Boxing.boxFloat(ca); } else { ca.iload(index); Boxing.boxIfNessesary(ca, DescriptorUtils.makeDescriptor(type));
c.iload(CURRENT_STATE_VAR); c.iload(STATE_POS_VAR); c.putfield(parseStateClass, "pos", "I"); c.aload(STATE_CURRENT_VAR); c.aload(STATE_CURRENT_BYTES_VAR); c.putfield(parseStateClass, "currentBytes", "[B"); c.iload(CURRENT_STATE_VAR); c.putfield(parseStateClass, "parseState", "I"); c.returnInstruction(); c.iload(STATE_POS_VAR); BranchEnd overrun = c.ifIcmpeq(); c.iload(STATE_POS_VAR); c.baload(); c.isub(); c.invokevirtual(HTTP_STRING_CLASS, "toString", "()Ljava/lang/String;"); c.iconst(0); c.iload(STATE_POS_VAR); c.invokevirtual(String.class.getName(), "substring", "(II)Ljava/lang/String;"); c.invokevirtual(StringBuilder.class.getName(), "append", "(Ljava/lang/String;)Ljava/lang/StringBuilder;"); c.iload(STATE_POS_VAR); BranchEnd correctLength = c.ifIcmpeq(); c.aload(STATE_CURRENT_BYTES_VAR);
/** * loads all parameters onto the stack. * <p/> * If this method is non-static then the parameter at location 0 (i.e. this object) is not pushed. */ public void loadMethodParameters() { int index = method.isStatic() ? 0 : 1; for (String type : method.getParameters()) { if (type.length() > 1) { // object or array aload(index); } else if (type.equals("D")) { dload(index); index++; } else if (type.equals("J")) { lload(index); index++; } else if (type.equals("F")) { fload(index); } else { iload(index); } index++; } }
/** * loads all parameters onto the stack. * <p/> * If this method is non-static then the parameter at location 0 (i.e. this object) is not pushed. */ public void loadMethodParameters() { int index = method.isStatic() ? 0 : 1; for (String type : method.getParameters()) { if (type.length() > 1) { // object or array aload(index); } else if (type.equals("D")) { dload(index); index++; } else if (type.equals("J")) { lload(index); index++; } else if (type.equals("F")) { fload(index); } else { iload(index); } index++; } }
/** * loads all parameters onto the stack. * <p/> * If this method is non-static then the parameter at location 0 (i.e. this object) is not pushed. */ public void loadMethodParameters() { int index = method.isStatic() ? 0 : 1; for (String type : method.getParameters()) { if (type.length() > 1) { // object or array aload(index); } else if (type.equals("D")) { dload(index); index++; } else if (type.equals("J")) { lload(index); index++; } else if (type.equals("F")) { fload(index); } else { iload(index); } index++; } }
/** * loads all parameters onto the stack. * <p/> * If this method is non-static then the parameter at location 0 (i.e. this object) is not pushed. */ public void loadMethodParameters() { int index = method.isStatic() ? 0 : 1; for (String type : method.getParameters()) { if (type.length() > 1) { // object or array aload(index); } else if (type.equals("D")) { dload(index); index++; } else if (type.equals("J")) { lload(index); index++; } else if (type.equals("F")) { fload(index); } else { iload(index); } index++; } }
/** * loads all parameters onto the stack. * <p/> * If this method is non-static then the parameter at location 0 (i.e. this object) is not pushed. */ public void loadMethodParameters() { int index = method.isStatic() ? 0 : 1; for (String type : method.getParameters()) { if (type.length() > 1) { // object or array aload(index); } else if (type.equals("D")) { dload(index); index++; } else if (type.equals("J")) { lload(index); index++; } else if (type.equals("F")) { fload(index); } else { iload(index); } index++; } }
/** * Adds the correct load instruction based on the type descriptor * * @param code the bytecode to add the instruction to * @param type the type of the variable * @param variable the variable number */ public static void addLoadInstruction(CodeAttribute code, String type, int variable) { char tp = type.charAt(0); if (tp != 'L' && tp != '[') { // we have a primitive type switch (tp) { case 'J': code.lload(variable); break; case 'D': code.dload(variable); break; case 'F': code.fload(variable); break; default: code.iload(variable); } } else { code.aload(variable); } }
/** * Adds the correct load instruction based on the type descriptor * * @param code the bytecode to add the instruction to * @param type the type of the variable * @param variable the variable number */ public static void addLoadInstruction(CodeAttribute code, String type, int variable) { char tp = type.charAt(0); if (tp != 'L' && tp != '[') { // we have a primitive type switch (tp) { case 'J': code.lload(variable); break; case 'D': code.dload(variable); break; case 'F': code.fload(variable); break; default: code.iload(variable); } } else { code.aload(variable); } }
/** * Adds the correct load instruction based on the type descriptor * * @param code the bytecode to add the instruction to * @param type the type of the variable * @param variable the variable number */ public static void addLoadInstruction(CodeAttribute code, String type, int variable) { char tp = type.charAt(0); if (tp != 'L' && tp != '[') { // we have a primitive type switch (tp) { case 'J': code.lload(variable); break; case 'D': code.dload(variable); break; case 'F': code.fload(variable); break; default: code.iload(variable); } } else { code.aload(variable); } }
/** * Adds the correct load instruction based on the type descriptor * * @param code the bytecode to add the instruction to * @param type the type of the variable * @param variable the variable number */ public static void addLoadInstruction(CodeAttribute code, String type, int variable) { char tp = type.charAt(0); if (tp != 'L' && tp != '[') { // we have a primitive type switch (tp) { case 'J': code.lload(variable); break; case 'D': code.dload(variable); break; case 'F': code.fload(variable); break; default: code.iload(variable); } } else { code.aload(variable); } }
/** * Adds the correct load instruction based on the type descriptor * * @param code the bytecode to add the instruction to * @param type the type of the variable * @param variable the variable number */ public static void addLoadInstruction(CodeAttribute code, String type, int variable) { char tp = type.charAt(0); if (tp != 'L' && tp != '[') { // we have a primitive type switch (tp) { case 'J': code.lload(variable); break; case 'D': code.dload(variable); break; case 'F': code.fload(variable); break; default: code.iload(variable); } } else { code.aload(variable); } }
/** * Adds the correct load instruction based on the type descriptor * * @param code the bytecode to add the instruction to * @param type the type of the variable * @param variable the variable number */ public static void addLoadInstruction(CodeAttribute code, String type, int variable) { char tp = type.charAt(0); if (tp != 'L' && tp != '[') { // we have a primitive type switch (tp) { case 'J': code.lload(variable); break; case 'D': code.dload(variable); break; case 'F': code.fload(variable); break; default: code.iload(variable); } } else { code.aload(variable); } }
case 'C': case 'Z': iload(no); break; default:
case 'C': case 'Z': iload(no); break; default:
case 'C': case 'Z': iload(no); break; default:
case 'C': case 'Z': iload(no); break; default:
case 'C': case 'Z': iload(no); break; default:
Boxing.boxFloat(ca); } else { ca.iload(index); Boxing.boxIfNessesary(ca, DescriptorUtils.makeDescriptor(type));