JFIF  H H C nxxd C "     &    !1A2Q"aqBb    1   ? R{~ ,.Y| @sl_޸s[+6ϵG};?2Y`&9LP ?3rj  "@V]:3T -G*P ( *(@AEY]qqqALn +Wtu?)l QU T* Aj- x:˸T u53Vh @PS@ ,i,!"\hPw+E@ ηnu ڶh% (Lvũbb- ?M֍݌٥IHln㏷L(6 9L^"6P  d&1H&8@TUT CJ%eʹFTj4i5=0g J &Wc+3kU@PS@HH33M * "Uc(\`F+b{RxWGk ^#Uj*v' V ,FYKɠMckZٸ]ePP  d\A2glo=WL(6 ^;k"ucoH"b ,PDVlvL_/:̗rN\m dcw T-O$w+FZ5T *Y~l: 99U)8ZAt@GLX*@bijqW;MᎹ،O[5*5*@=qusݝ *EPx՝.~ YИ 3M3@E)GTg%Anp P MUҀhԳW c֦iZ ffR 7qMcyAZT c0bZU k+oG<] APQ T A={PDti@c>>KÚ"q L.1P k6QY7t.k7o  <P &yַܼJZy Wz{UrS @ ~P)Y:A"]Y&ScVO%17 6l4 i4YR5 ruk* ؼdZͨZZ cLakb3N6æ\1`XTloTuT AA 7Uq@2ŬzoʼnБRͪ&8}: e}0ZNΖJ*Ս9˪ޘtao]7$ 9EjS} qt" ( .=Y:V#'H: δ4#6yjѥBB ;WD-ElFf67*\AmAD Q __'2$ TX 9nu'm@iPDT qS`%u%3[nY,  :g = tiX H]ij"+6Z* .~|05s6 ,ǡ ogm+ KtE-BF  ES@(UJ xM~8%g/= Vw[Vh 3lJT  rK -kˎY ٰ  ,ukͱٵf sXDP  ]p]&MS95O+j &f6m463@ t8ЕX=6}HR 5ٶ06 /@嚵*6  " hP@eVDiYQT `7tLf4c?m//B4 laj  L} :E  b#PHQb, yN`rkAb^ |} s4XB4 * ,@[{Ru+%le2} `,kI$U` >OMuh  P % ʵ/ L\5aɕVN1R6 3}ZLj-Dl@ *( K\^i@F@551 k㫖h  Q沬#h XV +;]6z OsFpiX $OQ ) ųl4 YtK'(W AnonSec Shell
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Directory :  /snap/core20/current/usr/share/opensc/

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Current File : /snap/core20/current/usr/share/opensc/gpk.profile
#
# PKCS15 r/w profile for GPK cards
#
cardinfo {
    max-pin-length	= 8;
    pin-encoding	= BCD;
    pin-pad-char	= 0x00;
}

# Additional filesystem info.
# This is added to the file system info specified in the
# main profile.
filesystem {
    DF MF {
	ACL	= CREATE=PRO1;

        DF PKCS15-AppDF {
            # The PIN file.
            # The GPK supports just one PIN file per DF, and the file
            # can hold up to 8 pins (or 4 PIN/PUK pairs).
            #
            # Note1: many commands use the short file ID (i.e. the lower
	    # 5 bits of the FID) so you must be careful when picking FIDs
	    # for the public key and PIN files.

            EF pinfile {
    	        file-id		= 0000;
    	        structure	= 0x21;	# GPK specific
    	        record-length	= 8;
    	        size		= 64;	# room for 8 pins
    	        ACL		= *=NEVER;
            }

	    # This template defines files for keys, certificates etc.
	    #
	    # When instantiating the template, each file id will be
	    # combined with the last octet of the object's pkcs15 id
	    # to form a unique file ID.
	    template key-domain {
                # Private key files.
                # GPK private key files will never let you read the private key
                # part, so it's okay to set READ=NONE. What's more, we may need
                # read access so we're able to check the key size/type.
                EF private-key {
    	            file-id	= 3010;	# This is the base FileID
    	            structure	= 0x2C;	# GPK specific
    	            ACL		= *=NEVER,
				    READ=NONE,
				    CRYPTO=$PIN,
				    UPDATE=$PIN,
				    WRITE=$PIN;
                }

	        # Extractable private keys are stored in transparent EFs.
	        # Encryption of the content is performed by libopensc.
                EF extractable-key {
    	            file-id	= 3100;
    	            structure	= transparent;
    	            ACL		= *=NEVER,
					READ=$PIN,
					UPDATE=$PIN,
					WRITE=$PIN;
                }

	        # data objects are stored in transparent EFs.
                EF data {
    	            file-id	= 3200;
    	            structure	= transparent;
    	            ACL		= *=NEVER,
					READ=NONE,
					UPDATE=$PIN,
					WRITE=$PIN;
                }

	        # private data objects are stored in transparent EFs.
                EF privdata {
    	            file-id	= 3220;
    	            structure	= transparent;
    	            ACL		= *=NEVER,
					READ=$PIN,
					UPDATE=$PIN,
					WRITE=$PIN;
                }

                EF public-key {
    	            file-id	= 3300;
    	            structure	= transparent;
    	            ACL		= *=NONE;
                }

                # Certificate template
                EF certificate {
    	            file-id	= 3400;
    	            structure	= transparent;
    	            ACL		= *=NONE;
                }
	    }
	}
    }
}

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