public void ScoreInstructions()
{
IntelInstructionComparer cmp = new IntelInstructionComparer();
var trie = new InstructionTrie <IntelInstruction>(cmp, cmp);
trie.AddInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp)
});
trie.AddInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp),
CreatePush(Registers.si),
CreatePush(Registers.di)
});
long score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp)
});
Assert.AreEqual(2, score);
score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp)
});
Assert.AreEqual(4, score);
// This sequqnce matches one of the trie's strings exactly.
score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp),
CreatePush(Registers.si),
CreatePush(Registers.di)
});
Assert.AreEqual(6, score);
// A longer sequence runs 'off' the trie, so it should have the same score
// as the previous test
score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp),
CreatePush(Registers.si),
CreatePush(Registers.di),
CreatePush(Registers.bx)
});
Assert.AreEqual(6, score);
// This doesn't exist in the trie at all, so it should score 0.
score = trie.ScoreInstructions(new [] {
CreateMov(Registers.ax, Registers.bx)
});
Assert.AreEqual(0, score);
}
public void AddInstructions()
{
IntelInstructionComparer cmp = new IntelInstructionComparer();
var trie = new InstructionTrie<IntelInstruction>(cmp, cmp);
IntelInstruction inst = CreatePush(Registers.bp);
trie.AddInstructions(new [] { inst });
Assert.AreEqual(trie.Count, 1);
trie.AddInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp) });
Assert.AreEqual(trie.Count, 3);
}
public void AddInstructions()
{
IntelInstructionComparer cmp = new IntelInstructionComparer();
var trie = new InstructionTrie <IntelInstruction>(cmp, cmp);
IntelInstruction inst = CreatePush(Registers.bp);
trie.AddInstructions(new [] { inst });
Assert.AreEqual(trie.Count, 1);
trie.AddInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp)
});
Assert.AreEqual(trie.Count, 3);
}
public void ScoreInstructions()
{
IntelInstructionComparer cmp = new IntelInstructionComparer();
var trie = new InstructionTrie<IntelInstruction>(cmp, cmp);
trie.AddInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp) });
trie.AddInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp),
CreatePush(Registers.si),
CreatePush(Registers.di) });
long score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp) });
Assert.AreEqual(2, score);
score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp) } );
Assert.AreEqual(4, score);
// This sequqnce matches one of the trie's strings exactly.
score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp),
CreatePush(Registers.si),
CreatePush(Registers.di) });
Assert.AreEqual(6, score);
// A longer sequence runs 'off' the trie, so it should have the same score
// as the previous test
score = trie.ScoreInstructions(new [] {
CreatePush(Registers.bp),
CreateMov(Registers.bp, Registers.sp),
CreatePush(Registers.si),
CreatePush(Registers.di),
CreatePush(Registers.bx)});
Assert.AreEqual(6, score);
// This doesn't exist in the trie at all, so it should score 0.
score = trie.ScoreInstructions(new [] {
CreateMov(Registers.ax, Registers.bx) });
Assert.AreEqual(0, score);
}
public void Creation()
{
IntelInstructionComparer cmp = new IntelInstructionComparer();
var trie = new InstructionTrie <IntelInstruction>(cmp, cmp);
}
public void Creation()
{
IntelInstructionComparer cmp = new IntelInstructionComparer();
var trie = new InstructionTrie<IntelInstruction>(cmp, cmp);
}
