def test_cc_ignore_cc1(tmpdir, cmds_file, ignore_cc1):
conf = {"CC.ignore_cc1": ignore_cc1}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("CC")
found_cc1 = False
for cmd in e.load_all_cmds(with_opts=True):
if"-cc1" in cmd["opts"]:
found_cc1 = True
if ignore_cc1 or found_cc1:
assert ignore_cc1 != found_cc1
def test_path_capital(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
c.parse("SrcGraph")
tmpdir = str(tmpdir)
test_small = pathlib.Path(tmpdir) / "test.c"
test_capital = pathlib.Path(tmpdir) / "TEST.c"
test_small.touch()
test_capital.touch()
c.Path.normalize_rel_path("TEST.c", tmpdir)
c.Path.normalize_rel_path("test.c", tmpdir)
assert "test.c" in c.Path.get_rel_path("test.c", tmpdir)
assert "TEST.c" in c.Path.get_rel_path("TEST.c", tmpdir)
# Clear cache
c.Path.paths = dict()
assert "test.c" in c.Path.get_rel_path("test.c", tmpdir)
assert "TEST.c" in c.Path.get_rel_path("TEST.c", tmpdir)
def test_cc_store_deps(tmpdir, cmds_file, store_deps):
conf = {"Compiler.store_deps": store_deps}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("CC")
storage_dir = e.extensions["Storage"].get_storage_dir()
for cmd in e.load_all_cmds(with_deps=True, compile_only=True):
for file in cmd["deps"]:
if not os.path.isabs(file):
file = os.path.join(cmd["cwd"], file)
assert os.path.exists(storage_dir + os.sep + file) == store_deps
def test_functions(tmpdir, cmds_file):
conf = {"CmdGraph.requires": ["CC", "MV"]}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("Functions")
funcs = e.load_functions()
funcs_by_file = e.load_functions_by_file()
funcs_by_main_c = e.load_functions_by_file([main_c])
funcs_are_ok(funcs)
funcs_by_file_are_ok(funcs_by_file)
funcs_are_consistent(funcs, funcs_by_file)
filtered_funcs_by_file_are_ok(funcs_by_file, funcs_by_main_c)
def test_callgraph(tmpdir, cmds_file):
conf = {"CmdGraph.requires": ["CC", "MV"]}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("Callgraph")
callgraph = e.load_callgraph()
callgraph_by_zero_c = e.load_callgraph([zero_c])
calls_by_ptr = e.load_calls_by_ptr()
used_in = e.load_used_in()
callgraph_is_ok(callgraph)
callgraph_by_file_is_ok(callgraph, callgraph_by_zero_c)
calls_by_ptr_is_ok(calls_by_ptr)
used_in_is_ok(used_in)
def test_cross_ref(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("CrossRef")
ref_to = e.load_ref_to_by_file()
ref_to_are_ok(ref_to)
ref_to_main_c = e.load_ref_to_by_file([main_c])
filtered_ref_to_are_ok(ref_to, ref_to_main_c)
ref_from = e.load_ref_from_by_file()
ref_from_are_ok(ref_from)
ref_from_main_c = e.load_ref_from_by_file([main_c])
filtered_ref_from_are_ok(ref_from, ref_from_main_c)
def test_info(tmpdir, cmds_file):
conf = {"CC.filter_deps": False, "Info.extra_CIF_pts": ["-hello"]}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("Info")
assert list(e.iter_definitions())
assert list(e.iter_declarations())
assert not list(e.iter_exported())
assert list(e.iter_calls())
assert list(e.iter_calls_by_pointers())
assert list(e.iter_functions_usages())
assert list(e.iter_macros_definitions())
assert list(e.iter_macros_expansions())
assert list(e.iter_typedefs())
def test_cc_with_system_header_files(tmpdir, cmds_file, with_system_header_files):
conf = {"CC.with_system_header_files": with_system_header_files}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("CC")
for cmd in e.load_all_cmds(with_deps=True, compile_only=True):
if not with_system_header_files:
for file in cmd["deps"]:
assert not re.search(r"/usr", file)
else:
for file in cmd["deps"]:
if re.search(r"/usr", file):
break
else:
assert False
def test_as(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("AS")
cmds = e.load_all_cmds(with_opts=True, with_raw=True)
target_cmd = dict()
for cmd in cmds:
for cmd_in in cmd["in"]:
if re.search("empty.s", cmd_in):
target_cmd = cmd
assert len(cmds) >= 1
assert len(target_cmd["in"]) == 1
assert len(target_cmd["out"]) == 1
assert len(target_cmd["opts"]) == 2
assert len(target_cmd["command"]) == 6
def test_ld(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("LD")
cmds = e.load_all_cmds(with_opts=True, with_raw=True)
target_cmd = dict()
for cmd in cmds:
for cmd_out in cmd["out"]:
if re.search("main.o2", cmd_out):
target_cmd = cmd
assert len(cmds) >= 1
assert len(target_cmd["in"]) == 2
assert len(target_cmd["out"]) == 1
assert len(target_cmd["opts"]) == 7
assert len(target_cmd["command"]) == 11
def test_src_graph(tmpdir, cmds_file):
conf = {"CmdGraph.requires": ["CC", "MV"]}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("SrcGraph")
src_graph = e.load_src_graph()
assert src_graph
assert len(src_graph[test_file]["compiled_in"]) == 3
assert len(src_graph[test_file]["used_by"]) == 2
src_info = e.load_src_info()
assert src_info
assert src_info[test_file]["loc"] == 11
graph_part = e.load_src_graph([test_file])
assert graph_part
assert len(graph_part[test_file]["used_by"]) == 2
assert len(src_graph[test_file]["compiled_in"]) == 3
def test_cc_load_all_cmds(tmpdir, cmds_file, with_opts, with_deps):
c = Clade(tmpdir, cmds_file)
e = c.parse("CC")
cmds = list(e.load_all_cmds(with_opts=with_opts, with_deps=with_deps))
assert len(cmds) > 1
for cmd in cmds:
assert ("opts" in cmd) == with_opts
assert ("deps" in cmd) == with_deps
cmd_by_id = e.load_cmd_by_id(cmd["id"])
assert cmd_by_id["id"] == cmd["id"]
assert cmd_by_id["in"] == cmd["in"]
assert cmd_by_id["out"] == cmd["out"]
if with_opts:
assert cmd["opts"] == e.load_opts_by_id(cmd["id"])
if with_deps:
assert cmd["deps"] == e.load_deps_by_id(cmd["id"])
def test_cmd_graph_requires(tmpdir, cmds_file):
conf = {"CmdGraph.requires": ["CC", "MV"]}
c = Clade(tmpdir, cmds_file, conf)
e = c.parse("CmdGraph")
cmd_graph = e.load_cmd_graph()
cmd_id = None
for cmd in e.extensions["CC"].load_all_cmds():
if "main.c" in cmd["in"] and "zero.c" in cmd[
"in"] and "tmp_main" in cmd["out"]:
cmd_id = str(cmd["id"])
assert cmd_id
assert cmd_graph
assert cmd_graph[cmd_id]["type"] == "CC"
assert len(cmd_graph[cmd_id]["used_by"]) == 1
assert cmd_graph[cmd_id]["using"] == []
used_by_id = cmd_graph[cmd_id]["used_by"][0]
assert cmd_graph[used_by_id]["using"] == [cmd_id]
def test_pid_graph(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("PidGraph")
last_id = get_last_id(cmds_file)
pid_graph = e.load_pid_graph()
pid_by_id = e.load_pid_by_id()
cmd_ids = list(str(x) for x in range(1, int(last_id) + 1))
assert len(pid_graph) == len(cmd_ids)
for cmd_id in cmd_ids:
assert cmd_id in pid_graph
assert len(pid_graph[cmd_id]) >= 1
for pid in pid_graph[cmd_id]:
assert int(pid) < int(cmd_id)
assert len(pid_by_id) == len(cmd_ids)
for cmd_id in cmd_ids:
assert cmd_id in pid_by_id
assert int(pid_by_id[cmd_id]) < int(cmd_id)
def test_cxx(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("CXX")
assert len(list(e.load_all_cmds(compile_only=True))) >= 1
def test_parse_undef(tmpdir):
with pytest.raises(NotImplementedError):
c = Clade(tmpdir)
c.parse("XYZ")
def test_cant_create_work_dir():
with pytest.raises(PermissionError):
c = Clade("/clade_test")
c.parse("CC")
def test_cmd_graph_empty_conf(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("CmdGraph")
assert e.load_cmd_graph()
def test_variables(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("Variables")
variables_are_ok(e.load_variables())
used_in_vars_is_ok(e.load_used_in_vars())
def test_macros(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
c.parse("Macros")
definitions_are_ok(c.get_macros_definitions())
expansions_are_ok(c.get_macros_expansions())
def test_cc_empty_conf(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("CC")
assert len(list(e.load_all_cmds()))
def test_path(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
c.parse("SrcGraph")
assert c.Path.normalize_rel_path(test_file_rel,
os.getcwd()) == test_file_abs
def test_typedefs(tmpdir, cmds_file):
c = Clade(tmpdir, cmds_file)
e = c.parse("Typedefs")
typedefs_are_ok(e.load_typedefs())
