/* * Decompiled with CFR 0.152. */ package com.l7tech.server.wsdm.faults; import com.l7tech.server.wsdm.faults.WsAddressingFault; import java.util.HashMap; import java.util.Map; import org.w3c.dom.Node; public class InvalidWsAddressingHeaderFault extends WsAddressingFault { private FaultCode faultCode = FaultCode.INVALID_ADDRESSING_HEADER; static final long serialVersionUID = -8413115771662794129L; private static final String[] c; public InvalidWsAddressingHeaderFault(final String string, Node node) { super(string); this.addWsaFaultDetail(WsAddressingFault.WsaFaultDetailType.PROBLEM_HEADER_QNAME, (Map)new HashMap(){ static final long serialVersionUID = 4887386173986948052L; private static final String a = 1.a(6, 1.a("h+\u007fCLS")); { this.put(a, string); } private static char[] a(String string2) { char[] cArray = string2.toCharArray(); if (cArray.length < 2) { cArray = cArray; cArray[0] = (char)(cArray[0] ^ '\u0001'); } return cArray; } /* * Handled impossible loop by duplicating code * Enabled aggressive block sorting */ private static String a(int n2, char[] cArray) { char[] cArray2; block11: { int n3; int n4; int n5; block10: { n5 = n2; cArray2 = cArray; n4 = cArray.length; n3 = 0; if (!true) break block10; n4 = n4; if (n4 <= n3) break block11; } do { n5 = n5; cArray2 = cArray2; int n6 = n3; cArray2[n6] = (char)(cArray2[n6] ^ (n5 ^ (switch (n3 % 7) { case 0 -> 11; case 1 -> 95; case 2 -> 11; case 3 -> 8; case 4 -> 57; case 5 -> 50; default -> 1; }))); ++n3; n4 = n4; } while (n4 > n3); } return new String(cArray2).intern(); } }, node.getLocalName()); } public InvalidWsAddressingHeaderFault(String string, FaultCode faultCode, Node node) { this(string, node); this.faultCode = faultCode; } @Override protected String getFaultString() { return c[0]; } @Override protected String getFaultCode() { return this.getNamespacePrefix(c[1]) + ":" + String.valueOf((Object)this.faultCode); } /* * Enabled aggressive block sorting */ static { String[] stringArray = new String[2]; int n2 = 0; String string = "\u0005Q\u0004,Q\u001f\u00116Q\u001e,@\t\u00117\u0014\u0002=Y\u0015\u0013d\u0010L\u0004U\b\u0007%\u0016\tiq\u001f\u00106\u0014\u001f:Y\u0015\u0013d!\u001e&@\u001e\u00060\bL C[\u001a+\u0005L?Q\u0017\u001d Q\r'T[\u0000,\u0014L$U\b\u0007%\u0016\tiS\u001a\u001a*\u001e\u0018iR\u001eT4\u0003\u0003*U\b\u0007!\u0015$,\u0005\u00189\nT[3\u0006\u001bgGHZ+\u0003\u000bf\u0002KDq^\\q\u001f\u001a\u0010 \u0003\t:C\u0012\u001a#"; int n3 = "\u0005Q\u0004,Q\u001f\u00116Q\u001e,@\t\u00117\u0014\u0002=Y\u0015\u0013d\u0010L\u0004U\b\u0007%\u0016\tiq\u001f\u00106\u0014\u001f:Y\u0015\u0013d!\u001e&@\u001e\u00060\bL C[\u001a+\u0005L?Q\u0017\u001d Q\r'T[\u0000,\u0014L$U\b\u0007%\u0016\tiS\u001a\u001a*\u001e\u0018iR\u001eT4\u0003\u0003*U\b\u0007!\u0015$,\u0005\u00189\nT[3\u0006\u001bgGHZ+\u0003\u000bf\u0002KDq^\\q\u001f\u001a\u0010 \u0003\t:C\u0012\u001a#".length(); int n4 = 100; int n5 = -1; while (true) { int n6 = ++n5; stringArray[n2++] = InvalidWsAddressingHeaderFault.c(8, InvalidWsAddressingHeaderFault.c(string.substring(n6, n6 + n4))); if ((n5 += n4) >= n3) { c = stringArray; return; } n4 = string.charAt(n5); } } private static char[] c(String string) { char[] cArray = string.toCharArray(); if (cArray.length < 2) { cArray = cArray; cArray[0] = (char)(cArray[0] ^ 0x7C); } return cArray; } /* * Handled impossible loop by duplicating code * Enabled aggressive block sorting */ private static String c(int n2, char[] cArray) { char[] cArray2; block11: { int n3; int n4; int n5; block10: { n5 = n2; cArray2 = cArray; n4 = cArray.length; n3 = 0; if (!true) break block10; n4 = n4; if (n4 <= n3) break block11; } do { n5 = n5; cArray2 = cArray2; int n6 = n3; cArray2[n6] = (char)(cArray2[n6] ^ (n5 ^ (switch (n3 % 7) { case 0 -> 76; case 1 -> 121; case 2 -> 100; case 3 -> 65; case 4 -> 56; case 5 -> 115; default -> 124; }))); ++n3; n4 = n4; } while (n4 > n3); } return new String(cArray2).intern(); } public static final class FaultCode extends Enum { public static final /* enum */ FaultCode INVALID_ADDRESSING_HEADER; public static final /* enum */ FaultCode INVALID_ADDRESS; public static final /* enum */ FaultCode INVALID_EPR; public static final /* enum */ FaultCode INVALID_CARDINALITY; public static final /* enum */ FaultCode MISSING_ADDRESS_IN_EPR; public static final /* enum */ FaultCode DUPLICATE_MESSAGE_ID; public static final /* enum */ FaultCode ACTION_MISMATCH; public static final /* enum */ FaultCode ONLY_ANNONYMOUS_ADDRESS_SUPPORTED; public static final /* enum */ FaultCode ONLY_NON_ANNONYMOUS_ADDRESS_SUPPORTED; private final String elementName; private static final /* synthetic */ FaultCode[] $VALUES; public static FaultCode[] values() { return (FaultCode[])$VALUES.clone(); } public static FaultCode valueOf(String string) { return Enum.valueOf(FaultCode.class, string); } private FaultCode(String string2) { this.elementName = string2; } public String toString() { return this.elementName; } private static /* synthetic */ FaultCode[] $values() { return new FaultCode[]{INVALID_ADDRESSING_HEADER, INVALID_ADDRESS, INVALID_EPR, INVALID_CARDINALITY, MISSING_ADDRESS_IN_EPR, DUPLICATE_MESSAGE_ID, ACTION_MISMATCH, ONLY_ANNONYMOUS_ADDRESS_SUPPORTED, ONLY_NON_ANNONYMOUS_ADDRESS_SUPPORTED}; } /* * Unable to fully structure code */ static { block10: { block9: { var0 = new String[18]; var4_1 = 0; var3_2 = "[36[*\u0013sM80H\n[\u0013\u0016{\n3SW-2\u000eS\u001e\u0014s\t4z{\u000e\r{\u00129_\u0017[\u0013\u0016{\n3SS\u0019\u0004h\u0003)D{\u0013\u0007R\u0003;Sw\u000f ]\u0013\fc(5YS\u0013\u000ft\u001f7Xg\u000e!~\u0002(Ra\u000e3o\u0016*X`\t\u0005~\u001d]\u0013\fc'4X|\u0004\ru\u0013)vv\u0019\u0012\u007f\u0015)dg\r\u0010u\u0014.Rv\u0013[36[*\u0013sM>!H\"\u0013yS1)N?\u0014V(0V/\u0019vF8?W#\tdS:%E/\u001e%]3,C9\u0014x\\\"!T(\u0015yK0/O5\u0005vV92_5\thA(0J)\bcW9\u000f[36[*\u0013sM<$^4\u001fdA\u0013_\u0014\u0013i\u000f4PS\u0019\u0004h\u0003)D[\u0013%J4\u000e[\u0013\u0016{\n3SS\u0019\u0004h\u0003)D\u0012[\u0013\u0016{\n3SQ\u001c\u0012~\u000f4V~\u0014\u0014c\u0016_43I/\u0014pM<$^4\u001fdA\")T9\u001fg@\u000fS>4S)\u0014h_43W'\u000etZ!]3,C9\u001by\\2.C+\u0015bA\"!^\"\brA.?I3\ng]/4_\""; var5_3 = "[36[*\u0013sM80H\n[\u0013\u0016{\n3SW-2\u000eS\u001e\u0014s\t4z{\u000e\r{\u00129_\u0017[\u0013\u0016{\n3SS\u0019\u0004h\u0003)D{\u0013\u0007R\u0003;Sw\u000f ]\u0013\fc(5YS\u0013\u000ft\u001f7Xg\u000e!~\u0002(Ra\u000e3o\u0016*X`\t\u0005~\u001d]\u0013\fc'4X|\u0004\ru\u0013)vv\u0019\u0012\u007f\u0015)dg\r\u0010u\u0014.Rv\u0013[36[*\u0013sM>!H\"\u0013yS1)N?\u0014V(0V/\u0019vF8?W#\tdS:%E/\u001e%]3,C9\u0014x\\\"!T(\u0015yK0/O5\u0005vV92_5\thA(0J)\bcW9\u000f[36[*\u0013sM<$^4\u001fdA\u0013_\u0014\u0013i\u000f4PS\u0019\u0004h\u0003)D[\u0013%J4\u000e[\u0013\u0016{\n3SS\u0019\u0004h\u0003)D\u0012[\u0013\u0016{\n3SQ\u001c\u0012~\u000f4V~\u0014\u0014c\u0016_43I/\u0014pM<$^4\u001fdA\")T9\u001fg@\u000fS>4S)\u0014h_43W'\u000etZ!]3,C9\u001by\\2.C+\u0015bA\"!^\"\brA.?I3\ng]/4_\"".length(); var2_4 = 11; var1_5 = -1; lbl7: // 2 sources while (true) { v0 = 62; v1 = ++var1_5; v2 = var3_2.substring(v1, v1 + var2_4); v3 = -1; break block9; break; } lbl13: // 1 sources while (true) { var0[var4_1++] = FaultCode.a(v0, FaultCode.a(v2)); if ((var1_5 += var2_4) < var5_3) { var2_4 = var3_2.charAt(var1_5); ** continue; } var3_2 = "?ay\u001ffP?\u000fqD\u0016|@?\u001cq@7\u00192Z_2Cz\u001a$UM7]v\r(]G4P{\u001b:PL!"; var5_3 = "?ay\u001ffP?\u000fqD\u0016|@?\u001cq@7\u00192Z_2Cz\u001a$UM7]v\r(]G4P{\u001b:PL!".length(); var2_4 = 18; var1_5 = -1; lbl22: // 2 sources while (true) { v0 = 87; v4 = ++var1_5; v2 = var3_2.substring(v4, v4 + var2_4); v3 = 0; break block9; break; } break; } lbl28: // 1 sources while (true) { var0[var4_1++] = FaultCode.a(v0, FaultCode.a(v2)); if ((var1_5 += var2_4) < var5_3) { var2_4 = var3_2.charAt(var1_5); ** continue; } break block10; break; } } switch (v3) { default: { ** continue; } ** case 0: lbl39: // 1 sources ** continue; } } FaultCode.INVALID_ADDRESSING_HEADER = new FaultCode(var0[3]); FaultCode.INVALID_ADDRESS = new FaultCode(var0[11]); FaultCode.INVALID_EPR = new FaultCode(var0[1]); FaultCode.INVALID_CARDINALITY = new FaultCode(var0[12]); FaultCode.MISSING_ADDRESS_IN_EPR = new FaultCode(var0[10]); FaultCode.DUPLICATE_MESSAGE_ID = new FaultCode(var0[16]); FaultCode.ACTION_MISMATCH = new FaultCode(var0[2]); FaultCode.ONLY_ANNONYMOUS_ADDRESS_SUPPORTED = new FaultCode(var0[5]); FaultCode.ONLY_NON_ANNONYMOUS_ADDRESS_SUPPORTED = new FaultCode(var0[4]); FaultCode.$VALUES = FaultCode.$values(); } private static char[] a(String string) { char[] cArray = string.toCharArray(); if (cArray.length < 2) { cArray = cArray; cArray[0] = (char)(cArray[0] ^ 9); } return cArray; } /* * Handled impossible loop by duplicating code * Enabled aggressive block sorting */ private static String a(int n2, char[] cArray) { char[] cArray2; block11: { int n3; int n4; int n5; block10: { n5 = n2; cArray2 = cArray; n4 = cArray.length; n3 = 0; if (!true) break block10; n4 = n4; if (n4 <= n3) break block11; } do { n5 = n5; cArray2 = cArray2; int n6 = n3; cArray2[n6] = (char)(cArray2[n6] ^ (n5 ^ (switch (n3 % 7) { case 0 -> 44; case 1 -> 67; case 2 -> 94; case 3 -> 36; case 4 -> 88; case 5 -> 100; default -> 9; }))); ++n3; n4 = n4; } while (n4 > n3); } return new String(cArray2).intern(); } } }