
/h114 [(28.4\240\240)(Variables )] D
/h115 [(28.5\240\240)(Constructors )] D
/h116 [(28.6\240\240)(Methods )] D
/h117 [(29\240\240)(Class javacard.framework.TransactionException)] D
/h118 [(29.1\240\240)(Variable Index )] D
/h119 [(29.2\240\240)(Constructor Index )] D
/h120 [(29.3\240\240)(Method Index )] D
/h121 [(29.4\240\240)(Variables )] D
/h122 [(29.5\240\240)(Constructors )] D
/h123 [(29.6\240\240)(Methods )] D
/h124 [(30\240\240)(Class javacard.framework.UserException)] D
/h125 [(30.1\240\240)(Constructor Index )] D
/h126 [(30.2\240\240)(Method Index )] D
/h127 [(30.3\240\240)(Constructors )] D
/h128 [(30.4\240\240)(Methods )] D
/h129 [(31\240\240)(Class javacard.framework.Util)] D
/h130 [(31.1\240\240)(Method Index )] D
/h131 [(31.2\240\240)(Methods )] D
/h132 [(32\240\240)(package javacardx.framework)] D
/h133 [(32.1\240\240)(Class Index )] D
/h134 [(33\240\240)(Class javacardx.framework.CyclicFile)] D
/h135 [(33.1\240\240)(Constructor Index )] D
/h136 [(33.2\240\240)(Method Index )] D
/h137 [(33.3\240\240)(Constructors )] D
/h138 [(33.4\240\240)(Methods )] D
/h139 [(34\240\240)(Class javacardx.framework.DedicatedFile)] D
/h140 [(34.1\240\240)(Variable Index )] D
/h141 [(34.2\240\240)(Constructor Index )] D
/h142 [(34.3\240\240)(Method Index )] D
/h143 [(34.4\240\240)(Variables )] D
/h144 [(34.5\240\240)(Constructors )] D
/h145 [(34.6\240\240)(Methods )] D
/h146 [(35\240\240)(Class javacardx.framework.ElementaryFile)] D
/h147 [(35.1\240\240)(Method Index )] D
/h148 [(35.2\240\240)(Methods )] D
/h149 [(36\240\240)(Class javacardx.framework.File)] D
/h150 [(36.1\240\240)(Variable Index )] D
/h151 [(36.2\240\240)(Method Index )] D
/h152 [(36.3\240\240)(Variables )] D
/h153 [(36.4\240\240)(Methods )] D
/h154 [(37\240\240)(Class javacardx.framework.FileSystem)] D
/h155 [(37.1\240\240)(Constructor Index )] D
/h156 [(37.2\240\240)(Method Index )] D
/h157 [(37.3\240\240)(Constructors )] D
/h158 [(37.4\240\240)(Methods )] D
/h159 [(38\240\240)(Class javacardx.framework.LinearFixedFile)] D
/h160 [(38.1\240\240)(Constructor Index )] D
/h161 [(38.2\240\240)(Method Index )] D
/h162 [(38.3\240\240)(Constructors )] D
/h163 [(38.4\240\240)(Methods )] D
/h164 [(39\240\240)(Class javacardx.framework.LinearVariableFile)] D
/h165 [(39.1\240\240)(Variable Index )] D
/h166 [(39.2\240\240)(Constructor Index )] D
/h167 [(39.3\240\240)(Method Index )] D
/h168 [(39.4\240\240)(Variables )] D
/h169 [(39.5\240\240)(Constructors )] D
/h170 [(39.6\240\240)(Methods )] D
/h171 [(40\240\240)(Class javacardx.framework.TransparentFile)] D
/h172 [(40.1\240\240)(Constructor Index )] D
/h173 [(40.2\240\240)(Method Index )] D
/h174 [(40.3\240\240)(Constructors )] D
/h175 [(40.4\240\240)(Methods )] D
/h176 [(41\240\240)(package javacardx.crypto)] D
/h177 [(41.1\240\240)(Class Index )] D
/h178 [(41.2\240\240)(Exception Index )] D
/h179 [(42\240\240)(Class javacardx.crypto.AsymKey)] D
/h180 [(42.1\240\240)(Constructor Index )] D
/h181 [(42.2\240\240)(Method Index )] D
/h182 [(42.3\240\240)(Constructors )] D
/h183 [(42.4\240\240)(Methods )] D
/h184 [(43\240\240)(Class javacardx.crypto.CryptoException)] D
/h185 [(43.1\240\240)(Variable Index )] D
/h186 [(43.2\240\240)(Constructor Index )] D
/h187 [(43.3\240\240)(Variables )] D
/h188 [(43.4\240\240)(Constructors )] D
/h189 [(44\240\240)(Class javacardx.crypto.DES3_Key)] D
/h190 [(44.1\240\240)(Constructor Index )] D
/h191 [(44.2\240\240)(Method Index )] D
/h192 [(44.3\240\240)(Constructors )] D
/h193 [(44.4\240\240)(Methods )] D
/h194 [(45\240\240)(Class javacardx.crypto.DES_Key)] D
/h195 [(45.1\240\240)(Constructor Index )] D
/h196 [(45.2\240\240)(Method Index )] D
/h197 [(45.3\240\240)(Constructors )] D
/h198 [(45.4\240\240)(Methods )] D
/h199 [(46\240\240)(Class javacardx.crypto.Key)] D
/h200 [(46.1\240\240)(Constructor Index )] D
/h201 [(46.2\240\240)(Method Index )] D
/h202 [(46.3\240\240)(Constructors )] D
/h203 [(46.4\240\240)(Methods )] D
/h204 [(47\240\240)(Class javacardx.crypto.MessageDigest)] D
/h205 [(47.1\240\240)(Constructor Index )] D
/h206 [(47.2\240\240)(Method Index )] D
/h207 [(47.3\240\240)(Constructors )] D
/h208 [(47.4\240\240)(Methods )] D
/h209 [(48\240\240)(Class javacardx.crypto.PrivateKey)] D
/h210 [(48.1\240\240)(Constructor Index )] D
/h211 [(48.2\240\240)(Method Index )] D
/h212 [(48.3\240\240)(Constructors )] D
/h213 [(48.4\240\240)(Methods )] D
/h214 [(49\240\240)(Class javacardx.crypto.PublicKey)] D
/h215 [(49.1\240\240)(Constructor Index )] D
/h216 [(49.2\240\240)(Method Index )] D
/h217 [(49.3\240\240)(Constructors )] D
/h218 [(49.4\240\240)(Methods )] D
/h219 [(50\240\240)(Class javacardx.crypto.RSA_CRT_PrivateKey)] D
/h220 [(50.1\240\240)(Constructor Index )] D
/h221 [(50.2\240\240)(Method Index )] D
/h222 [(50.3\240\240)(Constructors )] D
/h223 [(50.4\240\240)(Methods )] D
/h224 [(51\240\240)(Class javacardx.crypto.RSA_PrivateKey)] D
/h225 [(51.1\240\240)(Constructor Index )] D
/h226 [(51.2\240\240)(Method Index )] D
/h227 [(51.3\240\240)(Constructors )] D
/h228 [(51.4\240\240)(Methods )] D
/h229 [(52\240\240)(Class javacardx.crypto.RSA_PublicKey)] D
/h230 [(52.1\240\240)(Constructor Index )] D
/h231 [(52.2\240\240)(Method Index )] D
/h232 [(52.3\240\240)(Constructors )] D
/h233 [(52.4\240\240)(Methods )] D
/h234 [(53\240\240)(Class javacardx.crypto.RandomData)] D
/h235 [(53.1\240\240)(Constructor Index )] D
/h236 [(53.2\240\240)(Method Index )] D
/h237 [(53.3\240\240)(Constructors )] D
/h238 [(53.4\240\240)(Methods )] D
/h239 [(54\240\240)(Class javacardx.crypto.Sha1MessageDigest)] D
/h240 [(54.1\240\240)(Constructor Index )] D
/h241 [(54.2\240\240)(Method Index )] D
/h242 [(54.3\240\240)(Constructors )] D
/h243 [(54.4\240\240)(Methods )] D
/h244 [(55\240\240)(Class javacardx.crypto.SymKey)] D
/h245 [(55.1\240\240)(Constructor Index )] D
/h246 [(55.2\240\240)(Method Index )] D
/h247 [(55.3\240\240)(Constructors )] D
/h248 [(55.4\240\240)(Methods )] D
/h249 [(56\240\240)(package javacardx.cryptoEnc)] D
/h250 [(56.1\240\240)(Class Index )] D
/h251 [(57\240\240)(Class javacardx.cryptoEnc.DES3_EncKey)] D
/h252 [(57.1\240\240)(Constructor Index )] D
/h253 [(57.2\240\240)(Method Index )] D
/h254 [(57.3\240\240)(Constructors )] D
/h255 [(57.4\240\240)(Methods )] D
/h256 [(58\240\240)(Class javacardx.cryptoEnc.DES_EncKey)] D
/h257 [(58.1\240\240)(Constructor Index )] D
/h258 [(58.2\240\240)(Method Index )] D
/h259 [(58.3\240\240)(Constructors )] D
/h260 [(58.4\240\240)(Methods )] D
/h261 [(59\240\240)(Index of all Fields and Methods)] D
/h262 [(59.1\240\240)( A )] D
/h263 [(59.2\240\240)( B )] D
/h264 [(59.3\240\240)( C )] D
/h265 [(59.4\240\240)( D )] D
/h266 [(59.5\240\240)( E )] D
/h267 [(59.6\240\240)( F )] D
/h268 [(59.7\240\240)( G )] D
/h269 [(59.8\240\240)( H )] D
/h270 [(59.9\240\240)( I )] D
/h271 [(59.10\240\240)( K )] D
/h272 [(59.11\240\240)( L )] D
/h273 [(59.12\240\240)( M )] D
/h274 [(59.13\240\240)( N )] D
/h275 [(59.14\240\240)( O )] D
/h276 [(59.15\240\240)( P )] D
/h277 [(59.16\240\240)( R )] D
/h278 [(59.17\240\240)( S )] D
/h279 [(59.18\240\240)( T )] D
/h280 [(59.19\240\240)( U )] D
/h281 [(59.20\240\240)( V )] D
/h282 [(59.21\240\240)( W )] D
/Hr [9 10 11 64 66 67 68 74 75 76 82 83 84 90 91 92 98 99 100 110 111 112
113 114 120 121 122 128 129 130 136 137 138 147 148 149 150 151 161 162
163 164 165 171 172 173 186 187 188 189 190 191 192 194 195 196 204 205
206 232 233 234 248 249 250 251 252 253 254 271 272 273 274 275 304 305
306 315 316 317 318 319 346 347 348 349 350 361 362 363 364 365 376 377
378 379 380 381 382 397 398 399 400 401 434 435 436 437 438 451 452 453
454 455 456 457 471 472 473 474 475 476 477 487 488 489 490 491 509 510
511 513 514 537 538 539 540 541 571 572 573 574 575 576 577 583 584 585
612 613 614 615 616 667 668 669 670 671 681 682 683 684 685 705 706 707
708 709 710 711 720 721 722 723 724 726 727 728 739 740 741 742 743 755
756 757 758 759 778 779 780 781 782 797 798 799 800 801 812 813 814 815
816 829 830 831 832 833 842 843 844 845 846 855 856 857 858 859 880 881
882 883 884 899 900 901 902 903 918 919 920 921 922 933 934 935 936 937
946 947 948 949 950 975 976 977 978 979 981 982 993 994 995 996 997 1008
1009 1010 1011 1012 1040 1041 1042 1043 1044 1045 1046 1047 1048 1049 1050
1051 1052 1053 1054 1055 1056 1057 1058 1059 1060 1061]D
/HV [1 2 2 1 1 2 2 1 2 2 1 2 2 1 2 2 1 2 2 1 2 2 2 2 1 2 2 1 2 2 1 2 2
1 2 2 2 2 1 2 2 2 2 1 2 2 1 2 2 2 2 2 2 1 2 2 1 2 2 1 2 2 1 2 2 2 2 2 2
1 2 2 2 2 1 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 2 2 1 2 2 2 2 1
2 2 2 2 1 2 2 2 2 2 2 1 2 2 2 2 2 2 1 2 2 2 2 1 2 2 1 2 1 2 2 2 2 1 2 2
2 2 2 2 1 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 2 2 1 2 2 2 2 1 2
2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2
1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 1
2 1 2 2 2 2 1 2 2 2 2 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2]D
/Cn [2 0 0 0 2 0 0 2 0 0 2 0 0 2 0 0 2 0 0 4 0 0 0 0 2 0 0 2 0 0 2 0 0
4 0 0 0 0 4 0 0 0 0 2 0 0 6 0 0 0 0 0 0 2 0 0 2 0 0 2 0 0 6 0 0 0 0 0 0
4 0 0 0 0 2 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 6 0 0 0 0 0 0 4 0 0 0 0 4
0 0 0 0 6 0 0 0 0 0 0 6 0 0 0 0 0 0 4 0 0 0 0 2 0 0 1 0 4 0 0 0 0 6 0 0
0 0 0 0 2 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 6 0 0 0 0 0 0 4 0 0 0 0 2 0
0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0
4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 4 0 0 0 0 1
0 4 0 0 0 0 4 0 0 0 0 21 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0]D
Hr length 0 gt{[/PageMode /UseOutlines /DOCVIEW pdfmark}if
/Hn 1 D
0 1 Hr length 1 sub{
 /Bn E D [Cn Bn get dup 0 gt{/Count E HV Bn get Bl ge{neg}if}{pop}ie
 /Dest Hr Bn get dup abs ST cvs cvn E 0 ge{(h)Hn ST cvs join cvx exec dup 1 get
 E Nf{0 get E join}{pop}ie /Hn Hn 1 add D}{()}ie /Title E /OUT pdfmark}for
ZF /FN Fp D Ps 0 FS /WC Wf{( )}{<A1A1>}ie SW pop D
ET RC ZF
/Df f D
/TS {
 tables E get /table E D
 table aload pop /rdesc E D /cdesc E D /tdesc E D
 tdesc aload pop /capalg E D /caption E D /rules E D /frame E D /nfoot E D
  /nhead E D /ncol E D /nrow E D /border E D /twid E D /units E D /talign E D
  /flow E D /clear E D /tclass E D pop pop
 /w W D /eps 0.1 D /OU f D /PL 1 D
 /FN EF 21 get D EZ 21 get Ey 21 get FS
 0 1 1{
  /pass E D
  0 1 nrow{
   /irow E D
   /cells rdesc irow get 6 get D
   0 1 ncol{
    /icol E D
    /cell cells icol get D
    cell 0 ne{
     cell aload pop /CB E D pop pop pop
     /DV E D /bot E D /top E D /right E D /left E D /nowrap E D /valign E D
     /dp E D /align E D /rspan E D /cspan E D /cclass E D /ctype E D /cmax E D
     /cmin E D /proc E D
     rspan 0 eq{/rspan nrow irow sub 1 add D}if
     cspan 0 eq{/cspan ncol icol sub 1 add D}if
     pass 0 eq cspan 1 eq and pass 1 eq cspan 1 gt and or{
      /W 1e5 D /LL W D /PH 1 D
      ctype 1 eq{() BD}if
      RC align NA
      AT 4 eq{/CD t D /DC dp D /LN 0 D /M1 0 D /M2 0 D}{/CD f D}ie
      0 0 M /LM 0 D proc exec BN
      AT 4 eq{
       LN array astore cell 15 3 -1 roll put
       cdesc icol get dup dup 5 get M1 lt{5 M1 put}{5 get /M1 E D}ie
       dup 6 get M2 lt{6 M2 put}{6 get /M2 E D}ie
       /LM M1 M2 add D
      }if
      /CD f D
      /thiswid LM left add right add eps add D
      /oldmin 0 D /oldmax 0 D
      0 1 cspan 1 sub{
       icol add cdesc E get dup 2 get /oldmax E oldmax add D
       1 get /oldmin E oldmin add D
      }for
      thiswid oldmax ge{
       0 1 cspan 1 sub{
        icol add cdesc E get dup 2 E 2 get oldmax 0 eq
         {pop thiswid cspan div}{thiswid mul oldmax div}ie
        put
       }for
      }if
      nowrap 1 eq{
       thiswid oldmin ge{
        0 1 cspan 1 sub{
         icol add cdesc E get dup 1 E 1 get oldmin 0 eq
          {pop thiswid cspan div}{thiswid mul oldmin div}ie
         put
        }for
       }if
      }{
       /W 0 D /LL W D /PH 2 D
       ctype 1 eq{() ES () BD}if
       0 0 M /LM 0 D RC proc exec BN
       /thiswid LM left add right add eps add D
       thiswid oldmin ge{
        0 1 cspan 1 sub{
         icol add cdesc E get dup 1 E 1 get oldmin 0 eq
          {pop thiswid cspan div}{thiswid mul oldmin div}ie
         put
        }for
       }if
      }ie
      ctype 1 eq{() ES}if
     }if
    }if
   }for
  }for
 }for
 /tmin 0 D /tmax 0 D
 0 1 ncol{
  cdesc E get dup 1 get E 2 get 2 copy gt{pop dup}if
  tmax add /tmax E D tmin add /tmin E D
 }for
 twid 0 lt{twid neg IW gt{IW neg}{twid}ie /twid E D}if
 tdesc 0 twid neg tmin 2 copy lt{E}if pop put
 tdesc 1 twid neg tmax 2 copy lt{E}if pop put
 /W w D /LL W D /OU t D /PH 0 D /PL 0 D
} D
/PT {
 /PL PL 1 add D
 tables E get /table E D Tm 21 get Ts mul BE
 PL 2 ge{save}if
 /SL SL 1 add D /FN EF 21 get D EZ 21 get Ey 21 get FS
 table aload pop /rdesc E D /cdesc E D /tdesc E D
 tdesc aload pop /capalg E D /caption E D /rules E D /frame E D /nfoot E D
  /nhead E D /ncol E D /nrow E D /border E D /twid E D /units E D /talign E D
  /flow E D /clear E D /tclass E D /tmax E D /tmin E D
 /w W D /xo XO D /mr MR D /ll LL D /lg LG D /ai AI D /bc BC D /nr NR D /ar AR D
 /tr TR D /ui UI D /ph PH D /a0 A0 D /pf PF D /at AT D /av AV D /al AL D
 /Le LE D /la La D
 talign 0 lt{/talign AL 0 gt{AV AL get}{A0 2 le{A0}{0}ie}ie D}if
 ph 1 eq ph 2 eq or{
  NL ph 1 eq{tmax}{tmin}ie dup XO add LM gt{/LM E XO add D}{pop}ie LM E
 }{
  /PH 3 D /LE 1e5 D RC %ZF
  border 0 gt{/border 1 D}if
  /twidth 0 D /avail W xo sub D
  twid 0 eq{0 1 ncol{cdesc E get dup 2 get E 3 get dup 0 gt{div neg dup twid lt
   {/twid E D}{pop}ie}{pop pop}ie}for}if
  /twid twid dup 0 lt{neg avail 2 copy gt{E}if pop}{avail mul}ie D
  /OK t D 0 1 ncol{cdesc E get dup 1 get E 3 get twid mul gt{/OK f D}if}for
  0 1 ncol{
   cdesc E get dup 1 get /colmin E D dup 3 get /cwid E twid mul D dup
   tmax avail le{2 get}if
   tmin avail le tmax avail gt and{
    dup 2 get E 1 get dup 3 1 roll sub avail tmin sub mul tmax tmin sub div add
   }if
   tmin avail gt{1 get}if
   0 E colmin cwid lt OK and{pop cwid}if dup /twidth E twidth add D put
  }for
  /OU f D CP
  tmin twid le{
   0 1 ncol{cdesc E get dup 0 get twidth div twid mul 0 E put}for
   /twidth twid D
  }if
  CP printcap CP E pop sub /caphig E D pop
  0 1 1{
   /pass E D
   0 1 nrow{
    /irow E D
    /cells rdesc irow get 6 get D
    0 1 ncol{
     /icol E D
     /cell cells icol get D
     cell 0 ne{
      cell aload pop /CB E D pop pop pop
      /DV E D /bot E D /top E D /right E D /left E D /nowrap E D /valign E D
      /dp E D /align E D /rspan E D /cspan E D /cclass E D /ctype E D /cmax E D
      /cmin E D /proc E D
      rspan 0 eq{/rspan nrow irow sub 1 add D}if
      cspan 0 eq{/cspan ncol icol sub 1 add D}if
      /W 0 D
      0 1 cspan 1 sub{icol add cdesc E get 0 get /W E W add D}for
      pass 0 eq rspan 1 eq and pass 1 eq rspan 1 gt and or{
       ctype 1 eq{() BD}if
       /W W left sub right sub D /XO 0 D /EO 0 D SI
       /A0 align D RC align NA
       AT 4 eq{
        /DC dp D /DO 0 D /ID 1 D
        0 1 DV length 1 sub{DV E get dup DO gt{/DO E D}{pop}ie}for
        /Lo DO DV 0 get sub D /L1 Lo D
       }if
       0 0 M /BP t D /Fl t D /MF 0 D /FB 0 D
       proc exec T not{/CI 0 D}if BN 0 FB neg R MF 0 eq{/MF CS D}if
       CP /thishig E neg bot add top add CI add D pop
       cell 16 MF put cell 17 Ya put cell 18 thishig put
       valign 4 eq{
        /below thishig Ya sub D
        rdesc irow get dup dup 4 get Ya lt
         {4 Ya put}{4 get /Ya E D}ie
        dup 5 get below lt{5 below put}{5 get /below E D}ie
        /thishig Ya below add D
       }if
       ctype 1 eq{()ES}if
       /oldhig 0 D
       0 1 rspan 1 sub{
        irow add rdesc E get 0 get /oldhig E oldhig add D
       }for
       thishig oldhig ge{
        0 1 rspan 1 sub{
         irow add rdesc E get dup 0 E 0 get oldhig 0 eq
          {pop thishig rspan div}{thishig mul oldhig div}ie
         put
        }for
       }if
      }if
     }if
    }for
   }for
  }for M RC %ZF
  /thight 0 D /racc 0 D /maxh 0 D /brk 0 D /rbeg nhead nfoot add D
  rbeg 1 nrow{
   rdesc E get dup 0 get dup /thight E thight add D
   brk 0 eq{/racc E D}{/racc E racc add D}ie
   racc maxh gt{/maxh racc D}if 2 get /brk E D
  }for
  ph 3 ge{thight caphig add E}if
  ph 0 eq ph 4 eq or{
   /PH 4 D /LE Le D /OU Ou D /yoff 0 D /headsz 0 D
   0 1 nhead 1 sub{rdesc E get 0 get headsz add /headsz E D}for
   /footsz 0 D
   0 1 nfoot 1 sub{rdesc E nhead add get 0 get footsz add /footsz E D}for
   /ahig LE BO add MI add D /maxh maxh headsz add footsz add D
   /thight thight headsz add footsz add D
   tmin avail gt maxh ahig gt or
    {/Sf avail tmin div dup ahig maxh div gt{pop ahig maxh div}if D /SA t D}
    {/Sf 1 D}ie
   tclass 1 eq thight LE 15 sub gt and
    {/SA t D LE 15 sub thight div dup Sf lt{/Sf E D}{pop}ie}if
   SA{Sf Sf scale /ll ll Sf div D /xo xo Sf div D /LE LE Sf div D
    /mr mr Sf div D /BO BO Sf div D /ahig ahig Sf div D}if
   nhead nfoot add getwid
   LE CP E pop add capalg 0 eq{caphig sub}if dup headsz sub footsz sub rwid lt
   E thight lt thight ahig lt and or{NP}if
   capalg 0 eq{printcap -8 SP}if
   CP /ycur E D pop
   printhead
   rbeg 1 nrow{/row E D row
    getwid
    ycur yoff add rwid sub footsz sub LE add 0 lt
    {nfoot 0 gt{printfoot}if Tf NP /rbeg irow1 D
     Ba{MI /MI MI SA{Sf div}if D MI SP /MI E D}if
     CP /ycur E D pop /yoff 0 D printhead}if
    irow1 printrow
   }for
   printfoot /row row 1 add D Tf
   0 ycur yoff add M
   capalg 1 eq{/EO 0 D SI -3 SP printcap}if
   Sf 1 lt{1 Sf div dup scale /ll ll Sf mul D /xo xo Sf mul D /LE LE Sf mul D
    /mr mr Sf mul D /BO BO Sf mul D /SA f D}if
   /EO 0 D
  }if
 }ie
 /W w D /XO xo D /MR mr D /LL ll D /LG lg D /AI ai D /BC bc D /NR nr D /AR ar D
 /TR tr D /UI ui D /PH ph D /A0 a0 D /PF pf D /AT at D /AV av D /AL al D
 /La la D
 /SL SL 1 sub NN D /CF 0 D /FN 0 D SZ SL get FR SL get FS Wf not{()F2}if
 PL 2 ge{Ms E restore Ms or /Ms E D PH 1 eq PH 2 eq or
  {/LM E D}if PH 3 ge{/CI 0 D NL 0 E neg R}if
 }if
 /PL PL 1 sub D /CI 0 D /BP f D /PO f D () Bm 21 get Ts mul BE BL %CF CS SF
} D
/printcap{
 capalg 0 ge{
  SA{/W w Sf div D}
   {talign 1 eq{/XO xo ll twidth sub 2 div add D}if
    talign 2 eq{/XO xo ll twidth sub add D}if
    /W XO twidth add D
   }ie /XO xo D /LL W XO sub MR sub D
  /PA f D /Fl capalg 0 eq D
  1 NA BL caption exec BN OA /PA t D
 }if
} D
/getwid{
 /irow1 E D
 /irow2 irow1 D
 /rwid 0 D
 {rdesc irow2 get dup 0 get rwid add /rwid E D 2 get 0 eq
  {exit}{/irow2 irow2 1 add D}ie
 }loop
} D
/printrow{
 /xoff ll twidth PL 2 ge{Sf div}if sub talign mul 2 div D
 /xleft xoff xo add D
 /irow E D
 /cells rdesc irow get 6 get D
 0 1 ncol{
  /icol E D
  /cell cells icol get D
  cell 0 ne{
   cell aload pop /CB E D /cvsize E D /above E D /fontsz E D
   /DV E D /bot E D /top E D /right E D /left E D /nowrap E D /valign E D
   /dp E D /align E D /rspan E D /cspan E D /cclass E D /ctype E D /cmax E D
   /cmin E D /proc E D
   rspan 0 eq{/rspan nrow irow sub 1 add D}if
   cspan 0 eq{/cspan ncol icol sub 1 add D}if
   /width 0 D
   0 1 cspan 1 sub{icol add cdesc E get 0 get /width E width add D}for
   /rhight rdesc irow get 0 get D
   /hight rhight D
   1 1 rspan 1 sub{irow add rdesc E get 0 get /hight E hight add D}for
   /W xo xoff add width add right sub D
   /EO xo xoff add left add D SI
   Cf{
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[{()3 Sl()WB()BD(Description)ES(
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ILLEGAL_USE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(APDU Illegal Use)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(BUFFER_BOUNDS)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(APDU buffer bounds error)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(BAD_LENGTH)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(APDU outGoingLength inconsistency)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(IO_ERROR)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(APDU I/O Error)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
]]
[[0 0 0 0 0 -1 0 0 1 1 1 0 0 9 5 {()} -1]
 [[0 0 0 0 0 0 0][0 0 0 0 0 0 0]]
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[{()3 Sl()WB()BD(Description)ES(
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ILLEGAL_VALUE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(Illegal parameter value)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
]]
[[0 0 0 0 0 -1 0 0 1 4 1 0 0 9 5 {()} -1]
 [[0 0 0 0 0 0 0][0 0 0 0 0 0 0]]
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(System.TRANSIENT_SESSION)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(the transience duration is a CAD session.)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(System.TRANSIENT_SELECTION)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(the transience duration is applet selection.)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(System.TRANSIENT_APDU)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(the transience duration is applet APDU process.)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(System.TRANSIENT_NONE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(the object is not transient.)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
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]]
[[0 0 0 0 0 -1 0 0 1 3 1 0 0 9 5 {()} -1]
 [[0 0 0 0 0 0 0][0 0 0 0 0 0 0]]
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[{()3 Sl()WB()BD(Description)ES(
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ILLEGAL_VALUE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(Illegal parameter value)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ALREADY_TRANSIENT)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(Object is already transient)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(NO_TRANSIENT_SPACE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(No room in volatile memory for object)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
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[[0 0 0 0 0 -1 0 0 1 4 1 0 0 9 5 {()} -1]
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[{()3 Sl()WB()BD(Description)ES(
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[0 0 0 0 0 0 [[{()3 Sl()WB(IN_PROGRESS)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(NOT_IN_PROGRESS)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(commit/abortTransaction called when not in progress)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
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[0 0 0 0 0 0 [[{()3 Sl()WB(BUFFER_FULL)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(commit buffer is full)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
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[[0 0 0 0 0 -1 0 0.8 1 2 1 0 0 9 5 {()} -1]
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[{()3 Sl()WB()BD(Description)ES(
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ACCESS_READ)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(External read)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
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[0 0 0 0 0 0 [[{()3 Sl()WB(ACCESS_WRITE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(External write)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
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 [[0 0 0 0 0 0 0][0 0 0 0 0 0 0]]
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[0 0 0 0 0 0 [[{()3 Sl()WB(ALLOW_ANY)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(Any external access allowed)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ALLOW_AUTH1)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(External access allowed only if Auth1 flag is true)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ALLOW_AUTH2)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(External access allowed only if Auth2 flag is true)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ALLOW_NONE)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(No external access allowed)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
]]
[[0 0 0 0 0 -1 0 0 1 5 1 0 0 9 5 {()} -1]
 [[0 0 0 0 0 0 0][0 0 0 0 0 0 0]]
 [[0 0 0 0 0 0 [[{()3 Sl()WB( )BD(Reason)ES()} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB()BD(Description)ES(
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]]
[0 0 0 0 0 0 [[{()3 Sl()WB(GENERAL)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(general cryptographic exception)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(MD_GEN)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(message digest generation failed)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(UNINIT_KEY)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(use of uninitialized key)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(INVALID_PARAM)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(invalid parameter passed to a method)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
[0 0 0 0 0 0 [[{()3 Sl()WB(ENC_NOT_SUPPORTED)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
[{()3 Sl()WB(encryption is not supported)} 0 0 0 0 1 1 0 (.) 2 0 4 4 2 6 0 0 0 0 Db ]
]]
]]
] D
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2 NH le{1047(59.7\240\240)2 C()WB 1020 Sn()BD( G )ES()1047 1 TN()EA()BN}if
2 NH le{1048(59.8\240\240)2 C()WB 1021 Sn()BD( H )ES()1048 1 TN()EA()BN}if
2 NH le{1049(59.9\240\240)2 C()WB 1022 Sn()BD( I )ES()1049 1 TN()EA()BN}if
2 NH le{1050(59.10\240\240)2 C()WB 1024 Sn()BD( K )ES()1050 1 TN()EA()BN}if
2 NH le{1051(59.11\240\240)2 C()WB 1025 Sn()BD( L )ES()1051 1 TN()EA()BN}if
2 NH le{1052(59.12\240\240)2 C()WB 1026 Sn()BD( M )ES()1052 1 TN()EA()BN}if
2 NH le{1053(59.13\240\240)2 C()WB 1027 Sn()BD( N )ES()1053 1 TN()EA()BN}if
2 NH le{1054(59.14\240\240)2 C()WB 1028 Sn()BD( O )ES()1054 1 TN()EA()BN}if
2 NH le{1055(59.15\240\240)2 C()WB 1029 Sn()BD( P )ES()1055 1 TN()EA()BN}if
2 NH le{1056(59.16\240\240)2 C()WB 1031 Sn()BD( R )ES()1056 1 TN()EA()BN}if
2 NH le{1057(59.17\240\240)2 C()WB 1032 Sn()BD( S )ES()1057 1 TN()EA()BN}if
2 NH le{1058(59.18\240\240)2 C()WB 1033 Sn()BD( T )ES()1058 1 TN()EA()BN}if
2 NH le{1059(59.19\240\240)2 C()WB 1034 Sn()BD( U )ES()1059 1 TN()EA()BN}if
2 NH le{1060(59.20\240\240)2 C()WB 1035 Sn()BD( V )ES()1060 1 TN()EA()BN}if
2 NH le{1061(59.21\240\240)2 C()WB 1036 Sn()BD( W )ES()1061 1 TN()EA()BN}if
/OU t D /Cb Db D NP Ep ET 
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc

/Ba f D /BO 0 D Bs
/UR (packages.html) D
/Ti (Package Index) D
/Au () D
/Df f D


NP RC ZF
()3 Sl()WB 0 Sn(
)WB 1 Sn()EA(
) 1 40 PR()0 2 A(API User's Guide)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 3 1 A(Index)EA()RP()2 1 1 HR()0 1 0 H(Package)WB 9 Sn( Index )WB()EH(
)0 2 1 H()WB 10 Sn( Java API Packages )EH(
)UL()-1 LI( package )0 4 1 A(java.lang)EA()LU(
)0 2 2 H()WB 11 Sn( Other Packages )EH(
)UL()-1 LI( package )0 5 1 A(javacard.framework)EA(
)-1 LI( package )0 6 1 A(javacardx.crypto)EA(
)-1 LI( package )0 7 1 A(javacardx.cryptoEnc)EA(
)-1 LI( package )0 8 1 A(javacardx.framework)EA()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (tree.html) D
/Ti (Class Hierarchy) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 2 Sn(
)WB 12 Sn()EA(
) 1 19 PR()0 0 1 A(All Packages)EA(  )0 3 1 A(Index)EA()RP()2 1 1 HR()0 1 3 H()WB 64 Sn(  Class Hierarchy)EH(
)UL(  )-1 LI( class java.lang.)0 13 1 A(Object)EA(
  )UL(    )-1 LI( class javacard.framework.)0 14 1 A(AID)EA(
    )-1 LI( class javacard.framework.)0 15 1 A(APDU)EA(
    )-1 LI( class javacard.framework.)0 16 1 A(Applet)EA(
    )-1 LI( class javacardx.framework.)0 17 1 A(File)EA(
    )UL(      )-1 LI( class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
      )UL(        )-1 LI( class javacardx.framework.)0 19 1 A(FileSystem)EA(
      )LU(
      )-1 LI( class javacardx.framework.)0 20 1 A(ElementaryFile)EA(
      )UL(        )-1 LI( class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
        )UL(          )-1 LI( class javacardx.framework.)0 22 1 A(LinearFixedFile)EA(
          )UL(            )-1 LI( class javacardx.framework.)0 23 1 A(CyclicFile)EA(
          )LU(
        )LU(
        )-1 LI( class javacardx.framework.)0 24 1 A(TransparentFile)EA(
      )LU(
    )LU(
    )-1 LI( class javacard.framework.)0 25 1 A(ISO)EA(
    )-1 LI( class javacardx.crypto.)0 26 1 A(Key)EA(
    )UL(      )-1 LI( class javacardx.crypto.)0 27 1 A(AsymKey)EA(
      )UL(        )-1 LI( class javacardx.crypto.)0 28 1 A(PrivateKey)EA(
        )UL(          )-1 LI( class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
          )-1 LI( class javacardx.crypto.)0 30 1 A(RSA_PrivateKey)EA(
        )LU(
        )-1 LI( class javacardx.crypto.)0 31 1 A(PublicKey)EA(
        )UL(          )-1 LI( class javacardx.crypto.)0 32 1 A(RSA_PublicKey)EA(
        )LU(
      )LU(
      )-1 LI( class javacardx.crypto.)0 33 1 A(SymKey)EA(
      )UL(        )-1 LI( class javacardx.crypto.)0 34 1 A(DES3_Key)EA(
        )UL(          )-1 LI( class javacardx.cryptoEnc.)0 35 1 A(DES3_EncKey)EA(
        )LU(
        )-1 LI( class javacardx.crypto.)0 36 1 A(DES_Key)EA(
        )UL(          )-1 LI( class javacardx.cryptoEnc.)0 37 1 A(DES_EncKey)EA(
        )LU(
      )LU(
    )LU(
    )-1 LI( class javacardx.crypto.)0 38 1 A(MessageDigest)EA(
    )UL(      )-1 LI( class javacardx.crypto.)0 39 1 A(Sha1MessageDigest)EA(
    )LU(
    )-1 LI( class javacard.framework.)0 40 1 A(PIN)EA(
    )UL(      )-1 LI( class javacard.framework.)0 41 1 A(OwnerPIN)EA(
      )-1 LI( class javacard.framework.)0 42 1 A(ProxyPIN)EA(
    )LU(
    )-1 LI( class javacardx.crypto.)0 43 1 A(RandomData)EA(
    )-1 LI( class javacard.framework.)0 44 1 A(System)EA(
    )-1 LI( class java.lang.)0 45 1 A(Throwable)EA(
    )UL(      )-1 LI( class java.lang.)0 46 1 A(Exception)EA(
      )UL(        )-1 LI( class java.lang.)0 47 1 A(RuntimeException)EA(
        )UL(          )-1 LI( class javacard.framework.)0 48 1 A(APDUException)EA(
          )-1 LI( class java.lang.)0 49 1 A(ArithmeticException)EA(
          )-1 LI( class java.lang.)0 50 1 A(ArrayStoreException)EA(
          )-1 LI( class java.lang.)0 51 1 A(ClassCastException)EA(
          )-1 LI( class javacardx.crypto.)0 52 1 A(CryptoException)EA(
          )-1 LI( class javacard.framework.)0 53 1 A(ISOException)EA(
          )-1 LI( class java.lang.)0 54 1 A(IndexOutOfBoundsException)EA(
          )UL(            )-1 LI( class java.lang.)0 55 1 A(ArrayIndexOutOfBoundsException)EA(
          )LU(
          )-1 LI( class java.lang.)0 56 1 A(NegativeArraySizeException)EA(
          )-1 LI( class java.lang.)0 57 1 A(NullPointerException)EA(
          )-1 LI( class javacard.framework.)0 58 1 A(PINException)EA(
          )-1 LI( class java.lang.)0 59 1 A(SecurityException)EA(
          )-1 LI( class javacard.framework.)0 60 1 A(SystemException)EA(
          )-1 LI( class javacard.framework.)0 61 1 A(TransactionException)EA(
        )LU(
        )-1 LI( class javacard.framework.)0 62 1 A(UserException)EA(
      )LU(
    )LU(
    )-1 LI( class javacard.framework.)0 63 1 A(Util)EA(
  )LU()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (Package-java.lang.html) D
/Ti (Package java.lang) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 4 Sn(
)WB 65 Sn()EA(
) 1 36 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 4 H()WB 66 Sn(  package java.lang)EH(
)0 2 5 H()WB 67 Sn(  Class Index )WB()EH(
)UL(  )-1 LI( )0 13 1 A(Object)EA(
  )-1 LI( )0 45 1 A(Throwable)EA()LU(
)0 2 6 H()WB 68 Sn(  Exception Index )WB()EH(
)UL(  )-1 LI( )0 49 1 A(ArithmeticException)EA(
  )-1 LI( )0 55 1 A(ArrayIndexOutOfBoundsException)EA(
  )-1 LI( )0 50 1 A(ArrayStoreException)EA(
  )-1 LI( )0 51 1 A(ClassCastException)EA(
  )-1 LI( )0 46 1 A(Exception)EA(
  )-1 LI( )0 54 1 A(IndexOutOfBoundsException)EA(
  )-1 LI( )0 56 1 A(NegativeArraySizeException)EA(
  )-1 LI( )0 57 1 A(NullPointerException)EA(
  )-1 LI( )0 47 1 A(RuntimeException)EA(
  )-1 LI( )0 59 1 A(SecurityException)EA()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.ArithmeticException.html) D
/Ti (Class java.lang.ArithmeticException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 69 Sn(
)WB 49 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 4 1 A(Previous)EA(  )0 55 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 7 H()WB 74 Sn(  Class java.lang.ArithmeticException)EH(
) 9 61 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.ArithmeticException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ArithmeticException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(ArithmeticException)ES( is thrown on an illegal arithmetic operation. The
 JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 70 Sn()EA(
)0 2 8 H()WB 75 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 73 1 A()BD(ArithmeticException)ES()73 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an ArithmeticException with the specified reason.)LD(
)WB 71 Sn()EA(
)0 2 9 H()WB 76 Sn(  Constructors )WB()EH(
)WB 72 Sn()EA(
)WB 73 Sn( o  )WB()EA(
)BD(ArithmeticException)ES(
) 1 41 PR( public ArithmeticException\201short reason\202)RP(
)0 DL(  )DD( Constructs an ArithmeticException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 4 1 A(Previous)EA(  )0 55 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.ArrayIndexOutOfBoundsException.html) D
/Ti (Class java.lang.ArrayIndexOutOfBoundsException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 77 Sn(
)WB 55 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 49 1 A(Previous)EA(  )0 50 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 10 H()WB 82 Sn(  Class java.lang.ArrayIndexOutOfBoundsException)EH(
) 11 80 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----)0 54 1 A(java.lang.IndexOutOfBoundsException)EA(
                                   |
                                   +----java.lang.ArrayIndexOutOfBoundsException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ArrayIndexOutOfBoundsException)ES(
  )DT( extends )0 54 1 A(IndexOutOfBoundsException)EA()LD(
)SM(ArrayIndexOutOfBoundsException)ES( is thrown on an attempt to access
 an element within an array with an index not within the bounds of the array. The
 JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 78 Sn()EA(
)0 2 11 H()WB 83 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 81 1 A()BD(ArrayIndexOutOfBoundsException)ES()81 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an ArrayIndexOutOfBoundsException with the specified reason.)LD(
)WB 79 Sn()EA(
)0 2 12 H()WB 84 Sn(  Constructors )WB()EH(
)WB 80 Sn()EA(
)WB 81 Sn( o  )WB()EA(
)BD(ArrayIndexOutOfBoundsException)ES(
) 1 52 PR( public ArrayIndexOutOfBoundsException\201short reason\202)RP(
)0 DL(  )DD( Constructs an ArrayIndexOutOfBoundsException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 49 1 A(Previous)EA(  )0 50 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.ArrayStoreException.html) D
/Ti (Class java.lang.ArrayStoreException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 85 Sn(
)WB 50 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 55 1 A(Previous)EA(  )0 51 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 13 H()WB 90 Sn(  Class java.lang.ArrayStoreException)EH(
) 9 61 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.ArrayStoreException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ArrayStoreException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(ArrayStoreException)ES( is thrown to indicate that an attempt
 has been made to store the wrong type of object into an array of objects.
 The JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 86 Sn()EA(
)0 2 14 H()WB 91 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 89 1 A()BD(ArrayStoreException)ES()89 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an ArrayStoreException with the specified reason.)LD(
)WB 87 Sn()EA(
)0 2 15 H()WB 92 Sn(  Constructors )WB()EH(
)WB 88 Sn()EA(
)WB 89 Sn( o  )WB()EA(
)BD(ArrayStoreException)ES(
) 1 41 PR( public ArrayStoreException\201short reason\202)RP(
)0 DL(  )DD( Constructs an ArrayStoreException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 55 1 A(Previous)EA(  )0 51 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.ClassCastException.html) D
/Ti (Class java.lang.ClassCastException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 93 Sn(
)WB 51 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 50 1 A(Previous)EA(  )0 46 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 16 H()WB 98 Sn(  Class java.lang.ClassCastException)EH(
) 9 60 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.ClassCastException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ClassCastException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(ClassCastException)ES( is thrown on an attempt to cast an instance of
 a class to another class that is not allowed.The
 JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 94 Sn()EA(
)0 2 17 H()WB 99 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 97 1 A()BD(ClassCastException)ES()97 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a ClassCastException with the specified reason.)LD(
)WB 95 Sn()EA(
)0 2 18 H()WB 100 Sn(  Constructors )WB()EH(
)WB 96 Sn()EA(
)WB 97 Sn( o  )WB()EA(
)BD(ClassCastException)ES(
) 1 40 PR( public ClassCastException\201short reason\202)RP(
)0 DL(  )DD( Constructs a ClassCastException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 50 1 A(Previous)EA(  )0 46 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.Exception.html) D
/Ti (Class java.lang.Exception) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 101 Sn(
)WB 46 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 51 1 A(Previous)EA(  )0 54 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 19 H()WB 110 Sn(  Class java.lang.Exception)EH(
) 5 35 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----java.lang.Exception)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(Exception)ES(
  )DT( extends )0 45 1 A(Throwable)EA()LD(
)SM(Exception)ES( represents a general Java Card exception.
 This is the base class for all checked exceptions in Java Card.
)0 P()2 1 1 HR()WB 102 Sn()EA(
)0 2 20 H()WB 111 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 105 1 A()BD(Exception)ES()105 0 TN TL()Ec /AF f D(\201\202
  )DD(  Constructs an Exception instance with reason = 0.
  )DT(  o  )WB( )0 106 1 A()BD(Exception)ES()106 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an Exception instance with the specified reason.)LD(
)0 2 21 H()WB 112 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 108 1 A()BD(throwIt)ES()108 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the re-usable JCRE instance of Exception with the specified reason.)LD(
)WB 103 Sn()EA(
)0 2 22 H()WB 113 Sn(  Constructors )WB()EH(
)WB 104 Sn()EA(
)WB 105 Sn( o  )WB()EA(
)BD(Exception)ES(
) 1 19 PR( public Exception\201\202)RP(
)0 DL(  )DD( Constructs an Exception instance with reason = 0.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P()LD(
)WB 106 Sn( o  )WB()EA(
)BD(Exception)ES(
) 1 31 PR( public Exception\201short reason\202)RP(
)0 DL(  )DD( Constructs an Exception instance with the specified reason.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)WB 107 Sn()EA(
)0 2 23 H()WB 114 Sn(  Methods )WB()EH(
)WB 108 Sn( o  )WB()EA(
)WB 109 Sn()BD(throwIt)ES()EA(
) 1 58 PR( public static void throwIt\201short reason\202 throws )0 46 1 A(Exception)46 0 TN TL()Ec /AF f D()RP(
)0 DL(  )DD( Throws the re-usable JCRE instance of Exception with the specified reason.
 Subclasses must override this method to throw the subclass instance instead.
 Additionally, the overriding method must change the )SM(throws)ES( clause in the
 method declaration to specify the subclass.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
    )DT( )BD(Throws:)ES( )0 46 1 A(Exception)46 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 51 1 A(Previous)EA(  )0 54 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.IndexOutOfBoundsException.html) D
/Ti (Class java.lang.IndexOutOfBoundsException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 115 Sn(
)WB 54 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 46 1 A(Previous)EA(  )0 56 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 24 H()WB 120 Sn(  Class java.lang.IndexOutOfBoundsException)EH(
) 9 67 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.IndexOutOfBoundsException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(IndexOutOfBoundsException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(IndexOutOfBoundsException)ES( is thrown to indicate that an index of some sort 
 \201such as to an array\202 is out of range. The JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 116 Sn()EA(
)0 2 25 H()WB 121 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 119 1 A()BD(IndexOutOfBoundsException)ES()119 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an IndexOutOfBoundsException with the specified reason.)LD(
)WB 117 Sn()EA(
)0 2 26 H()WB 122 Sn(  Constructors )WB()EH(
)WB 118 Sn()EA(
)WB 119 Sn( o  )WB()EA(
)BD(IndexOutOfBoundsException)ES(
) 1 47 PR( public IndexOutOfBoundsException\201short reason\202)RP(
)0 DL(  )DD( Constructs an IndexOutOfBoundsException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 46 1 A(Previous)EA(  )0 56 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.NegativeArraySizeException.html) D
/Ti (Class java.lang.NegativeArraySizeException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 123 Sn(
)WB 56 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 54 1 A(Previous)EA(  )0 57 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 27 H()WB 128 Sn(  Class java.lang.NegativeArraySizeException)EH(
) 9 68 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.NegativeArraySizeException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(NegativeArraySizeException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(NegativeArraySizeException)ES( is thrown on an attempt to create an array
 with a negative size. The
 JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 124 Sn()EA(
)0 2 28 H()WB 129 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 127 1 A()BD(NegativeArraySizeException)ES()127 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a NegativeArraySizeException with the specified reason.)LD(
)WB 125 Sn()EA(
)0 2 29 H()WB 130 Sn(  Constructors )WB()EH(
)WB 126 Sn()EA(
)WB 127 Sn( o  )WB()EA(
)BD(NegativeArraySizeException)ES(
) 1 48 PR( public NegativeArraySizeException\201short reason\202)RP(
)0 DL(  )DD( Constructs a NegativeArraySizeException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 54 1 A(Previous)EA(  )0 57 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.NullPointerException.html) D
/Ti (Class java.lang.NullPointerException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 131 Sn(
)WB 57 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 56 1 A(Previous)EA(  )0 47 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 30 H()WB 136 Sn(  Class java.lang.NullPointerException)EH(
) 9 62 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.NullPointerException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(NullPointerException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(NullPointerException)ES( is thrown on an attempt to dereference
 a null object reference.The
 JCRE may choose to mute the card instead.
)0 P()2 1 1 HR()WB 132 Sn()EA(
)0 2 31 H()WB 137 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 135 1 A()BD(NullPointerException)ES()135 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a NullPointerException with the specified reason.)LD(
)WB 133 Sn()EA(
)0 2 32 H()WB 138 Sn(  Constructors )WB()EH(
)WB 134 Sn()EA(
)WB 135 Sn( o  )WB()EA(
)BD(NullPointerException)ES(
) 1 42 PR( public NullPointerException\201short reason\202)RP(
)0 DL(  )DD( Constructs a NullPointerException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 56 1 A(Previous)EA(  )0 47 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.Object.html) D
/Ti (Class java.lang.Object) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 139 Sn(
)WB 13 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 4 1 A(Previous)EA(  )0 45 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 33 H()WB 147 Sn(  Class java.lang.Object)EH(
) 1 16 PR(java.lang.Object)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(Object)ES()LD(
Class Object is the root of the Java Card class hierarchy.
 Every class has Object as a superclass.
 All objects, including arrays, implement the methods of this
 class.
)0 P()2 1 1 HR()WB 140 Sn()EA(
)0 2 34 H()WB 148 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 143 1 A()BD(Object)ES()143 0 TN TL()Ec /AF f D(\201\202
  )DD( )LD(
)0 2 35 H()WB 149 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 145 1 A()BD(equals)ES()145 0 TN TL()Ec /AF f D(\201Object\202
  )DD(  Compares two Objects for equality.)LD(
)WB 141 Sn()EA(
)0 2 36 H()WB 150 Sn(  Constructors )WB()EH(
)WB 142 Sn()EA(
)WB 143 Sn( o  )WB()EA(
)BD(Object)ES(
) 1 16 PR( public Object\201\202)RP(
)WB 144 Sn()EA(
)0 2 37 H()WB 151 Sn(  Methods )WB()EH(
)WB 145 Sn( o  )WB()EA(
)WB 146 Sn()BD(equals)ES()EA(
) 1 34 PR( public boolean equals\201)0 13 1 A(Object)13 0 TN TL()Ec /AF f D( obj\202)RP(
)0 DL(  )DD( Compares two Objects for equality.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( obj - the reference object with which to compare.
    )DT( )BD(Returns:)ES(
    )DD( true if this object is the same as the obj argument; false otherwise.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 4 1 A(Previous)EA(  )0 45 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.RuntimeException.html) D
/Ti (Class java.lang.RuntimeException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 152 Sn(
)WB 47 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 57 1 A(Previous)EA(  )0 59 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 38 H()WB 161 Sn(  Class java.lang.RuntimeException)EH(
) 7 50 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----java.lang.RuntimeException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(RuntimeException)ES(
  )DT( extends )0 46 1 A(Exception)EA()LD(
)SM(RuntimeException)ES( represents a general Runtime exception in
 Java Card.
)0 P()2 1 1 HR()WB 153 Sn()EA(
)0 2 39 H()WB 162 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 156 1 A()BD(RuntimeException)ES()156 0 TN TL()Ec /AF f D(\201\202
  )DD(  Constructs a Runtime exception instance with reason = 0.
  )DT(  o  )WB( )0 157 1 A()BD(RuntimeException)ES()157 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a Runtime exception instance with the specified reason.)LD(
)0 2 40 H()WB 163 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 159 1 A()BD(throwIt)ES()159 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the JCRE instance of the Runtime exception with the specified reason.)LD(
)WB 154 Sn()EA(
)0 2 41 H()WB 164 Sn(  Constructors )WB()EH(
)WB 155 Sn()EA(
)WB 156 Sn( o  )WB()EA(
)BD(RuntimeException)ES(
) 1 26 PR( public RuntimeException\201\202)RP(
)0 DL(  )DD( Constructs a Runtime exception instance with reason = 0.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P()LD(
)WB 157 Sn( o  )WB()EA(
)BD(RuntimeException)ES(
) 1 38 PR( public RuntimeException\201short reason\202)RP(
)0 DL(  )DD( Constructs a Runtime exception instance with the specified reason.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)WB 158 Sn()EA(
)0 2 42 H()WB 165 Sn(  Methods )WB()EH(
)WB 159 Sn( o  )WB()EA(
)WB 160 Sn()BD(throwIt)ES()EA(
) 1 41 PR( public static void throwIt\201short reason\202)RP(
)0 DL(  )DD( Throws the JCRE instance of the Runtime exception with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
    )DT( )BD(Throws:)ES( )0 47 1 A(RuntimeException)47 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 57 1 A(Previous)EA(  )0 59 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.SecurityException.html) D
/Ti (Class java.lang.SecurityException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 166 Sn(
)WB 59 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 47 1 A(Previous)EA(  )0 4 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 43 H()WB 171 Sn(  Class java.lang.SecurityException)EH(
) 9 59 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----java.lang.SecurityException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(SecurityException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(SecurityException)ES( represents an object access violation.
 This exception is thrown when an attempt is made to illegally access an object
 belonging to a another applet. The JCRE may choose to
 mute the card instead.
)0 P()2 1 1 HR()WB 167 Sn()EA(
)0 2 44 H()WB 172 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 170 1 A()BD(SecurityException)ES()170 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a SecurityException with the specified reason.)LD(
)WB 168 Sn()EA(
)0 2 45 H()WB 173 Sn(  Constructors )WB()EH(
)WB 169 Sn()EA(
)WB 170 Sn( o  )WB()EA(
)BD(SecurityException)ES(
) 1 39 PR( public SecurityException\201short reason\202)RP(
)0 DL(  )DD( Constructs a SecurityException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 47 1 A(Previous)EA(  )0 4 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (java.lang.Throwable.html) D
/Ti (Class java.lang.Throwable) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 174 Sn(
)WB 45 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 13 1 A(Previous)EA(  )0 4 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 46 H()WB 186 Sn(  Class java.lang.Throwable)EH(
) 3 27 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----java.lang.Throwable)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(Throwable)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
The Throwable class is the superclass of all errors and exceptions in the Java Card subset.
 Only objects that are instances of this class \201or of one of its
 subclasses\202 are thrown by the JCRE
 or can be thrown by the Java throw statement.
 Similarly, only this class or one of its subclasses
 can be the argument type in a catch clause.
)0 P()2 1 1 HR()WB 175 Sn()EA(
)0 2 47 H()WB 187 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 177 1 A()BD(reason)ES()177 0 TN TL()Ec /AF f D(
  )DD(  The reason for the exception.)LD(
)0 2 48 H()WB 188 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 180 1 A()BD(Throwable)ES()180 0 TN TL()Ec /AF f D(\201\202
  )DD( )LD(
)0 2 49 H()WB 189 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 182 1 A()BD(getReason)ES()182 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the reason for the exception.
  )DT(  o  )WB( )0 184 1 A()BD(setReason)ES()184 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Sets the reason for the exception.)LD(
)WB 176 Sn()EA(
)0 2 50 H()WB 190 Sn(  Variables )WB()EH(
)WB 177 Sn( o  )WB()EA(
)BD(reason)ES(
) 1 23 PR( protected short reason)RP(
)0 DL(  )DD( The reason for the exception.)0 P()LD(
)WB 178 Sn()EA(
)0 2 51 H()WB 191 Sn(  Constructors )WB()EH(
)WB 179 Sn()EA(
)WB 180 Sn( o  )WB()EA(
)BD(Throwable)ES(
) 1 19 PR( public Throwable\201\202)RP(
)WB 181 Sn()EA(
)0 2 52 H()WB 192 Sn(  Methods )WB()EH(
)WB 182 Sn( o  )WB()EA(
)WB 183 Sn()BD(getReason)ES()EA(
) 1 25 PR( public short getReason\201\202)RP(
)0 DL(  )DD( Returns the reason for the exception.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the reason for the exception.
  )LD()LD(
)WB 184 Sn( o  )WB()EA(
)WB 185 Sn()BD(setReason)ES()EA(
) 1 36 PR( public void setReason\201short reason\202)RP(
)0 DL(  )DD( Sets the reason for the exception.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the exception reason.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 4 1 A(This Package)EA(  )0 13 1 A(Previous)EA(  )0 4 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (Package-javacard.framework.html) D
/Ti (Package javacard.framework) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 5 Sn(
)WB 193 Sn()EA(
) 1 36 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 53 H()WB 194 Sn(  package javacard.framework)EH(
)0 2 54 H()WB 195 Sn(  Class Index )WB()EH(
)UL(  )-1 LI( )0 14 1 A(AID)EA(
  )-1 LI( )0 15 1 A(APDU)EA(
  )-1 LI( )0 16 1 A(Applet)EA(
  )-1 LI( )0 25 1 A(ISO)EA(
  )-1 LI( )0 41 1 A(OwnerPIN)EA(
  )-1 LI( )0 40 1 A(PIN)EA(
  )-1 LI( )0 42 1 A(ProxyPIN)EA(
  )-1 LI( )0 44 1 A(System)EA(
  )-1 LI( )0 63 1 A(Util)EA()LU(
)0 2 55 H()WB 196 Sn(  Exception Index )WB()EH(
)UL(  )-1 LI( )0 48 1 A(APDUException)EA(
  )-1 LI( )0 53 1 A(ISOException)EA(
  )-1 LI( )0 58 1 A(PINException)EA(
  )-1 LI( )0 60 1 A(SystemException)EA(
  )-1 LI( )0 61 1 A(TransactionException)EA(
  )-1 LI( )0 62 1 A(UserException)EA()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.AID.html) D
/Ti (Class javacard.framework.AID) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 197 Sn(
)WB 14 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 5 1 A(Previous)EA(  )0 15 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 56 H()WB 204 Sn(  Class javacard.framework.AID)EH(
) 3 30 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.AID)RP(
)2 1 1 HR()0 DL(  )DT( public final class )BD(AID)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
This class encapsulates the Application Identifier\201AID\202 associated with
 an applet. It contains a byte array of 5..16 bytes as defined in ISO 7816-5.)0 P( The JCRE creates instances of AID class using the package private constructor
 to uniquely identify and manage every applet loaded on the card. The JCRE shares
 these unique instances with all applets on the card.)0 P( Applets can use the AID object to uniquely identify another applet on the card. An applet
 can obtain a reference its unique AID object by using )SM(System.getAID\201\202)ES(. To compare
 two AID objects, it is sufficient to compare references to them.
)0 P()2 1 1 HR()WB 198 Sn()EA(
)0 2 57 H()WB 205 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 200 1 A()BD(copyTo)ES()200 0 TN TL()Ec /AF f D(\201byte[], short\202
  )DD(  Called to obtain a copy of the byte array within AID object.
  )DT(  o  )WB( )0 202 1 A()BD(isEqual)ES()202 0 TN TL()Ec /AF f D(\201byte[], short, byte\202
  )DD(  Checks if the specified AID byte array is the same as )SM(this)ES( object's byte array.)LD(
)WB 199 Sn()EA(
)0 2 58 H()WB 206 Sn(  Methods )WB()EH(
)WB 200 Sn( o  )WB()EA(
)WB 201 Sn()BD(copyTo)ES()EA(
) 2 33 PR( public byte copyTo\201byte dest[],
                    short offset\202)RP(
)0 DL(  )DD( Called to obtain a copy of the byte array within AID object.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( dest - byte array to copy to.
    )DD( offset - within dest to start the copy.
    )DT( )BD(Returns:)ES(
    )DD( the length of the AID byte array.
  )LD()LD(
)WB 202 Sn( o  )WB()EA(
)WB 203 Sn()BD(isEqual)ES()EA(
) 3 38 PR( public boolean isEqual\201byte bArray[],
                        short offset,
                        byte length\202)RP(
)0 DL(  )DD( Checks if the specified AID byte array is the same as )SM(this)ES( object's byte array.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bArray - to compare against
    )DD( offset - within bArray to begin
    )DD( length - of AID byte array
    )DT( )BD(Returns:)ES(
    )DD( true if equal, false otherwise.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 5 1 A(Previous)EA(  )0 15 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.APDU.html) D
/Ti (Class javacard.framework.APDU) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 207 Sn(
)WB 15 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 14 1 A(Previous)EA(  )0 16 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 59 H()WB 232 Sn(  Class javacard.framework.APDU)EH(
) 3 31 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.APDU)RP(
)2 1 1 HR()0 DL(  )DT( public final class )BD(APDU)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
Application Protocol Data Unit \201APDU\202 is
 the communication format between the card and the off-card applications.
 The format of the APDU is defined in ISO specification 7816-4.)0 P( This class only supports messages which conform to the structure of
 command and response defined in ISO 7816-4. The behavior of messages which
 use proprietary structure of messages \201 e.g with header CLA byte in range D0-FE \202 is
 undefined. Additionally, this class does not support extended length fields.)0 P( APDU objects are owned by the JCRE. The APDU class maintains a byte array buffer which is
 used to transfer incoming APDU header and data bytes as well as outgoing data. The buffer
 length must be at least 37 bytes.)0 P( The applet receives an APDU instance to process from
 the JCRE in the )SM(Applet.process\201APDU\202)ES( method, and
 the first five bytes [ CLA, INS, P1, P2, P3 ] are available
 in the APDU buffer.)0 P( The APDU class API is designed to be transport protocol independent.
 In other words, applets can use the same APDU methods regardless of whether
 the underlying protocol in use is T=0 or T=1 \201as defined in ISO 7816-3\202.)0 P( Depending on the size of the incoming APDU data,
 it may not fit inside the buffer and
 may need to be read in portions by the applet. Depending on the size of the
 outgoing response APDU data, it may not fit inside the buffer and may
 need to be written in portions by the applet. The APDU class has methods
 to facilitate this.)0 P( For sending large byte arrays as response data,
 the APDU class provides a special method )SM(sendBytesLong\201\202)ES( which
 manages the APDU buffer.)0 P( ) 33 88 PR( // The purpose of this example is to show most of the methods
 // in use and not to depict any particular APDU processing
public void process\201APDU apdu\202{
  // ...
  byte[] buffer = apdu.getBuffer\201\202;
  byte cla = buffer[ISO.OFFSET_CLA];
  byte ins = buffer[ISO.OFFSET_INS];
  ...
  // assume this command has incoming data
  // Lc tells us the incoming apdu command length
  short bytesLeft = \201short\202 \201buffer[ISO.OFFSET_LC] & 0x00FF\202;
  if \201bytesLeft < ...\202 ISOException.throwIt\201 ISO.SW_WRONG_LENGTH \202;
  short readCount = apdu.setIncomingAndReceive\201\202; 
  while \201 bytesLeft > 0\202{
      // process buffer[5..readCount+4];
      bytesLeft -= readCount;
      readCount = apdu.receiveBytes \201 ISO.OFFSET_CDATA \202;
      }
  //
  //...
  //
  // Note that for a short response as in the case illustrated here
  // the three APDU method calls shown : setOutgoing\201\202,setOutgoingLength\201\202 & sendBytes\201\202
  // could be replaced by one APDU method call : setOutgoingAndSend\201\202.
  // construct the reply APDU
  short le = apdu.setOutgoing\201\202;
  if \201le < 2\202 ISOException.throwIt\201 ISO.SW_WRONG_LENGTH \202;
  apdu.setOutgoingLength\201 \201short\2023 \202;
  // build response data in apdu.buffer[ 0.. outCount-1 ];
  buffer[0] = \201byte\2021; buffer[1] = \201byte\2022; buffer[3] = \201byte\2023;
  apdu.sendBytes \201 \201short\2020 , \201short\2023 \202;)WR(
  // return good complete status 90 00
  })RP(
)0 P()2 1 1 HR()WB 208 Sn()EA(
)0 2 60 H()WB 233 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 210 1 A()BD(getBuffer)ES()210 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the APDU buffer byte array.
  )DT(  o  )WB( )0 212 1 A()BD(getInBlockSize)ES()212 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the configured incoming block size.
  )DT(  o  )WB( )0 214 1 A()BD(getNAD)ES()214 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the T=1 transport protocol Node Address byte, NAD.T=0 returns 0.
  )DT(  o  )WB( )0 220 1 A()BD(receiveBytes)ES()220 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Gets as many data bytes as will safely fit \201without buffer overflow\202 in the APDU buffer
 at the specified offset )SM(bOff)ES(.
  )DT(  o  )WB( )0 224 1 A()BD(sendBytes)ES()224 0 TN TL()Ec /AF f D(\201short, short\202
  )DD(  Sends )SM(len)ES( more bytes from )SM(apdu.buffer)ES( at specified offset )SM(bOff)ES(.
  )DT(  o  )WB( )0 226 1 A()BD(sendBytesLong)ES()226 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sends )SM(len)ES( more bytes from )SM(outData)ES( at specified offset
 )SM(bOff)ES(.
  )DT(  o  )WB( )0 222 1 A()BD(setIncomingAndReceive)ES()222 0 TN TL()Ec /AF f D(\201\202
  )DD(  This is the primary receive method.
  )DT(  o  )WB( )0 216 1 A()BD(setOutgoing)ES()216 0 TN TL()Ec /AF f D(\201\202
  )DD(  This method is used to set the data transfer direction to
 outbound and to obtain the expected length of response \201Le\202.
  )DT(  o  )WB( )0 228 1 A()BD(setOutgoingAndSend)ES()228 0 TN TL()Ec /AF f D(\201short, short\202
  )DD(  This is the "convenience" send method.
  )DT(  o  )WB( )0 218 1 A()BD(setOutgoingLength)ES()218 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Sets the expected length of response data.
  )DT(  o  )WB( )0 230 1 A()BD(wait)ES()230 0 TN TL()Ec /AF f D(\201\202
  )DD(  Requests additional processsing time from Terminal.)LD(
)WB 209 Sn()EA(
)0 2 61 H()WB 234 Sn(  Methods )WB()EH(
)WB 210 Sn( o  )WB()EA(
)WB 211 Sn()BD(getBuffer)ES()EA(
) 1 26 PR( public byte[] getBuffer\201\202)RP(
)0 DL(  )DD( Returns the APDU buffer byte array.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( byte array containing the APDU buffer
  )LD()LD(
)WB 212 Sn( o  )WB()EA(
)WB 213 Sn()BD(getInBlockSize)ES()EA(
) 1 36 PR( public static byte getInBlockSize\201\202)RP(
)0 DL(  )DD( Returns the configured incoming block size.
 In T=1, this corresponds to the maximum size of incoming data
 blocks from the terminal, IFSC \201information field size for ICC\202. T=0, returns 1.
 IFSC is defined in ISO 7816-3.
 This information may be used to ensure that there is enough space remaining in the
 APDU buffer when )SM(receiveBytes\201\202)ES( is invoked.
 )0 P(Notes:)UL( )-1 LI()EM(On )ES()SM(receiveBytes\201\202)ES()EM( the bOff param should account for this potential blocksize.)ES(
 )-1 LI()EM(T=0 will return 1.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( incoming block size setting.
  )LD()LD(
)WB 214 Sn( o  )WB()EA(
)WB 215 Sn()BD(getNAD)ES()EA(
) 1 21 PR( public byte getNAD\201\202)RP(
)0 DL(  )DD( Returns the T=1 transport protocol Node Address byte, NAD.T=0 returns 0.
 This may be used as additional information to maintain multiple contexts.
 )0 P(Note:
 )UL()-1 LI()EM(T=0 will return 0.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( NAD transport byte as defined in ISO 7816-3.
  )LD()LD(
)WB 216 Sn( o  )WB()EA(
)WB 217 Sn()BD(setOutgoing)ES()EA(
) 1 48 PR( public short setOutgoing\201\202 throws )0 48 1 A(APDUException)EA()RP(
)0 DL(  )DD( This method is used to set the data transfer direction to
 outbound and to obtain the expected length of response \201Le\202.
 )0 P(Notes. )UL()-1 LI()EM(The remaining incoming data if any, will be discarded.)ES(
 )-1 LI()EM(T=0 \201Case 4\202 will return 256.)ES(
 )-1 LI()EM(The APDU buffer at offset 0 will be used to read the unread incoming data.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the Le.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if method already invoked.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
  )LD()LD(
)WB 218 Sn( o  )WB()EA(
)WB 219 Sn()BD(setOutgoingLength)ES()EA(
) 1 62 PR( public void setOutgoingLength\201short len\202 throws )0 48 1 A(APDUException)EA()RP(
)0 DL(  )DD( Sets the expected length of response data. Default is 0.
 )0 P(Notes:)UL( )-1 LI()EM(Used in T=0 \201Case 4\202 protocol to prompt terminal for GET RESPONSE command \201processed by APDU\202.)ES(
 )-1 LI()EM(In T=0 \201Case 2\202, if expected length different, prompts for correct length GET RESPONSE \201processed by APDU\202.)ES(
 )LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( len - the length of response data.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if )SM(setOutgoing\201\202)ES( not called or this method already invoked.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
  )LD()LD(
)WB 220 Sn( o  )WB()EA(
)WB 221 Sn()BD(receiveBytes)ES()EA(
) 1 59 PR( public short receiveBytes\201short bOff\202 throws )0 48 1 A(APDUException)EA()RP(
)0 DL(  )DD( Gets as many data bytes as will safely fit \201without buffer overflow\202 in the APDU buffer
 at the specified offset )SM(bOff)ES(.
 )0 P(Notes:)UL( )-1 LI()EM(The space in the buffer must allow for incoming block size \201 see )ES()SM(getInBlockSize\201\202)ES()EM( \202.)ES(
 )-1 LI()EM(In T=1, the terminal may send in less than InBlockSize bytes.)ES(
 )-1 LI()EM(User must manage the APDU buffer.)ES(
 )LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bOff - the offset into APDU buffer.
    )DT( )BD(Returns:)ES(
    )DD( number of bytes read. 0 if no bytes available.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if )SM(setIncomingAndReceive\201\202)ES( not called.
 )-1 LI(APDUException.BUFFER_BOUNDS if not enough buffer space for incoming block size.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
  )LD()LD(
)WB 222 Sn( o  )WB()EA(
)WB 223 Sn()BD(setIncomingAndReceive)ES()EA(
) 1 58 PR( public short setIncomingAndReceive\201\202 throws )0 48 1 A(APDUException)EA()RP(
)0 DL(  )DD( This is the primary receive method.
 Indicates that this APDU has incoming data. This method gets as many bytes
 as will safely fit \201without buffer overflow\202 in the APDU buffer following the header.
 )0 P(Notes:)UL( )-1 LI()EM(Used in T=0 \201 Case 3 or 4 \202 protocol to assume P3 param is Lc.)ES(
 )-1 LI()EM(Data is read into the buffer at offset 5.)ES(
 )-1 LI()EM(In T=1, the terminal may send in less than InBlockSize bytes.)ES(
 )-1 LI()EM(This method sets the transfer direction to be inbound and calls )ES()SM(receiveBytes\2015\202)ES()EM(.)ES(
 )-1 LI()EM(This method may only be called once.)ES(
 )LU(
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( number of bytes read. returns 0 if no bytes available.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if )SM(setIncomingAndReceive\201\202)ES( already invoked.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
  )LD()LD(
)WB 224 Sn( o  )WB()EA(
)WB 225 Sn()BD(sendBytes)ES()EA(
) 2 54 PR( public void sendBytes\201short bOff,
                       short len\202 throws )0 48 1 A(APDUException)EA()RP(
)0 DL(  )DD( Sends )SM(len)ES( more bytes from )SM(apdu.buffer)ES( at specified offset )SM(bOff)ES(.
 )0 P(User must manage the APDU buffer.)0 P(If the last of the response is being sent,
 the APDU buffer must not be altered upon return from this method.
 This allows the implementation to reduce protocol overhead by transmitting
 the last part of the response alongwith the status bytes.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bOff - the offset into APDU buffer.
    )DD( len - the length of the data in bytes to send.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if )SM(setOutgoing\201\202)ES( not called
 or )SM(setOutgoingAndSend\201\202)ES( previously invoked
 or response byte count exeeded.
 )-1 LI(APDUException.BAD_LENGTH if )SM(bOff)ES( or )SM(len)ES( is too large.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
  )LD()LD(
)WB 226 Sn( o  )WB()EA(
)WB 227 Sn()BD(sendBytesLong)ES()EA(
) 3 58 PR( public void sendBytesLong\201byte outData[],
                           short bOff,
                           short len\202 throws )0 48 1 A(APDUException)EA()RP(
)0 DL(  )DD( Sends )SM(len)ES( more bytes from )SM(outData)ES( at specified offset
 )SM(bOff)ES(. )0 P(If the last of the response is being sent, the APDU buffer must not be altered
 upon return from this call. This allows the implementation to reduce protocol overhead by transmitting
 the last part of the response alongwith the status bytes.
 )0 P(JCRE will manage the APDU buffer.
 )0 P(Notes:)UL( )-1 LI()EM(Note that the actual data transmission may take place on return from Applet.)ES(
 )LU(
 )0 P()0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( outData - the large byte array source.
    )DD( bOff - the offset into OutData array.
    )DD( len - the bytelength of the data to send.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if response byte count exeeded.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
  )LD()LD(
)WB 228 Sn( o  )WB()EA(
)WB 229 Sn()BD(setOutgoingAndSend)ES()EA(
) 2 77 PR( public void setOutgoingAndSend\201short bOff,
                                short len\202 throws )0 48 1 A(APDUException)EA(, )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( This is the "convenience" send method. It provides for the most efficient way to send a short
 response which fits in the buffer and needs the least protocol overhead.
 This method is a combination of )SM(setOutgoing\201\202, setOutgoingLength\201 len \202)ES( followed by
 )SM(sendBytes \201 bOff, len \202)ES(. In addition, once this method is invoked, )SM(sendBytes)ES( and
 )SM(sendBytesLong)ES( methods cannot be invoked and the APDU buffer must not be altered.)0 P( Sends )SM(len)ES( byte response from )SM(apdu.buffer)ES( at specified offset )SM(bOff)ES(.
 )0 P(Notes:)UL( )-1 LI()EM(If the expected response length, Le is less than )ES()SM(len)ES()EM(, )ES()SM(ISOException\201ISO.SW_CORRECT_LENGTH_00+len\202)ES()EM( is thrown.)ES(
 )-1 LI()EM(No other APDU send methods can be invoked.)ES(
 )-1 LI()EM(The APDU buffer must not be altered.)ES(
 )-1 LI()EM(The actual data transmission may only take place on return from Applet.)ES(
 )LU(
 )0 P()0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bOff - the offset into APDU buffer.
    )DD( len - the bytelength of the data to send.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(APDUException.ILLEGAL_USE if )SM(setOutgoing\201\202)ES(
 or )SM(setOutgoingAndSend\201\202)ES( previously invoked
 or response byte count exeeded.
 )-1 LI(APDUException.IO_ERROR on I/O error.)LU(
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(\201ISO.SW_CORRECTED_LENGTH_00+len\202 if Terminal expected length \201 Le \202is less than sending length, len.)LU(
  )LD()LD(
)WB 230 Sn( o  )WB()EA(
)WB 231 Sn()BD(wait)ES()EA(
) 1 19 PR( public void wait\201\202)RP(
)0 DL(  )DD( Requests additional processsing time from Terminal. The implementation should ensure that this method
 needs to be invoked only under unusual conditions requiring excessive processing times.
 )0 P(Notes:)UL( )-1 LI()EM(In T=0,a NULL procedure byte is sent to reset the work waiting time \201see ISO 7816-3\202.)ES(
 )-1 LI()EM(In T=1, the implementation needs to request the same T=0 work waiting time quantum
 by sending a T=1 request for wait time extension\201see ISO 7816-3\202.)ES(
 )-1 LI()EM(If the implementation uses an automatic timer mechanism instead, this method may be a NOP.)ES(
 )LU(
 )0 P()0 P()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 14 1 A(Previous)EA(  )0 16 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.APDUException.html) D
/Ti (Class javacard.framework.APDUException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 235 Sn(
)WB 48 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 5 1 A(Previous)EA(  )0 53 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 62 H()WB 248 Sn(  Class javacard.framework.APDUException)EH(
) 9 64 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----javacard.framework.APDUException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(APDUException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(APDUException)ES( represents an APDU related exception.
 )0 P( Table APDUException
 )0 PT(
)0 P()2 1 1 HR()WB 236 Sn()EA(
)0 2 63 H()WB 249 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 240 1 A()BD(BAD_LENGTH)ES()240 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 239 1 A()BD(BUFFER_BOUNDS)ES()239 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 238 1 A()BD(ILLEGAL_USE)ES()238 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 241 1 A()BD(IO_ERROR)ES()241 0 TN TL()Ec /AF f D(
  )DD( )LD(
)0 2 64 H()WB 250 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 244 1 A()BD(APDUException)ES()244 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an APDUException.)LD(
)0 2 65 H()WB 251 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 246 1 A()BD(throwIt)ES()246 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the JCRE instance of APDUException with the specified reason.)LD(
)WB 237 Sn()EA(
)0 2 66 H()WB 252 Sn(  Variables )WB()EH(
)WB 238 Sn( o  )WB()EA(
)BD(ILLEGAL_USE)ES(
) 1 38 PR( public static final short ILLEGAL_USE)RP(
)WB 239 Sn( o  )WB()EA(
)BD(BUFFER_BOUNDS)ES(
) 1 40 PR( public static final short BUFFER_BOUNDS)RP(
)WB 240 Sn( o  )WB()EA(
)BD(BAD_LENGTH)ES(
) 1 37 PR( public static final short BAD_LENGTH)RP(
)WB 241 Sn( o  )WB()EA(
)BD(IO_ERROR)ES(
) 1 35 PR( public static final short IO_ERROR)RP(
)WB 242 Sn()EA(
)0 2 67 H()WB 253 Sn(  Constructors )WB()EH(
)WB 243 Sn()EA(
)WB 244 Sn( o  )WB()EA(
)BD(APDUException)ES(
) 1 35 PR( public APDUException\201short reason\202)RP(
)0 DL(  )DD( Constructs an APDUException.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)WB 245 Sn()EA(
)0 2 68 H()WB 254 Sn(  Methods )WB()EH(
)WB 246 Sn( o  )WB()EA(
)WB 247 Sn()BD(throwIt)ES()EA(
) 1 41 PR( public static void throwIt\201short reason\202)RP(
)0 DL(  )DD( Throws the JCRE instance of APDUException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
    )DT( )BD(Throws:)ES( )0 48 1 A(APDUException)48 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 5 1 A(Previous)EA(  )0 53 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.Applet.html) D
/Ti (Class javacard.framework.Applet) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 255 Sn(
)WB 16 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 15 1 A(Previous)EA(  )0 25 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 69 H()WB 271 Sn(  Class javacard.framework.Applet)EH(
) 3 33 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.Applet)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(Applet)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
This abstract class defines an applet in a smart card.
 )0 P( The )SM(Applet)ES( class should be extended by any applet wishing to be
 loaded onto, installed into and executed on a Java Card compliant
 smart card.)0 P( )0 P( Example usage of )SM(Applet)ES(
 ) 37 80 PR()SM(public class MyApplet extends javacard.framework.Applet{
  static byte b[];
  private static final byte MIN_APDU_BUFLEN = \201byte\202 32;
  public static void install\201 APDU apdu \202 throws ISOException {
    // make all my allocations here, so I do not run
    // out of memory later
    MyApplet me = new MyApplet\201\202;
    b = new byte[100];
    // check length of APDU buffer
    if \201 apdu.getBuffer\201\202.length >= MIN_APDU_BUFLEN \202 me.register\201\202;
    else ISOException.throwIt\201ISO.SW_FUNC_NOT_SUPPORTED\202;
  }
  public boolean select\201\202{
    // selection initialization
    b[17] = 42;
    return true;
  }
  public void process\201APDU apdu\202 throws ISOException{
  byte[] buffer = apdu.getBuffer\201\202;
  // .. process the incoming data and reply
  if \201 buffer[ISO.OFFSET_CLA] == \201byte\20200 \202 {
      switch \201 buffer[ISO.OFFSET_INS] \202 {
          case ISO.INS_SELECT:
              ...
              // send response data to select command
              short Le =  apdu.setOutgoing\201\202;
              // assume data containing response bytes in replyData[] array.
              if \201 Le < ..\202 ISOException.throwIt\201 ISO.SW_WRONG_LENGTH\202;
              apdu.setOutgoingLength\201 \201short\202replyData.length \202;
              apdu.sendBytesLong\201replyData, \201short\202 0, \201short\202replyData.length\202;
              break;)WR(
          case ...
          }
      }
  }
}
 )ES()RP(
)0 P()2 1 1 HR()WB 256 Sn()EA(
)0 2 70 H()WB 272 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 259 1 A()BD(Applet)ES()259 0 TN TL()Ec /AF f D(\201\202
  )DD( )LD(
)0 2 71 H()WB 273 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 267 1 A()BD(deselect)ES()267 0 TN TL()Ec /AF f D(\201\202
  )DD(  Called by the JCRE to inform this currently selected applet that another \201or the same\202 applet
 will be selected.
  )DT(  o  )WB( )0 261 1 A()BD(install)ES()261 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Installs this applet.
  )DT(  o  )WB( )0 263 1 A()BD(process)ES()263 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Processes an incoming APDU.
  )DT(  o  )WB( )0 269 1 A()BD(register)ES()269 0 TN TL()Ec /AF f D(\201\202
  )DD(  Register an applet with the JCRE.
  )DT(  o  )WB( )0 265 1 A()BD(select)ES()265 0 TN TL()Ec /AF f D(\201\202
  )DD(  Called by the JCRE to inform this applet that it has been selected.)LD(
)WB 257 Sn()EA(
)0 2 72 H()WB 274 Sn(  Constructors )WB()EH(
)WB 258 Sn()EA(
)WB 259 Sn( o  )WB()EA(
)BD(Applet)ES(
) 1 19 PR( protected Applet\201\202)RP(
)WB 260 Sn()EA(
)0 2 73 H()WB 275 Sn(  Methods )WB()EH(
)WB 261 Sn( o  )WB()EA(
)WB 262 Sn()BD(install)ES()EA(
) 1 58 PR( public static void install\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Installs this applet. Any specific installation calls by the applet
 should be issued here, e.g., calls to check JCRE resources,
 such as:
 ) 5 55 PR()SM( private static final byte MIN_APDU_BUFLEN = \201byte\202 32;
 ...
 if \201 apdu.getBuffer\201\202.length >= MIN_APDU_BUFLEN \202 .. 
 else ... // error
 )ES()RP(
 This method is called by the JCRE at install time. Upon normal return from this
 method the JCRE sends ISO 7816-4 defined good complete status \201 90 00 \202 in APDU response.
 If this method throws an ISOExcepton the JCRE sends the associated reason code as the
 response status instead.)0 P( The five header bytes of the APDU are available in )SM(APDU.buffer[0..4])ES( at the time
 this method is called.)0 P( The implementation of this method provided by
 )SM(Applet)ES( class throws an ISOException\201ISO.SW_FUNC_NOT_SUPPORTED\202.)0 P( Notes:)UL( )-1 LI()EM(Normal return signals to the JCRE that this applet should be installed.)ES(  
 )-1 LI()EM(APDU buffer[5..] is undefined and should not be read or written at this time.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the incoming APDU containing the INSTALL command.
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( with the response bytes per ISO 7816-4
    )DT( )BD(See Also:)ES(
    )DD( )0 15 1 A(APDU)EA(
  )LD()LD(
)WB 263 Sn( o  )WB()EA(
)WB 264 Sn()BD(process)ES()EA(
) 1 51 PR( public void process\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Processes an incoming APDU. An Applet is expected to perform the action 
 requested and return response data if any to the terminal.)0 P( Upon normal return from this
 method the JCRE sends ISO 7816-4 defined good complete status \201 90 00 \202 in APDU response.
 If this method throws an ISOExcepton the JCRE sends the associated reason code as the
 response status instead.)0 P( The five header bytes of the APDU are available in )SM(APDU.buffer[0..4])ES( at the time
 this method is called.)0 P( Notes:)UL( )-1 LI()EM(APDU buffer[5..] is undefined and should not be read or written at this time.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the incoming APDU
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( with the response bytes per ISO 7816-4
    )DT( )BD(See Also:)ES(
    )DD( )0 15 1 A(APDU)EA(
  )LD()LD(
)WB 265 Sn( o  )WB()EA(
)WB 266 Sn()BD(select)ES()EA(
) 1 24 PR( public boolean select\201\202)RP(
)0 DL(  )DD( Called by the JCRE to inform this applet that it has been selected.
 )0 P(It is called when a SELECT command is received and
 the applet is selected. A subclass of )SM(Applet)ES( should override this method 
 if it wants to perform any initialization that may be required to
 process APDU messages that may follow.
 This method returns a boolean to indicate that it is ready to accept incoming APDUs
 via it's )SM(process)ES( method. If this method returns false, it indicates to
 the JCRE that this Applet declines to be selected.
 )0 P( The implementation of this method provided by
 )SM(Applet)ES( class returns true.)0 P()0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true to indicate success, false otherwise.
  )LD()LD(
)WB 267 Sn( o  )WB()EA(
)WB 268 Sn()BD(deselect)ES()EA(
) 1 23 PR( public void deselect\201\202)RP(
)0 DL(  )DD( Called by the JCRE to inform this currently selected applet that another \201or the same\202 applet
 will be selected. It is called when a SELECT command is received by the JCRE. This method is invoked
 prior to some )SM(select)ES( method being invoked. 
 )0 P( A subclass of )SM(Applet)ES( should override this method if
 it has any cleanup or bookkeeping work to be performed before another 
 applet is selected.
 )0 P( The implementation of this method provided by )SM(Applet)ES( class does nothing.)0 P( Note:)UL( )-1 LI()EM(Unchecked exceptions thrown by this method are ignored.)ES(
 )-1 LI()EM(This method is NOT called on reset or power loss.)ES()LU(
)0 P()LD(
)WB 269 Sn( o  )WB()EA(
)WB 270 Sn()BD(register)ES()EA(
) 1 32 PR( protected final void register\201\202)RP(
)0 DL(  )DD( Register an applet with the JCRE. This method should be called during )SM(install)ES( 
 to register this Applet subclass instance with the JCRE.
)0 P()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 15 1 A(Previous)EA(  )0 25 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.ISO.html) D
/Ti (Class javacard.framework.ISO) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 276 Sn(
)WB 25 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 16 1 A(Previous)EA(  )0 41 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 74 H()WB 304 Sn(  Class javacard.framework.ISO)EH(
) 3 30 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.ISO)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ISO)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
)SM(ISO)ES( encapsulates constants related to ISO 7816-3 and ISO 7816-4.
 )SM(ISO)ES( class contains only static fields.)0 P( The static fields with )SM(SW_)ES( prefixes define constants for the ISO 7816-4 defined response
 status word. The fields which use the )SM(_00)ES( suffix require the low order byte to be
 customized appropriately e.g \201ISO.CORRECT_LENGTH_00 + 0x0025\202.)0 P( The static fields with )SM(OFFSET_)ES( prefixes define constants to be used to index into
 the APDU buffer byte array to access ISO 7816-4 defined header information.
)0 P()2 1 1 HR()WB 277 Sn()EA(
)0 2 75 H()WB 305 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 303 1 A()BD(OFFSET_CDATA)ES()303 0 TN TL()Ec /AF f D(
  )DD(  APDU command data offset : CDATA = 5

  )DT(  o  )WB( )0 298 1 A()BD(OFFSET_CLA)ES()298 0 TN TL()Ec /AF f D(
  )DD(  APDU header offset : CLA = 0

  )DT(  o  )WB( )0 299 1 A()BD(OFFSET_INS)ES()299 0 TN TL()Ec /AF f D(
  )DD(  APDU header offset : INS = 1

  )DT(  o  )WB( )0 302 1 A()BD(OFFSET_LC)ES()302 0 TN TL()Ec /AF f D(
  )DD(  APDU header offset : LC = 4

  )DT(  o  )WB( )0 300 1 A()BD(OFFSET_P1)ES()300 0 TN TL()Ec /AF f D(
  )DD(  APDU header offset : P1 = 2

  )DT(  o  )WB( )0 301 1 A()BD(OFFSET_P2)ES()301 0 TN TL()Ec /AF f D(
  )DD(  APDU header offset : P2 = 3

  )DT(  o  )WB( )0 280 1 A()BD(SW_BYTES_REMAINING_00)ES()280 0 TN TL()Ec /AF f D(
  )DD(  Response status : Response bytes remaining = 0x6100

  )DT(  o  )WB( )0 294 1 A()BD(SW_CLA_NOT_SUPPORTED)ES()294 0 TN TL()Ec /AF f D(
  )DD(  Response status : CLA value not supported = 0x6E00

  )DT(  o  )WB( )0 285 1 A()BD(SW_CONDITIONS_NOT_SATISFIED)ES()285 0 TN TL()Ec /AF f D(
  )DD(  Response status : Conditions of use not satisfied = 0x6985

  )DT(  o  )WB( )0 292 1 A()BD(SW_CORRECT_LENGTH_00)ES()292 0 TN TL()Ec /AF f D(
  )DD(  Response status : Correct Expected Length \201Le\202 = 0x6C00

  )DT(  o  )WB( )0 284 1 A()BD(SW_DATA_INVALID)ES()284 0 TN TL()Ec /AF f D(
  )DD(  Response status : Data invalid = 0x6984

  )DT(  o  )WB( )0 296 1 A()BD(SW_FILE_FULL)ES()296 0 TN TL()Ec /AF f D(
  )DD(  Response status : Not enough memory space in the file  = 0x6A84

  )DT(  o  )WB( )0 283 1 A()BD(SW_FILE_INVALID)ES()283 0 TN TL()Ec /AF f D(
  )DD(  Response status : File invalid = 0x6983

  )DT(  o  )WB( )0 288 1 A()BD(SW_FILE_NOT_FOUND)ES()288 0 TN TL()Ec /AF f D(
  )DD(  Response status : File not found = 0x6A82

  )DT(  o  )WB( )0 287 1 A()BD(SW_FUNC_NOT_SUPPORTED)ES()287 0 TN TL()Ec /AF f D(
  )DD(  Response status : Function not supported = 0x6A81

  )DT(  o  )WB( )0 290 1 A()BD(SW_INCORRECT_P1P2)ES()290 0 TN TL()Ec /AF f D(
  )DD(  Response status : Incorrect parameters \201P1,P2\202 = 0x6A86

  )DT(  o  )WB( )0 293 1 A()BD(SW_INS_NOT_SUPPORTED)ES()293 0 TN TL()Ec /AF f D(
  )DD(  Response status : INS value not supported = 0x6D00

  )DT(  o  )WB( )0 279 1 A()BD(SW_NO_ERROR)ES()279 0 TN TL()Ec /AF f D(
  )DD(  Response status : No Error = \201short\2020x9000

  )DT(  o  )WB( )0 282 1 A()BD(SW_PIN_REQUIRED)ES()282 0 TN TL()Ec /AF f D(
  )DD(  Response status : PIN required = 0x6982

  )DT(  o  )WB( )0 289 1 A()BD(SW_RECORD_NOT_FOUND)ES()289 0 TN TL()Ec /AF f D(
  )DD(  Response status : Record not found = 0x6A83

  )DT(  o  )WB( )0 297 1 A()BD(SW_SECURITY_STATUS_NOT_SATISFIED)ES()297 0 TN TL()Ec /AF f D(
  )DD(  Response status : Security condition not satisfied = 0x6982

  )DT(  o  )WB( )0 295 1 A()BD(SW_UNKNOWN)ES()295 0 TN TL()Ec /AF f D(
  )DD(  Response status : No precise diagnosis = 0x6F00

  )DT(  o  )WB( )0 286 1 A()BD(SW_WRONG_DATA)ES()286 0 TN TL()Ec /AF f D(
  )DD(  Response status : Wrong data = 0x6A80

  )DT(  o  )WB( )0 281 1 A()BD(SW_WRONG_LENGTH)ES()281 0 TN TL()Ec /AF f D(
  )DD(  Response status : Wrong length = 0x6700

  )DT(  o  )WB( )0 291 1 A()BD(SW_WRONG_P1P2)ES()291 0 TN TL()Ec /AF f D(
  )DD(  Response status : Incorrect parameters \201P1,P2\202 = 0x6B00
)LD(
)WB 278 Sn()EA(
)0 2 76 H()WB 306 Sn(  Variables )WB()EH(
)WB 279 Sn( o  )WB()EA(
)BD(SW_NO_ERROR)ES(
) 1 38 PR( public static final short SW_NO_ERROR)RP(
)0 DL(  )DD( Response status : No Error = \201short\2020x9000)0 P()LD(
)WB 280 Sn( o  )WB()EA(
)BD(SW_BYTES_REMAINING_00)ES(
) 1 48 PR( public static final short SW_BYTES_REMAINING_00)RP(
)0 DL(  )DD( Response status : Response bytes remaining = 0x6100)0 P()LD(
)WB 281 Sn( o  )WB()EA(
)BD(SW_WRONG_LENGTH)ES(
) 1 42 PR( public static final short SW_WRONG_LENGTH)RP(
)0 DL(  )DD( Response status : Wrong length = 0x6700)0 P()LD(
)WB 282 Sn( o  )WB()EA(
)BD(SW_PIN_REQUIRED)ES(
) 1 42 PR( public static final short SW_PIN_REQUIRED)RP(
)0 DL(  )DD( Response status : PIN required = 0x6982)0 P()LD(
)WB 283 Sn( o  )WB()EA(
)BD(SW_FILE_INVALID)ES(
) 1 42 PR( public static final short SW_FILE_INVALID)RP(
)0 DL(  )DD( Response status : File invalid = 0x6983)0 P()LD(
)WB 284 Sn( o  )WB()EA(
)BD(SW_DATA_INVALID)ES(
) 1 42 PR( public static final short SW_DATA_INVALID)RP(
)0 DL(  )DD( Response status : Data invalid = 0x6984)0 P()LD(
)WB 285 Sn( o  )WB()EA(
)BD(SW_CONDITIONS_NOT_SATISFIED)ES(
) 1 54 PR( public static final short SW_CONDITIONS_NOT_SATISFIED)RP(
)0 DL(  )DD( Response status : Conditions of use not satisfied = 0x6985)0 P()LD(
)WB 286 Sn( o  )WB()EA(
)BD(SW_WRONG_DATA)ES(
) 1 40 PR( public static final short SW_WRONG_DATA)RP(
)0 DL(  )DD( Response status : Wrong data = 0x6A80)0 P()LD(
)WB 287 Sn( o  )WB()EA(
)BD(SW_FUNC_NOT_SUPPORTED)ES(
) 1 48 PR( public static final short SW_FUNC_NOT_SUPPORTED)RP(
)0 DL(  )DD( Response status : Function not supported = 0x6A81)0 P()LD(
)WB 288 Sn( o  )WB()EA(
)BD(SW_FILE_NOT_FOUND)ES(
) 1 44 PR( public static final short SW_FILE_NOT_FOUND)RP(
)0 DL(  )DD( Response status : File not found = 0x6A82)0 P()LD(
)WB 289 Sn( o  )WB()EA(
)BD(SW_RECORD_NOT_FOUND)ES(
) 1 46 PR( public static final short SW_RECORD_NOT_FOUND)RP(
)0 DL(  )DD( Response status : Record not found = 0x6A83)0 P()LD(
)WB 290 Sn( o  )WB()EA(
)BD(SW_INCORRECT_P1P2)ES(
) 1 44 PR( public static final short SW_INCORRECT_P1P2)RP(
)0 DL(  )DD( Response status : Incorrect parameters \201P1,P2\202 = 0x6A86)0 P()LD(
)WB 291 Sn( o  )WB()EA(
)BD(SW_WRONG_P1P2)ES(
) 1 40 PR( public static final short SW_WRONG_P1P2)RP(
)0 DL(  )DD( Response status : Incorrect parameters \201P1,P2\202 = 0x6B00)0 P()LD(
)WB 292 Sn( o  )WB()EA(
)BD(SW_CORRECT_LENGTH_00)ES(
) 1 47 PR( public static final short SW_CORRECT_LENGTH_00)RP(
)0 DL(  )DD( Response status : Correct Expected Length \201Le\202 = 0x6C00)0 P()LD(
)WB 293 Sn( o  )WB()EA(
)BD(SW_INS_NOT_SUPPORTED)ES(
) 1 47 PR( public static final short SW_INS_NOT_SUPPORTED)RP(
)0 DL(  )DD( Response status : INS value not supported = 0x6D00)0 P()LD(
)WB 294 Sn( o  )WB()EA(
)BD(SW_CLA_NOT_SUPPORTED)ES(
) 1 47 PR( public static final short SW_CLA_NOT_SUPPORTED)RP(
)0 DL(  )DD( Response status : CLA value not supported = 0x6E00)0 P()LD(
)WB 295 Sn( o  )WB()EA(
)BD(SW_UNKNOWN)ES(
) 1 37 PR( public static final short SW_UNKNOWN)RP(
)0 DL(  )DD( Response status : No precise diagnosis = 0x6F00)0 P()LD(
)WB 296 Sn( o  )WB()EA(
)BD(SW_FILE_FULL)ES(
) 1 39 PR( public static final short SW_FILE_FULL)RP(
)0 DL(  )DD( Response status : Not enough memory space in the file  = 0x6A84)0 P()LD(
)WB 297 Sn( o  )WB()EA(
)BD(SW_SECURITY_STATUS_NOT_SATISFIED)ES(
) 1 59 PR( public static final short SW_SECURITY_STATUS_NOT_SATISFIED)RP(
)0 DL(  )DD( Response status : Security condition not satisfied = 0x6982)0 P()LD(
)WB 298 Sn( o  )WB()EA(
)BD(OFFSET_CLA)ES(
) 1 36 PR( public static final byte OFFSET_CLA)RP(
)0 DL(  )DD( APDU header offset : CLA = 0)0 P()LD(
)WB 299 Sn( o  )WB()EA(
)BD(OFFSET_INS)ES(
) 1 36 PR( public static final byte OFFSET_INS)RP(
)0 DL(  )DD( APDU header offset : INS = 1)0 P()LD(
)WB 300 Sn( o  )WB()EA(
)BD(OFFSET_P1)ES(
) 1 35 PR( public static final byte OFFSET_P1)RP(
)0 DL(  )DD( APDU header offset : P1 = 2)0 P()LD(
)WB 301 Sn( o  )WB()EA(
)BD(OFFSET_P2)ES(
) 1 35 PR( public static final byte OFFSET_P2)RP(
)0 DL(  )DD( APDU header offset : P2 = 3)0 P()LD(
)WB 302 Sn( o  )WB()EA(
)BD(OFFSET_LC)ES(
) 1 35 PR( public static final byte OFFSET_LC)RP(
)0 DL(  )DD( APDU header offset : LC = 4)0 P()LD(
)WB 303 Sn( o  )WB()EA(
)BD(OFFSET_CDATA)ES(
) 1 38 PR( public static final byte OFFSET_CDATA)RP(
)0 DL(  )DD( APDU command data offset : CDATA = 5)0 P()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 16 1 A(Previous)EA(  )0 41 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.ISOException.html) D
/Ti (Class javacard.framework.ISOException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 307 Sn(
)WB 53 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 48 1 A(Previous)EA(  )0 58 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 77 H()WB 315 Sn(  Class javacard.framework.ISOException)EH(
) 9 63 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----javacard.framework.ISOException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ISOException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(ISOException)ES( class encapsulates an ISO 7816-4 response status word as
 its )SM(reason)ES( code.
)0 P()2 1 1 HR()WB 308 Sn()EA(
)0 2 78 H()WB 316 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 311 1 A()BD(ISOException)ES()311 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an ISOException instance with the specified status word.)LD(
)0 2 79 H()WB 317 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 313 1 A()BD(throwIt)ES()313 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the JCRE instance of the ISOexception class with the specified status word.)LD(
)WB 309 Sn()EA(
)0 2 80 H()WB 318 Sn(  Constructors )WB()EH(
)WB 310 Sn()EA(
)WB 311 Sn( o  )WB()EA(
)BD(ISOException)ES(
) 1 30 PR( public ISOException\201short sw\202)RP(
)0 DL(  )DD( Constructs an ISOException instance with the specified status word.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( sw - the ISO 7816-4 defined status word
  )LD()LD(
)WB 312 Sn()EA(
)0 2 81 H()WB 319 Sn(  Methods )WB()EH(
)WB 313 Sn( o  )WB()EA(
)WB 314 Sn()BD(throwIt)ES()EA(
) 1 37 PR( public static void throwIt\201short sw\202)RP(
)0 DL(  )DD( Throws the JCRE instance of the ISOexception class with the specified status word.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( sw - ISO 7816-4 defined status word
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)53 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 48 1 A(Previous)EA(  )0 58 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.OwnerPIN.html) D
/Ti (Class javacard.framework.OwnerPIN) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 320 Sn(
)WB 41 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 25 1 A(Previous)EA(  )0 40 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 82 H()WB 346 Sn(  Class javacard.framework.OwnerPIN)EH(
) 5 43 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 40 1 A(javacard.framework.PIN)EA(
           |
           +----javacard.framework.OwnerPIN)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(OwnerPIN)ES(
  )DT( extends )0 40 1 A(PIN)EA()LD(
This class represents an Owner PIN. It derives from abstract PIN class. It
 provides the ability to update the PIN and thus owner functionality.)0 P( The implementaion of this class must protect against attacks based on program
 flow prediction.)0 P( The protected methods )SM(getValidatedFlag)ES( and
 )SM(setValidatedFlag)ES( allow a subclass
 of this class to optimize the storage for the validated boolean state.)0 P( Instances of this class are only suitable for sharing when there exists
 a trust relationship amongst the applets. A typical shared usage would use 
 an OwnerPIN class instance and a shared ProxyPIN class instance.
)0 P()2 1 1 HR()WB 321 Sn()EA(
)0 2 83 H()WB 347 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 324 1 A()BD(OwnerPIN)ES()324 0 TN TL()Ec /AF f D(\201byte, byte\202
  )DD(  Constructor.)LD(
)0 2 84 H()WB 348 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 332 1 A()BD(check)ES()332 0 TN TL()Ec /AF f D(\201byte[], short, byte\202
  )DD(  Compares )SM(pin)ES( against the PIN value.
  )DT(  o  )WB( )0 330 1 A()BD(getTriesRemaining)ES()330 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
  )DT(  o  )WB( )0 326 1 A()BD(getValidatedFlag)ES()326 0 TN TL()Ec /AF f D(\201\202
  )DD(  This protected method returns the validated flag.
  )DT(  o  )WB( )0 334 1 A()BD(isValidated)ES()334 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns true if a valid PIN has been presented since the last
 card reset or last call to )SM(reset\201\202)ES(.
  )DT(  o  )WB( )0 336 1 A()BD(reset)ES()336 0 TN TL()Ec /AF f D(\201\202
  )DD(  If the validated flag is set, this method resets it.
  )DT(  o  )WB( )0 340 1 A()BD(resetAndUnblock)ES()340 0 TN TL()Ec /AF f D(\201\202
  )DD(  This method resets the validated flag and
 resets the PIN try counter to the value of the PIN try limit.
  )DT(  o  )WB( )0 328 1 A()BD(setValidatedFlag)ES()328 0 TN TL()Ec /AF f D(\201boolean\202
  )DD(  This protected method sets the value of the validated flag.
  )DT(  o  )WB( )0 338 1 A()BD(updateAndUnblock)ES()338 0 TN TL()Ec /AF f D(\201byte[], short, byte\202
  )DD(  This method sets a new value for the PIN and resets the PIN try
 counter to the value of the PIN try limit.)LD(
)WB 322 Sn()EA(
)0 2 85 H()WB 349 Sn(  Constructors )WB()EH(
)WB 323 Sn()EA(
)WB 324 Sn( o  )WB()EA(
)BD(OwnerPIN)ES(
) 2 53 PR( public OwnerPIN\201byte tryLimit,
                 byte maxPINSize\202 throws )0 58 1 A(PINException)EA()RP(
)0 DL(  )DD( Constructor. Allocates a new PIN instance.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( tryLimit - the maximum number of times an incorrect PIN can be presented.
    )DD( maxPINSize - the maximum allowed PIN size.
    )DT( )BD(Throws:)ES( )0 58 1 A(PINException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(PINException.ILLEGAL_VALUE on illegal parameter.)LU(
  )LD()LD(
)WB 325 Sn()EA(
)0 2 86 H()WB 350 Sn(  Methods )WB()EH(
)WB 326 Sn( o  )WB()EA(
)WB 327 Sn()BD(getValidatedFlag)ES()EA(
) 1 37 PR( protected boolean getValidatedFlag\201\202)RP(
)0 DL(  )DD( This protected method returns the validated flag.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the boolean state of the PIN validated flag.
  )LD()LD(
)WB 328 Sn( o  )WB()EA(
)WB 329 Sn()BD(setValidatedFlag)ES()EA(
) 1 47 PR( protected void setValidatedFlag\201boolean value\202)RP(
)0 DL(  )DD( This protected method sets the value of the validated flag.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( value - the new value for the validated flag.
  )LD()LD(
)WB 330 Sn( o  )WB()EA(
)WB 331 Sn()BD(getTriesRemaining)ES()EA(
) 1 32 PR( public byte getTriesRemaining\201\202)RP(
)0 DL(  )DD( Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the number of times remaining
    )DT( )BD(Overrides:)ES(
    )DD( )0 342 1 A(getTriesRemaining)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 332 Sn( o  )WB()EA(
)WB 333 Sn()BD(check)ES()EA(
) 3 35 PR( public boolean check\201byte pin[],
                      short offset,
                      byte length\202)RP(
)0 DL(  )DD( Compares )SM(pin)ES( against the PIN value. If they match and the
 PIN is not blocked, it sets the validated flag
 and resets the try counter to its maximum. If it does not match,
 it decrements the try counter, and if the counter has reached
 zero, blocks the PIN.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( pin - the PIN value being checked
    )DD( offset - the starting offset in the pin array
    )DD( length - the length of pin.
    )DT( )BD(Returns:)ES(
    )DD( true if the PIN matches; false otherwise
    )DT( )BD(Overrides:)ES(
    )DD( )0 343 1 A(check)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 334 Sn( o  )WB()EA(
)WB 335 Sn()BD(isValidated)ES()EA(
) 1 29 PR( public boolean isValidated\201\202)RP(
)0 DL(  )DD( Returns true if a valid PIN has been presented since the last
 card reset or last call to )SM(reset\201\202)ES(.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if validated; false otherwise
    )DT( )BD(Overrides:)ES(
    )DD( )0 344 1 A(isValidated)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 336 Sn( o  )WB()EA(
)WB 337 Sn()BD(reset)ES()EA(
) 1 20 PR( public void reset\201\202)RP(
)0 DL(  )DD( If the validated flag is set, this method resets it.
 If the validated flag is not set, this method does nothing.
)0 P(  )DD()0 DL(    )DT( )BD(Overrides:)ES(
    )DD( )0 345 1 A(reset)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 338 Sn( o  )WB()EA(
)WB 339 Sn()BD(updateAndUnblock)ES()EA(
) 3 62 PR( public void updateAndUnblock\201byte pin[],
                              short offset,
                              byte length\202 throws )0 58 1 A(PINException)EA()RP(
)0 DL(  )DD( This method sets a new value for the PIN and resets the PIN try
 counter to the value of the PIN try limit. It also resets the validated flag.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( pin - the bytearray containing the new pin value
    )DD( offset - the starting offset in the pin array
    )DD( length - the length of the new pin.
    )DT( )BD(Throws:)ES( )0 58 1 A(PINException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(PINException.ILLEGAL_VALUE on illegal parameter.)LU(
  )LD()LD(
)WB 340 Sn( o  )WB()EA(
)WB 341 Sn()BD(resetAndUnblock)ES()EA(
) 1 30 PR( public void resetAndUnblock\201\202)RP(
)0 DL(  )DD( This method resets the validated flag and
 resets the PIN try counter to the value of the PIN try limit.
 This method is used by the owner to re-enable the blocked PIN.
)0 P()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 25 1 A(Previous)EA(  )0 40 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.PIN.html) D
/Ti (Class javacard.framework.PIN) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 351 Sn(
)WB 40 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 41 1 A(Previous)EA(  )0 42 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 87 H()WB 361 Sn(  Class javacard.framework.PIN)EH(
) 3 30 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.PIN)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(PIN)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
This class represents a PIN. It maintains these internal values:
 )UL( )-1 LI(PIN value
 )-1 LI(try limit, the maximum number of times an incorrect PIN can be
   presented before the PIN is blocked. When the PIN is blocked, it
   cannot be validated even on valid PIN presentation. 
 )-1 LI(max PIN size, the maximum length of PIN allowed
 )-1 LI(try counter, the remaining number of times an incorrect PIN
   presentation is permitted
 )-1 LI(validated flag, true if a valid PIN has been presented. This flag is
   reset on every card reset.
 )LU(
 This class does not make any assumptions about where the data
 for the PIN comparison is stored.)0 P( An owner subclass of this abstract class must provide a way to initialize/update
 the PIN value.The implementaion of the subclass must protect against attacks based 
 on program flow prediction.)0 P( A typical card global PIN usage will combine an instance of OwnerPIN class and a shared instance of
 the ProxyPIN class. The OwnerPIN instance would be manipulated only by the owner
 who has update privilege. All others would access the global PIN functionality 
 via the ProxyPIN instance.
)0 P()2 1 1 HR()WB 352 Sn()EA(
)0 2 88 H()WB 362 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 355 1 A()BD(PIN)ES()355 0 TN TL()Ec /AF f D(\201\202
  )DD(  Constructs a PIN instance.)LD(
)0 2 89 H()WB 363 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 343 1 A()BD(check)ES()343 0 TN TL()Ec /AF f D(\201byte[], short, byte\202
  )DD(  Compares )SM(pin)ES( against the PIN value.
  )DT(  o  )WB( )0 342 1 A()BD(getTriesRemaining)ES()342 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
  )DT(  o  )WB( )0 344 1 A()BD(isValidated)ES()344 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns true if a valid PIN has been presented since the last
 card reset or last call to )SM(reset\201\202)ES(.
  )DT(  o  )WB( )0 345 1 A()BD(reset)ES()345 0 TN TL()Ec /AF f D(\201\202
  )DD(  If the validated flag is set, this method resets it.)LD(
)WB 353 Sn()EA(
)0 2 90 H()WB 364 Sn(  Constructors )WB()EH(
)WB 354 Sn()EA(
)WB 355 Sn( o  )WB()EA(
)BD(PIN)ES(
) 1 13 PR( public PIN\201\202)RP(
)0 DL(  )DD( Constructs a PIN instance.
)0 P()LD(
)WB 356 Sn()EA(
)0 2 91 H()WB 365 Sn(  Methods )WB()EH(
)WB 342 Sn( o  )WB()EA(
)WB 357 Sn()BD(getTriesRemaining)ES()EA(
) 1 41 PR( public abstract byte getTriesRemaining\201\202)RP(
)0 DL(  )DD( Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the number of times remaining
  )LD()LD(
)WB 343 Sn( o  )WB()EA(
)WB 358 Sn()BD(check)ES()EA(
) 3 44 PR( public abstract boolean check\201byte pin[],
                               short offset,
                               byte length\202)RP(
)0 DL(  )DD( Compares )SM(pin)ES( against the PIN value. If they match and the
 PIN is not blocked, it sets the validated flag
 and resets the try counter to its maximum. If it does not match,
 it decrements the try counter, and if the counter has reached
 zero, blocks the PIN.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( pin - the PIN value being checked
    )DD( offset - the starting offset in the pin array
    )DD( length - the length of pin.
    )DT( )BD(Returns:)ES(
    )DD( true if the PIN matches; false otherwise
  )LD()LD(
)WB 344 Sn( o  )WB()EA(
)WB 359 Sn()BD(isValidated)ES()EA(
) 1 38 PR( public abstract boolean isValidated\201\202)RP(
)0 DL(  )DD( Returns true if a valid PIN has been presented since the last
 card reset or last call to )SM(reset\201\202)ES(.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if validated; false otherwise
  )LD()LD(
)WB 345 Sn( o  )WB()EA(
)WB 360 Sn()BD(reset)ES()EA(
) 1 29 PR( public abstract void reset\201\202)RP(
)0 DL(  )DD( If the validated flag is set, this method resets it.
 If the validated flag is not set, this method does nothing.
)0 P()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 41 1 A(Previous)EA(  )0 42 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.PINException.html) D
/Ti (Class javacard.framework.PINException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 366 Sn(
)WB 58 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 53 1 A(Previous)EA(  )0 60 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 92 H()WB 376 Sn(  Class javacard.framework.PINException)EH(
) 9 63 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----javacard.framework.PINException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(PINException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(PINException)ES( represents a PIN access-related exception.
 This class also provides a resource-saving mechanism for user
 exceptions by re-using a JCRE instance.
 )0 P( Table PINException
 )1 PT(
)0 P()2 1 1 HR()WB 367 Sn()EA(
)0 2 93 H()WB 377 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 369 1 A()BD(ILLEGAL_VALUE)ES()369 0 TN TL()Ec /AF f D(
  )DD( )LD(
)0 2 94 H()WB 378 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 372 1 A()BD(PINException)ES()372 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a PINException.)LD(
)0 2 95 H()WB 379 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 374 1 A()BD(throwIt)ES()374 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the JCRE instance of PINException with the specified reason.)LD(
)WB 368 Sn()EA(
)0 2 96 H()WB 380 Sn(  Variables )WB()EH(
)WB 369 Sn( o  )WB()EA(
)BD(ILLEGAL_VALUE)ES(
) 1 40 PR( public static final short ILLEGAL_VALUE)RP(
)WB 370 Sn()EA(
)0 2 97 H()WB 381 Sn(  Constructors )WB()EH(
)WB 371 Sn()EA(
)WB 372 Sn( o  )WB()EA(
)BD(PINException)ES(
) 1 34 PR( public PINException\201short reason\202)RP(
)0 DL(  )DD( Constructs a PINException.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)WB 373 Sn()EA(
)0 2 98 H()WB 382 Sn(  Methods )WB()EH(
)WB 374 Sn( o  )WB()EA(
)WB 375 Sn()BD(throwIt)ES()EA(
) 1 41 PR( public static void throwIt\201short reason\202)RP(
)0 DL(  )DD( Throws the JCRE instance of PINException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
    )DT( )BD(Throws:)ES( )0 58 1 A(PINException)58 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 53 1 A(Previous)EA(  )0 60 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.ProxyPIN.html) D
/Ti (Class javacard.framework.ProxyPIN) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 383 Sn(
)WB 42 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 40 1 A(Previous)EA(  )0 44 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 99 H()WB 397 Sn(  Class javacard.framework.ProxyPIN)EH(
) 5 43 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 40 1 A(javacard.framework.PIN)EA(
           |
           +----javacard.framework.ProxyPIN)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(ProxyPIN)ES(
  )DT( extends )0 40 1 A(PIN)EA()LD(
This class represents a proxy for some real PIN instance. It maintains a reference
 to that PIN instance. All methods of ProxyPIN refer the operation to the real PIN.
)0 P()2 1 1 HR()WB 384 Sn()EA(
)0 2 100 H()WB 398 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 387 1 A()BD(ProxyPIN)ES()387 0 TN TL()Ec /AF f D(\201PIN\202
  )DD(  Constructor.)LD(
)0 2 101 H()WB 399 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 391 1 A()BD(check)ES()391 0 TN TL()Ec /AF f D(\201byte[], short, byte\202
  )DD(  Compares )SM(pin)ES( against the PIN value.
  )DT(  o  )WB( )0 389 1 A()BD(getTriesRemaining)ES()389 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
  )DT(  o  )WB( )0 393 1 A()BD(isValidated)ES()393 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns true if a valid PIN has been presented since the last
 card reset or last successful call to )SM(reset\201\202)ES(.
  )DT(  o  )WB( )0 395 1 A()BD(reset)ES()395 0 TN TL()Ec /AF f D(\201\202
  )DD(  If the validated flag is set, this method resets it.)LD(
)WB 385 Sn()EA(
)0 2 102 H()WB 400 Sn(  Constructors )WB()EH(
)WB 386 Sn()EA(
)WB 387 Sn( o  )WB()EA(
)BD(ProxyPIN)ES(
) 1 49 PR( public ProxyPIN\201)0 40 1 A(PIN)EA( realPIN\202 throws )0 58 1 A(PINException)EA()RP(
)0 DL(  )DD( Constructor. Allocates a ProxyPIN object to the real PIN instance.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( PIN - the real PIN instance.
    )DT( )BD(Throws:)ES( )0 58 1 A(PINException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(PINException.ILLEGAL_VALUE on illegal parameter.)LU(
  )LD()LD(
)WB 388 Sn()EA(
)0 2 103 H()WB 401 Sn(  Methods )WB()EH(
)WB 389 Sn( o  )WB()EA(
)WB 390 Sn()BD(getTriesRemaining)ES()EA(
) 1 38 PR( public final byte getTriesRemaining\201\202)RP(
)0 DL(  )DD( Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the number of times remaining
    )DT( )BD(Overrides:)ES(
    )DD( )0 342 1 A(getTriesRemaining)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 391 Sn( o  )WB()EA(
)WB 392 Sn()BD(check)ES()EA(
) 3 41 PR( public final boolean check\201byte pin[],
                            short offset,
                            byte length\202)RP(
)0 DL(  )DD( Compares )SM(pin)ES( against the PIN value. If they match and the
 PIN is not blocked, it sets the validated flag
 and resets the try counter to its maximum. If it does not match,
 it decrements the try counter, and if the counter has reached
 zero, blocks the PIN.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( pin - the PIN value being checked
    )DD( offset - the starting offset in the pin array
    )DD( length - the length of pin.
    )DT( )BD(Returns:)ES(
    )DD( true if the PIN matches; false otherwise
    )DT( )BD(Overrides:)ES(
    )DD( )0 343 1 A(check)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 393 Sn( o  )WB()EA(
)WB 394 Sn()BD(isValidated)ES()EA(
) 1 35 PR( public final boolean isValidated\201\202)RP(
)0 DL(  )DD( Returns true if a valid PIN has been presented since the last
 card reset or last successful call to )SM(reset\201\202)ES(.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if validated; false otherwise
    )DT( )BD(Overrides:)ES(
    )DD( )0 344 1 A(isValidated)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)WB 395 Sn( o  )WB()EA(
)WB 396 Sn()BD(reset)ES()EA(
) 1 26 PR( public final void reset\201\202)RP(
)0 DL(  )DD( If the validated flag is set, this method resets it.
 If the validated flag is not set, this method does nothing.
)0 P(  )DD()0 DL(    )DT( )BD(Overrides:)ES(
    )DD( )0 345 1 A(reset)EA( in class )0 40 1 A(PIN)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 40 1 A(Previous)EA(  )0 44 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.System.html) D
/Ti (Class javacard.framework.System) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 402 Sn(
)WB 44 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 42 1 A(Previous)EA(  )0 63 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 104 H()WB 434 Sn(  Class javacard.framework.System)EH(
) 3 33 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.System)RP(
)2 1 1 HR()0 DL(  )DT( public final class )BD(System)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
The )SM(System)ES( class is a centralized point of
 applet execution, resource management and security in the smart card.
 All methods in )SM(System)ES( class are static methods.)0 P( The System class is used to control the persistence and transience of objects.
 Objects are persistent by default. The term )EM(persistent)ES( does not mean there
 is an object-oriented database on the card or that objects are serialized/deserialized.
 It means that objects and their values persist from one CAD session to the next, indefinitely.
 Persistent object values are updated atomically using transactions.)0 P( Objects can be made )EM(transient)ES( with the )SM(makeTransient)ES( method.
 The values of transient objects do not persist, and are reset to a default state at specified intervals.
 Updates to the values of transient objects are not atomic and are not affected by transactions.
 )0 P( On startup, JCRE initializes the commit buffer
 \201used for )SM(beginTransaction\201\202)ES( ...\202.
 )0 P()0 P()2 1 1 HR()WB 403 Sn()EA(
)0 2 105 H()WB 435 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 407 1 A()BD(TRANSIENT_APDU)ES()407 0 TN TL()Ec /AF f D(
  )DD(  Transience duration attribute is applet ADPU process.
  )DT(  o  )WB( )0 408 1 A()BD(TRANSIENT_NONE)ES()408 0 TN TL()Ec /AF f D(
  )DD(  Transience duration attribute is NONE.
  )DT(  o  )WB( )0 406 1 A()BD(TRANSIENT_SELECTION)ES()406 0 TN TL()Ec /AF f D(
  )DD(  Transience duration attribute is applet selection.
  )DT(  o  )WB( )0 405 1 A()BD(TRANSIENT_SESSION)ES()405 0 TN TL()Ec /AF f D(
  )DD(  Transience duration attribute is CAD session.)LD(
)0 2 106 H()WB 436 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 423 1 A()BD(abortTransaction)ES()423 0 TN TL()Ec /AF f D(\201\202
  )DD(  Aborts the atomic transaction.
  )DT(  o  )WB( )0 421 1 A()BD(beginTransaction)ES()421 0 TN TL()Ec /AF f D(\201\202
  )DD(  Begins an atomic transaction.
  )DT(  o  )WB( )0 425 1 A()BD(commitTransaction)ES()425 0 TN TL()Ec /AF f D(\201\202
  )DD(  Commits an atomic transaction.
  )DT(  o  )WB( )0 419 1 A()BD(getAID)ES()419 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the unique Applet Identifier \201AID\202 object associated with the
 current applet execution context.
  )DT(  o  )WB( )0 431 1 A()BD(getMaxCommitCapacity)ES()431 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the total number of bytes in the commit buffer.
  )DT(  o  )WB( )0 427 1 A()BD(getTransactionDepth)ES()427 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the current transaction nesting depth level.
  )DT(  o  )WB( )0 429 1 A()BD(getUnusedCommitCapacity)ES()429 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the number of bytes left in the commit buffer.
  )DT(  o  )WB( )0 417 1 A()BD(getVersion)ES()417 0 TN TL()Ec /AF f D(\201\202
  )DD(  Returns the current major and minor version of the Java Card API.
  )DT(  o  )WB( )0 413 1 A()BD(isTransient)ES()413 0 TN TL()Ec /AF f D(\201Object\202
  )DD(  Used to check if the object is transient and determine its transience duration attribute.
  )DT(  o  )WB( )0 415 1 A()BD(makeTransient)ES()415 0 TN TL()Ec /AF f D(\201Object, byte\202
  )DD(  Called to make the specified object transient 
 with the specified transience duration attribute.
  )DT(  o  )WB( )0 412 1 A()BD(share)ES()412 0 TN TL()Ec /AF f D(\201Object\202
  )DD( Makes the specified object instance available for access from
 any installed applet on the card.
  )DT(  o  )WB( )0 410 1 A()BD(share)ES()410 0 TN TL()Ec /AF f D(\201Object, AID\202
  )DD( Makes the specified object instance available for access from the
 applet identified by the specified AID object.)LD(
)WB 404 Sn()EA(
)0 2 107 H()WB 437 Sn(  Variables )WB()EH(
)WB 405 Sn( o  )WB()EA(
)BD(TRANSIENT_SESSION)ES(
) 1 37 PR( public static byte TRANSIENT_SESSION)RP(
)0 DL(  )DD( Transience duration attribute is CAD session.
 The contents of the object are reset at the end of each CAD session,
 or when the card is removed from the CAD.)0 P()LD(
)WB 406 Sn( o  )WB()EA(
)BD(TRANSIENT_SELECTION)ES(
) 1 39 PR( public static byte TRANSIENT_SELECTION)RP(
)0 DL(  )DD( Transience duration attribute is applet selection.
 The contents of the object are reset when
 the object's owning applet is deselected.)0 P()LD(
)WB 407 Sn( o  )WB()EA(
)BD(TRANSIENT_APDU)ES(
) 1 34 PR( public static byte TRANSIENT_APDU)RP(
)0 DL(  )DD( Transience duration attribute is applet ADPU process.
 The contents of the object are reset when the method Applet.process\201\202 returns.)0 P()LD(
)WB 408 Sn( o  )WB()EA(
)BD(TRANSIENT_NONE)ES(
) 1 34 PR( public static byte TRANSIENT_NONE)RP(
)0 DL(  )DD( Transience duration attribute is NONE.
 The object is not transient.)0 P()LD(
)WB 409 Sn()EA(
)0 2 108 H()WB 438 Sn(  Methods )WB()EH(
)WB 410 Sn( o  )WB()EA(
)WB 411 Sn()BD(share)ES()EA(
) 2 81 PR( public static void share\201)0 13 1 A(Object)EA( object,
                          )0 14 1 A(AID)EA( otherAID\202 throws )0 60 1 A(SystemException)EA(, )0 59 1 A(SecurityException)EA()RP(
)0 DL(  )DD( Makes the specified object instance available for access from the
 applet identified by the specified AID object. Only the owner of
 the object instance can call this method.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( object - the object which we want to share.
    )DD( otherAID - identifies the other applet to share with.
    )DT( )BD(Throws:)ES( )0 59 1 A(SecurityException)EA(
    )DD( if the object is not owned by the current execution context.
    )DT( )BD(Throws:)ES( )0 60 1 A(SystemException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(SystemException.ILLEGAL_VALUE if otherAID parameter is invalid.)LU(
  )LD()LD(
)WB 412 Sn( o  )WB()EA(
)WB 411 Sn()BD(share)ES()EA(
) 1 65 PR( public static void share\201)0 13 1 A(Object)EA( object\202 throws )0 59 1 A(SecurityException)EA()RP(
)0 DL(  )DD( Makes the specified object instance available for access from
 any installed applet on the card. Only the owner of
 the object instance can call this method.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( object - the object which we want to share with all others.
    )DT( )BD(Throws:)ES( )0 59 1 A(SecurityException)EA(
    )DD( if the object is not owned by the current execution context.
  )LD()LD(
)WB 413 Sn( o  )WB()EA(
)WB 414 Sn()BD(isTransient)ES()EA(
) 1 46 PR( public static byte isTransient\201)0 13 1 A(Object)EA( object\202)RP(
)0 DL(  )DD( Used to check if the object is transient and determine its transience duration attribute.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( object - the object being queried.
    )DT( )BD(Returns:)ES(
    )DD( transience duration attribute. The possible values are listed in )SM(makeTransient\201\202)ES(.
    )DT( )BD(See Also:)ES(
    )DD( )0 433 1 A(makeTransient)433 0 TN TL()Ec /AF f D(
  )LD()LD(
)WB 415 Sn( o  )WB()EA(
)WB 416 Sn()BD(makeTransient)ES()EA(
) 2 48 PR( public static void makeTransient\201)0 13 1 A(Object)EA( object,
                                  byte duration\202)RP(
)0 DL(  )DD( Called to make the specified object transient 
 with the specified transience duration attribute.
 This method throws a SystemException if the specified object already has a transient attribute
 not equal to TRANSIENT_NONE.)0 P( Note: )UL( )-1 LI()EM( The total storage space for transient objects may be limited. If sufficient space is not
  available to store the transient object a SystemException\201 NO_TRANSIENT_SPACE \202
  may be thrown during object access.)ES(
 )-1 LI()EM( To reduce volatile memory requirements try using shorter transience durations.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( object - the object to be made available in volatile memory.
    )DD( duration - transient duration attribute to assign the object.
 )0 P( Table Transient duration attribute.
  )2 PT()0 P(    )DT( )BD(Throws:)ES( )0 60 1 A(SystemException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(SystemException.ALREADY_TRANSIENT if the specified object does not have a TRANSIENT_NONE attribute.
 )-1 LI(SystemException.ILLEGAL_VALUE if the duration parameter is invalid.)LU(
  )LD()LD(
)WB 417 Sn( o  )WB()EA(
)WB 418 Sn()BD(getVersion)ES()EA(
) 1 33 PR( public static short getVersion\201\202)RP(
)0 DL(  )DD( Returns the current major and minor version of the Java Card API.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( version number as byte.byte \201major.minor\202
  )LD()LD(
)WB 419 Sn( o  )WB()EA(
)WB 420 Sn()BD(getAID)ES()EA(
) 1 27 PR( public static )0 14 1 A(AID)EA( getAID\201\202)RP(
)0 DL(  )DD( Returns the unique Applet Identifier \201AID\202 object associated with the
 current applet execution context. When a virtual method is invoked on an object,
 the applet execution context is changed to correspond to the applet which owns that object;
 when that method returns, the previous context is restored.)0 P( Invocations of static methods have no effect on the applet execution context.
 The applet execution context and sharing status of an object together determine if access
 to an object is permissible.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the AID object reference.
  )LD()LD(
)WB 421 Sn( o  )WB()EA(
)WB 422 Sn()BD(beginTransaction)ES()EA(
) 1 66 PR( public static void beginTransaction\201\202 throws )0 61 1 A(TransactionException)EA()RP(
)0 DL(  )DD( Begins an atomic transaction. The JCRE maintains a
 commit buffer into which data is written so that JCRE always
 can guarantee, at commit time, that everything in the buffer
 is written, or nothing at all. If a transaction is already in
 progress \201transactionDepth != 0\202, a TransactionException is
 thrown.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 61 1 A(TransactionException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(TransactionException.IN_PROGRESS if a transaction is already in progress.)LU(
    )DT( )BD(See Also:)ES(
    )DD( )0 425 1 A(commitTransaction)425 0 TN TL()Ec /AF f D(, )0 423 1 A(abortTransaction)423 0 TN TL()Ec /AF f D(
  )LD()LD(
)WB 423 Sn( o  )WB()EA(
)WB 424 Sn()BD(abortTransaction)ES()EA(
) 1 66 PR( public static void abortTransaction\201\202 throws )0 61 1 A(TransactionException)EA()RP(
)0 DL(  )DD( Aborts the atomic transaction. The contents of the commit
 buffer is discarded.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 61 1 A(TransactionException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(TransactionException.NOT_IN_PROGRESS if a transaction is not in progress.)LU(
    )DT( )BD(See Also:)ES(
    )DD( )0 421 1 A(beginTransaction)421 0 TN TL()Ec /AF f D(, )0 425 1 A(commitTransaction)425 0 TN TL()Ec /AF f D(
  )LD()LD(
)WB 425 Sn( o  )WB()EA(
)WB 426 Sn()BD(commitTransaction)ES()EA(
) 1 67 PR( public static void commitTransaction\201\202 throws )0 61 1 A(TransactionException)EA()RP(
)0 DL(  )DD( Commits an atomic transaction. The contents of commit
 buffer is atomically commited. If a transaction is not in
 progress \201transactionDepth == 0\202 then a TransactionException is
 thrown.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 61 1 A(TransactionException)EA(
    )DD( with the following reason codes:)UL( )-1 LI(TransactionException.NOT_IN_PROGRESS if a transaction is not in progress.)LU(
    )DT( )BD(See Also:)ES(
    )DD( )0 421 1 A(beginTransaction)421 0 TN TL()Ec /AF f D(, )0 423 1 A(abortTransaction)423 0 TN TL()Ec /AF f D(
  )LD()LD(
)WB 427 Sn( o  )WB()EA(
)WB 428 Sn()BD(getTransactionDepth)ES()EA(
) 1 41 PR( public static byte getTransactionDepth\201\202)RP(
)0 DL(  )DD( Returns the current transaction nesting depth level. At present,
 only 1 transaction can be in progress at a time.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( 1 if transaction in progress, 0 if not.
  )LD()LD(
)WB 429 Sn( o  )WB()EA(
)WB 430 Sn()BD(getUnusedCommitCapacity)ES()EA(
) 1 46 PR( public static short getUnusedCommitCapacity\201\202)RP(
)0 DL(  )DD( Returns the number of bytes left in the commit buffer.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the number of bytes left in the commit buffer
    )DT( )BD(See Also:)ES(
    )DD( )0 431 1 A(getMaxCommitCapacity)431 0 TN TL()Ec /AF f D(
  )LD()LD(
)WB 431 Sn( o  )WB()EA(
)WB 432 Sn()BD(getMaxCommitCapacity)ES()EA(
) 1 43 PR( public static short getMaxCommitCapacity\201\202)RP(
)0 DL(  )DD( Returns the total number of bytes in the commit buffer.
 This is approximately the maximum number of bytes of 
 persistent data which can be modified during a transaction.
 However, the transaction subsystem requires additional bytes
 of overhead data to be included in the commit buffer, and this
 depends on the number of fields modified and the implementation
 of the transaction subsystem. The application cannot determine
 the actual maximum amount of data which can be modified during
 a transaction without taking these overhead bytes into consideration.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the total number of bytes in the commit buffer
    )DT( )BD(See Also:)ES(
    )DD( )0 429 1 A(getUnusedCommitCapacity)429 0 TN TL()Ec /AF f D(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 42 1 A(Previous)EA(  )0 63 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.SystemException.html) D
/Ti (Class javacard.framework.SystemException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 439 Sn(
)WB 60 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 58 1 A(Previous)EA(  )0 61 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 109 H()WB 451 Sn(  Class javacard.framework.SystemException)EH(
) 9 66 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----javacard.framework.SystemException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(SystemException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(SystemException)ES( represents a System class related exception.
 )0 P( Table SystemException
 )3 PT(
)0 P()2 1 1 HR()WB 440 Sn()EA(
)0 2 110 H()WB 452 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 443 1 A()BD(ALREADY_TRANSIENT)ES()443 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 442 1 A()BD(ILLEGAL_VALUE)ES()442 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 444 1 A()BD(NO_TRANSIENT_SPACE)ES()444 0 TN TL()Ec /AF f D(
  )DD( )LD(
)0 2 111 H()WB 453 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 447 1 A()BD(SystemException)ES()447 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a SystemException.)LD(
)0 2 112 H()WB 454 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 449 1 A()BD(throwIt)ES()449 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the JCRE instance of SystemException with the specified reason.)LD(
)WB 441 Sn()EA(
)0 2 113 H()WB 455 Sn(  Variables )WB()EH(
)WB 442 Sn( o  )WB()EA(
)BD(ILLEGAL_VALUE)ES(
) 1 40 PR( public static final short ILLEGAL_VALUE)RP(
)WB 443 Sn( o  )WB()EA(
)BD(ALREADY_TRANSIENT)ES(
) 1 44 PR( public static final short ALREADY_TRANSIENT)RP(
)WB 444 Sn( o  )WB()EA(
)BD(NO_TRANSIENT_SPACE)ES(
) 1 45 PR( public static final short NO_TRANSIENT_SPACE)RP(
)WB 445 Sn()EA(
)0 2 114 H()WB 456 Sn(  Constructors )WB()EH(
)WB 446 Sn()EA(
)WB 447 Sn( o  )WB()EA(
)BD(SystemException)ES(
) 1 37 PR( public SystemException\201short reason\202)RP(
)0 DL(  )DD( Constructs a SystemException.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)WB 448 Sn()EA(
)0 2 115 H()WB 457 Sn(  Methods )WB()EH(
)WB 449 Sn( o  )WB()EA(
)WB 450 Sn()BD(throwIt)ES()EA(
) 1 41 PR( public static void throwIt\201short reason\202)RP(
)0 DL(  )DD( Throws the JCRE instance of SystemException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
    )DT( )BD(Throws:)ES( )0 60 1 A(SystemException)60 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 58 1 A(Previous)EA(  )0 61 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.TransactionException.html) D
/Ti (Class javacard.framework.TransactionException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 458 Sn(
)WB 61 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 60 1 A(Previous)EA(  )0 62 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 116 H()WB 471 Sn(  Class javacard.framework.TransactionException)EH(
) 9 71 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----javacard.framework.TransactionException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(TransactionException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(TransactionException)ES( represents an exception in the transaction subsystem.
 )0 P( Table TransactionException
 )4 PT(
)0 P()2 1 1 HR()WB 459 Sn()EA(
)0 2 117 H()WB 472 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 463 1 A()BD(BUFFER_FULL)ES()463 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 461 1 A()BD(IN_PROGRESS)ES()461 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 464 1 A()BD(INTERNAL_FAILURE)ES()464 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 462 1 A()BD(NOT_IN_PROGRESS)ES()462 0 TN TL()Ec /AF f D(
  )DD( )LD(
)0 2 118 H()WB 473 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 467 1 A()BD(TransactionException)ES()467 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a TransactionException with the specified reason.)LD(
)0 2 119 H()WB 474 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 469 1 A()BD(throwIt)ES()469 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the JCRE instance of TransactionException with the specified reason.)LD(
)WB 460 Sn()EA(
)0 2 120 H()WB 475 Sn(  Variables )WB()EH(
)WB 461 Sn( o  )WB()EA(
)BD(IN_PROGRESS)ES(
) 1 38 PR( public static final short IN_PROGRESS)RP(
)WB 462 Sn( o  )WB()EA(
)BD(NOT_IN_PROGRESS)ES(
) 1 42 PR( public static final short NOT_IN_PROGRESS)RP(
)WB 463 Sn( o  )WB()EA(
)BD(BUFFER_FULL)ES(
) 1 38 PR( public static final short BUFFER_FULL)RP(
)WB 464 Sn( o  )WB()EA(
)BD(INTERNAL_FAILURE)ES(
) 1 43 PR( public static final short INTERNAL_FAILURE)RP(
)WB 465 Sn()EA(
)0 2 121 H()WB 476 Sn(  Constructors )WB()EH(
)WB 466 Sn()EA(
)WB 467 Sn( o  )WB()EA(
)BD(TransactionException)ES(
) 1 42 PR( public TransactionException\201short reason\202)RP(
)0 DL(  )DD( Constructs a TransactionException with the specified reason.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P()LD(
)WB 468 Sn()EA(
)0 2 122 H()WB 477 Sn(  Methods )WB()EH(
)WB 469 Sn( o  )WB()EA(
)WB 470 Sn()BD(throwIt)ES()EA(
) 1 41 PR( public static void throwIt\201short reason\202)RP(
)0 DL(  )DD( Throws the JCRE instance of TransactionException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 61 1 A(TransactionException)61 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 60 1 A(Previous)EA(  )0 62 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.UserException.html) D
/Ti (Class javacard.framework.UserException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 478 Sn(
)WB 62 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 61 1 A(Previous)EA(  )0 5 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 123 H()WB 487 Sn(  Class javacard.framework.UserException)EH(
) 7 56 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----javacard.framework.UserException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(UserException)ES(
  )DT( extends )0 46 1 A(Exception)EA()LD(
)SM(UserException)ES( represents a User exception.
 This class also provides a resource-saving mechanism for user
 exceptions by re-using a JCRE instance.
)0 P()2 1 1 HR()WB 479 Sn()EA(
)0 2 124 H()WB 488 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 482 1 A()BD(UserException)ES()482 0 TN TL()Ec /AF f D(\201\202
  )DD(  Constructs a UserException with reason = 0.
  )DT(  o  )WB( )0 483 1 A()BD(UserException)ES()483 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a UserException with the specified reason.)LD(
)0 2 125 H()WB 489 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 485 1 A()BD(throwIt)ES()485 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Throws the re-usable JCRE instance of UserException with the specified reason.)LD(
)WB 480 Sn()EA(
)0 2 126 H()WB 490 Sn(  Constructors )WB()EH(
)WB 481 Sn()EA(
)WB 482 Sn( o  )WB()EA(
)BD(UserException)ES(
) 1 23 PR( public UserException\201\202)RP(
)0 DL(  )DD( Constructs a UserException with reason = 0.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P()LD(
)WB 483 Sn( o  )WB()EA(
)BD(UserException)ES(
) 1 35 PR( public UserException\201short reason\202)RP(
)0 DL(  )DD( Constructs a UserException with the specified reason.
 To conserve on resources use )SM(throwIt\201\202)ES(
 to re-use the JCRE instance of this class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)WB 484 Sn()EA(
)0 2 127 H()WB 491 Sn(  Methods )WB()EH(
)WB 485 Sn( o  )WB()EA(
)WB 486 Sn()BD(throwIt)ES()EA(
) 1 62 PR( public static void throwIt\201short reason\202 throws )0 62 1 A(UserException)62 0 TN TL()Ec /AF f D()RP(
)0 DL(  )DD( Throws the re-usable JCRE instance of UserException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
    )DT( )BD(Throws:)ES( )0 62 1 A(UserException)62 0 TN TL()Ec /AF f D(
    )DD( always.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 61 1 A(Previous)EA(  )0 5 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacard.framework.Util.html) D
/Ti (Class javacard.framework.Util) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 492 Sn(
)WB 63 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 44 1 A(Previous)EA(  )0 5 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 128 H()WB 509 Sn(  Class javacard.framework.Util)EH(
) 3 31 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacard.framework.Util)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(Util)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
The )SM(util)ES( class contains common utility functions.
 Some of the methods may be implemented as native functions for
 performance reasons.
 All methods in )SM(Util)ES( class are static methods.)0 P( Some methods of )SM(Util)ES( namely )SM(arrayCopy)ES(, )SM(arrayCopyNonAtomic)ES(,
 )SM(arrayFillNonAtomic)ES( and )SM(setShort)ES( refer to the persistence of
 array objects. The term )EM(persistent)ES( does not mean that there
 is an object-oriented database on the card or that arrays are serialized/deserialized.
 It means that arrays and their values persist from one CAD session to the next, indefinitely.)0 P( The System class is used to control the persistence and transience of objects.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 44 1 A(System)EA()LD(
)2 1 1 HR()WB 493 Sn()EA(
)0 2 129 H()WB 510 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 501 1 A()BD(arrayCompare)ES()501 0 TN TL()Ec /AF f D(\201byte[], short, byte[], short, short\202
  )DD(  Compares an array from the specified source array,
 beginning at the specified position,
 with the specified position of the destination array from left to right.
  )DT(  o  )WB( )0 495 1 A()BD(arrayCopy)ES()495 0 TN TL()Ec /AF f D(\201byte[], short, byte[], short, short\202
  )DD(  Copies an array from the specified source array,
 beginning at the specified position,
 to the specified position of the destination array.
  )DT(  o  )WB( )0 497 1 A()BD(arrayCopyNonAtomic)ES()497 0 TN TL()Ec /AF f D(\201byte[], short, byte[], short, short\202
  )DD(  Copies an array from the specified source array,
 beginning at the specified position,
 to the specified position of the destination array \201non-atomically\202.
  )DT(  o  )WB( )0 499 1 A()BD(arrayFillNonAtomic)ES()499 0 TN TL()Ec /AF f D(\201byte[], byte\202
  )DD(  Fills the byte array \201non-atomically\202 with the specified value.
  )DT(  o  )WB( )0 505 1 A()BD(getShort)ES()505 0 TN TL()Ec /AF f D(\201byte[], short\202
  )DD(  Concatenates two bytes in a byte array to form a short value
 
  )DT(  o  )WB( )0 503 1 A()BD(makeShort)ES()503 0 TN TL()Ec /AF f D(\201byte, byte\202
  )DD(  Concatenates the two parameter bytes to form a short value
 
  )DT(  o  )WB( )0 507 1 A()BD(setShort)ES()507 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Deposits the short value as two successive bytes at the specified offset in the byte array.)LD(
)WB 494 Sn()EA(
)0 2 130 H()WB 511 Sn(  Methods )WB()EH(
)WB 495 Sn( o  )WB()EA(
)WB 496 Sn()BD(arrayCopy)ES()EA(
) 5 50 PR( public static final void arrayCopy\201byte src[],
                                    short srcOff,
                                    byte dest[],
                                    short destOff,
                                    short length\202)RP(
)0 DL(  )DD( Copies an array from the specified source array,
 beginning at the specified position,
 to the specified position of the destination array.
 )0 P( Note:)UL( )-1 LI()EM(If the src and dest arguments refer to the same array object,
 then the copying is performed as if the components at positions srcOff
 through srcOff+length-1 were first copied to a temporary array with length components
 and then the contents of the temporary array were copied into 
 positions destOff through destOff+length-1 of the argument array.)ES(
 )-1 LI()EM(If the destination array is persistent, the entire copy is performed atomically.)ES(
 )-1 LI()EM(The copy operation is subject to atomic commit capacity limitations.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( src - source byte array.
    )DD( srcOff - offset within source byte array to start copy from.
    )DD( dest - destination byte array.
    )DD( destOff - offset within destination byte array to start copy into.
    )DD( length - byte length to be copied.
    )DT( )BD(See Also:)ES(
    )DD( )0 429 1 A(getUnusedCommitCapacity)EA(
  )LD()LD(
)WB 497 Sn( o  )WB()EA(
)WB 498 Sn()BD(arrayCopyNonAtomic)ES()EA(
) 5 59 PR( public static final void arrayCopyNonAtomic\201byte src[],
                                             short srcOff,
                                             byte dest[],
                                             short destOff,
                                             short length\202)RP(
)0 DL(  )DD( Copies an array from the specified source array,
 beginning at the specified position,
 to the specified position of the destination array \201non-atomically\202.
 )0 P(This method does not use the transaction facility during the copy operation.)0 P( Thus, this
 method is suitable for use only when the contents of the destination array can be left in 
 a partially modified state in the event of a power loss in the middle of the copy operation.
 )0 P( Note:)UL( )-1 LI()EM(If the src and dest arguments refer to the same array object,
 then the copying is performed as if the components at positions srcOff
 through srcOff+length-1 were first copied to a temporary array with length components
 and then the contents of the temporary array were copied into 
 positions destOff through destOff+length-1 of the argument array.)ES(
 )-1 LI()EM(If power is lost during the copy operation and the destination array is persistent, 
 a partially changed destination array could result.)ES(
 )-1 LI()EM(The copy length parameter is not constrained by the atomic commit capacity limitations.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( src - source byte array.
    )DD( srcOff - offset within source byte array to start copy from.
    )DD( dest - destination byte array.
    )DD( destOff - offset within destination byte array to start copy into.
    )DD( length - byte length to be copied.
    )DT( )BD(See Also:)ES(
    )DD( )0 429 1 A(getUnusedCommitCapacity)EA(
  )LD()LD(
)WB 499 Sn( o  )WB()EA(
)WB 500 Sn()BD(arrayFillNonAtomic)ES()EA(
) 2 59 PR( public static final void arrayFillNonAtomic\201byte bArray[],
                                             byte bValue\202)RP(
)0 DL(  )DD( Fills the byte array \201non-atomically\202 with the specified value.
 )0 P(This method does not use the transaction facility during the fill operation.)0 P( Thus, this
 method is suitable for use only when the contents of the byte array can be left in 
 a partially filled state in the event of a power loss in the middle of the fill operation.
 )0 P( Note:)UL( )-1 LI()EM(If power is lost during the copy operation and the byte array is persistent, 
 a partially changed byte array could result.)ES(
 )-1 LI()EM(The length parameter is not constrained by the atomic commit capacity limitations.)ES()LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bArray - the byte array.
    )DD( bValue - the value to fill the byte array with.
    )DT( )BD(See Also:)ES(
    )DD( )0 429 1 A(getUnusedCommitCapacity)EA(
  )LD()LD(
)WB 501 Sn( o  )WB()EA(
)WB 502 Sn()BD(arrayCompare)ES()EA(
) 5 47 PR( public static byte arrayCompare\201byte src[],
                                 short srcOff,
                                 byte dest[],
                                 short destOff,
                                 short length\202)RP(
)0 DL(  )DD( Compares an array from the specified source array,
 beginning at the specified position,
 with the specified position of the destination array from left to right.
 Returns the ternary result of the comparison : less than\201-1\202, equal\2010\202 or greater than\2011\202.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( src - source byte array.
    )DD( srcOff - offset within source byte array to start compare.
    )DD( dest - destination byte array.
    )DD( destOff - offset within destination byte array to start compare.
    )DD( length - byte length to be compared.
    )DT( )BD(Returns:)ES(
    )DD( the result of the comparison as follows:)UL( )-1 LI( 0 if identical
 )-1 LI( -1 if the first miscomparing byte in source array is less than that in destination array,
 )-1 LI( 1 if the first miscomparing byte in source array is greater that that in destination array.)LU(
  )LD()LD(
)WB 503 Sn( o  )WB()EA(
)WB 504 Sn()BD(makeShort)ES()EA(
) 2 45 PR( public static final short makeShort\201byte b1,
                                     byte b2\202)RP(
)0 DL(  )DD( Concatenates the two parameter bytes to form a short value
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( b1 - the first byte \201 high order byte \202.
    )DD( b2 - the second byte \201 low order byte \202.
    )DT( )BD(Returns:)ES(
    )DD( theShort - the concatenated result
  )LD()LD(
)WB 505 Sn( o  )WB()EA(
)WB 506 Sn()BD(getShort)ES()EA(
) 2 50 PR( public static final short getShort\201byte bArray[],
                                    short bOff\202)RP(
)0 DL(  )DD( Concatenates two bytes in a byte array to form a short value
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bArray - byte array.
    )DD( bOff - offset within byte array containing first byte \201the high order byte\202.
    )DT( )BD(Returns:)ES(
    )DD( theShort - the concatenated result
  )LD()LD(
)WB 507 Sn( o  )WB()EA(
)WB 508 Sn()BD(setShort)ES()EA(
) 3 49 PR( public static final void setShort\201byte bArray[],
                                   short bOff,
                                   short sValue\202)RP(
)0 DL(  )DD( Deposits the short value as two successive bytes at the specified offset in the byte array.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( bArray - byte array.
    )DD( bOff - offset within byte array to deposit the first byte \201the high order byte\202.
    )DD( sValue - the short value to set into array.)0 P( Note:)UL( )-1 LI()EM(If the byte array is persistent, this operation is performed atomically.)ES()LU(
    )DT( )BD(See Also:)ES(
    )DD( )0 429 1 A(getUnusedCommitCapacity)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 5 1 A(This Package)EA(  )0 44 1 A(Previous)EA(  )0 5 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (Package-javacardx.framework.html) D
/Ti (Package javacardx.framework) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 8 Sn(
)WB 512 Sn()EA(
) 1 36 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 131 H()WB 513 Sn(  package javacardx.framework)EH(
)0 2 132 H()WB 514 Sn(  Class Index )WB()EH(
)UL(  )-1 LI( )0 23 1 A(CyclicFile)EA(
  )-1 LI( )0 18 1 A(DedicatedFile)EA(
  )-1 LI( )0 20 1 A(ElementaryFile)EA(
  )-1 LI( )0 17 1 A(File)EA(
  )-1 LI( )0 19 1 A(FileSystem)EA(
  )-1 LI( )0 22 1 A(LinearFixedFile)EA(
  )-1 LI( )0 21 1 A(LinearVariableFile)EA(
  )-1 LI( )0 24 1 A(TransparentFile)EA()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.CyclicFile.html) D
/Ti (Class javacardx.framework.CyclicFile) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 515 Sn(
)WB 23 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 8 1 A(Previous)EA(  )0 18 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 133 H()WB 537 Sn(  Class javacardx.framework.CyclicFile)EH(
) 11 70 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----)0 20 1 A(javacardx.framework.ElementaryFile)EA(
                   |
                   +----)0 21 1 A(javacardx.framework.LinearVariableFile)EA(
                           |
                           +----)0 22 1 A(javacardx.framework.LinearFixedFile)EA(
                                   |
                                   +----javacardx.framework.CyclicFile)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(CyclicFile)ES(
  )DT( extends )0 22 1 A(LinearFixedFile)EA()LD(
Cyclic fixed-length record file.
 Records are organized as a ring \201cyclic structure\202, with fixed and
 equal record size. The number of records in a CyclicFile is defined
 at file creation time and can not be changed.  )0 P( Records are numbered in the reverse order as they were inserted into the file.
 Thus the record inserted last is record number one.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 22 1 A(LinearFixedFile)EA(, )0 21 1 A(LinearVariableFile)EA()LD(
)2 1 1 HR()WB 516 Sn()EA(
)0 2 134 H()WB 538 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 519 1 A()BD(CyclicFile)ES()519 0 TN TL()Ec /AF f D(\201short, byte, byte\202
  )DD(  Constructor.)LD(
)0 2 135 H()WB 539 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 529 1 A()BD(addRecord)ES()529 0 TN TL()Ec /AF f D(\201byte[]\202
  )DD(  Not allowed for cyclic files.
  )DT(  o  )WB( )0 531 1 A()BD(addRecord)ES()531 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Not allowed for cyclic files.
  )DT(  o  )WB( )0 523 1 A()BD(findRecord)ES()523 0 TN TL()Ec /AF f D(\201byte, byte, byte, byte\202
  )DD(  Find the record.
  )DT(  o  )WB( )0 525 1 A()BD(getNewFirstRecord)ES()525 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get the next unused record or recycle the oldest record as the new most recent record \201record number 1\202.
  )DT(  o  )WB( )0 521 1 A()BD(getRecord)ES()521 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Get the record byte array for the specified record.
  )DT(  o  )WB( )0 527 1 A()BD(increaseMaxNumRecords)ES()527 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Not allowed for cyclic files.)LD(
)WB 517 Sn()EA(
)0 2 136 H()WB 540 Sn(  Constructors )WB()EH(
)WB 518 Sn()EA(
)WB 519 Sn( o  )WB()EA(
)BD(CyclicFile)ES(
) 3 38 PR( public CyclicFile\201short FID,
                   byte maxNumRecords,
                   byte recordLength\202)RP(
)0 DL(  )DD( Constructor.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FID - the file's 16-bit FID
    )DD( maxNumRecords - the maximum number of records in this file
    )DD( recordLength - the fixed record length for this file
  )LD()LD(
)WB 520 Sn()EA(
)0 2 137 H()WB 541 Sn(  Methods )WB()EH(
)WB 521 Sn( o  )WB()EA(
)WB 522 Sn()BD(getRecord)ES()EA(
) 1 40 PR( public byte[] getRecord\201byte recordNum\202)RP(
)0 DL(  )DD( Get the record byte array for the specified record.
 Records are numbered in the reverse order that they were updated in the file.
 Record number is in the range from 1 to the number of records in the file.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( recordNum - the record number. The most recently updated record is record number one.
    )DT( )BD(Returns:)ES(
    )DD( record \201or null\202
    )DT( )BD(Overrides:)ES(
    )DD( )0 532 1 A(getRecord)EA( in class )0 21 1 A(LinearVariableFile)EA(
  )LD()LD(
)WB 523 Sn( o  )WB()EA(
)WB 524 Sn()BD(findRecord)ES()EA(
) 4 46 PR( public byte findRecord\201byte direction,
                        byte currentRecNumber,
                        byte firstByte,
                        byte secondByte\202)RP(
)0 DL(  )DD( Find the record.
 Using the specified direction and current record number as the starting point,
 find the record for which first and second byte match )SM(firstByte)ES( and )SM(secondByte)ES(
 specified in the parameter. Records are numbered in the reverse order that they were updated in the file.
 \201See Annex C of ISO 7816-4 for details\202
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( direction - one of the DIRECTION_xxx constants. see LinearVariableFile
    )DD( firstByte - if non-0, the record's first byte must match this value; if 0, any value of the record's first byte matches.
    )DD( secondByte - if non-0, the record's second byte must match this value; if 0, any value of the record's second byte matches.
    )DD( currentRecNumber - current record number. If 0, the current record is undefined.
    )DT( )BD(Returns:)ES(
    )DD( the record number, or 0 if the record is not found
    )DT( )BD(Overrides:)ES(
    )DD( )0 533 1 A(findRecord)EA( in class )0 21 1 A(LinearVariableFile)EA(
    )DT( )BD(See Also:)ES(
    )DD( )0 21 1 A(LinearVariableFile)EA(
  )LD()LD(
)WB 525 Sn( o  )WB()EA(
)WB 526 Sn()BD(getNewFirstRecord)ES()EA(
) 1 34 PR( public byte[] getNewFirstRecord\201\202)RP(
)0 DL(  )DD( Get the next unused record or recycle the oldest record as the new most recent record \201record number 1\202.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( record, a reference to the next unused record or the oldest record in the file.  Its contents must be
 updated by the caller.
  )LD()LD(
)WB 527 Sn( o  )WB()EA(
)WB 528 Sn()BD(increaseMaxNumRecords)ES()EA(
) 1 70 PR( public boolean increaseMaxNumRecords\201byte number\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Not allowed for cyclic files.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( always throws ISOException.
 )UL( )-1 LI(ISOException.reason = ISO.SW_FUNC_NOT_SUPPORTED
 )LU(
    )DT( )BD(Overrides:)ES(
    )DD( )0 534 1 A(increaseMaxNumRecords)EA( in class )0 21 1 A(LinearVariableFile)EA(
  )LD()LD(
)WB 529 Sn( o  )WB()EA(
)WB 530 Sn()BD(addRecord)ES()EA(
) 1 57 PR( public void addRecord\201byte record[]\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Not allowed for cyclic files.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( always throws ISOException.
 )UL( )-1 LI(ISOException.reason = ISO.SW_FUNC_NOT_SUPPORTED
 )LU(
    )DT( )BD(Overrides:)ES(
    )DD( )0 535 1 A(addRecord)EA( in class )0 22 1 A(LinearFixedFile)EA(
  )LD()LD(
)WB 531 Sn( o  )WB()EA(
)WB 530 Sn()BD(addRecord)ES()EA(
) 1 56 PR( public void addRecord\201short length\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Not allowed for cyclic files.
)0 P(  )DD()0 DL(    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( always throws ISOException.
 )UL( )-1 LI(ISOException.reason = ISO.SW_FUNC_NOT_SUPPORTED
 )LU(
    )DT( )BD(Overrides:)ES(
    )DD( )0 536 1 A(addRecord)EA( in class )0 22 1 A(LinearFixedFile)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 8 1 A(Previous)EA(  )0 18 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.DedicatedFile.html) D
/Ti (Class javacardx.framework.DedicatedFile) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 542 Sn(
)WB 18 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 23 1 A(Previous)EA(  )0 20 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 138 H()WB 571 Sn(  Class javacardx.framework.DedicatedFile)EH(
) 5 49 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----javacardx.framework.DedicatedFile)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(DedicatedFile)ES(
  )DT( extends )0 17 1 A(File)EA()LD(
Dedicated file. A DedicatedFile contains zero or more other file
 objects \201DFs and/or EFs\202.
)0 P()2 1 1 HR()WB 543 Sn()EA(
)0 2 139 H()WB 572 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 545 1 A()BD(FIND_ANY)ES()545 0 TN TL()Ec /AF f D(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  o  )WB( )0 548 1 A()BD(FIND_CHILD)ES()548 0 TN TL()Ec /AF f D(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  o  )WB( )0 546 1 A()BD(FIND_CHILD_DF)ES()546 0 TN TL()Ec /AF f D(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  o  )WB( )0 547 1 A()BD(FIND_CHILD_EF)ES()547 0 TN TL()Ec /AF f D(
  )DD( Selection mode parameter used with the findFile method.)LD(
)0 2 140 H()WB 573 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 551 1 A()BD(DedicatedFile)ES()551 0 TN TL()Ec /AF f D(\201short, byte[], byte\202
  )DD(  )LD(
)0 2 141 H()WB 574 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 569 1 A()BD(addChildFile)ES()569 0 TN TL()Ec /AF f D(\201File\202
  )DD(  Add \201append\202 a new child file to this DedicatedFile.
  )DT(  o  )WB( )0 563 1 A()BD(findDedicatedFile)ES()563 0 TN TL()Ec /AF f D(\201byte[], short, byte\202
  )DD(  Under this DF, find the DF with the specified name.
  )DT(  o  )WB( )0 565 1 A()BD(findElementaryFile)ES()565 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Under this DF, find the EF with the specified SFI.
  )DT(  o  )WB( )0 567 1 A()BD(findFile)ES()567 0 TN TL()Ec /AF f D(\201byte, short\202
  )DD(  According to the findType, find the file with the specified FID.
  )DT(  o  )WB( )0 561 1 A()BD(getChildFile)ES()561 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Get the File object for the specified child file.
  )DT(  o  )WB( )0 555 1 A()BD(getMaxChildFiles)ES()555 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get the maximum number of child files in this DF.
  )DT(  o  )WB( )0 553 1 A()BD(getName)ES()553 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get the file's name
 
  )DT(  o  )WB( )0 559 1 A()BD(getNumChildFiles)ES()559 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get the actual number of child files in this DF.
  )DT(  o  )WB( )0 557 1 A()BD(increaseMaxChildFiles)ES()557 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Increase the maximum number of child files in this DF.)LD(
)WB 544 Sn()EA(
)0 2 142 H()WB 575 Sn(  Variables )WB()EH(
)WB 545 Sn( o  )WB()EA(
)BD(FIND_ANY)ES(
) 1 34 PR( public static final byte FIND_ANY)RP(
)0 DL(  )DD( Selection mode parameter used with the findFile method. See findFile for details)0 P()LD(
)WB 546 Sn( o  )WB()EA(
)BD(FIND_CHILD_DF)ES(
) 1 39 PR( public static final byte FIND_CHILD_DF)RP(
)0 DL(  )DD( Selection mode parameter used with the findFile method. See findFile for details)0 P()LD(
)WB 547 Sn( o  )WB()EA(
)BD(FIND_CHILD_EF)ES(
) 1 39 PR( public static final byte FIND_CHILD_EF)RP(
)0 DL(  )DD( Selection mode parameter used with the findFile method. See findFile for details)0 P()LD(
)WB 548 Sn( o  )WB()EA(
)BD(FIND_CHILD)ES(
) 1 36 PR( public static final byte FIND_CHILD)RP(
)0 DL(  )DD( Selection mode parameter used with the findFile method. See findFile for details)0 P()LD(
)WB 549 Sn()EA(
)0 2 143 H()WB 576 Sn(  Constructors )WB()EH(
)WB 550 Sn()EA(
)WB 551 Sn( o  )WB()EA(
)BD(DedicatedFile)ES(
) 3 41 PR( public DedicatedFile\201short FID,
                      byte name[],
                      byte maxChildFiles\202)RP(
)0 DL(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FID - the file's 16-bit FID
    )DD( name - the name byte array of this file \201or null if none\202
    )DD( maxChildFiles - the maximum number of child files for this DF
  )LD()LD(
)WB 552 Sn()EA(
)0 2 144 H()WB 577 Sn(  Methods )WB()EH(
)WB 553 Sn( o  )WB()EA(
)WB 554 Sn()BD(getName)ES()EA(
) 1 24 PR( public byte[] getName\201\202)RP(
)0 DL(  )DD( Get the file's name
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( name or null if name is absent.
  )LD()LD(
)WB 555 Sn( o  )WB()EA(
)WB 556 Sn()BD(getMaxChildFiles)ES()EA(
) 1 31 PR( public byte getMaxChildFiles\201\202)RP(
)0 DL(  )DD( Get the maximum number of child files in this DF.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( maxChildFiles
  )LD()LD(
)WB 557 Sn( o  )WB()EA(
)WB 558 Sn()BD(increaseMaxChildFiles)ES()EA(
) 1 50 PR( public boolean increaseMaxChildFiles\201byte number\202)RP(
)0 DL(  )DD( Increase the maximum number of child files in this DF.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( number - increase the maximum number of child files to this number
    )DT( )BD(Returns:)ES(
    )DD( true if the increase was successful, false otherwise
  )LD()LD(
)WB 559 Sn( o  )WB()EA(
)WB 560 Sn()BD(getNumChildFiles)ES()EA(
) 1 31 PR( public byte getNumChildFiles\201\202)RP(
)0 DL(  )DD( Get the actual number of child files in this DF.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( numChildFiles
  )LD()LD(
)WB 561 Sn( o  )WB()EA(
)WB 562 Sn()BD(getChildFile)ES()EA(
) 1 40 PR( public )0 17 1 A(File)EA( getChildFile\201byte childNum\202)RP(
)0 DL(  )DD( Get the File object for the specified child file.
 Child files are numbered in the order that they were added to the file.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( childNum - the index \201first child = 1\202 of the child file.
    )DT( )BD(Returns:)ES(
    )DD( the File object \201or null\202
  )LD()LD(
)WB 563 Sn( o  )WB()EA(
)WB 564 Sn()BD(findDedicatedFile)ES()EA(
) 3 53 PR( public )0 18 1 A(DedicatedFile)18 0 TN TL()Ec /AF f D( findDedicatedFile\201byte data[],
                                        short offset,
                                        byte length\202)RP(
)0 DL(  )DD( Under this DF, find the DF with the specified name.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( data - a byte array containing the name
    )DD( offset - byte offset of name in data
    )DD( length - length of name in data
    )DT( )BD(Returns:)ES(
    )DD( the DF selected or null if the DF is not found
  )LD()LD(
)WB 565 Sn( o  )WB()EA(
)WB 566 Sn()BD(findElementaryFile)ES()EA(
) 1 51 PR( public )0 20 1 A(ElementaryFile)EA( findElementaryFile\201byte SFI\202)RP(
)0 DL(  )DD( Under this DF, find the EF with the specified SFI.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( SFI - the short file identifier
    )DT( )BD(Returns:)ES(
    )DD( the EF selected or null
  )LD()LD(
)WB 567 Sn( o  )WB()EA(
)WB 568 Sn()BD(findFile)ES()EA(
) 2 52 PR( public )0 17 1 A(File)EA( findFile\201byte findType,
                      short FID\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( According to the findType, find the file with the specified FID. The FIND_xxx constants
 allow different ways to find a file. )0 P( FIND_xxx
 )UL( )-1 LI( FIND_ANY: Among this DF's parent, siblings and direct children, find a File whose FID matches the given FID
 )-1 LI( FIND_CHILD_EF: find an ElementaryFile under this DF whose FID matches the given FID
 )-1 LI( FIND_CHILD_DF: find a DedicatedFile under this DF whose FID matches the given FID
 )-1 LI( FIND_CHILD: find a child file under this DF whose FID matches the given FID
 )LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( findType - one of the FIND_xxx constants
    )DD( FID - the file identifier
    )DT( )BD(Returns:)ES(
    )DD( the File found or null
  )LD()LD(
)WB 569 Sn( o  )WB()EA(
)WB 570 Sn()BD(addChildFile)ES()EA(
) 1 57 PR( public void addChildFile\201)0 17 1 A(File)EA( child\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Add \201append\202 a new child file to this DedicatedFile.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( child - the reference to the child file.
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( if action fails.
 )UL( )-1 LI( ISOException.reason = FileSystem.SW_FILE_FULL,  
 if the maximum number of child files for this DF is exceeded.
 )-1 LI( ISOException.reason = ISO.SW_CONDITIONS_NOT_SATISFIED,  
 if a condition is not satisfied for adding a new file under this DF.  For example,  
 if the new child file's FID is not unique under this DF or
 if the new child file is a DedicatedFile and its DFname is not unique under this DF.
 )LU(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 23 1 A(Previous)EA(  )0 20 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.ElementaryFile.html) D
/Ti (Class javacardx.framework.ElementaryFile) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 578 Sn(
)WB 20 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 18 1 A(Previous)EA(  )0 17 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 145 H()WB 583 Sn(  Class javacardx.framework.ElementaryFile)EH(
) 5 50 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----javacardx.framework.ElementaryFile)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(ElementaryFile)ES(
  )DT( extends )0 17 1 A(File)EA()LD(
This is the abstract base class for all elementary files \201EFs\202.
 For simplicity, the SFI of an EF is the last 5 bits of the FID.
)0 P()2 1 1 HR()WB 579 Sn()EA(
)0 2 146 H()WB 584 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 581 1 A()BD(getSFI)ES()581 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get this file's 5-bit SFI.)LD(
)WB 580 Sn()EA(
)0 2 147 H()WB 585 Sn(  Methods )WB()EH(
)WB 581 Sn( o  )WB()EA(
)WB 582 Sn()BD(getSFI)ES()EA(
) 1 21 PR( public byte getSFI\201\202)RP(
)0 DL(  )DD( Get this file's 5-bit SFI.
 The SFI is the last 5 bits of the FID.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( SFI
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 18 1 A(Previous)EA(  )0 17 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.File.html) D
/Ti (Class javacardx.framework.File) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 586 Sn(
)WB 17 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 20 1 A(Previous)EA(  )0 19 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 148 H()WB 612 Sn(  Class javacardx.framework.File)EH(
) 3 32 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacardx.framework.File)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(File)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
This is the abstract base class for all files \201DFs and EFs\202 in an
 applet's file system. See )SM(FileSystem)ES( class and
 ISO 7816-4 for additional details.)0 P( All files have:
 )UL()-1 LI(a FID \20116-bit file identifer\202
 )-1 LI(a parent DF \201which is null if the file has no parent\202
 )-1 LI(external read/write security attributes)LU()0 P( Since an explicit security model is not defined in 7816-4, this class
 defines a simple yet extensible scheme. Each file has two attributes,
 one for "external read access" \201such as a READ RECORD command\202 and
 one for "external write access" \201such as a WRITE BINARY command\202. In
 each attribute the user can set one of the ALLOW_xxx values to specify
 what conditions must be true in order to allow that type of access \201see
 tables below\202.)0 P( Table - Access Attributes
 )5 PT()0 P()0 P( Table - Allow Types
 )6 PT()0 P( For example, ALLOW_ANY for the read attribute means that this file
 can be read externally at any time. ALLOW_NONE for the write attribute
 means that this file can never be written externally.)0 P( The two Auth flags are defined in the )SM(FileSystem)ES( class and
 allow for a certain amount of applet customization. When a security attribute is
 set to ALLOW_AUTH1 or ALLOW_AUTH2, the access is allowed only if the appropriate Auth flags maintained
 by the FileSystem is true. For example, an applet may set Auth1 when a valid PIN is
 presented. After that point, all files with ALLOW_AUTH1 in the read attribute
 can now be read externally.)0 P( Note that this security checking is done programatically and is not enforced by the
 VM. That is, the )SM(FileSystem.readRecord)ES( method will perform read access
 checking on the accessed file. But internal applet access to a EF or DF is not checked unless
 the applet specifically does so, using the )SM(isAllowed)ES( method in this class.
)0 P()2 1 1 HR()WB 587 Sn()EA(
)0 2 149 H()WB 613 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 589 1 A()BD(ACCESS_READ)ES()589 0 TN TL()Ec /AF f D(
  )DD( read access attribute
  )DT(  o  )WB( )0 590 1 A()BD(ACCESS_WRITE)ES()590 0 TN TL()Ec /AF f D(
  )DD( write access attribute
  )DT(  o  )WB( )0 591 1 A()BD(ALLOW_ANY)ES()591 0 TN TL()Ec /AF f D(
  )DD( allow any access
  )DT(  o  )WB( )0 592 1 A()BD(ALLOW_AUTH1)ES()592 0 TN TL()Ec /AF f D(
  )DD( allow access if AUTH1 flag in FileSystem is true
  )DT(  o  )WB( )0 593 1 A()BD(ALLOW_AUTH2)ES()593 0 TN TL()Ec /AF f D(
  )DD( allow access if AUTH2 flag in FileSystem is true
  )DT(  o  )WB( )0 594 1 A()BD(ALLOW_NONE)ES()594 0 TN TL()Ec /AF f D(
  )DD( allow no external access)LD(
)0 2 150 H()WB 614 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 600 1 A()BD(getFCI)ES()600 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get this file's FCI \201if any\202.
  )DT(  o  )WB( )0 596 1 A()BD(getFID)ES()596 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get this file's 16-bit FID.
  )DT(  o  )WB( )0 608 1 A()BD(getFileSystem)ES()608 0 TN TL()Ec /AF f D(\201\202
  )DD(   Get the file system object \201if any\202 which this file belongs to
  
  )DT(  o  )WB( )0 598 1 A()BD(getParent)ES()598 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get this file's parent DF if any.
  )DT(  o  )WB( )0 604 1 A()BD(getSecurity)ES()604 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Get this file's external read or write security.
  )DT(  o  )WB( )0 610 1 A()BD(isAllowed)ES()610 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Check this file's external read or write security.
  )DT(  o  )WB( )0 602 1 A()BD(setFCI)ES()602 0 TN TL()Ec /AF f D(\201byte[]\202
  )DD(  Set this file's FCI.
  )DT(  o  )WB( )0 606 1 A()BD(setSecurity)ES()606 0 TN TL()Ec /AF f D(\201byte, byte\202
  )DD(  Set this file's external read or write security.)LD(
)WB 588 Sn()EA(
)0 2 151 H()WB 615 Sn(  Variables )WB()EH(
)WB 589 Sn( o  )WB()EA(
)BD(ACCESS_READ)ES(
) 1 37 PR( public static final byte ACCESS_READ)RP(
)0 DL(  )DD( read access attribute)0 P()LD(
)WB 590 Sn( o  )WB()EA(
)BD(ACCESS_WRITE)ES(
) 1 38 PR( public static final byte ACCESS_WRITE)RP(
)0 DL(  )DD( write access attribute)0 P()LD(
)WB 591 Sn( o  )WB()EA(
)BD(ALLOW_ANY)ES(
) 1 35 PR( public static final byte ALLOW_ANY)RP(
)0 DL(  )DD( allow any access)0 P()LD(
)WB 592 Sn( o  )WB()EA(
)BD(ALLOW_AUTH1)ES(
) 1 37 PR( public static final byte ALLOW_AUTH1)RP(
)0 DL(  )DD( allow access if AUTH1 flag in FileSystem is true)0 P()LD(
)WB 593 Sn( o  )WB()EA(
)BD(ALLOW_AUTH2)ES(
) 1 37 PR( public static final byte ALLOW_AUTH2)RP(
)0 DL(  )DD( allow access if AUTH2 flag in FileSystem is true)0 P()LD(
)WB 594 Sn( o  )WB()EA(
)BD(ALLOW_NONE)ES(
) 1 36 PR( public static final byte ALLOW_NONE)RP(
)0 DL(  )DD( allow no external access)0 P()LD(
)WB 595 Sn()EA(
)0 2 152 H()WB 616 Sn(  Methods )WB()EH(
)WB 596 Sn( o  )WB()EA(
)WB 597 Sn()BD(getFID)ES()EA(
) 1 22 PR( public short getFID\201\202)RP(
)0 DL(  )DD( Get this file's 16-bit FID.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( FID
  )LD()LD(
)WB 598 Sn( o  )WB()EA(
)WB 599 Sn()BD(getParent)ES()EA(
) 1 33 PR( public )0 18 1 A(DedicatedFile)EA( getParent\201\202)RP(
)0 DL(  )DD( Get this file's parent DF if any.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( parent DF \201or null\202
  )LD()LD(
)WB 600 Sn( o  )WB()EA(
)WB 601 Sn()BD(getFCI)ES()EA(
) 1 23 PR( public byte[] getFCI\201\202)RP(
)0 DL(  )DD( Get this file's FCI \201if any\202.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the FCI byte array \201or null\202
  )LD()LD(
)WB 602 Sn( o  )WB()EA(
)WB 603 Sn()BD(setFCI)ES()EA(
) 1 31 PR( public void setFCI\201byte FCI[]\202)RP(
)0 DL(  )DD( Set this file's FCI.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FCI - the byte array containing the FCI
  )LD()LD(
)WB 604 Sn( o  )WB()EA(
)WB 605 Sn()BD(getSecurity)ES()EA(
) 1 37 PR( public byte getSecurity\201byte access\202)RP(
)0 DL(  )DD( Get this file's external read or write security.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( access - ACCESS_READ or ACCESS_WRITE
    )DT( )BD(Returns:)ES(
    )DD( one of the ALLOW_xxx constants
  )LD()LD(
)WB 606 Sn( o  )WB()EA(
)WB 607 Sn()BD(setSecurity)ES()EA(
) 2 37 PR( public void setSecurity\201byte access,
                         byte allow\202)RP(
)0 DL(  )DD( Set this file's external read or write security.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( access - ACCESS_READ or ACCESS_WRITE
    )DD( allow - one of the ALLOW_xxx constants
  )LD()LD(
)WB 608 Sn( o  )WB()EA(
)WB 609 Sn()BD(getFileSystem)ES()EA(
) 1 34 PR( public )0 19 1 A(FileSystem)EA( getFileSystem\201\202)RP(
)0 DL(  )DD( Get the file system object \201if any\202 which this file belongs to
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the filesystem object or null if this file is not attached to a file system
  )LD()LD(
)WB 610 Sn( o  )WB()EA(
)WB 611 Sn()BD(isAllowed)ES()EA(
) 1 38 PR( public boolean isAllowed\201byte access\202)RP(
)0 DL(  )DD( Check this file's external read or write security. This method always returns
 true for ALLOW_ANY and false for ALLOW_NONE. For ALLOW_AUTHn, it returns the
 state of the Auth flag maintained in the )SM(FileSystem)ES( class.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( access - ACCESS_READ or ACCESS_WRITE
    )DT( )BD(Returns:)ES(
    )DD( true if the specified access is allowed, false otherwise
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 20 1 A(Previous)EA(  )0 19 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.FileSystem.html) D
/Ti (Class javacardx.framework.FileSystem) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 617 Sn(
)WB 19 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 17 1 A(Previous)EA(  )0 22 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 153 H()WB 667 Sn(  Class javacardx.framework.FileSystem)EH(
) 7 54 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----)0 18 1 A(javacardx.framework.DedicatedFile)EA(
                   |
                   +----javacardx.framework.FileSystem)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(FileSystem)ES(
  )DT( extends )0 18 1 A(DedicatedFile)EA()LD(
FileSystem is a subclass of DedicatedFile and it is the "root" DF of the applet.
 It contains several kinds of methods:
 )UL()-1 LI(get and set state values: Auth1 and Auth2 flags and current DF, EF, and record
 )-1 LI(find files via name or FID
 )-1 LI(handle ISO 7618-4 file-oriented APDUs)LU()0 P( Current DF, EF and record number are updated through their setXXX methods and explicit and
 implicit file selection as defined in ISO 7816.  If the current DF is updated, the current EF and the current
 record number are reset to null and 0 respectively. If the current EF is updated, the current record number
 is reset to 0 and the current DF points to the parent of the current EF.
)0 P()2 1 1 HR()WB 618 Sn()EA(
)0 2 154 H()WB 668 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 621 1 A()BD(FileSystem)ES()621 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Constructs an instance of an ISO 7816-4 file system.)LD(
)0 2 155 H()WB 669 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 661 1 A()BD(appendRecord)ES()661 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles APPEND RECORD command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 653 1 A()BD(eraseBinary)ES()653 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles ERASE BINARY command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 637 1 A()BD(getAuthFlag)ES()637 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Get authorization flag.
  )DT(  o  )WB( )0 625 1 A()BD(getCurrentDedicatedFile)ES()625 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get current DF.
  )DT(  o  )WB( )0 629 1 A()BD(getCurrentElementaryFile)ES()629 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get current EF.
  )DT(  o  )WB( )0 633 1 A()BD(getCurrentRecNum)ES()633 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get current record number.
  )DT(  o  )WB( )0 663 1 A()BD(getData)ES()663 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles GET DATA command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 643 1 A()BD(process)ES()643 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles FileSystem APDUs as specified by ISO 7816-4.
  )DT(  o  )WB( )0 665 1 A()BD(putData)ES()665 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles PUT DATA command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 647 1 A()BD(readBinary)ES()647 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles READ BINARY command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 655 1 A()BD(readRecord)ES()655 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles READ RECORD command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 623 1 A()BD(reset)ES()623 0 TN TL()Ec /AF f D(\201\202
  )DD( Reset the FileSystem internal state.
  )DT(  o  )WB( )0 645 1 A()BD(select)ES()645 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles SELECT command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 641 1 A()BD(selectFile)ES()641 0 TN TL()Ec /AF f D(\201File\202
  )DD(  Make the specified file the current DF or the current EF.
  )DT(  o  )WB( )0 639 1 A()BD(setAuthFlag)ES()639 0 TN TL()Ec /AF f D(\201byte, boolean\202
  )DD(  Set authorization flag.
  )DT(  o  )WB( )0 627 1 A()BD(setCurrentDedicatedFile)ES()627 0 TN TL()Ec /AF f D(\201DedicatedFile\202
  )DD(  Set current DF.
  )DT(  o  )WB( )0 631 1 A()BD(setCurrentElementaryFile)ES()631 0 TN TL()Ec /AF f D(\201ElementaryFile\202
  )DD(  Set current EF.
  )DT(  o  )WB( )0 635 1 A()BD(setCurrentRecNum)ES()635 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Set the current record number.
  )DT(  o  )WB( )0 651 1 A()BD(updateBinary)ES()651 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles UPDATE BINARY command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 659 1 A()BD(updateRecord)ES()659 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles UPDATE RECORD command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 649 1 A()BD(writeBinary)ES()649 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles WRITE BINARY command APDU as specified by ISO 7816-4.
  )DT(  o  )WB( )0 657 1 A()BD(writeRecord)ES()657 0 TN TL()Ec /AF f D(\201APDU\202
  )DD(  Handles WRITE RECORD command APDU as specified by ISO 7816-4.)LD(
)WB 619 Sn()EA(
)0 2 156 H()WB 670 Sn(  Constructors )WB()EH(
)WB 620 Sn()EA(
)WB 621 Sn( o  )WB()EA(
)BD(FileSystem)ES(
) 1 38 PR( public FileSystem\201byte maxChildFiles\202)RP(
)0 DL(  )DD( Constructs an instance of an ISO 7816-4 file system.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( maxChildFiles - the maximum number of child files for this DF
  )LD()LD(
)WB 622 Sn()EA(
)0 2 157 H()WB 671 Sn(  Methods )WB()EH(
)WB 623 Sn( o  )WB()EA(
)WB 624 Sn()BD(reset)ES()EA(
) 1 20 PR( public void reset\201\202)RP(
)0 DL(  )DD( Reset the FileSystem internal state.
  This method resets currentDedicatedFile, currentElementaryFile,
  currentRecordNumber and authorizationFlags to their initial values.
  )UL(  )-1 LI( currentDedicatedFile = this \201FileSystem object itself\202
  )-1 LI( currentElementaryFile = null
  )-1 LI( currentRecordNumber = 0 \201 has no meaning in the context\202.
  )-1 LI( authorizationFlags = false
  )LU(
)0 P()LD(
)WB 625 Sn( o  )WB()EA(
)WB 626 Sn()BD(getCurrentDedicatedFile)ES()EA(
) 1 47 PR( public )0 18 1 A(DedicatedFile)EA( getCurrentDedicatedFile\201\202)RP(
)0 DL(  )DD( Get current DF.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the current DF
  )LD()LD(
)WB 627 Sn( o  )WB()EA(
)WB 628 Sn()BD(setCurrentDedicatedFile)ES()EA(
) 1 54 PR( public void setCurrentDedicatedFile\201)0 18 1 A(DedicatedFile)EA( DF\202)RP(
)0 DL(  )DD( Set current DF.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( DF - set the current DedicatedFile to this DF
  )LD()LD(
)WB 629 Sn( o  )WB()EA(
)WB 630 Sn()BD(getCurrentElementaryFile)ES()EA(
) 1 49 PR( public )0 20 1 A(ElementaryFile)EA( getCurrentElementaryFile\201\202)RP(
)0 DL(  )DD( Get current EF.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the current EF
  )LD()LD(
)WB 631 Sn( o  )WB()EA(
)WB 632 Sn()BD(setCurrentElementaryFile)ES()EA(
) 1 56 PR( public void setCurrentElementaryFile\201)0 20 1 A(ElementaryFile)EA( EF\202)RP(
)0 DL(  )DD( Set current EF.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( EF - set the current ElementaryFile to this EF
  )LD()LD(
)WB 633 Sn( o  )WB()EA(
)WB 634 Sn()BD(getCurrentRecNum)ES()EA(
) 1 31 PR( public byte getCurrentRecNum\201\202)RP(
)0 DL(  )DD( Get current record number.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the current record number
  )LD()LD(
)WB 635 Sn( o  )WB()EA(
)WB 636 Sn()BD(setCurrentRecNum)ES()EA(
) 1 42 PR( public void setCurrentRecNum\201byte recNum\202)RP(
)0 DL(  )DD( Set the current record number.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( recNum - set the current record number to recNum
  )LD()LD(
)WB 637 Sn( o  )WB()EA(
)WB 638 Sn()BD(getAuthFlag)ES()EA(
) 1 40 PR( public boolean getAuthFlag\201byte number\202)RP(
)0 DL(  )DD( Get authorization flag.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( number - the number \2011 or 2\202 of the authorization flag
    )DT( )BD(Returns:)ES(
    )DD( the value of the authorization flag
  )LD()LD(
)WB 639 Sn( o  )WB()EA(
)WB 640 Sn()BD(setAuthFlag)ES()EA(
) 2 39 PR( public void setAuthFlag\201byte number,
                         boolean value\202)RP(
)0 DL(  )DD( Set authorization flag.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( number - the number \2011 or 2\202 of the authorization flag
    )DD( value - the value of the authorization flag
  )LD()LD(
)WB 641 Sn( o  )WB()EA(
)WB 642 Sn()BD(selectFile)ES()EA(
) 1 34 PR( public void selectFile\201)0 17 1 A(File)EA( file\202)RP(
)0 DL(  )DD( Make the specified file the current DF or the current EF. )0 P()0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( file - the file reference
  )LD()LD(
)WB 643 Sn( o  )WB()EA(
)WB 644 Sn()BD(process)ES()EA(
) 1 54 PR( public boolean process\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles FileSystem APDUs as specified by ISO 7816-4.
 This method simply dispatches to other methods in this class
 based on the INS in the APDU.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Returns:)ES(
    )DD( true if this method can handle the apdu with normal completion, or false if
 this method can not handle the APDU \201i.e can not recoganize INS in the APDU\202
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 645 Sn( o  )WB()EA(
)WB 646 Sn()BD(select)ES()EA(
) 1 50 PR( public void select\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles SELECT command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 647 Sn( o  )WB()EA(
)WB 648 Sn()BD(readBinary)ES()EA(
) 1 57 PR( protected void readBinary\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles READ BINARY command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 649 Sn( o  )WB()EA(
)WB 650 Sn()BD(writeBinary)ES()EA(
) 1 58 PR( protected void writeBinary\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles WRITE BINARY command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 651 Sn( o  )WB()EA(
)WB 652 Sn()BD(updateBinary)ES()EA(
) 1 59 PR( protected void updateBinary\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles UPDATE BINARY command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 653 Sn( o  )WB()EA(
)WB 654 Sn()BD(eraseBinary)ES()EA(
) 1 58 PR( protected void eraseBinary\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles ERASE BINARY command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 655 Sn( o  )WB()EA(
)WB 656 Sn()BD(readRecord)ES()EA(
) 1 57 PR( protected void readRecord\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles READ RECORD command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 657 Sn( o  )WB()EA(
)WB 658 Sn()BD(writeRecord)ES()EA(
) 1 58 PR( protected void writeRecord\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles WRITE RECORD command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 659 Sn( o  )WB()EA(
)WB 660 Sn()BD(updateRecord)ES()EA(
) 1 59 PR( protected void updateRecord\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles UPDATE RECORD command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 661 Sn( o  )WB()EA(
)WB 662 Sn()BD(appendRecord)ES()EA(
) 1 59 PR( protected void appendRecord\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles APPEND RECORD command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 663 Sn( o  )WB()EA(
)WB 664 Sn()BD(getData)ES()EA(
) 1 54 PR( protected void getData\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles GET DATA command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)WB 665 Sn( o  )WB()EA(
)WB 666 Sn()BD(putData)ES()EA(
) 1 54 PR( protected void putData\201)0 15 1 A(APDU)EA( apdu\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Handles PUT DATA command APDU as specified by ISO 7816-4.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( apdu - the APDU object
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( If a problem is encountered, throws ISOException with the resulting SW \201other than 0x9000\202 as defined in ISO 7816
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 17 1 A(Previous)EA(  )0 22 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.LinearFixedFile.html) D
/Ti (Class javacardx.framework.LinearFixedFile) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 672 Sn(
)WB 22 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 19 1 A(Previous)EA(  )0 21 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 158 H()WB 681 Sn(  Class javacardx.framework.LinearFixedFile)EH(
) 9 67 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----)0 20 1 A(javacardx.framework.ElementaryFile)EA(
                   |
                   +----)0 21 1 A(javacardx.framework.LinearVariableFile)EA(
                           |
                           +----javacardx.framework.LinearFixedFile)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(LinearFixedFile)ES(
  )DT( extends )0 21 1 A(LinearVariableFile)EA()LD(
Linear fixed-length record files.
)0 P()2 1 1 HR()WB 673 Sn()EA(
)0 2 159 H()WB 682 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 676 1 A()BD(LinearFixedFile)ES()676 0 TN TL()Ec /AF f D(\201short, byte, byte\202
  )DD(  Constructor.)LD(
)0 2 160 H()WB 683 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 535 1 A()BD(addRecord)ES()535 0 TN TL()Ec /AF f D(\201byte[]\202
  )DD(  Add \201append\202 a new record to the file.
  )DT(  o  )WB( )0 536 1 A()BD(addRecord)ES()536 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Add \201append\202 a new record to the file.)LD(
)WB 674 Sn()EA(
)0 2 161 H()WB 684 Sn(  Constructors )WB()EH(
)WB 675 Sn()EA(
)WB 676 Sn( o  )WB()EA(
)BD(LinearFixedFile)ES(
) 3 43 PR( public LinearFixedFile\201short FID,
                        byte maxNumRecords,
                        byte recordLength\202)RP(
)0 DL(  )DD( Constructor.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FID - the file's 16-bit FID
    )DD( maxNumRecords - the maximum number of records in this file
    )DD( recordLength - the fixed record length for this file
  )LD()LD(
)WB 677 Sn()EA(
)0 2 162 H()WB 685 Sn(  Methods )WB()EH(
)WB 535 Sn( o  )WB()EA(
)WB 678 Sn()BD(addRecord)ES()EA(
) 1 57 PR( public void addRecord\201byte record[]\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Add \201append\202 a new record to the file. Note that
 the record reference is stored in the file object. A copy of the
 record byte array is not made.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( record - the record byte array
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( if record length is wrong or this file is full.
 )UL( )-1 LI(ISOException.reason = ISO.SW_WRONG_LENGTH
 )-1 LI(ISOException.reason = ISO.SW_FILE_FULL
 )LU(
    )DT( )BD(Overrides:)ES(
    )DD( )0 679 1 A(addRecord)EA( in class )0 21 1 A(LinearVariableFile)EA(
  )LD()LD(
)WB 536 Sn( o  )WB()EA(
)WB 678 Sn()BD(addRecord)ES()EA(
) 1 56 PR( public void addRecord\201short length\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Add \201append\202 a new record to the file. This creates
 a new record byte array.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the size of the new record byte array to be added
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( if record length is wrong or this file is full.
 )UL( )-1 LI(ISOException.reason = ISO.SW_WRONG_LENGTH
 )-1 LI(ISOException.reason = ISO.SW_FILE_FULL
 )LU(
    )DT( )BD(Overrides:)ES(
    )DD( )0 680 1 A(addRecord)EA( in class )0 21 1 A(LinearVariableFile)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 19 1 A(Previous)EA(  )0 21 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.LinearVariableFile.html) D
/Ti (Class javacardx.framework.LinearVariableFile) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 686 Sn(
)WB 21 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 22 1 A(Previous)EA(  )0 24 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 163 H()WB 705 Sn(  Class javacardx.framework.LinearVariableFile)EH(
) 7 62 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----)0 20 1 A(javacardx.framework.ElementaryFile)EA(
                   |
                   +----javacardx.framework.LinearVariableFile)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(LinearVariableFile)ES(
  )DT( extends )0 20 1 A(ElementaryFile)EA()LD(
This is the class for all linear variable-length record files, and the base class
 for linear variable-fixed and cyclic record files.)0 P()0 P()2 1 1 HR()WB 687 Sn()EA(
)0 2 164 H()WB 706 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 689 1 A()BD(DIRECTION_FIRST)ES()689 0 TN TL()Ec /AF f D(
  )DD( Direction mode parameter used with findRecord method.
  )DT(  o  )WB( )0 690 1 A()BD(DIRECTION_LAST)ES()690 0 TN TL()Ec /AF f D(
  )DD( Direction mode parameter used with findRecord method.
  )DT(  o  )WB( )0 691 1 A()BD(DIRECTION_NEXT)ES()691 0 TN TL()Ec /AF f D(
  )DD( Direction mode parameter used with findRecord method.
  )DT(  o  )WB( )0 692 1 A()BD(DIRECTION_PREV)ES()692 0 TN TL()Ec /AF f D(
  )DD( Direction mode parameter used with findRecord method.)LD(
)0 2 165 H()WB 707 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 695 1 A()BD(LinearVariableFile)ES()695 0 TN TL()Ec /AF f D(\201short, byte\202
  )DD(  Constructor.)LD(
)0 2 166 H()WB 708 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 679 1 A()BD(addRecord)ES()679 0 TN TL()Ec /AF f D(\201byte[]\202
  )DD(  Add \201append\202 a new record to the file.
  )DT(  o  )WB( )0 680 1 A()BD(addRecord)ES()680 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Add \201append\202 a new record to the file.
  )DT(  o  )WB( )0 533 1 A()BD(findRecord)ES()533 0 TN TL()Ec /AF f D(\201byte, byte, byte, byte\202
  )DD(  Find the record.
  )DT(  o  )WB( )0 697 1 A()BD(getMaxNumRecords)ES()697 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get the maximum number of records in this file.
  )DT(  o  )WB( )0 700 1 A()BD(getNumRecords)ES()700 0 TN TL()Ec /AF f D(\201\202
  )DD(  Get the actual number of records in this file.
  )DT(  o  )WB( )0 532 1 A()BD(getRecord)ES()532 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Get the record byte array for the specified record number.
  )DT(  o  )WB( )0 534 1 A()BD(increaseMaxNumRecords)ES()534 0 TN TL()Ec /AF f D(\201byte\202
  )DD(  Increase the maximum number of records in this file.)LD(
)WB 688 Sn()EA(
)0 2 167 H()WB 709 Sn(  Variables )WB()EH(
)WB 689 Sn( o  )WB()EA(
)BD(DIRECTION_FIRST)ES(
) 1 41 PR( public static final byte DIRECTION_FIRST)RP(
)0 DL(  )DD( Direction mode parameter used with findRecord method. See findRecord for more details)0 P()LD(
)WB 690 Sn( o  )WB()EA(
)BD(DIRECTION_LAST)ES(
) 1 40 PR( public static final byte DIRECTION_LAST)RP(
)0 DL(  )DD( Direction mode parameter used with findRecord method. See findRecord for more details)0 P()LD(
)WB 691 Sn( o  )WB()EA(
)BD(DIRECTION_NEXT)ES(
) 1 40 PR( public static final byte DIRECTION_NEXT)RP(
)0 DL(  )DD( Direction mode parameter used with findRecord method. See findRecord for more details)0 P()LD(
)WB 692 Sn( o  )WB()EA(
)BD(DIRECTION_PREV)ES(
) 1 40 PR( public static final byte DIRECTION_PREV)RP(
)0 DL(  )DD( Direction mode parameter used with findRecord method. See findRecord for more details)0 P()LD(
)WB 693 Sn()EA(
)0 2 168 H()WB 710 Sn(  Constructors )WB()EH(
)WB 694 Sn()EA(
)WB 695 Sn( o  )WB()EA(
)BD(LinearVariableFile)ES(
) 2 46 PR( public LinearVariableFile\201short FID,
                           byte maxNumRecords\202)RP(
)0 DL(  )DD( Constructor.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FID - the file's 16-bit FID
    )DD( maxNumRecords - the maximum number of records in this file
  )LD()LD(
)WB 696 Sn()EA(
)0 2 169 H()WB 711 Sn(  Methods )WB()EH(
)WB 697 Sn( o  )WB()EA(
)WB 698 Sn()BD(getMaxNumRecords)ES()EA(
) 1 31 PR( public byte getMaxNumRecords\201\202)RP(
)0 DL(  )DD( Get the maximum number of records in this file.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( maxNumRecords
  )LD()LD(
)WB 534 Sn( o  )WB()EA(
)WB 699 Sn()BD(increaseMaxNumRecords)ES()EA(
) 1 50 PR( public boolean increaseMaxNumRecords\201byte number\202)RP(
)0 DL(  )DD( Increase the maximum number of records in this file.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( number - increase the maximum number of records to this number
    )DT( )BD(Returns:)ES(
    )DD( true if the increase was successful, false otherwise
  )LD()LD(
)WB 700 Sn( o  )WB()EA(
)WB 701 Sn()BD(getNumRecords)ES()EA(
) 1 28 PR( public byte getNumRecords\201\202)RP(
)0 DL(  )DD( Get the actual number of records in this file.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( numRecords
  )LD()LD(
)WB 679 Sn( o  )WB()EA(
)WB 702 Sn()BD(addRecord)ES()EA(
) 1 57 PR( public void addRecord\201byte record[]\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Add \201append\202 a new record to the file. Note that
 the record reference is stored in the file object. A copy of the
 record byte array is not made.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( record - the record byte array
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( if the file is full.
 )UL( )-1 LI(ISOException.reason = ISO.SW_FILE_FULL
 )LU(
  )LD()LD(
)WB 680 Sn( o  )WB()EA(
)WB 702 Sn()BD(addRecord)ES()EA(
) 1 56 PR( public void addRecord\201short length\202 throws )0 53 1 A(ISOException)EA()RP(
)0 DL(  )DD( Add \201append\202 a new record to the file. This creates
 a new record byte array and sets the array value to 0s.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the size of the new record byte array to be added
    )DT( )BD(Throws:)ES( )0 53 1 A(ISOException)EA(
    )DD( if the file is full.
 )UL( )-1 LI(ISOException.reason = ISO.SW_FILE_FULL
 )LU(
  )LD()LD(
)WB 532 Sn( o  )WB()EA(
)WB 703 Sn()BD(getRecord)ES()EA(
) 1 40 PR( public byte[] getRecord\201byte recordNum\202)RP(
)0 DL(  )DD( Get the record byte array for the specified record number. This is a
 reference to the actual file data, not a copy of the file data.
 Records are in the order that they were added to the file.
 Record number is in the range from 1 to the number of records in the file
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( recordNum - the index \201first record = 1\202 of the record.
    )DT( )BD(Returns:)ES(
    )DD( record or null if the record is not found
  )LD()LD(
)WB 533 Sn( o  )WB()EA(
)WB 704 Sn()BD(findRecord)ES()EA(
) 4 46 PR( public byte findRecord\201byte direction,
                        byte currentRecNumber,
                        byte firstByte,
                        byte secondByte\202)RP(
)0 DL(  )DD( Find the record.
 Using the specified direction and current record number as the starting point,
 find the record for which first and second byte match )SM(firstByte)ES( and )SM(secondByte)ES(
 specified in the parameter . Records are numbered in the order that they were added to the file.
 \201See Annex C of ISO 7816-4 for details\202 )0 P( DIRECTION_xxx constants.
 )UL( )-1 LI(DIRECTION_FIRST: Start at the first record in file
 )-1 LI(DIRECTION_LAST: Start at the last record in file
 )-1 LI(DIRECTION_NEXT: Start at the current record and move forward
 )-1 LI(DIRECTION_PREV: Start at the current record and move backward
 )LU(
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( direction - one of the DIRECTION_xxx constants.
    )DD( firstByte - if non-0, the record's first byte must match this value; if 0, any value of the record's first byte matches.
    )DD( secondByte - if non-0, the record's second byte must match this value; if 0, any value of the record's second byte matches.
    )DD( currentRecNumber - current record number. If 0, the current record is undefined.
    )DT( )BD(Returns:)ES(
    )DD( the record number, or 0 if the record is not found
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 22 1 A(Previous)EA(  )0 24 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.framework.TransparentFile.html) D
/Ti (Class javacardx.framework.TransparentFile) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 712 Sn(
)WB 24 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 21 1 A(Previous)EA(  )0 8 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 170 H()WB 720 Sn(  Class javacardx.framework.TransparentFile)EH(
) 7 59 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 17 1 A(javacardx.framework.File)EA(
           |
           +----)0 20 1 A(javacardx.framework.ElementaryFile)EA(
                   |
                   +----javacardx.framework.TransparentFile)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(TransparentFile)ES(
  )DT( extends )0 20 1 A(ElementaryFile)EA()LD(
This is the class for all transparent files. Data is stored in the file 
 as a sequence of data units.
)0 P()2 1 1 HR()WB 713 Sn()EA(
)0 2 171 H()WB 721 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 716 1 A()BD(TransparentFile)ES()716 0 TN TL()Ec /AF f D(\201short, byte[]\202
  )DD(  Constructor, with data byte array specified.
  )DT(  o  )WB( )0 716 1 A()BD(TransparentFile)ES()716 0 TN TL()Ec /AF f D(\201short, short\202
  )DD(  Constructor, with data byte array size specified.)LD(
)0 2 172 H()WB 722 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 718 1 A()BD(getData)ES()718 0 TN TL()Ec /AF f D(\201\202
  )DD(  Gets the byte array containing the data for this file.)LD(
)WB 714 Sn()EA(
)0 2 173 H()WB 723 Sn(  Constructors )WB()EH(
)WB 715 Sn()EA(
)WB 716 Sn( o  )WB()EA(
)BD(TransparentFile)ES(
) 2 36 PR( public TransparentFile\201short FID,
                        byte data[]\202)RP(
)0 DL(  )DD( Constructor, with data byte array specified. Note that
 the data reference is stored in the file object. A copy of the
 data byte array is not made.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FID - the file's 16-bit FID
    )DD( data - the data byte array of this file
  )LD()LD(
)WB 716 Sn( o  )WB()EA(
)BD(TransparentFile)ES(
) 2 37 PR( public TransparentFile\201short FID,
                        short length\202)RP(
)0 DL(  )DD( Constructor, with data byte array size specified. This creates
 a new data byte arra and set the array value to 0s.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( FID - the file's 16-bit FID
    )DD( length - the length of the data byte array
  )LD()LD(
)WB 717 Sn()EA(
)0 2 174 H()WB 724 Sn(  Methods )WB()EH(
)WB 718 Sn( o  )WB()EA(
)WB 719 Sn()BD(getData)ES()EA(
) 1 24 PR( public byte[] getData\201\202)RP(
)0 DL(  )DD( Gets the byte array containing the data for this file. This is a
 reference to the actual file data, not a copy of the file data.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( data stored in the file
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 8 1 A(This Package)EA(  )0 21 1 A(Previous)EA(  )0 8 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (Package-javacardx.crypto.html) D
/Ti (Package javacardx.crypto) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 6 Sn(
)WB 725 Sn()EA(
) 1 36 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 175 H()WB 726 Sn(  package javacardx.crypto)EH(
)0 2 176 H()WB 727 Sn(  Class Index )WB()EH(
)UL(  )-1 LI( )0 27 1 A(AsymKey)EA(
  )-1 LI( )0 34 1 A(DES3_Key)EA(
  )-1 LI( )0 36 1 A(DES_Key)EA(
  )-1 LI( )0 26 1 A(Key)EA(
  )-1 LI( )0 38 1 A(MessageDigest)EA(
  )-1 LI( )0 28 1 A(PrivateKey)EA(
  )-1 LI( )0 31 1 A(PublicKey)EA(
  )-1 LI( )0 29 1 A(RSA_CRT_PrivateKey)EA(
  )-1 LI( )0 30 1 A(RSA_PrivateKey)EA(
  )-1 LI( )0 32 1 A(RSA_PublicKey)EA(
  )-1 LI( )0 43 1 A(RandomData)EA(
  )-1 LI( )0 39 1 A(Sha1MessageDigest)EA(
  )-1 LI( )0 33 1 A(SymKey)EA()LU(
)0 2 177 H()WB 728 Sn(  Exception Index )WB()EH(
)UL(  )-1 LI( )0 52 1 A(CryptoException)EA()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.AsymKey.html) D
/Ti (Class javacardx.crypto.AsymKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 729 Sn(
)WB 27 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 6 1 A(Previous)EA(  )0 34 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 178 H()WB 739 Sn(  Class javacardx.crypto.AsymKey)EH(
) 5 40 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----javacardx.crypto.AsymKey)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(AsymKey)ES(
  )DT( extends )0 26 1 A(Key)EA()LD(
The AsymKey class is the base class for keys used in asymmetric algorithms.
)0 P()2 1 1 HR()WB 730 Sn()EA(
)0 2 179 H()WB 740 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 733 1 A()BD(AsymKey)ES()733 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs an asymmetric key with a specific bit length
 )LD(
)0 2 180 H()WB 741 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 735 1 A()BD(getBitLength)ES()735 0 TN TL()Ec /AF f D(\201\202
  )DD(  Gets the length of the key in bits.
  )DT(  o  )WB( )0 737 1 A()BD(isSupportedLength)ES()737 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Reports if the implementation supports the requested key length \201length in bits\202.)LD(
)WB 731 Sn()EA(
)0 2 181 H()WB 742 Sn(  Constructors )WB()EH(
)WB 732 Sn()EA(
)WB 733 Sn( o  )WB()EA(
)BD(AsymKey)ES(
) 1 29 PR( public AsymKey\201short length\202)RP(
)0 DL(  )DD( Constructs an asymmetric key with a specific bit length
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length of the key in bits
  )LD()LD(
)WB 734 Sn()EA(
)0 2 182 H()WB 743 Sn(  Methods )WB()EH(
)WB 735 Sn( o  )WB()EA(
)WB 736 Sn()BD(getBitLength)ES()EA(
) 1 34 PR( public final short getBitLength\201\202)RP(
)0 DL(  )DD( Gets the length of the key in bits.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the length of the key in bits
  )LD()LD(
)WB 737 Sn( o  )WB()EA(
)WB 738 Sn()BD(isSupportedLength)ES()EA(
) 1 54 PR( public static boolean isSupportedLength\201short length\202)RP(
)0 DL(  )DD( Reports if the implementation supports the requested key length \201length in bits\202.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length of bits that is being requested.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 6 1 A(Previous)EA(  )0 34 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.CryptoException.html) D
/Ti (Class javacardx.crypto.CryptoException) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 744 Sn(
)WB 52 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 6 1 A(Previous)EA(  )0 6 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 183 H()WB 755 Sn(  Class javacardx.crypto.CryptoException)EH(
) 9 64 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 45 1 A(java.lang.Throwable)EA(
           |
           +----)0 46 1 A(java.lang.Exception)EA(
                   |
                   +----)0 47 1 A(java.lang.RuntimeException)EA(
                           |
                           +----javacardx.crypto.CryptoException)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(CryptoException)ES(
  )DT( extends )0 47 1 A(RuntimeException)EA()LD(
)SM(CryptoException)ES( represents a cryptography-related exception.
 )0 P( Table CryptoException
 )7 PT(
)0 P()2 1 1 HR()WB 745 Sn()EA(
)0 2 184 H()WB 756 Sn(  Variable Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 751 1 A()BD(ENC_NOT_SUPPORTED)ES()751 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 747 1 A()BD(GENERAL)ES()747 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 750 1 A()BD(INVALID_PARAM)ES()750 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 748 1 A()BD(MD_GEN)ES()748 0 TN TL()Ec /AF f D(
  )DD( 
  )DT(  o  )WB( )0 749 1 A()BD(UNINIT_KEY)ES()749 0 TN TL()Ec /AF f D(
  )DD( )LD(
)0 2 185 H()WB 757 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 754 1 A()BD(CryptoException)ES()754 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a CryptoException with the specified reason.)LD(
)WB 746 Sn()EA(
)0 2 186 H()WB 758 Sn(  Variables )WB()EH(
)WB 747 Sn( o  )WB()EA(
)BD(GENERAL)ES(
) 1 34 PR( public static final short GENERAL)RP(
)WB 748 Sn( o  )WB()EA(
)BD(MD_GEN)ES(
) 1 33 PR( public static final short MD_GEN)RP(
)WB 749 Sn( o  )WB()EA(
)BD(UNINIT_KEY)ES(
) 1 37 PR( public static final short UNINIT_KEY)RP(
)WB 750 Sn( o  )WB()EA(
)BD(INVALID_PARAM)ES(
) 1 40 PR( public static final short INVALID_PARAM)RP(
)WB 751 Sn( o  )WB()EA(
)BD(ENC_NOT_SUPPORTED)ES(
) 1 44 PR( public static final short ENC_NOT_SUPPORTED)RP(
)WB 752 Sn()EA(
)0 2 187 H()WB 759 Sn(  Constructors )WB()EH(
)WB 753 Sn()EA(
)WB 754 Sn( o  )WB()EA(
)BD(CryptoException)ES(
) 1 37 PR( public CryptoException\201short reason\202)RP(
)0 DL(  )DD( Constructs a CryptoException with the specified reason.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( reason - the reason for the exception.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 6 1 A(Previous)EA(  )0 6 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.DES3_Key.html) D
/Ti (Class javacardx.crypto.DES3_Key) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 760 Sn(
)WB 34 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 27 1 A(Previous)EA(  )0 36 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 188 H()WB 778 Sn(  Class javacardx.crypto.DES3_Key)EH(
) 7 49 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 33 1 A(javacardx.crypto.SymKey)EA(
                   |
                   +----javacardx.crypto.DES3_Key)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(DES3_Key)ES(
  )DT( extends )0 33 1 A(SymKey)EA()LD(
DES3_Key contains an 16 byte key for triple DES operations in either ECB or
 CBC mode.
)0 P( DES operates on a block size of 8 bytes and all input parameters to these
 methods are expected to be multiples of 8 bytes.  In each case the caller
 is responisble for padding the input.
)0 P()BD(Note:  )ES( this class does not implement encryption functionality.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 36 1 A(DES_Key)EA(, DES_EncKey, DES3_EncKey)LD(
)2 1 1 HR()WB 761 Sn()EA(
)0 2 189 H()WB 779 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 764 1 A()BD(DES3_Key)ES()764 0 TN TL()Ec /AF f D(\201\202
  )DD(  Creates a key for triple DES operation with a block size of 8 bytes and
 a key length of 16 bytes.)LD(
)0 2 190 H()WB 780 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 768 1 A()BD(decryptCBC)ES()768 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Decrypts data using triple DES in CBC mode.
  )DT(  o  )WB( )0 766 1 A()BD(decryptECB)ES()766 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Decrypts data using triple DES in ECB mode.
  )DT(  o  )WB( )0 770 1 A()BD(generateMAC)ES()770 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short, byte\202
  )DD(  Generates a MAC using triple DES decryption in CBC mode.
  )DT(  o  )WB( )0 772 1 A()BD(verifyMAC)ES()772 0 TN TL()Ec /AF f D(\201byte[], short, byte, byte[], short, short\202
  )DD(  Verifies a MAC on signed data using triple DES decryption in CBC mode.)LD(
)WB 762 Sn()EA(
)0 2 191 H()WB 781 Sn(  Constructors )WB()EH(
)WB 763 Sn()EA(
)WB 764 Sn( o  )WB()EA(
)BD(DES3_Key)ES(
) 1 18 PR( public DES3_Key\201\202)RP(
)0 DL(  )DD( Creates a key for triple DES operation with a block size of 8 bytes and
 a key length of 16 bytes.
)0 P()LD(
)WB 765 Sn()EA(
)0 2 192 H()WB 782 Sn(  Methods )WB()EH(
)WB 766 Sn( o  )WB()EA(
)WB 767 Sn()BD(decryptECB)ES()EA(
) 5 40 PR( public void decryptECB\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Decrypts data using triple DES in ECB mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin decryption
    )DD( inLength - the length to decrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 774 1 A(decryptECB)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 768 Sn( o  )WB()EA(
)WB 769 Sn()BD(decryptCBC)ES()EA(
) 5 40 PR( public void decryptCBC\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Decrypts data using triple DES in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin decryption
    )DD( inLength - the length to decrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 775 1 A(decryptCBC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 770 Sn( o  )WB()EA(
)WB 771 Sn()BD(generateMAC)ES()EA(
) 6 41 PR( public void generateMAC\201byte inBuff[],
                         short inOffset,
                         short inLength,
                         byte outBuff[],
                         short outOffset,
                         byte length\202)RP(
)0 DL(  )DD( Generates a MAC using triple DES decryption in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin MAC generation
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DD( outLength - the length of the MAC to generate
    )DT( )BD(Overrides:)ES(
    )DD( )0 776 1 A(generateMAC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 772 Sn( o  )WB()EA(
)WB 773 Sn()BD(verifyMAC)ES()EA(
) 6 43 PR( public boolean verifyMAC\201byte macBuffer[],
                          short macOffset,
                          byte macLength,
                          byte inData[],
                          short inOffset,
                          short inLength\202)RP(
)0 DL(  )DD( Verifies a MAC on signed data using triple DES decryption in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( macBuffer - the buffer containing the MAC to verify.
    )DD( macOffset - the offset into the MAC buffer
    )DD( macLength - the length of the MAC
    )DD( inData - the buffer containing the input data.
    )DD( inOffset - the offset into the input data buffer
    )DD( inLength - the length of the input data buffer
    )DT( )BD(Returns:)ES(
    )DD( true if the data if the given MAC is verified, false otherwise.
    )DT( )BD(Overrides:)ES(
    )DD( )0 777 1 A(verifyMAC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 27 1 A(Previous)EA(  )0 36 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.DES_Key.html) D
/Ti (Class javacardx.crypto.DES_Key) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 783 Sn(
)WB 36 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 34 1 A(Previous)EA(  )0 26 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 193 H()WB 797 Sn(  Class javacardx.crypto.DES_Key)EH(
) 7 48 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 33 1 A(javacardx.crypto.SymKey)EA(
                   |
                   +----javacardx.crypto.DES_Key)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(DES_Key)ES(
  )DT( extends )0 33 1 A(SymKey)EA()LD(
DES_Key contains an 8 byte key for single DES operations in either ECB or
 CBC mode.
)0 P( DES operates on a block size of 8 bytes and all input parameters to these
 methods are expected to be multiples of 8 bytes.  In each case the caller
 is responisble for padding the input.
)0 P()BD(Note:  )ES( this class does not implement encryption functionality.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 34 1 A(DES3_Key)EA(, DES_EncKey, DES3_EncKey)LD(
)2 1 1 HR()WB 784 Sn()EA(
)0 2 194 H()WB 798 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 787 1 A()BD(DES_Key)ES()787 0 TN TL()Ec /AF f D(\201\202
  )DD(  Creates a key for single DES operation with a block size of 8 bytes and
 a key length of 8 bytes.)LD(
)0 2 195 H()WB 799 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 791 1 A()BD(decryptCBC)ES()791 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Decrypts data using single DES in CBC mode.
  )DT(  o  )WB( )0 789 1 A()BD(decryptECB)ES()789 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Decrypts data using single DES in ECB mode.
  )DT(  o  )WB( )0 793 1 A()BD(generateMAC)ES()793 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short, byte\202
  )DD(  Generates a MAC using single DES decryption in CBC mode.
  )DT(  o  )WB( )0 795 1 A()BD(verifyMAC)ES()795 0 TN TL()Ec /AF f D(\201byte[], short, byte, byte[], short, short\202
  )DD(  Verifies a MAC on signed data using single DES decryption in CBC mode.)LD(
)WB 785 Sn()EA(
)0 2 196 H()WB 800 Sn(  Constructors )WB()EH(
)WB 786 Sn()EA(
)WB 787 Sn( o  )WB()EA(
)BD(DES_Key)ES(
) 1 17 PR( public DES_Key\201\202)RP(
)0 DL(  )DD( Creates a key for single DES operation with a block size of 8 bytes and
 a key length of 8 bytes.
)0 P()LD(
)WB 788 Sn()EA(
)0 2 197 H()WB 801 Sn(  Methods )WB()EH(
)WB 789 Sn( o  )WB()EA(
)WB 790 Sn()BD(decryptECB)ES()EA(
) 5 40 PR( public void decryptECB\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Decrypts data using single DES in ECB mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin decryption
    )DD( inLength - the length to decrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 774 1 A(decryptECB)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 791 Sn( o  )WB()EA(
)WB 792 Sn()BD(decryptCBC)ES()EA(
) 5 40 PR( public void decryptCBC\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Decrypts data using single DES in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin decryption
    )DD( inLength - the length to decrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 775 1 A(decryptCBC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 793 Sn( o  )WB()EA(
)WB 794 Sn()BD(generateMAC)ES()EA(
) 6 41 PR( public void generateMAC\201byte inBuff[],
                         short inOffset,
                         short inLength,
                         byte outBuff[],
                         short outOffset,
                         byte length\202)RP(
)0 DL(  )DD( Generates a MAC using single DES decryption in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DD( outLength - the length of the MAC to generate
    )DT( )BD(Overrides:)ES(
    )DD( )0 776 1 A(generateMAC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 795 Sn( o  )WB()EA(
)WB 796 Sn()BD(verifyMAC)ES()EA(
) 6 43 PR( public boolean verifyMAC\201byte macBuffer[],
                          short macOffset,
                          byte macLength,
                          byte inData[],
                          short inOffset,
                          short inLength\202)RP(
)0 DL(  )DD( Verifies a MAC on signed data using single DES decryption in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( macBuffer - the buffer containing the MAC to verify.
    )DD( macOffset - the offset into the MAC buffer
    )DD( macLength - the length of the MAC
    )DD( inData - the buffer containing the input data.
    )DD( inOffset - the offset into the input data buffer
    )DD( inLength - the length of the input data buffer
    )DT( )BD(Returns:)ES(
    )DD( true if the data if the given MAC is verified, false otherwise.
    )DT( )BD(Overrides:)ES(
    )DD( )0 777 1 A(verifyMAC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 34 1 A(Previous)EA(  )0 26 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.Key.html) D
/Ti (Class javacardx.crypto.Key) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 802 Sn(
)WB 26 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 36 1 A(Previous)EA(  )0 38 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 198 H()WB 812 Sn(  Class javacardx.crypto.Key)EH(
) 3 28 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacardx.crypto.Key)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(Key)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
The Key class is the base class for keys.
)0 P()2 1 1 HR()WB 803 Sn()EA(
)0 2 199 H()WB 813 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 806 1 A()BD(Key)ES()806 0 TN TL()Ec /AF f D(\201\202
  )DD(  Constructs a key.)LD(
)0 2 200 H()WB 814 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 810 1 A()BD(clearKey)ES()810 0 TN TL()Ec /AF f D(\201\202
  )DD(  Clears the key and sets its initialized state to false.
  )DT(  o  )WB( )0 808 1 A()BD(isInitialized)ES()808 0 TN TL()Ec /AF f D(\201\202
  )DD(  Reports the initialized state of the key.)LD(
)WB 804 Sn()EA(
)0 2 201 H()WB 815 Sn(  Constructors )WB()EH(
)WB 805 Sn()EA(
)WB 806 Sn( o  )WB()EA(
)BD(Key)ES(
) 1 13 PR( public Key\201\202)RP(
)0 DL(  )DD( Constructs a key.
)0 P()LD(
)WB 807 Sn()EA(
)0 2 202 H()WB 816 Sn(  Methods )WB()EH(
)WB 808 Sn( o  )WB()EA(
)WB 809 Sn()BD(isInitialized)ES()EA(
) 1 31 PR( public boolean isInitialized\201\202)RP(
)0 DL(  )DD( Reports the initialized state of the key.  Keys must be initialized before
 being used.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if the key has been initialized.
  )LD()LD(
)WB 810 Sn( o  )WB()EA(
)WB 811 Sn()BD(clearKey)ES()EA(
) 1 23 PR( public void clearKey\201\202)RP(
)0 DL(  )DD( Clears the key and sets its initialized state to false.
)0 P()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 36 1 A(Previous)EA(  )0 38 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.MessageDigest.html) D
/Ti (Class javacardx.crypto.MessageDigest) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 817 Sn(
)WB 38 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 26 1 A(Previous)EA(  )0 28 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 203 H()WB 829 Sn(  Class javacardx.crypto.MessageDigest)EH(
) 3 38 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacardx.crypto.MessageDigest)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(MessageDigest)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
The MessageDigest class is the base class for hashing algorthims.
)0 P()2 1 1 HR()WB 818 Sn()EA(
)0 2 204 H()WB 830 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 821 1 A()BD(MessageDigest)ES()821 0 TN TL()Ec /AF f D(\201short, short\202
  )DD(  Creates a message digest with a given block size and hash result size.)LD(
)0 2 205 H()WB 831 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 823 1 A()BD(blockSize)ES()823 0 TN TL()Ec /AF f D(\201\202
  )DD(  Gets the block size in bytes.
  )DT(  o  )WB( )0 827 1 A()BD(generateDigest)ES()827 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  generates a hash of the input data.
  )DT(  o  )WB( )0 825 1 A()BD(hashSize)ES()825 0 TN TL()Ec /AF f D(\201\202
  )DD(  Gets the hash size in bytes.)LD(
)WB 819 Sn()EA(
)0 2 206 H()WB 832 Sn(  Constructors )WB()EH(
)WB 820 Sn()EA(
)WB 821 Sn( o  )WB()EA(
)BD(MessageDigest)ES(
) 2 38 PR( public MessageDigest\201short blockSize,
                      short hashSize\202)RP(
)0 DL(  )DD( Creates a message digest with a given block size and hash result size.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( blockSize - the size in bytes of the blocks processed
    )DD( hashSize - the size in bytes of the resulting hash value
  )LD()LD(
)WB 822 Sn()EA(
)0 2 207 H()WB 833 Sn(  Methods )WB()EH(
)WB 823 Sn( o  )WB()EA(
)WB 824 Sn()BD(blockSize)ES()EA(
) 1 25 PR( public short blockSize\201\202)RP(
)0 DL(  )DD( Gets the block size in bytes.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the block size in bytes
  )LD()LD(
)WB 825 Sn( o  )WB()EA(
)WB 826 Sn()BD(hashSize)ES()EA(
) 1 24 PR( public short hashSize\201\202)RP(
)0 DL(  )DD( Gets the hash size in bytes.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the hash size in bytes
  )LD()LD(
)WB 827 Sn( o  )WB()EA(
)WB 828 Sn()BD(generateDigest)ES()EA(
) 5 44 PR( public void generateDigest\201byte inBuff[],
                            short inOffset,
                            short inLength,
                            byte outBuff[],
                            short outOffset\202)RP(
)0 DL(  )DD( generates a hash of the input data.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer of data to be hashed
    )DD( inOffset - the offset into the input buffer at which to begin hash generation
    )DD( inLength - the length to hash
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer where the resulting hash value begins
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 26 1 A(Previous)EA(  )0 28 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.PrivateKey.html) D
/Ti (Class javacardx.crypto.PrivateKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 834 Sn(
)WB 28 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 38 1 A(Previous)EA(  )0 31 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 208 H()WB 842 Sn(  Class javacardx.crypto.PrivateKey)EH(
) 7 51 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 27 1 A(javacardx.crypto.AsymKey)EA(
                   |
                   +----javacardx.crypto.PrivateKey)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(PrivateKey)ES(
  )DT( extends )0 27 1 A(AsymKey)EA()LD(
The PrivateKey class is the base class for private keys used in asymmetric algorithms.
)0 P()2 1 1 HR()WB 835 Sn()EA(
)0 2 209 H()WB 843 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 838 1 A()BD(PrivateKey)ES()838 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Creates a private key with a specific bit length.)LD(
)0 2 210 H()WB 844 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 840 1 A()BD(sign)ES()840 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Signs data using this key.)LD(
)WB 836 Sn()EA(
)0 2 211 H()WB 845 Sn(  Constructors )WB()EH(
)WB 837 Sn()EA(
)WB 838 Sn( o  )WB()EA(
)BD(PrivateKey)ES(
) 1 32 PR( public PrivateKey\201short length\202)RP(
)0 DL(  )DD( Creates a private key with a specific bit length.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length in bits
  )LD()LD(
)WB 839 Sn()EA(
)0 2 212 H()WB 846 Sn(  Methods )WB()EH(
)WB 840 Sn( o  )WB()EA(
)WB 841 Sn()BD(sign)ES()EA(
) 5 43 PR( public abstract void sign\201byte inBuff[],
                           short inOffset,
                           short inLength,
                           byte outBuff[],
                           short outOffset\202)RP(
)0 DL(  )DD( Signs data using this key.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer containing data to be signed
    )DD( inOffset - the offset into the input buffer
    )DD( inLength - the length
    )DD( outBuff - the output buffer, may be the same as the input buffer;
 contains the resulting signature
    )DD( outOffset - the offset into the output buffer
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 38 1 A(Previous)EA(  )0 31 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.PublicKey.html) D
/Ti (Class javacardx.crypto.PublicKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 847 Sn(
)WB 31 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 28 1 A(Previous)EA(  )0 29 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 213 H()WB 855 Sn(  Class javacardx.crypto.PublicKey)EH(
) 7 50 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 27 1 A(javacardx.crypto.AsymKey)EA(
                   |
                   +----javacardx.crypto.PublicKey)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(PublicKey)ES(
  )DT( extends )0 27 1 A(AsymKey)EA()LD(
The PublicKey class is the base class for public keys used in asymmetric algorithms.
)0 P()2 1 1 HR()WB 848 Sn()EA(
)0 2 214 H()WB 856 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 851 1 A()BD(PublicKey)ES()851 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Creates a public key with a specific bit length.)LD(
)0 2 215 H()WB 857 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 853 1 A()BD(verify)ES()853 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short, short\202
  )DD(  Verifies signed data using this key.)LD(
)WB 849 Sn()EA(
)0 2 216 H()WB 858 Sn(  Constructors )WB()EH(
)WB 850 Sn()EA(
)WB 851 Sn( o  )WB()EA(
)BD(PublicKey)ES(
) 1 31 PR( public PublicKey\201short length\202)RP(
)0 DL(  )DD( Creates a public key with a specific bit length.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length in bits
  )LD()LD(
)WB 852 Sn()EA(
)0 2 217 H()WB 859 Sn(  Methods )WB()EH(
)WB 853 Sn( o  )WB()EA(
)WB 854 Sn()BD(verify)ES()EA(
) 6 50 PR( public abstract boolean verify\201byte msgDigest[],
                                short msgOffset,
                                short msgLength,
                                byte signedData[],
                                short signOffset,
                                short signLength\202)RP(
)0 DL(  )DD( Verifies signed data using this key.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( msgDigest - the buffer containing the hash result.
    )DD( msgOffset - the offset into the hash result buffer
    )DD( msgLength - the length of the hash
    )DD( signedData - the buffer containing the signed data.
    )DD( signOffset - the offset into the signed data buffer
    )DD( signLength - the of the signed data buffer
    )DT( )BD(Returns:)ES(
    )DD( true if the data is properly signed.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 28 1 A(Previous)EA(  )0 29 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.RSA_CRT_PrivateKey.html) D
/Ti (Class javacardx.crypto.RSA_CRT_PrivateKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 860 Sn(
)WB 29 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 31 1 A(Previous)EA(  )0 30 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 218 H()WB 880 Sn(  Class javacardx.crypto.RSA_CRT_PrivateKey)EH(
) 9 67 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 27 1 A(javacardx.crypto.AsymKey)EA(
                   |
                   +----)0 28 1 A(javacardx.crypto.PrivateKey)EA(
                           |
                           +----javacardx.crypto.RSA_CRT_PrivateKey)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(RSA_CRT_PrivateKey)ES(
  )DT( extends )0 28 1 A(PrivateKey)EA()LD(
The RSA_CRT_PrivateKey class is used to sign data using the RSA algorithm
 in its Chinese Remainder Theorem form.
 )0 P( Let )I(S)ES( = )I(m)ES()Sp()I(d)ES()Es( mod )I(n)ES(,
 where )I(m)ES( is the data to be signed, )I(d)ES( is the private key exponent,
 and )I(n)ES( is private key modulus composed of
 two prime numbers )I(p)ES( and )I(q)ES(.
 The following names are used in the setter methods in this class:
 )0 P( P, the prime factor )I(p)ES()BR( Q, the prime factor )I(q)ES(.)BR( PQ = )I(p)ES()Sp(-1)Es( mod )I(q)ES()BR( DP1 = )I(d)ES( mod \201)I(p)ES( - 1\202)BR( DQ1 = )I(d)ES( mod \201)I(q)ES( - 1\202)BR()0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( RSA_Key)LD(
)2 1 1 HR()WB 861 Sn()EA(
)0 2 219 H()WB 881 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 864 1 A()BD(RSA_CRT_PrivateKey)ES()864 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a key with a specific bit length
 )LD(
)0 2 220 H()WB 882 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 866 1 A()BD(isInitialized)ES()866 0 TN TL()Ec /AF f D(\201\202
  )DD(  Reports the initialized state of the key.
  )DT(  o  )WB( )0 872 1 A()BD(setDP1)ES()872 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the value of the DP1 parameter.
  )DT(  o  )WB( )0 874 1 A()BD(setDQ1)ES()874 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the value of the DQ1 key.
  )DT(  o  )WB( )0 868 1 A()BD(setP)ES()868 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the value of the P parameter.
  )DT(  o  )WB( )0 876 1 A()BD(setPQ)ES()876 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the value of the PQ parameter.
  )DT(  o  )WB( )0 870 1 A()BD(setQ)ES()870 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the value of the Q parameter.
  )DT(  o  )WB( )0 878 1 A()BD(sign)ES()878 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Signs data using this key.)LD(
)WB 862 Sn()EA(
)0 2 221 H()WB 883 Sn(  Constructors )WB()EH(
)WB 863 Sn()EA(
)WB 864 Sn( o  )WB()EA(
)BD(RSA_CRT_PrivateKey)ES(
) 1 40 PR( public RSA_CRT_PrivateKey\201short length\202)RP(
)0 DL(  )DD( Constructs a key with a specific bit length
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length of the key in bits
  )LD()LD(
)WB 865 Sn()EA(
)0 2 222 H()WB 884 Sn(  Methods )WB()EH(
)WB 866 Sn( o  )WB()EA(
)WB 867 Sn()BD(isInitialized)ES()EA(
) 1 31 PR( public boolean isInitialized\201\202)RP(
)0 DL(  )DD( Reports the initialized state of the key.  All five CRT parameter must be initialized before
 the key can be used.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if the key has been initialized.
    )DT( )BD(Overrides:)ES(
    )DD( )0 808 1 A(isInitialized)EA( in class )0 26 1 A(Key)EA(
  )LD()LD(
)WB 868 Sn( o  )WB()EA(
)WB 869 Sn()BD(setP)ES()EA(
) 3 32 PR( public void setP\201byte buffer[],
                  short offset,
                  short length\202)RP(
)0 DL(  )DD( Sets the value of the P parameter.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the parameter value begins
    )DD( length - the length of the parameter
  )LD()LD(
)WB 870 Sn( o  )WB()EA(
)WB 871 Sn()BD(setQ)ES()EA(
) 3 32 PR( public void setQ\201byte buffer[],
                  short offset,
                  short length\202)RP(
)0 DL(  )DD( Sets the value of the Q parameter.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the parameter value begins
    )DD( length - the length of the parameter
  )LD()LD(
)WB 872 Sn( o  )WB()EA(
)WB 873 Sn()BD(setDP1)ES()EA(
) 3 34 PR( public void setDP1\201byte buffer[],
                    short offset,
                    short length\202)RP(
)0 DL(  )DD( Sets the value of the DP1 parameter.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the parameter value begins
    )DD( length - the length of the parameter
  )LD()LD(
)WB 874 Sn( o  )WB()EA(
)WB 875 Sn()BD(setDQ1)ES()EA(
) 3 34 PR( public void setDQ1\201byte buffer[],
                    short offset,
                    short length\202)RP(
)0 DL(  )DD( Sets the value of the DQ1 key.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the parameter value begins
    )DD( length - the length of the parameter
  )LD()LD(
)WB 876 Sn( o  )WB()EA(
)WB 877 Sn()BD(setPQ)ES()EA(
) 3 33 PR( public void setPQ\201byte buffer[],
                   short offset,
                   short length\202)RP(
)0 DL(  )DD( Sets the value of the PQ parameter.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the parameter value begins
    )DD( length - the length of the parameter
  )LD()LD(
)WB 878 Sn( o  )WB()EA(
)WB 879 Sn()BD(sign)ES()EA(
) 5 34 PR( public void sign\201byte inBuff[],
                  short inOffset,
                  short inLength,
                  byte outBuff[],
                  short outOffset\202)RP(
)0 DL(  )DD( Signs data using this key.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer containing data to be signed
    )DD( inOffset - the offset into the input buffer
    )DD( inLength - the length
    )DD( outBuff - the output buffer, may be the same as the input buffer;
 contains the resulting signature
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 840 1 A(sign)EA( in class )0 28 1 A(PrivateKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 31 1 A(Previous)EA(  )0 30 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.RSA_PrivateKey.html) D
/Ti (Class javacardx.crypto.RSA_PrivateKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 885 Sn(
)WB 30 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 29 1 A(Previous)EA(  )0 32 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 223 H()WB 899 Sn(  Class javacardx.crypto.RSA_PrivateKey)EH(
) 9 63 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 27 1 A(javacardx.crypto.AsymKey)EA(
                   |
                   +----)0 28 1 A(javacardx.crypto.PrivateKey)EA(
                           |
                           +----javacardx.crypto.RSA_PrivateKey)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(RSA_PrivateKey)ES(
  )DT( extends )0 28 1 A(PrivateKey)EA()LD(
The RSA_PrivateKey class is used to sign data using the RSA algorithm
 in its modulus/exponent form.
 )0 P()0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 32 1 A(RSA_PublicKey)EA(, )0 29 1 A(RSA_CRT_PrivateKey)EA()LD(
)2 1 1 HR()WB 886 Sn()EA(
)0 2 224 H()WB 900 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 889 1 A()BD(RSA_PrivateKey)ES()889 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Constructs a key with a specific bit length
 )LD(
)0 2 225 H()WB 901 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 891 1 A()BD(isInitialized)ES()891 0 TN TL()Ec /AF f D(\201\202
  )DD(  Reports the initialized state of the key.
  )DT(  o  )WB( )0 895 1 A()BD(setExponent)ES()895 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the exponent value of the key.
  )DT(  o  )WB( )0 893 1 A()BD(setModulus)ES()893 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the modulus value of the key.
  )DT(  o  )WB( )0 897 1 A()BD(sign)ES()897 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Signs data using this key.)LD(
)WB 887 Sn()EA(
)0 2 226 H()WB 902 Sn(  Constructors )WB()EH(
)WB 888 Sn()EA(
)WB 889 Sn( o  )WB()EA(
)BD(RSA_PrivateKey)ES(
) 1 36 PR( public RSA_PrivateKey\201short length\202)RP(
)0 DL(  )DD( Constructs a key with a specific bit length
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length of the key in bits
  )LD()LD(
)WB 890 Sn()EA(
)0 2 227 H()WB 903 Sn(  Methods )WB()EH(
)WB 891 Sn( o  )WB()EA(
)WB 892 Sn()BD(isInitialized)ES()EA(
) 1 31 PR( public boolean isInitialized\201\202)RP(
)0 DL(  )DD( Reports the initialized state of the key.  All five CRT parameter must be initialized before
 the key can be used.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if the key has been initialized.
    )DT( )BD(Overrides:)ES(
    )DD( )0 808 1 A(isInitialized)EA( in class )0 26 1 A(Key)EA(
  )LD()LD(
)WB 893 Sn( o  )WB()EA(
)WB 894 Sn()BD(setModulus)ES()EA(
) 3 38 PR( public void setModulus\201byte buffer[],
                        short offset,
                        short length\202)RP(
)0 DL(  )DD( Sets the modulus value of the key.  When both the modulus and exponent are set the key is
 initialized and ready for use.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which modulus value begins
    )DD( length - the length of the modulus
  )LD()LD(
)WB 895 Sn( o  )WB()EA(
)WB 896 Sn()BD(setExponent)ES()EA(
) 3 39 PR( public void setExponent\201byte buffer[],
                         short offset,
                         short length\202)RP(
)0 DL(  )DD( Sets the exponent value of the key.  When both the modulus and exponent are set the key is
 initialized and ready for use.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the exponent value begins
    )DD( length - the length of the exponent
  )LD()LD(
)WB 897 Sn( o  )WB()EA(
)WB 898 Sn()BD(sign)ES()EA(
) 5 34 PR( public void sign\201byte inBuff[],
                  short inOffset,
                  short inLength,
                  byte outBuff[],
                  short outOffset\202)RP(
)0 DL(  )DD( Signs data using this key.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer containing data to be signed
    )DD( inOffset - the offset into the input buffer
    )DD( inLength - the length
    )DD( outBuff - the output buffer, may be the same as the input buffer;
 contains the resulting signature
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 840 1 A(sign)EA( in class )0 28 1 A(PrivateKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 29 1 A(Previous)EA(  )0 32 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.RSA_PublicKey.html) D
/Ti (Class javacardx.crypto.RSA_PublicKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 904 Sn(
)WB 32 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 30 1 A(Previous)EA(  )0 43 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 228 H()WB 918 Sn(  Class javacardx.crypto.RSA_PublicKey)EH(
) 9 62 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 27 1 A(javacardx.crypto.AsymKey)EA(
                   |
                   +----)0 31 1 A(javacardx.crypto.PublicKey)EA(
                           |
                           +----javacardx.crypto.RSA_PublicKey)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(RSA_PublicKey)ES(
  )DT( extends )0 31 1 A(PublicKey)EA()LD(
The RSA_PublicKey is used to verify signatures on signed data using the RSA algorithm in its modulus/exponent form.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( RSA_CRT_Key)LD(
)2 1 1 HR()WB 905 Sn()EA(
)0 2 229 H()WB 919 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 908 1 A()BD(RSA_PublicKey)ES()908 0 TN TL()Ec /AF f D(\201short\202
  )DD(  Creates an empty key with a specific bit length.)LD(
)0 2 230 H()WB 920 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 910 1 A()BD(isInitialized)ES()910 0 TN TL()Ec /AF f D(\201\202
  )DD(  Reports the initialized state of the key.
  )DT(  o  )WB( )0 914 1 A()BD(setExponent)ES()914 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the exponent value of the key.
  )DT(  o  )WB( )0 912 1 A()BD(setModulus)ES()912 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Sets the modulus value of the key.
  )DT(  o  )WB( )0 916 1 A()BD(verify)ES()916 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short, short\202
  )DD(  Verifies signed data using this key.)LD(
)WB 906 Sn()EA(
)0 2 231 H()WB 921 Sn(  Constructors )WB()EH(
)WB 907 Sn()EA(
)WB 908 Sn( o  )WB()EA(
)BD(RSA_PublicKey)ES(
) 1 35 PR( public RSA_PublicKey\201short length\202)RP(
)0 DL(  )DD( Creates an empty key with a specific bit length.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( length - the length in bits
  )LD()LD(
)WB 909 Sn()EA(
)0 2 232 H()WB 922 Sn(  Methods )WB()EH(
)WB 910 Sn( o  )WB()EA(
)WB 911 Sn()BD(isInitialized)ES()EA(
) 1 31 PR( public boolean isInitialized\201\202)RP(
)0 DL(  )DD( Reports the initialized state of the key.  Both the modulus and exponent must be initialized before
 the key can be used.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( true if the key has been initialized.
    )DT( )BD(Overrides:)ES(
    )DD( )0 808 1 A(isInitialized)EA( in class )0 26 1 A(Key)EA(
  )LD()LD(
)WB 912 Sn( o  )WB()EA(
)WB 913 Sn()BD(setModulus)ES()EA(
) 3 38 PR( public void setModulus\201byte buffer[],
                        short offset,
                        short length\202)RP(
)0 DL(  )DD( Sets the modulus value of the key.  When both the modulus and exponent are set the key is
 initialized and ready for use.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which modulus value begins
    )DD( length - the length of the modulus
  )LD()LD(
)WB 914 Sn( o  )WB()EA(
)WB 915 Sn()BD(setExponent)ES()EA(
) 3 39 PR( public void setExponent\201byte buffer[],
                         short offset,
                         short length\202)RP(
)0 DL(  )DD( Sets the exponent value of the key.  When both the modulus and exponent are set the key is
 initialized and ready for use.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer at which the exponent value begins
    )DD( length - the length of the exponent
  )LD()LD(
)WB 916 Sn( o  )WB()EA(
)WB 917 Sn()BD(verify)ES()EA(
) 6 41 PR( public boolean verify\201byte msgDigest[],
                       short msgOffset,
                       short msgLength,
                       byte signedData[],
                       short signOffset,
                       short signLength\202)RP(
)0 DL(  )DD( Verifies signed data using this key.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( msgDigest - the buffer containing the hash result.
    )DD( msgOffset - the offset into the hash result buffer
    )DD( msgLength - the length of the hash
    )DD( signedData - the buffer containing the signed data.
    )DD( signOffset - the offset into the signed data buffer
    )DD( signLength - the of the signed data buffer
    )DT( )BD(Returns:)ES(
    )DD( true if the data is properly signed.
    )DT( )BD(Overrides:)ES(
    )DD( )0 853 1 A(verify)EA( in class )0 31 1 A(PublicKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 30 1 A(Previous)EA(  )0 43 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.RandomData.html) D
/Ti (Class javacardx.crypto.RandomData) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 923 Sn(
)WB 43 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 32 1 A(Previous)EA(  )0 39 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 233 H()WB 933 Sn(  Class javacardx.crypto.RandomData)EH(
) 3 35 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----javacardx.crypto.RandomData)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(RandomData)ES(
  )DT( extends )0 13 1 A(Object)EA()LD(
The RandomData class provides a source of \201psuedo\202 randomness.
)0 P()2 1 1 HR()WB 924 Sn()EA(
)0 2 234 H()WB 934 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 927 1 A()BD(RandomData)ES()927 0 TN TL()Ec /AF f D(\201\202
  )DD( )LD(
)0 2 235 H()WB 935 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 929 1 A()BD(generateData)ES()929 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Generates random data.
  )DT(  o  )WB( )0 931 1 A()BD(setSeed)ES()931 0 TN TL()Ec /AF f D(\201byte[], short, short\202
  )DD(  Seeds the random data generator.)LD(
)WB 925 Sn()EA(
)0 2 236 H()WB 936 Sn(  Constructors )WB()EH(
)WB 926 Sn()EA(
)WB 927 Sn( o  )WB()EA(
)BD(RandomData)ES(
) 1 20 PR( public RandomData\201\202)RP(
)WB 928 Sn()EA(
)0 2 237 H()WB 937 Sn(  Methods )WB()EH(
)WB 929 Sn( o  )WB()EA(
)WB 930 Sn()BD(generateData)ES()EA(
) 3 47 PR( public static void generateData\201byte buffer[],
                                 short offset,
                                 short length\202)RP(
)0 DL(  )DD( Generates random data.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the output buffer
    )DD( offset - the offset into the output buffer
    )DD( length - the length of random data to generate
  )LD()LD(
)WB 931 Sn( o  )WB()EA(
)WB 932 Sn()BD(setSeed)ES()EA(
) 3 42 PR( public static void setSeed\201byte buffer[],
                            short offset,
                            short length\202)RP(
)0 DL(  )DD( Seeds the random data generator.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buffer - the input buffer
    )DD( offset - the offset into the input buffer
    )DD( length - the length of the seed data
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 32 1 A(Previous)EA(  )0 39 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.Sha1MessageDigest.html) D
/Ti (Class javacardx.crypto.Sha1MessageDigest) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 938 Sn(
)WB 39 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 43 1 A(Previous)EA(  )0 33 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 238 H()WB 946 Sn(  Class javacardx.crypto.Sha1MessageDigest)EH(
) 5 50 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 38 1 A(javacardx.crypto.MessageDigest)EA(
           |
           +----javacardx.crypto.Sha1MessageDigest)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(Sha1MessageDigest)ES(
  )DT( extends )0 38 1 A(MessageDigest)EA()LD(
The Sha1MessageDigest class implements the SHA1 algorithm.
)0 P()2 1 1 HR()WB 939 Sn()EA(
)0 2 239 H()WB 947 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 942 1 A()BD(Sha1MessageDigest)ES()942 0 TN TL()Ec /AF f D(\201\202
  )DD(   Creates a Sha1MessageDigest object with a block size of 64 bytes and a
 resulting hash value size of 20 bytes.)LD(
)0 2 240 H()WB 948 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 944 1 A()BD(generateDigest)ES()944 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  generates a hash of the input data using the SHA1 algorithm.)LD(
)WB 940 Sn()EA(
)0 2 241 H()WB 949 Sn(  Constructors )WB()EH(
)WB 941 Sn()EA(
)WB 942 Sn( o  )WB()EA(
)BD(Sha1MessageDigest)ES(
) 1 27 PR( public Sha1MessageDigest\201\202)RP(
)0 DL(  )DD( Creates a Sha1MessageDigest object with a block size of 64 bytes and a
 resulting hash value size of 20 bytes.
)0 P()LD(
)WB 943 Sn()EA(
)0 2 242 H()WB 950 Sn(  Methods )WB()EH(
)WB 944 Sn( o  )WB()EA(
)WB 945 Sn()BD(generateDigest)ES()EA(
) 5 44 PR( public void generateDigest\201byte inBuff[],
                            short inOffset,
                            short inLength,
                            byte outBuff[],
                            short outOffset\202)RP(
)0 DL(  )DD( generates a hash of the input data using the SHA1 algorithm.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer of data to be hashed
    )DD( inOffset - the offset into the input buffer at which to begin hash generation
    )DD( inLength - the length to hash
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer where the resulting hash value begins
    )DT( )BD(Overrides:)ES(
    )DD( )0 827 1 A(generateDigest)EA( in class )0 38 1 A(MessageDigest)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 43 1 A(Previous)EA(  )0 33 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.crypto.SymKey.html) D
/Ti (Class javacardx.crypto.SymKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 951 Sn(
)WB 33 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 39 1 A(Previous)EA(  )0 6 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 243 H()WB 975 Sn(  Class javacardx.crypto.SymKey)EH(
) 5 39 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----javacardx.crypto.SymKey)RP(
)2 1 1 HR()0 DL(  )DT( public abstract class )BD(SymKey)ES(
  )DT( extends )0 26 1 A(Key)EA()LD(
The SymKey class is the base class for keys used in symetric alogrightms \201e.g. DES\202.
 A key in this class supports two modes of operation, ECB and CBC, and can be used to
 generate and verify MACs as well as decrypt and optionally encrypt.
)0 P()2 1 1 HR()WB 952 Sn()EA(
)0 2 244 H()WB 976 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 955 1 A()BD(SymKey)ES()955 0 TN TL()Ec /AF f D(\201short, short\202
  )DD(  Constructs a symmetric key object of known block size and key size.)LD(
)0 2 245 H()WB 977 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 965 1 A()BD(clearICV)ES()965 0 TN TL()Ec /AF f D(\201\202
  )DD(  Clears the initial chaining vector used in CBC mode operations.
  )DT(  o  )WB( )0 775 1 A()BD(decryptCBC)ES()775 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Decrypts data using this key in CBC mode.
  )DT(  o  )WB( )0 774 1 A()BD(decryptECB)ES()774 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Decrypts data using this key in ECB mode.
  )DT(  o  )WB( )0 969 1 A()BD(encryptCBC)ES()969 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Encrypts data using this key in CBC mode.
  )DT(  o  )WB( )0 967 1 A()BD(encryptECB)ES()967 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Encrypts data using this key in ECB mode.
  )DT(  o  )WB( )0 776 1 A()BD(generateMAC)ES()776 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short, byte\202
  )DD(  Generates a MAC using decryption in CBC mode.
  )DT(  o  )WB( )0 959 1 A()BD(getBlockSize)ES()959 0 TN TL()Ec /AF f D(\201\202
  )DD(  Gets the block size used by the algorithm associated with this key.
  )DT(  o  )WB( )0 961 1 A()BD(getKeyLength)ES()961 0 TN TL()Ec /AF f D(\201\202
  )DD(  Gets the length of the key.
  )DT(  o  )WB( )0 963 1 A()BD(setICV)ES()963 0 TN TL()Ec /AF f D(\201byte[], short\202
  )DD(  Sets the initial chaining vector used in CBC mode operations.
  )DT(  o  )WB( )0 957 1 A()BD(setKey)ES()957 0 TN TL()Ec /AF f D(\201byte[], short\202
  )DD(  Initializes a key from raw key data bytes.
  )DT(  o  )WB( )0 777 1 A()BD(verifyMAC)ES()777 0 TN TL()Ec /AF f D(\201byte[], short, byte, byte[], short, short\202
  )DD(  Verifies signed data using decryption in CBC mode.)LD(
)WB 953 Sn()EA(
)0 2 246 H()WB 978 Sn(  Constructors )WB()EH(
)WB 954 Sn()EA(
)WB 955 Sn( o  )WB()EA(
)BD(SymKey)ES(
) 2 34 PR( public SymKey\201short theBlocksize,
               short theKeyLength\202)RP(
)0 DL(  )DD( Constructs a symmetric key object of known block size and key size.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( theBlocksize - the size in bytes of the blocks of data processed
 by the symmetric key algorithm.
    )DD( theKeyLength - the size in bytes of the key data
  )LD()LD(
)WB 956 Sn()EA(
)0 2 247 H()WB 979 Sn(  Methods )WB()EH(
)WB 957 Sn( o  )WB()EA(
)WB 958 Sn()BD(setKey)ES()EA(
) 2 33 PR( public void setKey\201byte buff[],
                    short offset\202)RP(
)0 DL(  )DD( Initializes a key from raw key data bytes.  After initialization )SM(isInitialized\201\202)ES(
 returns true.  The length of the data in )SM(buff)ES( is the equal to )SM(keyLength\201\202)ES(.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buff - the input buffer
    )DD( offset - the offset into the input buffer at which the key data begins
  )LD()LD(
)WB 959 Sn( o  )WB()EA(
)WB 960 Sn()BD(getBlockSize)ES()EA(
) 1 28 PR( public short getBlockSize\201\202)RP(
)0 DL(  )DD( Gets the block size used by the algorithm associated with this key.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the block size in bytes
  )LD()LD(
)WB 961 Sn( o  )WB()EA(
)WB 962 Sn()BD(getKeyLength)ES()EA(
) 1 28 PR( public short getKeyLength\201\202)RP(
)0 DL(  )DD( Gets the length of the key.
)0 P(  )DD()0 DL(    )DT( )BD(Returns:)ES(
    )DD( the key length in bytes
  )LD()LD(
)WB 963 Sn( o  )WB()EA(
)WB 964 Sn()BD(setICV)ES()EA(
) 2 33 PR( public void setICV\201byte buff[],
                    short offset\202)RP(
)0 DL(  )DD( Sets the initial chaining vector used in CBC mode operations.  The ICV is one block size \201)SM(blockSize\201\202)ES(\202
 in length.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( buff - the input buffer
    )DD( offset - the offset into the input buffer at which the ICV begins
  )LD()LD(
)WB 965 Sn( o  )WB()EA(
)WB 966 Sn()BD(clearICV)ES()EA(
) 1 23 PR( public void clearICV\201\202)RP(
)0 DL(  )DD( Clears the initial chaining vector used in CBC mode operations.
)0 P()LD(
)WB 967 Sn( o  )WB()EA(
)WB 968 Sn()BD(encryptECB)ES()EA(
) 5 40 PR( public void encryptECB\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Encrypts data using this key in ECB mode.  Not all subclasses will implement this method \201in order to
 avoid import/export restrictions\202;
 the default implementation throws a CryptoException with the reason ENC_NOT_SUPPORTED.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
  )LD()LD(
)WB 969 Sn( o  )WB()EA(
)WB 970 Sn()BD(encryptCBC)ES()EA(
) 5 40 PR( public void encryptCBC\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Encrypts data using this key in CBC mode.  Not all subclasses will implement this method \201in order to
 avoid import/export restrictions\202;
 the default implementation throws a CryptoException with the reason ENC_NOT_SUPPORTED.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
  )LD()LD(
)WB 774 Sn( o  )WB()EA(
)WB 971 Sn()BD(decryptECB)ES()EA(
) 5 49 PR( public abstract void decryptECB\201byte inBuff[],
                                 short inOffset,
                                 short inLength,
                                 byte outBuff[],
                                 short outOffset\202)RP(
)0 DL(  )DD( Decrypts data using this key in ECB mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin decryption
    )DD( inLength - the length to decrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
  )LD()LD(
)WB 775 Sn( o  )WB()EA(
)WB 972 Sn()BD(decryptCBC)ES()EA(
) 5 49 PR( public abstract void decryptCBC\201byte inBuff[],
                                 short inOffset,
                                 short inLength,
                                 byte outBuff[],
                                 short outOffset\202)RP(
)0 DL(  )DD( Decrypts data using this key in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin decryption
    )DD( inLength - the length to decrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
  )LD()LD(
)WB 776 Sn( o  )WB()EA(
)WB 973 Sn()BD(generateMAC)ES()EA(
) 6 50 PR( public abstract void generateMAC\201byte inBuff[],
                                  short inOffset,
                                  short inLength,
                                  byte outBuff[],
                                  short outOffset,
                                  byte outLength\202)RP(
)0 DL(  )DD( Generates a MAC using decryption in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DD( outLength - the length of the MAC to generate
  )LD()LD(
)WB 777 Sn( o  )WB()EA(
)WB 974 Sn()BD(verifyMAC)ES()EA(
) 6 52 PR( public abstract boolean verifyMAC\201byte macBuffer[],
                                   short macOffset,
                                   byte macLength,
                                   byte inData[],
                                   short inOffset,
                                   short inLength\202)RP(
)0 DL(  )DD( Verifies signed data using decryption in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( macBuffer - the buffer containing the MAC to verify.
    )DD( macOffset - the offset into the MAC buffer
    )DD( macLength - the length of the MAC
    )DD( inData - the buffer containing the input data.
    )DD( inOffset - the offset into the input data buffer
    )DD( inLength - the length of the input data buffer
    )DT( )BD(Returns:)ES(
    )DD( true if the data if the given MAC is verified, false otherwise.
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 6 1 A(This Package)EA(  )0 39 1 A(Previous)EA(  )0 6 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (Package-javacardx.cryptoEnc.html) D
/Ti (Package javacardx.cryptoEnc) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 7 Sn(
)WB 980 Sn()EA(
) 1 36 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 248 H()WB 981 Sn(  package javacardx.cryptoEnc)EH(
)0 2 249 H()WB 982 Sn(  Class Index )WB()EH(
)UL(  )-1 LI( )0 35 1 A(DES3_EncKey)EA(
  )-1 LI( )0 37 1 A(DES_EncKey)EA()LU(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.cryptoEnc.DES3_EncKey.html) D
/Ti (Class javacardx.cryptoEnc.DES3_EncKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 983 Sn(
)WB 35 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 7 1 A(This Package)EA(  )0 7 1 A(Previous)EA(  )0 37 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 250 H()WB 993 Sn(  Class javacardx.cryptoEnc.DES3_EncKey)EH(
) 9 63 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 33 1 A(javacardx.crypto.SymKey)EA(
                   |
                   +----)0 34 1 A(javacardx.crypto.DES3_Key)EA(
                           |
                           +----javacardx.cryptoEnc.DES3_EncKey)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(DES3_EncKey)ES(
  )DT( extends )0 34 1 A(DES3_Key)EA()LD(
DES3_EncKey extends DES3_Key by adding encryption functionality
)0 P( DES operates on a block size of 8 bytes and all input parameters to these
 methods are expected to be multiples of 8 bytes.  In each case the caller
 is responisble for padding the input.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 36 1 A(DES_Key)EA(, )0 37 1 A(DES_EncKey)EA(, )0 34 1 A(DES3_Key)EA()LD(
)2 1 1 HR()WB 984 Sn()EA(
)0 2 251 H()WB 994 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 987 1 A()BD(DES3_EncKey)ES()987 0 TN TL()Ec /AF f D(\201\202
  )DD(  Creates a key for triple DES operation with a block size of 8 bytes and
 a key length of 16 bytes.)LD(
)0 2 252 H()WB 995 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 991 1 A()BD(encryptCBC)ES()991 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Encrypts data using this key with triple DES in CBC mode.
  )DT(  o  )WB( )0 989 1 A()BD(encryptECB)ES()989 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Encrypts data using this key with triple DES in ECB mode.)LD(
)WB 985 Sn()EA(
)0 2 253 H()WB 996 Sn(  Constructors )WB()EH(
)WB 986 Sn()EA(
)WB 987 Sn( o  )WB()EA(
)BD(DES3_EncKey)ES(
) 1 21 PR( public DES3_EncKey\201\202)RP(
)0 DL(  )DD( Creates a key for triple DES operation with a block size of 8 bytes and
 a key length of 16 bytes.
)0 P()LD(
)WB 988 Sn()EA(
)0 2 254 H()WB 997 Sn(  Methods )WB()EH(
)WB 989 Sn( o  )WB()EA(
)WB 990 Sn()BD(encryptECB)ES()EA(
) 5 40 PR( public void encryptECB\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Encrypts data using this key with triple DES in ECB mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 967 1 A(encryptECB)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 991 Sn( o  )WB()EA(
)WB 992 Sn()BD(encryptCBC)ES()EA(
) 5 40 PR( public void encryptCBC\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Encrypts data using this key with triple DES in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 969 1 A(encryptCBC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 7 1 A(This Package)EA(  )0 7 1 A(Previous)EA(  )0 37 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (javacardx.cryptoEnc.DES_EncKey.html) D
/Ti (Class javacardx.cryptoEnc.DES_EncKey) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 998 Sn(
)WB 37 Sn()EA(
) 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 7 1 A(This Package)EA(  )0 35 1 A(Previous)EA(  )0 7 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)2 1 1 HR()0 1 255 H()WB 1008 Sn(  Class javacardx.cryptoEnc.DES_EncKey)EH(
) 9 62 PR()0 13 1 A(java.lang.Object)EA(
   |
   +----)0 26 1 A(javacardx.crypto.Key)EA(
           |
           +----)0 33 1 A(javacardx.crypto.SymKey)EA(
                   |
                   +----)0 36 1 A(javacardx.crypto.DES_Key)EA(
                           |
                           +----javacardx.cryptoEnc.DES_EncKey)RP(
)2 1 1 HR()0 DL(  )DT( public class )BD(DES_EncKey)ES(
  )DT( extends )0 36 1 A(DES_Key)EA()LD(
DES_EncKey extends DES_Key by adding encryption functionality.
)0 P( DES operates on a block size of 8 bytes and all input parameters to these
 methods are expected to be multiples of 8 bytes.  In each case the caller
 is responisble for padding the input.
)0 P()0 DL(    )DT( )BD(See Also:)ES(
    )DD( )0 36 1 A(DES_Key)EA(, )0 34 1 A(DES3_Key)EA(, )0 35 1 A(DES3_EncKey)EA()LD(
)2 1 1 HR()WB 999 Sn()EA(
)0 2 256 H()WB 1009 Sn(  Constructor Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 1002 1 A()BD(DES_EncKey)ES()1002 0 TN TL()Ec /AF f D(\201\202
  )DD(  Creates a key for single DES operation with a block size of 8 bytes and
 a key length of 8 bytes.)LD(
)0 2 257 H()WB 1010 Sn(  Method Index )WB()EH(
)0 DL(  )DT(  o  )WB( )0 1006 1 A()BD(encryptCBC)ES()1006 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Encrypts data using this key with single DES in CBC mode.
  )DT(  o  )WB( )0 1004 1 A()BD(encryptECB)ES()1004 0 TN TL()Ec /AF f D(\201byte[], short, short, byte[], short\202
  )DD(  Encrypts data using this key with single DES in ECB mode.)LD(
)WB 1000 Sn()EA(
)0 2 258 H()WB 1011 Sn(  Constructors )WB()EH(
)WB 1001 Sn()EA(
)WB 1002 Sn( o  )WB()EA(
)BD(DES_EncKey)ES(
) 1 20 PR( public DES_EncKey\201\202)RP(
)0 DL(  )DD( Creates a key for single DES operation with a block size of 8 bytes and
 a key length of 8 bytes.
)0 P()LD(
)WB 1003 Sn()EA(
)0 2 259 H()WB 1012 Sn(  Methods )WB()EH(
)WB 1004 Sn( o  )WB()EA(
)WB 1005 Sn()BD(encryptECB)ES()EA(
) 5 40 PR( public void encryptECB\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Encrypts data using this key with single DES in ECB mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 967 1 A(encryptECB)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)WB 1006 Sn( o  )WB()EA(
)WB 1007 Sn()BD(encryptCBC)ES()EA(
) 5 40 PR( public void encryptCBC\201byte inBuff[],
                        short inOffset,
                        short inLength,
                        byte outBuff[],
                        short outOffset\202)RP(
)0 DL(  )DD( Encrypts data using this key with single DES in CBC mode.
)0 P(  )DD()0 DL(    )DT( )BD(Parameters:)ES(
    )DD( inBuff - the input buffer
    )DD( inOffset - the offset into the input buffer at which to begin encryption
    )DD( inLength - the length to encrypt
    )DD( outBuff - the output buffer, may be the same as the input buffer
    )DD( outOffset - the offset into the output buffer
    )DT( )BD(Overrides:)ES(
    )DD( )0 969 1 A(encryptCBC)EA( in class )0 33 1 A(SymKey)EA(
  )LD()LD(
)2 1 1 HR() 1 66 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA(  )0 7 1 A(This Package)EA(  )0 35 1 A(Previous)EA(  )0 7 1 A(Next)EA(  )0 3 1 A(Index)EA()RP(
)WB NL
/Cb Db D /Ct [16#00 16#00 16#00] D /Cl [16#00 16#00 16#00] D /CL -1 D Ct Sc
DS
/Ba f D /BO 0 D Bs
/UR (AllNames.html) D
/Ti (Index of all Fields and Methods) D
/Au () D
/Df f D


0 BO R
()3 Sl()WB 3 Sn(
)WB 1013 Sn()EA(
) 1 29 PR()0 0 1 A(All Packages)EA(  )0 2 1 A(Class Hierarchy)EA()RP()2 1 1 HR()0 1014 1 A(A)1014 0 TN TL()Ec /AF f D(
)0 1015 1 A(B)1015 0 TN TL()Ec /AF f D(
)0 1016 1 A(C)1016 0 TN TL()Ec /AF f D(
)0 1017 1 A(D)1017 0 TN TL()Ec /AF f D(
)0 1018 1 A(E)1018 0 TN TL()Ec /AF f D(
)0 1019 1 A(F)1019 0 TN TL()Ec /AF f D(
)0 1020 1 A(G)1020 0 TN TL()Ec /AF f D(
)0 1021 1 A(H)1021 0 TN TL()Ec /AF f D(
)0 1022 1 A(I)1022 0 TN TL()Ec /AF f D(
)0 1023 1 A(J)1023 0 TN TL()Ec /AF f D(
)0 1024 1 A(K)1024 0 TN TL()Ec /AF f D(
)0 1025 1 A(L)1025 0 TN TL()Ec /AF f D(
)0 1026 1 A(M)1026 0 TN TL()Ec /AF f D(
)0 1027 1 A(N)1027 0 TN TL()Ec /AF f D(
)0 1028 1 A(O)1028 0 TN TL()Ec /AF f D(
)0 1029 1 A(P)1029 0 TN TL()Ec /AF f D(
)0 1030 1 A(Q)1030 0 TN TL()Ec /AF f D(
)0 1031 1 A(R)1031 0 TN TL()Ec /AF f D(
)0 1032 1 A(S)1032 0 TN TL()Ec /AF f D(
)0 1033 1 A(T)1033 0 TN TL()Ec /AF f D(
)0 1034 1 A(U)1034 0 TN TL()Ec /AF f D(
)0 1035 1 A(V)1035 0 TN TL()Ec /AF f D(
)0 1036 1 A(W)1036 0 TN TL()Ec /AF f D(
)0 1037 1 A(X)1037 0 TN TL()Ec /AF f D(
)0 1038 1 A(Y)1038 0 TN TL()Ec /AF f D(
)0 1039 1 A(Z)1039 0 TN TL()Ec /AF f D(

)2 1 1 HR()0 1 260 H()WB 1040 Sn(  Index of all Fields and Methods)EH(
)WB 1014 Sn()EA(
)0 2 261 H()WB 1041 Sn()WB 1014 Sn()BD( A )ES()EA()EH(
)0 DL(  )DT(  )0 423 1 A()BD(abortTransaction)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Aborts the atomic transaction.
  )DT(  )0 589 1 A()BD(ACCESS_READ)ES()EA(.
Static variable in class javacardx.framework.)0 17 1 A(File)EA(
  )DD( read access attribute
  )DT(  )0 590 1 A()BD(ACCESS_WRITE)ES()EA(.
Static variable in class javacardx.framework.)0 17 1 A(File)EA(
  )DD( write access attribute
  )DT(  )0 569 1 A()BD(addChildFile)ES()EA(\201File\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Add \201append\202 a new child file to this DedicatedFile.
  )DT(  )0 529 1 A()BD(addRecord)ES()EA(\201byte[]\202.
Method in class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Not allowed for cyclic files.
  )DT(  )0 535 1 A()BD(addRecord)ES()EA(\201byte[]\202.
Method in class javacardx.framework.)0 22 1 A(LinearFixedFile)EA(
  )DD(  Add \201append\202 a new record to the file.
  )DT(  )0 679 1 A()BD(addRecord)ES()EA(\201byte[]\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Add \201append\202 a new record to the file.
  )DT(  )0 531 1 A()BD(addRecord)ES()EA(\201short\202.
Method in class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Not allowed for cyclic files.
  )DT(  )0 536 1 A()BD(addRecord)ES()EA(\201short\202.
Method in class javacardx.framework.)0 22 1 A(LinearFixedFile)EA(
  )DD(  Add \201append\202 a new record to the file.
  )DT(  )0 680 1 A()BD(addRecord)ES()EA(\201short\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Add \201append\202 a new record to the file.
  )DT(  )0 591 1 A()BD(ALLOW_ANY)ES()EA(.
Static variable in class javacardx.framework.)0 17 1 A(File)EA(
  )DD( allow any access
  )DT(  )0 592 1 A()BD(ALLOW_AUTH1)ES()EA(.
Static variable in class javacardx.framework.)0 17 1 A(File)EA(
  )DD( allow access if AUTH1 flag in FileSystem is true
  )DT(  )0 593 1 A()BD(ALLOW_AUTH2)ES()EA(.
Static variable in class javacardx.framework.)0 17 1 A(File)EA(
  )DD( allow access if AUTH2 flag in FileSystem is true
  )DT(  )0 594 1 A()BD(ALLOW_NONE)ES()EA(.
Static variable in class javacardx.framework.)0 17 1 A(File)EA(
  )DD( allow no external access
  )DT(  )0 443 1 A()BD(ALREADY_TRANSIENT)ES()EA(.
Static variable in class javacard.framework.)0 60 1 A(SystemException)EA(
  )DD( 
  )DT(  )0 244 1 A()BD(APDUException)ES()EA(\201short\202.
Constructor for class javacard.framework.)0 48 1 A(APDUException)EA(
  )DD(  Constructs an APDUException.
  )DT(  )0 661 1 A()BD(appendRecord)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles APPEND RECORD command APDU as specified by ISO 7816-4.
  )DT(  )0 259 1 A()BD(Applet)ES()EA(\201\202.
Constructor for class javacard.framework.)0 16 1 A(Applet)EA(
  )DD( 
  )DT(  )0 73 1 A()BD(ArithmeticException)ES()EA(\201short\202.
Constructor for class java.lang.)0 49 1 A(ArithmeticException)EA(
  )DD(  Constructs an ArithmeticException with the specified reason.
  )DT(  )0 501 1 A()BD(arrayCompare)ES()EA(\201byte[], short, byte[], short, short\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Compares an array from the specified source array,
 beginning at the specified position,
 with the specified position of the destination array from left to right.
  )DT(  )0 495 1 A()BD(arrayCopy)ES()EA(\201byte[], short, byte[], short, short\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Copies an array from the specified source array,
 beginning at the specified position,
 to the specified position of the destination array.
  )DT(  )0 497 1 A()BD(arrayCopyNonAtomic)ES()EA(\201byte[], short, byte[], short, short\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Copies an array from the specified source array,
 beginning at the specified position,
 to the specified position of the destination array \201non-atomically\202.
  )DT(  )0 499 1 A()BD(arrayFillNonAtomic)ES()EA(\201byte[], byte\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Fills the byte array \201non-atomically\202 with the specified value.
  )DT(  )0 81 1 A()BD(ArrayIndexOutOfBoundsException)ES()EA(\201short\202.
Constructor for class java.lang.)0 55 1 A(ArrayIndexOutOfBoundsException)EA(
  )DD(  Constructs an ArrayIndexOutOfBoundsException with the specified reason.
  )DT(  )0 89 1 A()BD(ArrayStoreException)ES()EA(\201short\202.
Constructor for class java.lang.)0 50 1 A(ArrayStoreException)EA(
  )DD(  Constructs an ArrayStoreException with the specified reason.
  )DT(  )0 733 1 A()BD(AsymKey)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 27 1 A(AsymKey)EA(
  )DD(  Constructs an asymmetric key with a specific bit length
 )LD(
)WB 1015 Sn()EA(
)2 1 1 HR()0 2 262 H()WB 1042 Sn()WB 1015 Sn()BD( B )ES()EA()EH(
)0 DL(  )DT(  )0 240 1 A()BD(BAD_LENGTH)ES()EA(.
Static variable in class javacard.framework.)0 48 1 A(APDUException)EA(
  )DD( 
  )DT(  )0 421 1 A()BD(beginTransaction)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Begins an atomic transaction.
  )DT(  )0 823 1 A()BD(blockSize)ES()EA(\201\202.
Method in class javacardx.crypto.)0 38 1 A(MessageDigest)EA(
  )DD(  Gets the block size in bytes.
  )DT(  )0 239 1 A()BD(BUFFER_BOUNDS)ES()EA(.
Static variable in class javacard.framework.)0 48 1 A(APDUException)EA(
  )DD( 
  )DT(  )0 463 1 A()BD(BUFFER_FULL)ES()EA(.
Static variable in class javacard.framework.)0 61 1 A(TransactionException)EA(
  )DD( )LD(
)WB 1016 Sn()EA(
)2 1 1 HR()0 2 263 H()WB 1043 Sn()WB 1016 Sn()BD( C )ES()EA()EH(
)0 DL(  )DT(  )0 332 1 A()BD(check)ES()EA(\201byte[], short, byte\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  Compares )SM(pin)ES( against the PIN value.
  )DT(  )0 343 1 A()BD(check)ES()EA(\201byte[], short, byte\202.
Method in class javacard.framework.)0 40 1 A(PIN)EA(
  )DD(  Compares )SM(pin)ES( against the PIN value.
  )DT(  )0 391 1 A()BD(check)ES()EA(\201byte[], short, byte\202.
Method in class javacard.framework.)0 42 1 A(ProxyPIN)EA(
  )DD(  Compares )SM(pin)ES( against the PIN value.
  )DT(  )0 97 1 A()BD(ClassCastException)ES()EA(\201short\202.
Constructor for class java.lang.)0 51 1 A(ClassCastException)EA(
  )DD(  Constructs a ClassCastException with the specified reason.
  )DT(  )0 965 1 A()BD(clearICV)ES()EA(\201\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Clears the initial chaining vector used in CBC mode operations.
  )DT(  )0 810 1 A()BD(clearKey)ES()EA(\201\202.
Method in class javacardx.crypto.)0 26 1 A(Key)EA(
  )DD(  Clears the key and sets its initialized state to false.
  )DT(  )0 425 1 A()BD(commitTransaction)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Commits an atomic transaction.
  )DT(  )0 200 1 A()BD(copyTo)ES()EA(\201byte[], short\202.
Method in class javacard.framework.)0 14 1 A(AID)EA(
  )DD(  Called to obtain a copy of the byte array within AID object.
  )DT(  )0 754 1 A()BD(CryptoException)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 52 1 A(CryptoException)EA(
  )DD(  Constructs a CryptoException with the specified reason.
  )DT(  )0 519 1 A()BD(CyclicFile)ES()EA(\201short, byte, byte\202.
Constructor for class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Constructor.)LD(
)WB 1017 Sn()EA(
)2 1 1 HR()0 2 264 H()WB 1044 Sn()WB 1017 Sn()BD( D )ES()EA()EH(
)0 DL(  )DT(  )0 768 1 A()BD(decryptCBC)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 34 1 A(DES3_Key)EA(
  )DD(  Decrypts data using triple DES in CBC mode.
  )DT(  )0 791 1 A()BD(decryptCBC)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 36 1 A(DES_Key)EA(
  )DD(  Decrypts data using single DES in CBC mode.
  )DT(  )0 775 1 A()BD(decryptCBC)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Decrypts data using this key in CBC mode.
  )DT(  )0 766 1 A()BD(decryptECB)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 34 1 A(DES3_Key)EA(
  )DD(  Decrypts data using triple DES in ECB mode.
  )DT(  )0 789 1 A()BD(decryptECB)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 36 1 A(DES_Key)EA(
  )DD(  Decrypts data using single DES in ECB mode.
  )DT(  )0 774 1 A()BD(decryptECB)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Decrypts data using this key in ECB mode.
  )DT(  )0 551 1 A()BD(DedicatedFile)ES()EA(\201short, byte[], byte\202.
Constructor for class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  
  )DT(  )0 987 1 A()BD(DES3_EncKey)ES()EA(\201\202.
Constructor for class javacardx.cryptoEnc.)0 35 1 A(DES3_EncKey)EA(
  )DD(  Creates a key for triple DES operation with a block size of 8 bytes and
 a key length of 16 bytes.
  )DT(  )0 764 1 A()BD(DES3_Key)ES()EA(\201\202.
Constructor for class javacardx.crypto.)0 34 1 A(DES3_Key)EA(
  )DD(  Creates a key for triple DES operation with a block size of 8 bytes and
 a key length of 16 bytes.
  )DT(  )0 1002 1 A()BD(DES_EncKey)ES()EA(\201\202.
Constructor for class javacardx.cryptoEnc.)0 37 1 A(DES_EncKey)EA(
  )DD(  Creates a key for single DES operation with a block size of 8 bytes and
 a key length of 8 bytes.
  )DT(  )0 787 1 A()BD(DES_Key)ES()EA(\201\202.
Constructor for class javacardx.crypto.)0 36 1 A(DES_Key)EA(
  )DD(  Creates a key for single DES operation with a block size of 8 bytes and
 a key length of 8 bytes.
  )DT(  )0 267 1 A()BD(deselect)ES()EA(\201\202.
Method in class javacard.framework.)0 16 1 A(Applet)EA(
  )DD(  Called by the JCRE to inform this currently selected applet that another \201or the same\202 applet
 will be selected.
  )DT(  )0 689 1 A()BD(DIRECTION_FIRST)ES()EA(.
Static variable in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD( Direction mode parameter used with findRecord method.
  )DT(  )0 690 1 A()BD(DIRECTION_LAST)ES()EA(.
Static variable in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD( Direction mode parameter used with findRecord method.
  )DT(  )0 691 1 A()BD(DIRECTION_NEXT)ES()EA(.
Static variable in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD( Direction mode parameter used with findRecord method.
  )DT(  )0 692 1 A()BD(DIRECTION_PREV)ES()EA(.
Static variable in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD( Direction mode parameter used with findRecord method.)LD(
)WB 1018 Sn()EA(
)2 1 1 HR()0 2 265 H()WB 1045 Sn()WB 1018 Sn()BD( E )ES()EA()EH(
)0 DL(  )DT(  )0 751 1 A()BD(ENC_NOT_SUPPORTED)ES()EA(.
Static variable in class javacardx.crypto.)0 52 1 A(CryptoException)EA(
  )DD( 
  )DT(  )0 991 1 A()BD(encryptCBC)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.cryptoEnc.)0 35 1 A(DES3_EncKey)EA(
  )DD(  Encrypts data using this key with triple DES in CBC mode.
  )DT(  )0 1006 1 A()BD(encryptCBC)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.cryptoEnc.)0 37 1 A(DES_EncKey)EA(
  )DD(  Encrypts data using this key with single DES in CBC mode.
  )DT(  )0 969 1 A()BD(encryptCBC)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Encrypts data using this key in CBC mode.
  )DT(  )0 989 1 A()BD(encryptECB)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.cryptoEnc.)0 35 1 A(DES3_EncKey)EA(
  )DD(  Encrypts data using this key with triple DES in ECB mode.
  )DT(  )0 1004 1 A()BD(encryptECB)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.cryptoEnc.)0 37 1 A(DES_EncKey)EA(
  )DD(  Encrypts data using this key with single DES in ECB mode.
  )DT(  )0 967 1 A()BD(encryptECB)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Encrypts data using this key in ECB mode.
  )DT(  )0 145 1 A()BD(equals)ES()EA(\201Object\202.
Method in class java.lang.)0 13 1 A(Object)EA(
  )DD(  Compares two Objects for equality.
  )DT(  )0 653 1 A()BD(eraseBinary)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles ERASE BINARY command APDU as specified by ISO 7816-4.
  )DT(  )0 105 1 A()BD(Exception)ES()EA(\201\202.
Constructor for class java.lang.)0 46 1 A(Exception)EA(
  )DD(  Constructs an Exception instance with reason = 0.
  )DT(  )0 106 1 A()BD(Exception)ES()EA(\201short\202.
Constructor for class java.lang.)0 46 1 A(Exception)EA(
  )DD(  Constructs an Exception instance with the specified reason.)LD(
)WB 1019 Sn()EA(
)2 1 1 HR()0 2 266 H()WB 1046 Sn()WB 1019 Sn()BD( F )ES()EA()EH(
)0 DL(  )DT(  )0 621 1 A()BD(FileSystem)ES()EA(\201byte\202.
Constructor for class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Constructs an instance of an ISO 7816-4 file system.
  )DT(  )0 545 1 A()BD(FIND_ANY)ES()EA(.
Static variable in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  )0 548 1 A()BD(FIND_CHILD)ES()EA(.
Static variable in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  )0 546 1 A()BD(FIND_CHILD_DF)ES()EA(.
Static variable in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  )0 547 1 A()BD(FIND_CHILD_EF)ES()EA(.
Static variable in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD( Selection mode parameter used with the findFile method.
  )DT(  )0 563 1 A()BD(findDedicatedFile)ES()EA(\201byte[], short, byte\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Under this DF, find the DF with the specified name.
  )DT(  )0 565 1 A()BD(findElementaryFile)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Under this DF, find the EF with the specified SFI.
  )DT(  )0 567 1 A()BD(findFile)ES()EA(\201byte, short\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  According to the findType, find the file with the specified FID.
  )DT(  )0 523 1 A()BD(findRecord)ES()EA(\201byte, byte, byte, byte\202.
Method in class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Find the record.
  )DT(  )0 533 1 A()BD(findRecord)ES()EA(\201byte, byte, byte, byte\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Find the record.)LD(
)WB 1020 Sn()EA(
)2 1 1 HR()0 2 267 H()WB 1047 Sn()WB 1020 Sn()BD( G )ES()EA()EH(
)0 DL(  )DT(  )0 747 1 A()BD(GENERAL)ES()EA(.
Static variable in class javacardx.crypto.)0 52 1 A(CryptoException)EA(
  )DD( 
  )DT(  )0 929 1 A()BD(generateData)ES()EA(\201byte[], short, short\202.
Static method in class javacardx.crypto.)0 43 1 A(RandomData)EA(
  )DD(  Generates random data.
  )DT(  )0 827 1 A()BD(generateDigest)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 38 1 A(MessageDigest)EA(
  )DD(  generates a hash of the input data.
  )DT(  )0 944 1 A()BD(generateDigest)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 39 1 A(Sha1MessageDigest)EA(
  )DD(  generates a hash of the input data using the SHA1 algorithm.
  )DT(  )0 770 1 A()BD(generateMAC)ES()EA(\201byte[], short, short, byte[], short, byte\202.
Method in class javacardx.crypto.)0 34 1 A(DES3_Key)EA(
  )DD(  Generates a MAC using triple DES decryption in CBC mode.
  )DT(  )0 793 1 A()BD(generateMAC)ES()EA(\201byte[], short, short, byte[], short, byte\202.
Method in class javacardx.crypto.)0 36 1 A(DES_Key)EA(
  )DD(  Generates a MAC using single DES decryption in CBC mode.
  )DT(  )0 776 1 A()BD(generateMAC)ES()EA(\201byte[], short, short, byte[], short, byte\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Generates a MAC using decryption in CBC mode.
  )DT(  )0 419 1 A()BD(getAID)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Returns the unique Applet Identifier \201AID\202 object associated with the
 current applet execution context.
  )DT(  )0 637 1 A()BD(getAuthFlag)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Get authorization flag.
  )DT(  )0 735 1 A()BD(getBitLength)ES()EA(\201\202.
Method in class javacardx.crypto.)0 27 1 A(AsymKey)EA(
  )DD(  Gets the length of the key in bits.
  )DT(  )0 959 1 A()BD(getBlockSize)ES()EA(\201\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Gets the block size used by the algorithm associated with this key.
  )DT(  )0 210 1 A()BD(getBuffer)ES()EA(\201\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Returns the APDU buffer byte array.
  )DT(  )0 561 1 A()BD(getChildFile)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Get the File object for the specified child file.
  )DT(  )0 625 1 A()BD(getCurrentDedicatedFile)ES()EA(\201\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Get current DF.
  )DT(  )0 629 1 A()BD(getCurrentElementaryFile)ES()EA(\201\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Get current EF.
  )DT(  )0 633 1 A()BD(getCurrentRecNum)ES()EA(\201\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Get current record number.
  )DT(  )0 718 1 A()BD(getData)ES()EA(\201\202.
Method in class javacardx.framework.)0 24 1 A(TransparentFile)EA(
  )DD(  Gets the byte array containing the data for this file.
  )DT(  )0 663 1 A()BD(getData)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles GET DATA command APDU as specified by ISO 7816-4.
  )DT(  )0 600 1 A()BD(getFCI)ES()EA(\201\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Get this file's FCI \201if any\202.
  )DT(  )0 596 1 A()BD(getFID)ES()EA(\201\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Get this file's 16-bit FID.
  )DT(  )0 608 1 A()BD(getFileSystem)ES()EA(\201\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(   Get the file system object \201if any\202 which this file belongs to
  
  )DT(  )0 212 1 A()BD(getInBlockSize)ES()EA(\201\202.
Static method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Returns the configured incoming block size.
  )DT(  )0 961 1 A()BD(getKeyLength)ES()EA(\201\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Gets the length of the key.
  )DT(  )0 555 1 A()BD(getMaxChildFiles)ES()EA(\201\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Get the maximum number of child files in this DF.
  )DT(  )0 431 1 A()BD(getMaxCommitCapacity)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Returns the total number of bytes in the commit buffer.
  )DT(  )0 697 1 A()BD(getMaxNumRecords)ES()EA(\201\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Get the maximum number of records in this file.
  )DT(  )0 214 1 A()BD(getNAD)ES()EA(\201\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Returns the T=1 transport protocol Node Address byte, NAD.T=0 returns 0.
  )DT(  )0 553 1 A()BD(getName)ES()EA(\201\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Get the file's name
 
  )DT(  )0 525 1 A()BD(getNewFirstRecord)ES()EA(\201\202.
Method in class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Get the next unused record or recycle the oldest record as the new most recent record \201record number 1\202.
  )DT(  )0 559 1 A()BD(getNumChildFiles)ES()EA(\201\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Get the actual number of child files in this DF.
  )DT(  )0 700 1 A()BD(getNumRecords)ES()EA(\201\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Get the actual number of records in this file.
  )DT(  )0 598 1 A()BD(getParent)ES()EA(\201\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Get this file's parent DF if any.
  )DT(  )0 182 1 A()BD(getReason)ES()EA(\201\202.
Method in class java.lang.)0 45 1 A(Throwable)EA(
  )DD(  Returns the reason for the exception.
  )DT(  )0 521 1 A()BD(getRecord)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Get the record byte array for the specified record.
  )DT(  )0 532 1 A()BD(getRecord)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Get the record byte array for the specified record number.
  )DT(  )0 604 1 A()BD(getSecurity)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Get this file's external read or write security.
  )DT(  )0 581 1 A()BD(getSFI)ES()EA(\201\202.
Method in class javacardx.framework.)0 20 1 A(ElementaryFile)EA(
  )DD(  Get this file's 5-bit SFI.
  )DT(  )0 505 1 A()BD(getShort)ES()EA(\201byte[], short\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Concatenates two bytes in a byte array to form a short value
 
  )DT(  )0 427 1 A()BD(getTransactionDepth)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Returns the current transaction nesting depth level.
  )DT(  )0 330 1 A()BD(getTriesRemaining)ES()EA(\201\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
  )DT(  )0 342 1 A()BD(getTriesRemaining)ES()EA(\201\202.
Method in class javacard.framework.)0 40 1 A(PIN)EA(
  )DD(  Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
  )DT(  )0 389 1 A()BD(getTriesRemaining)ES()EA(\201\202.
Method in class javacard.framework.)0 42 1 A(ProxyPIN)EA(
  )DD(  Returns the number of times remaining that an incorrect PIN can
 be presented before the PIN is blocked.
  )DT(  )0 429 1 A()BD(getUnusedCommitCapacity)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Returns the number of bytes left in the commit buffer.
  )DT(  )0 326 1 A()BD(getValidatedFlag)ES()EA(\201\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  This protected method returns the validated flag.
  )DT(  )0 417 1 A()BD(getVersion)ES()EA(\201\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Returns the current major and minor version of the Java Card API.)LD(
)WB 1021 Sn()EA(
)2 1 1 HR()0 2 268 H()WB 1048 Sn()WB 1021 Sn()BD( H )ES()EA()EH(
)0 DL(  )DT(  )0 825 1 A()BD(hashSize)ES()EA(\201\202.
Method in class javacardx.crypto.)0 38 1 A(MessageDigest)EA(
  )DD(  Gets the hash size in bytes.)LD(
)WB 1022 Sn()EA(
)2 1 1 HR()0 2 269 H()WB 1049 Sn()WB 1022 Sn()BD( I )ES()EA()EH(
)0 DL(  )DT(  )0 238 1 A()BD(ILLEGAL_USE)ES()EA(.
Static variable in class javacard.framework.)0 48 1 A(APDUException)EA(
  )DD( 
  )DT(  )0 369 1 A()BD(ILLEGAL_VALUE)ES()EA(.
Static variable in class javacard.framework.)0 58 1 A(PINException)EA(
  )DD( 
  )DT(  )0 442 1 A()BD(ILLEGAL_VALUE)ES()EA(.
Static variable in class javacard.framework.)0 60 1 A(SystemException)EA(
  )DD( 
  )DT(  )0 461 1 A()BD(IN_PROGRESS)ES()EA(.
Static variable in class javacard.framework.)0 61 1 A(TransactionException)EA(
  )DD( 
  )DT(  )0 557 1 A()BD(increaseMaxChildFiles)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 18 1 A(DedicatedFile)EA(
  )DD(  Increase the maximum number of child files in this DF.
  )DT(  )0 527 1 A()BD(increaseMaxNumRecords)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 23 1 A(CyclicFile)EA(
  )DD(  Not allowed for cyclic files.
  )DT(  )0 534 1 A()BD(increaseMaxNumRecords)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Increase the maximum number of records in this file.
  )DT(  )0 119 1 A()BD(IndexOutOfBoundsException)ES()EA(\201short\202.
Constructor for class java.lang.)0 54 1 A(IndexOutOfBoundsException)EA(
  )DD(  Constructs an IndexOutOfBoundsException with the specified reason.
  )DT(  )0 261 1 A()BD(install)ES()EA(\201APDU\202.
Static method in class javacard.framework.)0 16 1 A(Applet)EA(
  )DD(  Installs this applet.
  )DT(  )0 464 1 A()BD(INTERNAL_FAILURE)ES()EA(.
Static variable in class javacard.framework.)0 61 1 A(TransactionException)EA(
  )DD( 
  )DT(  )0 750 1 A()BD(INVALID_PARAM)ES()EA(.
Static variable in class javacardx.crypto.)0 52 1 A(CryptoException)EA(
  )DD( 
  )DT(  )0 241 1 A()BD(IO_ERROR)ES()EA(.
Static variable in class javacard.framework.)0 48 1 A(APDUException)EA(
  )DD( 
  )DT(  )0 610 1 A()BD(isAllowed)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Check this file's external read or write security.
  )DT(  )0 202 1 A()BD(isEqual)ES()EA(\201byte[], short, byte\202.
Method in class javacard.framework.)0 14 1 A(AID)EA(
  )DD(  Checks if the specified AID byte array is the same as )SM(this)ES( object's byte array.
  )DT(  )0 808 1 A()BD(isInitialized)ES()EA(\201\202.
Method in class javacardx.crypto.)0 26 1 A(Key)EA(
  )DD(  Reports the initialized state of the key.
  )DT(  )0 866 1 A()BD(isInitialized)ES()EA(\201\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Reports the initialized state of the key.
  )DT(  )0 891 1 A()BD(isInitialized)ES()EA(\201\202.
Method in class javacardx.crypto.)0 30 1 A(RSA_PrivateKey)EA(
  )DD(  Reports the initialized state of the key.
  )DT(  )0 910 1 A()BD(isInitialized)ES()EA(\201\202.
Method in class javacardx.crypto.)0 32 1 A(RSA_PublicKey)EA(
  )DD(  Reports the initialized state of the key.
  )DT(  )0 311 1 A()BD(ISOException)ES()EA(\201short\202.
Constructor for class javacard.framework.)0 53 1 A(ISOException)EA(
  )DD(  Constructs an ISOException instance with the specified status word.
  )DT(  )0 737 1 A()BD(isSupportedLength)ES()EA(\201short\202.
Static method in class javacardx.crypto.)0 27 1 A(AsymKey)EA(
  )DD(  Reports if the implementation supports the requested key length \201length in bits\202.
  )DT(  )0 413 1 A()BD(isTransient)ES()EA(\201Object\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Used to check if the object is transient and determine its transience duration attribute.
  )DT(  )0 334 1 A()BD(isValidated)ES()EA(\201\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  Returns true if a valid PIN has been presented since the last
 card reset or last call to )SM(reset\201\202)ES(.
  )DT(  )0 344 1 A()BD(isValidated)ES()EA(\201\202.
Method in class javacard.framework.)0 40 1 A(PIN)EA(
  )DD(  Returns true if a valid PIN has been presented since the last
 card reset or last call to )SM(reset\201\202)ES(.
  )DT(  )0 393 1 A()BD(isValidated)ES()EA(\201\202.
Method in class javacard.framework.)0 42 1 A(ProxyPIN)EA(
  )DD(  Returns true if a valid PIN has been presented since the last
 card reset or last successful call to )SM(reset\201\202)ES(.)LD(
)WB 1023 Sn()EA(
)WB 1024 Sn()EA(
)2 1 1 HR()0 2 270 H()WB 1050 Sn()WB 1024 Sn()BD( K )ES()EA()EH(
)0 DL(  )DT(  )0 806 1 A()BD(Key)ES()EA(\201\202.
Constructor for class javacardx.crypto.)0 26 1 A(Key)EA(
  )DD(  Constructs a key.)LD(
)WB 1025 Sn()EA(
)2 1 1 HR()0 2 271 H()WB 1051 Sn()WB 1025 Sn()BD( L )ES()EA()EH(
)0 DL(  )DT(  )0 676 1 A()BD(LinearFixedFile)ES()EA(\201short, byte, byte\202.
Constructor for class javacardx.framework.)0 22 1 A(LinearFixedFile)EA(
  )DD(  Constructor.
  )DT(  )0 695 1 A()BD(LinearVariableFile)ES()EA(\201short, byte\202.
Constructor for class javacardx.framework.)0 21 1 A(LinearVariableFile)EA(
  )DD(  Constructor.)LD(
)WB 1026 Sn()EA(
)2 1 1 HR()0 2 272 H()WB 1052 Sn()WB 1026 Sn()BD( M )ES()EA()EH(
)0 DL(  )DT(  )0 503 1 A()BD(makeShort)ES()EA(\201byte, byte\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Concatenates the two parameter bytes to form a short value
 
  )DT(  )0 415 1 A()BD(makeTransient)ES()EA(\201Object, byte\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Called to make the specified object transient 
 with the specified transience duration attribute.
  )DT(  )0 748 1 A()BD(MD_GEN)ES()EA(.
Static variable in class javacardx.crypto.)0 52 1 A(CryptoException)EA(
  )DD( 
  )DT(  )0 821 1 A()BD(MessageDigest)ES()EA(\201short, short\202.
Constructor for class javacardx.crypto.)0 38 1 A(MessageDigest)EA(
  )DD(  Creates a message digest with a given block size and hash result size.)LD(
)WB 1027 Sn()EA(
)2 1 1 HR()0 2 273 H()WB 1053 Sn()WB 1027 Sn()BD( N )ES()EA()EH(
)0 DL(  )DT(  )0 127 1 A()BD(NegativeArraySizeException)ES()EA(\201short\202.
Constructor for class java.lang.)0 56 1 A(NegativeArraySizeException)EA(
  )DD(  Constructs a NegativeArraySizeException with the specified reason.
  )DT(  )0 444 1 A()BD(NO_TRANSIENT_SPACE)ES()EA(.
Static variable in class javacard.framework.)0 60 1 A(SystemException)EA(
  )DD( 
  )DT(  )0 462 1 A()BD(NOT_IN_PROGRESS)ES()EA(.
Static variable in class javacard.framework.)0 61 1 A(TransactionException)EA(
  )DD( 
  )DT(  )0 135 1 A()BD(NullPointerException)ES()EA(\201short\202.
Constructor for class java.lang.)0 57 1 A(NullPointerException)EA(
  )DD(  Constructs a NullPointerException with the specified reason.)LD(
)WB 1028 Sn()EA(
)2 1 1 HR()0 2 274 H()WB 1054 Sn()WB 1028 Sn()BD( O )ES()EA()EH(
)0 DL(  )DT(  )0 143 1 A()BD(Object)ES()EA(\201\202.
Constructor for class java.lang.)0 13 1 A(Object)EA(
  )DD( 
  )DT(  )0 303 1 A()BD(OFFSET_CDATA)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  APDU command data offset : CDATA = 5

  )DT(  )0 298 1 A()BD(OFFSET_CLA)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  APDU header offset : CLA = 0

  )DT(  )0 299 1 A()BD(OFFSET_INS)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  APDU header offset : INS = 1

  )DT(  )0 302 1 A()BD(OFFSET_LC)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  APDU header offset : LC = 4

  )DT(  )0 300 1 A()BD(OFFSET_P1)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  APDU header offset : P1 = 2

  )DT(  )0 301 1 A()BD(OFFSET_P2)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  APDU header offset : P2 = 3

  )DT(  )0 324 1 A()BD(OwnerPIN)ES()EA(\201byte, byte\202.
Constructor for class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  Constructor.)LD(
)WB 1029 Sn()EA(
)2 1 1 HR()0 2 275 H()WB 1055 Sn()WB 1029 Sn()BD( P )ES()EA()EH(
)0 DL(  )DT(  )0 355 1 A()BD(PIN)ES()EA(\201\202.
Constructor for class javacard.framework.)0 40 1 A(PIN)EA(
  )DD(  Constructs a PIN instance.
  )DT(  )0 372 1 A()BD(PINException)ES()EA(\201short\202.
Constructor for class javacard.framework.)0 58 1 A(PINException)EA(
  )DD(  Constructs a PINException.
  )DT(  )0 838 1 A()BD(PrivateKey)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 28 1 A(PrivateKey)EA(
  )DD(  Creates a private key with a specific bit length.
  )DT(  )0 263 1 A()BD(process)ES()EA(\201APDU\202.
Method in class javacard.framework.)0 16 1 A(Applet)EA(
  )DD(  Processes an incoming APDU.
  )DT(  )0 643 1 A()BD(process)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles FileSystem APDUs as specified by ISO 7816-4.
  )DT(  )0 387 1 A()BD(ProxyPIN)ES()EA(\201PIN\202.
Constructor for class javacard.framework.)0 42 1 A(ProxyPIN)EA(
  )DD(  Constructor.
  )DT(  )0 851 1 A()BD(PublicKey)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 31 1 A(PublicKey)EA(
  )DD(  Creates a public key with a specific bit length.
  )DT(  )0 665 1 A()BD(putData)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles PUT DATA command APDU as specified by ISO 7816-4.)LD(
)WB 1030 Sn()EA(
)WB 1031 Sn()EA(
)2 1 1 HR()0 2 276 H()WB 1056 Sn()WB 1031 Sn()BD( R )ES()EA()EH(
)0 DL(  )DT(  )0 927 1 A()BD(RandomData)ES()EA(\201\202.
Constructor for class javacardx.crypto.)0 43 1 A(RandomData)EA(
  )DD( 
  )DT(  )0 647 1 A()BD(readBinary)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles READ BINARY command APDU as specified by ISO 7816-4.
  )DT(  )0 655 1 A()BD(readRecord)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles READ RECORD command APDU as specified by ISO 7816-4.
  )DT(  )0 177 1 A()BD(reason)ES()EA(.
Variable in class java.lang.)0 45 1 A(Throwable)EA(
  )DD(  The reason for the exception.
  )DT(  )0 220 1 A()BD(receiveBytes)ES()EA(\201short\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Gets as many data bytes as will safely fit \201without buffer overflow\202 in the APDU buffer
 at the specified offset )SM(bOff)ES(.
  )DT(  )0 269 1 A()BD(register)ES()EA(\201\202.
Method in class javacard.framework.)0 16 1 A(Applet)EA(
  )DD(  Register an applet with the JCRE.
  )DT(  )0 623 1 A()BD(reset)ES()EA(\201\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD( Reset the FileSystem internal state.
  )DT(  )0 336 1 A()BD(reset)ES()EA(\201\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  If the validated flag is set, this method resets it.
  )DT(  )0 345 1 A()BD(reset)ES()EA(\201\202.
Method in class javacard.framework.)0 40 1 A(PIN)EA(
  )DD(  If the validated flag is set, this method resets it.
  )DT(  )0 395 1 A()BD(reset)ES()EA(\201\202.
Method in class javacard.framework.)0 42 1 A(ProxyPIN)EA(
  )DD(  If the validated flag is set, this method resets it.
  )DT(  )0 340 1 A()BD(resetAndUnblock)ES()EA(\201\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  This method resets the validated flag and
 resets the PIN try counter to the value of the PIN try limit.
  )DT(  )0 864 1 A()BD(RSA_CRT_PrivateKey)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Constructs a key with a specific bit length
 
  )DT(  )0 889 1 A()BD(RSA_PrivateKey)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 30 1 A(RSA_PrivateKey)EA(
  )DD(  Constructs a key with a specific bit length
 
  )DT(  )0 908 1 A()BD(RSA_PublicKey)ES()EA(\201short\202.
Constructor for class javacardx.crypto.)0 32 1 A(RSA_PublicKey)EA(
  )DD(  Creates an empty key with a specific bit length.
  )DT(  )0 156 1 A()BD(RuntimeException)ES()EA(\201\202.
Constructor for class java.lang.)0 47 1 A(RuntimeException)EA(
  )DD(  Constructs a Runtime exception instance with reason = 0.
  )DT(  )0 157 1 A()BD(RuntimeException)ES()EA(\201short\202.
Constructor for class java.lang.)0 47 1 A(RuntimeException)EA(
  )DD(  Constructs a Runtime exception instance with the specified reason.)LD(
)WB 1032 Sn()EA(
)2 1 1 HR()0 2 277 H()WB 1057 Sn()WB 1032 Sn()BD( S )ES()EA()EH(
)0 DL(  )DT(  )0 170 1 A()BD(SecurityException)ES()EA(\201short\202.
Constructor for class java.lang.)0 59 1 A(SecurityException)EA(
  )DD(  Constructs a SecurityException with the specified reason.
  )DT(  )0 265 1 A()BD(select)ES()EA(\201\202.
Method in class javacard.framework.)0 16 1 A(Applet)EA(
  )DD(  Called by the JCRE to inform this applet that it has been selected.
  )DT(  )0 645 1 A()BD(select)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles SELECT command APDU as specified by ISO 7816-4.
  )DT(  )0 641 1 A()BD(selectFile)ES()EA(\201File\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Make the specified file the current DF or the current EF.
  )DT(  )0 224 1 A()BD(sendBytes)ES()EA(\201short, short\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Sends )SM(len)ES( more bytes from )SM(apdu.buffer)ES( at specified offset )SM(bOff)ES(.
  )DT(  )0 226 1 A()BD(sendBytesLong)ES()EA(\201byte[], short, short\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Sends )SM(len)ES( more bytes from )SM(outData)ES( at specified offset
 )SM(bOff)ES(.
  )DT(  )0 639 1 A()BD(setAuthFlag)ES()EA(\201byte, boolean\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Set authorization flag.
  )DT(  )0 627 1 A()BD(setCurrentDedicatedFile)ES()EA(\201DedicatedFile\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Set current DF.
  )DT(  )0 631 1 A()BD(setCurrentElementaryFile)ES()EA(\201ElementaryFile\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Set current EF.
  )DT(  )0 635 1 A()BD(setCurrentRecNum)ES()EA(\201byte\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Set the current record number.
  )DT(  )0 872 1 A()BD(setDP1)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Sets the value of the DP1 parameter.
  )DT(  )0 874 1 A()BD(setDQ1)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Sets the value of the DQ1 key.
  )DT(  )0 895 1 A()BD(setExponent)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 30 1 A(RSA_PrivateKey)EA(
  )DD(  Sets the exponent value of the key.
  )DT(  )0 914 1 A()BD(setExponent)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 32 1 A(RSA_PublicKey)EA(
  )DD(  Sets the exponent value of the key.
  )DT(  )0 602 1 A()BD(setFCI)ES()EA(\201byte[]\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Set this file's FCI.
  )DT(  )0 963 1 A()BD(setICV)ES()EA(\201byte[], short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Sets the initial chaining vector used in CBC mode operations.
  )DT(  )0 222 1 A()BD(setIncomingAndReceive)ES()EA(\201\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  This is the primary receive method.
  )DT(  )0 957 1 A()BD(setKey)ES()EA(\201byte[], short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Initializes a key from raw key data bytes.
  )DT(  )0 893 1 A()BD(setModulus)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 30 1 A(RSA_PrivateKey)EA(
  )DD(  Sets the modulus value of the key.
  )DT(  )0 912 1 A()BD(setModulus)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 32 1 A(RSA_PublicKey)EA(
  )DD(  Sets the modulus value of the key.
  )DT(  )0 216 1 A()BD(setOutgoing)ES()EA(\201\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  This method is used to set the data transfer direction to
 outbound and to obtain the expected length of response \201Le\202.
  )DT(  )0 228 1 A()BD(setOutgoingAndSend)ES()EA(\201short, short\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  This is the "convenience" send method.
  )DT(  )0 218 1 A()BD(setOutgoingLength)ES()EA(\201short\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Sets the expected length of response data.
  )DT(  )0 868 1 A()BD(setP)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Sets the value of the P parameter.
  )DT(  )0 876 1 A()BD(setPQ)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Sets the value of the PQ parameter.
  )DT(  )0 870 1 A()BD(setQ)ES()EA(\201byte[], short, short\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Sets the value of the Q parameter.
  )DT(  )0 184 1 A()BD(setReason)ES()EA(\201short\202.
Method in class java.lang.)0 45 1 A(Throwable)EA(
  )DD(  Sets the reason for the exception.
  )DT(  )0 606 1 A()BD(setSecurity)ES()EA(\201byte, byte\202.
Method in class javacardx.framework.)0 17 1 A(File)EA(
  )DD(  Set this file's external read or write security.
  )DT(  )0 931 1 A()BD(setSeed)ES()EA(\201byte[], short, short\202.
Static method in class javacardx.crypto.)0 43 1 A(RandomData)EA(
  )DD(  Seeds the random data generator.
  )DT(  )0 507 1 A()BD(setShort)ES()EA(\201byte[], short, short\202.
Static method in class javacard.framework.)0 63 1 A(Util)EA(
  )DD(  Deposits the short value as two successive bytes at the specified offset in the byte array.
  )DT(  )0 328 1 A()BD(setValidatedFlag)ES()EA(\201boolean\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  This protected method sets the value of the validated flag.
  )DT(  )0 942 1 A()BD(Sha1MessageDigest)ES()EA(\201\202.
Constructor for class javacardx.crypto.)0 39 1 A(Sha1MessageDigest)EA(
  )DD(   Creates a Sha1MessageDigest object with a block size of 64 bytes and a
 resulting hash value size of 20 bytes.
  )DT(  )0 412 1 A()BD(share)ES()EA(\201Object\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD( Makes the specified object instance available for access from
 any installed applet on the card.
  )DT(  )0 410 1 A()BD(share)ES()EA(\201Object, AID\202.
Static method in class javacard.framework.)0 44 1 A(System)EA(
  )DD( Makes the specified object instance available for access from the
 applet identified by the specified AID object.
  )DT(  )0 840 1 A()BD(sign)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 28 1 A(PrivateKey)EA(
  )DD(  Signs data using this key.
  )DT(  )0 878 1 A()BD(sign)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 29 1 A(RSA_CRT_PrivateKey)EA(
  )DD(  Signs data using this key.
  )DT(  )0 897 1 A()BD(sign)ES()EA(\201byte[], short, short, byte[], short\202.
Method in class javacardx.crypto.)0 30 1 A(RSA_PrivateKey)EA(
  )DD(  Signs data using this key.
  )DT(  )0 280 1 A()BD(SW_BYTES_REMAINING_00)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Response bytes remaining = 0x6100

  )DT(  )0 294 1 A()BD(SW_CLA_NOT_SUPPORTED)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : CLA value not supported = 0x6E00

  )DT(  )0 285 1 A()BD(SW_CONDITIONS_NOT_SATISFIED)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Conditions of use not satisfied = 0x6985

  )DT(  )0 292 1 A()BD(SW_CORRECT_LENGTH_00)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Correct Expected Length \201Le\202 = 0x6C00

  )DT(  )0 284 1 A()BD(SW_DATA_INVALID)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Data invalid = 0x6984

  )DT(  )0 296 1 A()BD(SW_FILE_FULL)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Not enough memory space in the file  = 0x6A84

  )DT(  )0 283 1 A()BD(SW_FILE_INVALID)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : File invalid = 0x6983

  )DT(  )0 288 1 A()BD(SW_FILE_NOT_FOUND)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : File not found = 0x6A82

  )DT(  )0 287 1 A()BD(SW_FUNC_NOT_SUPPORTED)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Function not supported = 0x6A81

  )DT(  )0 290 1 A()BD(SW_INCORRECT_P1P2)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Incorrect parameters \201P1,P2\202 = 0x6A86

  )DT(  )0 293 1 A()BD(SW_INS_NOT_SUPPORTED)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : INS value not supported = 0x6D00

  )DT(  )0 279 1 A()BD(SW_NO_ERROR)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : No Error = \201short\2020x9000

  )DT(  )0 282 1 A()BD(SW_PIN_REQUIRED)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : PIN required = 0x6982

  )DT(  )0 289 1 A()BD(SW_RECORD_NOT_FOUND)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Record not found = 0x6A83

  )DT(  )0 297 1 A()BD(SW_SECURITY_STATUS_NOT_SATISFIED)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Security condition not satisfied = 0x6982

  )DT(  )0 295 1 A()BD(SW_UNKNOWN)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : No precise diagnosis = 0x6F00

  )DT(  )0 286 1 A()BD(SW_WRONG_DATA)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Wrong data = 0x6A80

  )DT(  )0 281 1 A()BD(SW_WRONG_LENGTH)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Wrong length = 0x6700

  )DT(  )0 291 1 A()BD(SW_WRONG_P1P2)ES()EA(.
Static variable in class javacard.framework.)0 25 1 A(ISO)EA(
  )DD(  Response status : Incorrect parameters \201P1,P2\202 = 0x6B00

  )DT(  )0 955 1 A()BD(SymKey)ES()EA(\201short, short\202.
Constructor for class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Constructs a symmetric key object of known block size and key size.
  )DT(  )0 447 1 A()BD(SystemException)ES()EA(\201short\202.
Constructor for class javacard.framework.)0 60 1 A(SystemException)EA(
  )DD(  Constructs a SystemException.)LD(
)WB 1033 Sn()EA(
)2 1 1 HR()0 2 278 H()WB 1058 Sn()WB 1033 Sn()BD( T )ES()EA()EH(
)0 DL(  )DT(  )0 180 1 A()BD(Throwable)ES()EA(\201\202.
Constructor for class java.lang.)0 45 1 A(Throwable)EA(
  )DD( 
  )DT(  )0 246 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class javacard.framework.)0 48 1 A(APDUException)EA(
  )DD(  Throws the JCRE instance of APDUException with the specified reason.
  )DT(  )0 108 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class java.lang.)0 46 1 A(Exception)EA(
  )DD(  Throws the re-usable JCRE instance of Exception with the specified reason.
  )DT(  )0 313 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class javacard.framework.)0 53 1 A(ISOException)EA(
  )DD(  Throws the JCRE instance of the ISOexception class with the specified status word.
  )DT(  )0 374 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class javacard.framework.)0 58 1 A(PINException)EA(
  )DD(  Throws the JCRE instance of PINException with the specified reason.
  )DT(  )0 159 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class java.lang.)0 47 1 A(RuntimeException)EA(
  )DD(  Throws the JCRE instance of the Runtime exception with the specified reason.
  )DT(  )0 449 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class javacard.framework.)0 60 1 A(SystemException)EA(
  )DD(  Throws the JCRE instance of SystemException with the specified reason.
  )DT(  )0 469 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class javacard.framework.)0 61 1 A(TransactionException)EA(
  )DD(  Throws the JCRE instance of TransactionException with the specified reason.
  )DT(  )0 485 1 A()BD(throwIt)ES()EA(\201short\202.
Static method in class javacard.framework.)0 62 1 A(UserException)EA(
  )DD(  Throws the re-usable JCRE instance of UserException with the specified reason.
  )DT(  )0 467 1 A()BD(TransactionException)ES()EA(\201short\202.
Constructor for class javacard.framework.)0 61 1 A(TransactionException)EA(
  )DD(  Constructs a TransactionException with the specified reason.
  )DT(  )0 407 1 A()BD(TRANSIENT_APDU)ES()EA(.
Static variable in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Transience duration attribute is applet ADPU process.
  )DT(  )0 408 1 A()BD(TRANSIENT_NONE)ES()EA(.
Static variable in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Transience duration attribute is NONE.
  )DT(  )0 406 1 A()BD(TRANSIENT_SELECTION)ES()EA(.
Static variable in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Transience duration attribute is applet selection.
  )DT(  )0 405 1 A()BD(TRANSIENT_SESSION)ES()EA(.
Static variable in class javacard.framework.)0 44 1 A(System)EA(
  )DD(  Transience duration attribute is CAD session.
  )DT(  )0 716 1 A()BD(TransparentFile)ES()EA(\201short, byte[]\202.
Constructor for class javacardx.framework.)0 24 1 A(TransparentFile)EA(
  )DD(  Constructor, with data byte array specified.
  )DT(  )0 716 1 A()BD(TransparentFile)ES()EA(\201short, short\202.
Constructor for class javacardx.framework.)0 24 1 A(TransparentFile)EA(
  )DD(  Constructor, with data byte array size specified.)LD(
)WB 1034 Sn()EA(
)2 1 1 HR()0 2 279 H()WB 1059 Sn()WB 1034 Sn()BD( U )ES()EA()EH(
)0 DL(  )DT(  )0 749 1 A()BD(UNINIT_KEY)ES()EA(.
Static variable in class javacardx.crypto.)0 52 1 A(CryptoException)EA(
  )DD( 
  )DT(  )0 338 1 A()BD(updateAndUnblock)ES()EA(\201byte[], short, byte\202.
Method in class javacard.framework.)0 41 1 A(OwnerPIN)EA(
  )DD(  This method sets a new value for the PIN and resets the PIN try
 counter to the value of the PIN try limit.
  )DT(  )0 651 1 A()BD(updateBinary)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles UPDATE BINARY command APDU as specified by ISO 7816-4.
  )DT(  )0 659 1 A()BD(updateRecord)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles UPDATE RECORD command APDU as specified by ISO 7816-4.
  )DT(  )0 482 1 A()BD(UserException)ES()EA(\201\202.
Constructor for class javacard.framework.)0 62 1 A(UserException)EA(
  )DD(  Constructs a UserException with reason = 0.
  )DT(  )0 483 1 A()BD(UserException)ES()EA(\201short\202.
Constructor for class javacard.framework.)0 62 1 A(UserException)EA(
  )DD(  Constructs a UserException with the specified reason.)LD(
)WB 1035 Sn()EA(
)2 1 1 HR()0 2 280 H()WB 1060 Sn()WB 1035 Sn()BD( V )ES()EA()EH(
)0 DL(  )DT(  )0 853 1 A()BD(verify)ES()EA(\201byte[], short, short, byte[], short, short\202.
Method in class javacardx.crypto.)0 31 1 A(PublicKey)EA(
  )DD(  Verifies signed data using this key.
  )DT(  )0 916 1 A()BD(verify)ES()EA(\201byte[], short, short, byte[], short, short\202.
Method in class javacardx.crypto.)0 32 1 A(RSA_PublicKey)EA(
  )DD(  Verifies signed data using this key.
  )DT(  )0 772 1 A()BD(verifyMAC)ES()EA(\201byte[], short, byte, byte[], short, short\202.
Method in class javacardx.crypto.)0 34 1 A(DES3_Key)EA(
  )DD(  Verifies a MAC on signed data using triple DES decryption in CBC mode.
  )DT(  )0 795 1 A()BD(verifyMAC)ES()EA(\201byte[], short, byte, byte[], short, short\202.
Method in class javacardx.crypto.)0 36 1 A(DES_Key)EA(
  )DD(  Verifies a MAC on signed data using single DES decryption in CBC mode.
  )DT(  )0 777 1 A()BD(verifyMAC)ES()EA(\201byte[], short, byte, byte[], short, short\202.
Method in class javacardx.crypto.)0 33 1 A(SymKey)EA(
  )DD(  Verifies signed data using decryption in CBC mode.)LD(
)WB 1036 Sn()EA(
)2 1 1 HR()0 2 281 H()WB 1061 Sn()WB 1036 Sn()BD( W )ES()EA()EH(
)0 DL(  )DT(  )0 230 1 A()BD(wait)ES()EA(\201\202.
Method in class javacard.framework.)0 15 1 A(APDU)EA(
  )DD(  Requests additional processsing time from Terminal.
  )DT(  )0 649 1 A()BD(writeBinary)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles WRITE BINARY command APDU as specified by ISO 7816-4.
  )DT(  )0 657 1 A()BD(writeRecord)ES()EA(\201APDU\202.
Method in class javacardx.framework.)0 19 1 A(FileSystem)EA(
  )DD(  Handles WRITE RECORD command APDU as specified by ISO 7816-4.)LD(
)WB 1037 Sn()EA(
)WB 1038 Sn()EA(
)WB NL
/TE t D NP TU PM 0 eq and{/Pn () D showpage}if end restore

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