def test_opcode_profiler():
code = Code()
opc = OpcodeFreq()
i1 = Mov(code.r(4), code.r(3))
i2 = Imm(code.r(4), 3)
i3 = Mov(code.r(4), code.r(3))
i4 = Mul(code.r(2), code.r(4), code.r(3))
for i in [i1, i2, i3, i4]:
opc.process(i)
gt = {"mov": 2, "imm": 1, "mul": 1}
assert compare_cnt_dict(gt, opc.freq)
def test_communication_profiler():
code = Code()
comm = Communication()
i1 = Mov(code.r(4), code.r(3))
tag_instr(i1, "communication overhead")
i2 = Imm(code.r(4), 3)
i3 = Mov(code.r(4), code.r(3))
tag_instr(i3, "communication overhead")
i4 = Mul(code.r(2), code.r(4), code.r(3))
for i in [i1, i2, i3, i4]:
comm.process(i)
assert comm.nr_instr == 4
assert comm.overhead == 2
def test_codesection_profiler():
code = Code()
csp = CodeSectionProfiler()
i1 = Mov(code.r(4), code.r(3))
tag_instr(i1, "blah")
i2 = Mov(code.r(4), code.r(3))
tag_instr(i2, "section:test")
i3 = Mov(code.r(4), code.r(3))
tag_instr(i3, "section:test")
i4 = Mov(code.r(4), code.r(3))
tag_instr(i4, "section:test2")
for i in [i1, i2, i3, i4]:
csp.process(i)
gt = {"test": 2, "test2": 1}
assert compare_cnt_dict(gt, csp.section_cnt)