public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
public String instrs() { StringBuilder buf = new StringBuilder(); int ip=0; while (ip<code.codeSize) { if ( ip>0 ) buf.append(", "); int opcode = code.instrs[ip]; Bytecode.Instruction I = Bytecode.instructions[opcode]; buf.append(I.name); ip++; for (int opnd=0; opnd<I.nopnds; opnd++) { buf.append(' '); buf.append(getShort(code.instrs, ip)); ip += Bytecode.OPND_SIZE_IN_BYTES; } } return buf.toString(); }
int opnd = getShort(code.instrs, ip); ip += Bytecode.OPND_SIZE_IN_BYTES; switch ( I.type[i] ) {
int opnd = getShort(code.instrs, ip); ip += Bytecode.OPND_SIZE_IN_BYTES; switch ( I.type[i] ) {
int opnd = getShort(code.instrs, ip); ip += Bytecode.OPND_SIZE_IN_BYTES; switch ( I.type[i] ) {
int opnd = getShort(code.instrs, ip); ip += Bytecode.OPND_SIZE_IN_BYTES; switch ( I.type[i] ) {
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }
public void insert(int addr, short opcode, String s) { //System.out.println("before insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); ensureCapacity(1+Bytecode.OPND_SIZE_IN_BYTES); int instrSize = 1 + Bytecode.OPND_SIZE_IN_BYTES; System.arraycopy(impl.instrs, addr, impl.instrs, addr + instrSize, ip-addr); // make room for opcode, opnd int save = ip; ip = addr; emit1(null,opcode, s); ip = save+instrSize; //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); // adjust addresses for BR and BRF int a=addr+instrSize; while ( a < ip ) { byte op = impl.instrs[a]; Bytecode.Instruction I = Bytecode.instructions[op]; if ( op == Bytecode.INSTR_BR || op == Bytecode.INSTR_BRF ) { int opnd = BytecodeDisassembler.getShort(impl.instrs, a+1); writeShort(impl.instrs, a+1, (short)(opnd+instrSize)); } a += I.nopnds * Bytecode.OPND_SIZE_IN_BYTES + 1; } //System.out.println("after insert of "+opcode+"("+s+"):"+ Arrays.toString(impl.instrs)); }