public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
/** * @return negation of instruction */ public IfInstruction negate() { return new IFGT(target); }
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
/** * @return negation of instruction */ @Override public IfInstruction negate() { return new IFGT(super.getTarget()); }
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
public BranchInstruction GT(boolean tozero) { return tozero ? (BranchInstruction) new IFGT(null) : (BranchInstruction) new IF_ICMPGT(null); }
/** Create branch instruction by given opcode, except LOOKUPSWITCH and TABLESWITCH. * For those you should use the SWITCH compound instruction. */ public static BranchInstruction createBranchInstruction(short opcode, InstructionHandle target) { switch(opcode) { case Constants.IFEQ: return new IFEQ(target); case Constants.IFNE: return new IFNE(target); case Constants.IFLT: return new IFLT(target); case Constants.IFGE: return new IFGE(target); case Constants.IFGT: return new IFGT(target); case Constants.IFLE: return new IFLE(target); case Constants.IF_ICMPEQ: return new IF_ICMPEQ(target); case Constants.IF_ICMPNE: return new IF_ICMPNE(target); case Constants.IF_ICMPLT: return new IF_ICMPLT(target); case Constants.IF_ICMPGE: return new IF_ICMPGE(target); case Constants.IF_ICMPGT: return new IF_ICMPGT(target); case Constants.IF_ICMPLE: return new IF_ICMPLE(target); case Constants.IF_ACMPEQ: return new IF_ACMPEQ(target); case Constants.IF_ACMPNE: return new IF_ACMPNE(target); case Constants.GOTO: return new GOTO(target); case Constants.JSR: return new JSR(target); case Constants.IFNULL: return new IFNULL(target); case Constants.IFNONNULL: return new IFNONNULL(target); case Constants.GOTO_W: return new GOTO_W(target); case Constants.JSR_W: return new JSR_W(target); default: throw new RuntimeException("Invalid opcode: " + opcode); } }
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
return new IFGE(target); case Const.IFGT: return new IFGT(target); case Const.IFLE: return new IFLE(target);
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));
il.append(DUP); il.append(methodGen.storeCurrentNode()); il.append(new IFGT(loop));