use of net.runelite.asm.attributes.code.instructions.ILoad in project runelite by runelite.
the class ExprArgOrderTest method test2.
@Test
public void test2() {
ClassGroup group = ClassGroupFactory.generateGroup();
Code code = group.findClass("test").findMethod("func").getCode();
Instructions ins = code.getInstructions();
code.setMaxStack(2);
// vars[0] = 3
Instruction[] prepareVariables = { new LDC(ins, 3), new IStore(ins, 0) };
for (Instruction i : prepareVariables) {
ins.addInstruction(i);
}
Instruction[] body = { // 2
new ILoad(ins, 0), new LDC(ins, 3), new IAdd(ins), new Pop(ins), // 6
new LDC(ins, 3), new ILoad(ins, 0), new IAdd(ins), new SiPush(ins, (short) 512), new IAdd(ins), new Pop(ins), new VReturn(ins) };
for (Instruction i : body) {
ins.addInstruction(i);
}
ExprArgOrder exprArgOrder = new ExprArgOrder();
exprArgOrder.run(group);
List<Instruction> instructions = ins.getInstructions();
// ensure this stays the same
assertEquals(ILOAD, instructions.get(2).getType());
assertEquals(LDC, instructions.get(3).getType());
assertEquals(IADD, instructions.get(4).getType());
//
assertEquals(ILOAD, instructions.get(6).getType());
assertEquals(SIPUSH, instructions.get(7).getType());
assertEquals(IADD, instructions.get(8).getType());
assertEquals(LDC, instructions.get(9).getType());
assertEquals(IADD, instructions.get(10).getType());
}
use of net.runelite.asm.attributes.code.instructions.ILoad in project runelite by runelite.
the class ExprArgOrderTest method test4.
@Test
public void test4() {
ClassGroup group = ClassGroupFactory.generateGroup();
Code code = group.findClass("test").findMethod("func").getCode();
Instructions ins = code.getInstructions();
code.setMaxStack(2);
// vars[0] = 3
Instruction[] prepareVariables = { new LDC(ins, 3), new IStore(ins, 0) };
for (Instruction i : prepareVariables) {
ins.addInstruction(i);
}
Instruction[] body = { new SiPush(ins, (short) 600), new ILoad(ins, 0), new LDC(ins, 3), new IMul(ins), new IAdd(ins), new Pop(ins), new ILoad(ins, 0), new LDC(ins, 3), new IMul(ins), new SiPush(ins, (short) 600), new IAdd(ins), new Pop(ins), new VReturn(ins) };
for (Instruction i : body) {
ins.addInstruction(i);
}
ExprArgOrder exprArgOrder = new ExprArgOrder();
exprArgOrder.run(group);
List<Instruction> instructions = ins.getInstructions();
for (int i = 2; i <= 7; ++i) {
assertEquals(instructions.get(i).getType(), instructions.get(i + 6).getType());
}
}
use of net.runelite.asm.attributes.code.instructions.ILoad in project runelite by runelite.
the class MultiplicationDeobfuscatorTest method test1.
// aload 2
// ldc_w 1587543155
// iload 4
// imul
// dup_x1
// ldc_w -2130376517
// imul
// putfield class2/field279 I
// ldc_w -67313687
// imul
// putstatic class29/field949 I
@Test
public void test1() {
ClassGroup group = ClassGroupFactory.generateGroup();
Code code = group.findClass("test").findMethod("func").getCode();
Instructions ins = code.getInstructions();
code.setMaxStack(5);
// vars[0] = 3
Instruction[] prepareVariables = { new LDC(ins, 3), new IStore(ins, 0) };
for (Instruction i : prepareVariables) {
ins.addInstruction(i);
}
LDC constant1 = new LDC(ins, 1587543155), constant2 = new LDC(ins, -2130376517), constant3 = new LDC(ins, -67313687);
Instruction[] body = { // for dup_x1 to place before this
new LDC(ins, 0), constant1, new ILoad(ins, 0), new IMul(ins), new Dup_X1(ins), constant2, new IMul(ins), new Pop(ins), new Pop(ins), constant3, new IMul(ins), new Pop(ins), new VReturn(ins) };
for (Instruction i : body) {
ins.addInstruction(i);
}
// check execution runs ok
Execution e = new Execution(group);
e.populateInitialMethods();
e.run();
assert constant1.getConstantAsInt() * constant2.getConstantAsInt() == 1;
assert constant1.getConstantAsInt() * constant3.getConstantAsInt() == -1_095_175_765;
Deobfuscator d = new MultiplicationDeobfuscator();
d.run(group);
Assert.assertEquals(1, constant1.getConstantAsInt());
Assert.assertEquals(1, constant2.getConstantAsInt());
Assert.assertEquals(-1_095_175_765, constant3.getConstantAsInt());
}
use of net.runelite.asm.attributes.code.instructions.ILoad in project runelite by runelite.
the class MultiplicationDeobfuscatorTest method test4.
@Test
public void test4() {
ClassGroup group = ClassGroupFactory.generateGroup();
Code code = group.findClass("test").findMethod("func").getCode();
Instructions ins = code.getInstructions();
code.setMaxStack(2);
Instruction[] prepareVariables = { new LDC(ins, 3), new IStore(ins, 0) };
for (Instruction i : prepareVariables) {
ins.addInstruction(i);
}
LDC constant1 = new LDC(ins, 1807370871);
LDC constant2 = new LDC(ins, 981643079);
Label label1 = new Label(ins);
Instruction[] body = { new ILoad(ins, 0), new LDC(ins, 2), new IMul(ins), new LDC(ins, 0), new IfEq(ins, label1), new Pop(ins), new LDC(ins, 3), label1, constant1, new IMul(ins), constant2, new IMul(ins), new VReturn(ins) };
for (Instruction i : body) {
ins.addInstruction(i);
}
Execution e = new Execution(group);
e.populateInitialMethods();
e.run();
assert constant1.getConstantAsInt() * constant2.getConstantAsInt() == 1;
Deobfuscator d = new MultiplicationDeobfuscator();
d.run(group);
Assert.assertEquals(1, constant1.getConstantAsInt());
Assert.assertEquals(1, constant2.getConstantAsInt());
}
use of net.runelite.asm.attributes.code.instructions.ILoad in project runelite by runelite.
the class MultiplyOneDeobfuscatorTest method test2.
// iconst_1
// iconst_m1
// iload 5
// if_icmpeq LABEL0x56d1
// iload 5
// iconst_1
// if_icmpne LABEL0x56e8
// goto LABEL0x56d1
// LABEL0x56d1:
// getstatic class139/field2130 I
// ldc_w -1440517609
// imul
// goto LABEL0x5708
// LABEL0x56e8:
// getstatic class139/field2130 I
// ldc_w -1440517609
// imul
// getstatic client/field377 I
// iadd
// iconst_2
// idiv
// LABEL0x5708:
// imul
// putstatic client/field377 I
//
// client.field377 = 1 * (-1 != var5 && var5 != 1?(class139.field2130 + client.field377) / 2:class139.field2130);
@Test
public void test2() {
ClassGroup group = ClassGroupFactory.generateGroup();
Code code = group.findClass("test").findMethod("func").getCode();
Instructions ins = code.getInstructions();
code.setMaxStack(2);
// vars[0] = 3
Instruction[] prepareVariables = { new LDC(ins, 3), new IStore(ins, 0), new LDC(ins, 2), new IStore(ins, 1) };
for (Instruction i : prepareVariables) ins.addInstruction(i);
Label label = new Label(ins), label2 = new Label(ins), label3 = new Label(ins);
LDC one = new LDC(ins, 1);
IMul mul = new IMul(ins);
Instruction[] body = { one, new LDC(ins, -1), new ILoad(ins, 0), new IfICmpEq(ins, label), new Goto(ins, label2), label, new ILoad(ins, 1), new LDC(ins, -1440517609), new IDiv(ins), new Goto(ins, label3), label2, new ILoad(ins, 1), new LDC(ins, -1440517609), new IDiv(ins), label3, mul, new VReturn(ins) };
for (Instruction i : body) ins.addInstruction(i);
// check execution runs ok
Execution e = new Execution(group);
e.populateInitialMethods();
e.run();
Deobfuscator d = new MultiplyOneDeobfuscator(false);
d.run(group);
Assert.assertTrue(one.getInstructions() == null);
Assert.assertTrue(mul.getInstructions() == null);
}
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