package com.l7tech.policy.assertion.xmlsec; import com.l7tech.objectmodel.EntityHeader; import com.l7tech.objectmodel.migration.Migration; import com.l7tech.objectmodel.migration.MigrationMappingSelection; import com.l7tech.objectmodel.migration.PropertyResolver; import com.l7tech.policy.assertion.AssertionMetadata; import com.l7tech.policy.assertion.AssertionNodeNameFactory; import com.l7tech.policy.assertion.DefaultAssertionMetadata; import com.l7tech.policy.assertion.IdentityTarget; import com.l7tech.policy.assertion.RequestIdentityTargetable; import com.l7tech.policy.assertion.TargetMessageType; import com.l7tech.policy.assertion.UsesEntities; import com.l7tech.policy.assertion.XpathBasedAssertionFactory; import com.l7tech.security.xml.KeyReference; import com.l7tech.xml.xpath.XpathExpression; public class WssEncryptElement extends XmlSecurityAssertionBase implements RequestIdentityTargetable, UsesEntities { static final String baseName; static final AssertionNodeNameFactory policyNameFactory; private IdentityTarget identityTarget; private String xencAlgorithm; private String xencKeyAlgorithm; private String keyReference; private boolean encryptContentsOnly; static final long serialVersionUID = 6786847056395838531L; private static final String[] c; public WssEncryptElement() { this(compatOrigDefaultXpathValue()); } public WssEncryptElement(XpathExpression var1) { super(TargetMessageType.RESPONSE, true); this.xencAlgorithm = c[2]; this.xencKeyAlgorithm = null; this.keyReference = KeyReference.SKI.getName(); this.encryptContentsOnly = true; this.setXpathExpression(var1); } public String getXEncAlgorithm() { return this.xencAlgorithm; } public void setXEncAlgorithm(String var1) { try { if (var1 == null) { throw new IllegalArgumentException(); } } catch (IllegalArgumentException var2) { throw a(var2); } this.xencAlgorithm = var1; } public String getKeyEncryptionAlgorithm() { return this.xencKeyAlgorithm; } public boolean isEncryptContentsOnly() { return this.encryptContentsOnly; } public void setEncryptContentsOnly(boolean var1) { this.encryptContentsOnly = var1; } public void setKeyEncryptionAlgorithm(String var1) { this.xencKeyAlgorithm = var1; } public String getKeyReference() { return this.keyReference; } public void setKeyReference(String var1) { this.keyReference = var1; } @Override public IdentityTarget getIdentityTarget() { return this.identityTarget; } @Override public void setIdentityTarget(IdentityTarget var1) { this.identityTarget = var1; } @Migration(mapName = MigrationMappingSelection.REQUIRED, export = false, resolver = PropertyResolver.Type.USERGROUP) @Override public EntityHeader[] getEntitiesUsed() { try { if (this.identityTarget != null) { return this.identityTarget.getEntitiesUsed(); } } catch (IllegalArgumentException var1) { throw a(var1); } return new EntityHeader[0]; } @Override public void replaceEntity(EntityHeader var1, EntityHeader var2) { try { if (this.identityTarget != null) { this.identityTarget.replaceEntity(var1, var2); } } catch (IllegalArgumentException var3) { throw a(var3); } } @Override public AssertionMetadata meta() { DefaultAssertionMetadata var1 = this.defaultMeta(); String[] var2 = c; var1.put(var2[17], var2[13]); var1.put(var2[7], var2[21]); var1.put(var2[5], new String[]{var2[10]}); var1.put(var2[11], 70000); var1.put(var2[22], var2[24]); var1.put(var2[4], var2[9]); var1.put(var2[16], var2[3]); var1.put(var2[8], new XpathBasedAssertionFactory<>(WssEncryptElement.class)); var1.put(var2[15], policyNameFactory); var1.put(var2[19], var2[12]); var1.put(var2[0], new String[]{var2[14]}); var1.put(var2[25], var2[1]); var1.put(var2[20], Boolean.TRUE); var1.put(var2[6], var2[23]); return var1; } static { String[] var5 = new String[26]; int var3 = 0; String var2 = "di:\rf2\u001dtv6\u001a|/3iQ2\u001ao#(t1dj>Gdq(bf;Gx43\u007f||\u001am53rw0\r{i(u`6Gp+0bk0\u001aq6(nj=Fo/:+oq'\u00182ispr$F\u007furhw4G:vl6*c\\'>1k`=\u000b+'9t4aP%%>d.dj>Gdq(bf;Gk)2tj?\r'49tj&\u001ak#/(}>\u0004m(?u|#\u001ca)2)b:\u000e\u0019ww<\u0018m4(n` -l/(hw\u0010\u0004i5/id>\r\u000ewd?\r|29Aj?\fm4/\u0018wj?\u0001k?\nfi:\fi23uF?\t{52fh6\u000bc` \u000bz/,sl<\u0006\u0010fv \rz25hk\u0015\tk23u|=dj>Fdq(bf;Fk)2tj?\r&6=i`?\u001b&\u001e,fq;*i59cD \u001bm4(nj=8z),bw'\u0001m5\u0018nd?\u0007o\u000b\u007fh?;m%)ul'\u0011\u0017wd?\r|29Ij7\r[).sU!\u0001g45s|Idj>Fdq(bf;Fx43\u007f|}\u0018g*5d|}\t{59uq:\u0007fh$ji \rkh\u001fkl6\u0006|\u00149tu<\u0006{#\u000btv\u0010\u0007f 5c`=\u001ca'0nq*\u000fBk0\u001aq6('@?\re#2s\bu` \u0018g(/b\u0015wj?\u0001k?\u0012ha6&i+9Ad0\u001cg4%\u000fwd?\r|29Ij7\rA%3i\ttm<\u001a|\b=j`\u000fBk0\u001aq6('@?\re#2s\u0018di:\rf2\u001dtv6\u001a|/3iF?\t{52fh6\frv6\fJ?\u001fkl6\u0006|,Bk0\u001aq6('j=\r().'h<\u001amf9k`>\rf2/'j5H|.9'h6\u001b{';b+\u0014ww<\u0018m4(n` )k25hk\u001d\te#6dj>Fdq(bf;Fx)0nf*F~'0na2\u001cg4rPv -f%.~u'-d#1bk'>i*5cd'\u0007z"; int var4 = "di:\rf2\u001dtv6\u001a|/3iQ2\u001ao#(t1dj>Gdq(bf;Gx43\u007f||\u001am53rw0\r{i(u`6Gp+0bk0\u001aq6(nj=Fo/:+oq'\u00182ispr$F\u007furhw4G:vl6*c\\'>1k`=\u000b+'9t4aP%%>d.dj>Gdq(bf;Gk)2tj?\r'49tj&\u001ak#/(}>\u0004m(?u|#\u001ca)2)b:\u000e\u0019ww<\u0018m4(n` -l/(hw\u0010\u0004i5/id>\r\u000ewd?\r|29Aj?\fm4/\u0018wj?\u0001k?\nfi:\fi23uF?\t{52fh6\u000bc` \u000bz/,sl<\u0006\u0010fv \rz25hk\u0015\tk23u|=dj>Fdq(bf;Fk)2tj?\r&6=i`?\u001b&\u001e,fq;*i59cD \u001bm4(nj=8z),bw'\u0001m5\u0018nd?\u0007o\u000b\u007fh?;m%)ul'\u0011\u0017wd?\r|29Ij7\r[).sU!\u0001g45s|Idj>Fdq(bf;Fx43\u007f|}\u0018g*5d|}\t{59uq:\u0007fh$ji \rkh\u001fkl6\u0006|\u00149tu<\u0006{#\u000btv\u0010\u0007f 5c`=\u001ca'0nq*\u000fBk0\u001aq6('@?\re#2s\bu` \u0018g(/b\u0015wj?\u0001k?\u0012ha6&i+9Ad0\u001cg4%\u000fwd?\r|29Ij7\rA%3i\ttm<\u001a|\b=j`\u000fBk0\u001aq6('@?\re#2s\u0018di:\rf2\u001dtv6\u001a|/3iF?\t{52fh6\frv6\fJ?\u001fkl6\u0006|,Bk0\u001aq6('j=\r().'h<\u001amf9k`>\rf2/'j5H|.9'h6\u001b{';b+\u0014ww<\u0018m4(n` )k25hk\u001d\te#6dj>Fdq(bf;Fx)0nf*F~'0na2\u001cg4rPv -f%.~u'-d#1bk'>i*5cd'\u0007z" .length(); char var1 = 22; int var7 = -1; label24: while (true) { byte var10000 = 106; String var10001 = var2.substring(++var7, var7 + var1); byte var10002 = -1; while (true) { String var8 = c(var10000, c(var10001)); switch (var10002) { case 0: var5[var3++] = var8; if ((var7 += var1) >= var4) { c = var5; baseName = c[18]; policyNameFactory = new aa(); return; } var1 = var2.charAt(var7); break; default: var5[var3++] = var8; if ((var7 += var1) < var4) { var1 = var2.charAt(var7); continue label24; } var2 = "\u0007.u_4smb\u0005zH fw6`F_\"s|04\u007fH>\u0019!,\u007fH#wX13s_9jv,\u0010yA$``\u000b#yC"; var4 = "\u0007.u_4smb\u0005zH fw6`F_\"s|04\u007fH>\u0019!,\u007fH#wX13s_9jv,\u0010yA$``\u000b#yC".length(); var1 = 26; var7 = -1; } var10000 = 47; var10001 = var2.substring(++var7, var7 + var1); var10002 = 0; } } } private static IllegalArgumentException a(IllegalArgumentException var0) { return var0; } private static char[] c(String var0) { char[] var10000 = var0.toCharArray(); if (var10000.length < 2) { var10000[0] = (char)(var10000[0] ^ 54); } return var10000; } private static String c(int var0, char[] var1) { int var10003 = var1.length; int var10002 = var0; char[] var10001 = var1; int var10000 = var10003; for (int var2 = 0; var10000 > var2; var2++) { var10001[var2] = (char)(var10001[var2] ^ var10002 ^ switch (var2 % 7) { case 0 -> 109; case 1 -> 111; case 2 -> 57; case 3 -> 2; case 4 -> 98; case 5 -> 44; default -> 54; }); } return new String(var10001).intern(); } }