def components_libs_order_test(self):
info = CppInfo("dep1", "")
info.components["liba"].libs = ["liba"]
info.components["libb"].libs = ["libb"]
dep_cpp_info = DepCppInfo(info)
self.assertListEqual(["liba", "libb"], dep_cpp_info.libs)
deps_cpp_info = DepsCppInfo()
deps_cpp_info.add("dep1", dep_cpp_info)
self.assertListEqual(["liba", "libb"], deps_cpp_info["dep1"].libs)
self.assertListEqual(["liba", "libb"], list(deps_cpp_info.libs))
info = CppInfo("dep1", "")
info.components["liba"].libs = ["liba"]
info.components["libb"].libs = ["libb"]
dep_cpp_info = DepCppInfo(info)
info2 = CppInfo("dep2", "")
info2.components["libc"].libs = ["libc"]
dep_cpp_info2 = DepCppInfo(info2)
deps_cpp_info = DepsCppInfo()
# Update in reverse order
deps_cpp_info.add("dep2", dep_cpp_info2)
deps_cpp_info.add("dep1", dep_cpp_info)
self.assertListEqual(["liba", "libb"], deps_cpp_info["dep1"].libs)
self.assertListEqual(["libc"], deps_cpp_info["dep2"].libs)
self.assertListEqual(["libc", "liba", "libb"],
list(deps_cpp_info.libs))
info = CppInfo("dep1", "")
info.components["liba"].libs = ["liba"]
info.components["libb"].libs = ["libb"]
info.components["libb"].requires = ["liba"]
dep_cpp_info = DepCppInfo(info)
self.assertListEqual(["libb", "liba"], dep_cpp_info.libs)
deps_cpp_info = DepsCppInfo()
deps_cpp_info.add("dep1", dep_cpp_info)
self.assertListEqual(["libb", "liba"], deps_cpp_info["dep1"].libs)
self.assertListEqual(["libb", "liba"], list(deps_cpp_info.libs))
info = CppInfo("dep1", "")
info.components["liba"].libs = ["liba"]
info.components["libb"].libs = ["libb"]
info.components["libb"].requires = ["liba"]
dep_cpp_info = DepCppInfo(info)
info2 = CppInfo("dep2", "")
info2.components["libc"].libs = ["libc"]
dep_cpp_info2 = DepCppInfo(info2)
deps_cpp_info = DepsCppInfo()
# Update in reverse order
deps_cpp_info.add("dep2", dep_cpp_info2)
deps_cpp_info.add("dep1", dep_cpp_info)
self.assertListEqual(["libb", "liba"], deps_cpp_info["dep1"].libs)
self.assertListEqual(["libc"], deps_cpp_info["dep2"].libs)
self.assertListEqual(["libc", "libb", "liba"],
list(deps_cpp_info.libs))
def cpp_info_link_order_test(self):
def _assert_link_order(sorted_libs):
"""
Assert that dependent libs of a component are always found later in the list
"""
assert sorted_libs, "'sorted_libs' is empty"
for num, lib in enumerate(sorted_libs):
component_name = lib[-1]
for dep in info.components[component_name].requires:
for comp_lib in info.components[dep].libs:
self.assertIn(comp_lib, sorted_libs[num:])
info = CppInfo("dep1", "")
info.components["6"].libs = ["lib6"]
info.components["6"].requires = ["4", "5"]
info.components["5"].libs = ["lib5"]
info.components["5"].requires = ["2"]
info.components["4"].libs = ["lib4"]
info.components["4"].requires = ["1"]
info.components["3"].libs = ["lib3"]
info.components["3"].requires = ["1"]
info.components["1"].libs = ["lib1"]
info.components["1"].requires = ["2"]
info.components["2"].libs = ["lib2"]
info.components["2"].requires = []
dep_cpp_info = DepCppInfo(info)
_assert_link_order(dep_cpp_info.libs)
self.assertEqual(["lib6", "lib5", "lib4", "lib3", "lib1", "lib2"],
dep_cpp_info.libs)
deps_cpp_info = DepsCppInfo()
deps_cpp_info.add("dep1", dep_cpp_info)
self.assertEqual(["lib6", "lib5", "lib4", "lib3", "lib1", "lib2"],
list(deps_cpp_info.libs))
info = CppInfo("dep2", "")
info.components["K"].libs = ["libK"]
info.components["K"].requires = ["G", "H"]
info.components["J"].libs = ["libJ"]
info.components["J"].requires = ["F"]
info.components["G"].libs = ["libG"]
info.components["G"].requires = ["F"]
info.components["H"].libs = ["libH"]
info.components["H"].requires = ["F", "E"]
info.components["L"].libs = ["libL"]
info.components["L"].requires = ["I"]
info.components["F"].libs = ["libF"]
info.components["F"].requires = ["C", "D"]
info.components["I"].libs = ["libI"]
info.components["I"].requires = ["E"]
info.components["C"].libs = ["libC"]
info.components["C"].requires = ["A"]
info.components["D"].libs = ["libD"]
info.components["D"].requires = ["A"]
info.components["E"].libs = ["libE"]
info.components["E"].requires = ["A", "B"]
info.components["A"].libs = ["libA"]
info.components["A"].requires = []
info.components["B"].libs = ["libB"]
info.components["B"].requires = []
dep_cpp_info = DepCppInfo(info)
_assert_link_order(dep_cpp_info.libs)
self.assertEqual([
"libK", "libJ", "libG", "libH", "libL", "libF", "libI", "libC",
"libD", "libE", "libA", "libB"
], dep_cpp_info.libs)
deps_cpp_info.add("dep2", dep_cpp_info)
self.assertEqual([
"lib6", "lib5", "lib4", "lib3", "lib1", "lib2", "libK", "libJ",
"libG", "libH", "libL", "libF", "libI", "libC", "libD", "libE",
"libA", "libB"
], list(deps_cpp_info.libs))
def test_configs(self):
deps_cpp_info = DepsCppInfo()
deps_cpp_info.filter_empty = False
child = CppInfo("Boost", "F:/")
child.filter_empty = False
child.version = "<version>"
child.includedirs.append("ChildrenPath")
child.debug.includedirs.append("ChildrenDebugPath")
child.cxxflags.append("cxxmyflag")
child.debug.cxxflags.append("cxxmydebugflag")
child.libs.extend(["math"])
child.debug.libs.extend(["debug_Lib"])
deps_cpp_info.add("Boost", DepCppInfo(child))
deps_env_info = DepsEnvInfo()
env_info_lib1 = EnvInfo()
env_info_lib1.var = "32"
env_info_lib1.othervar.append("somevalue")
deps_env_info.update(env_info_lib1, "LIB1")
deps_user_info = DepsUserInfo()
deps_user_info["LIB2"].myuservar = "23"
fakeconan = namedtuple(
"Conanfile",
"deps_cpp_info cpp_info deps_env_info env_info user_info deps_user_info"
)
output = TXTGenerator(
fakeconan(deps_cpp_info, None, deps_env_info, deps_user_info, {},
defaultdict(dict))).content
deps_cpp_info2, _, deps_env_info2, _ = TXTGenerator.loads(
output, filter_empty=False)
self.assertEqual(deps_cpp_info.includedirs, deps_cpp_info2.includedirs)
self.assertEqual(deps_cpp_info.libdirs, deps_cpp_info2.libdirs)
self.assertEqual(deps_cpp_info.bindirs, deps_cpp_info2.bindirs)
self.assertEqual(deps_cpp_info.libs, deps_cpp_info2.libs)
self.assertEqual(len(deps_cpp_info._dependencies),
len(deps_cpp_info2._dependencies))
self.assertEqual(deps_cpp_info["Boost"].includedirs,
deps_cpp_info2["Boost"].includedirs)
self.assertEqual(deps_cpp_info["Boost"].cxxflags,
deps_cpp_info2["Boost"].cxxflags)
self.assertEqual(deps_cpp_info["Boost"].cxxflags, ["cxxmyflag"])
self.assertEqual(deps_cpp_info.debug.includedirs,
deps_cpp_info2.debug.includedirs)
self.assertEqual(deps_cpp_info.debug.includedirs,
['F:/include', 'F:/ChildrenDebugPath'])
self.assertEqual(deps_cpp_info.debug.libs, deps_cpp_info2.debug.libs)
self.assertEqual(deps_cpp_info.debug.libs, ["debug_Lib"])
self.assertEqual(deps_cpp_info["Boost"].debug.includedirs,
deps_cpp_info2["Boost"].debug.includedirs)
self.assertEqual(deps_cpp_info["Boost"].debug.includedirs,
['include', 'ChildrenDebugPath'])
self.assertEqual(deps_cpp_info["Boost"].debug.cxxflags,
deps_cpp_info2["Boost"].debug.cxxflags)
self.assertEqual(deps_cpp_info["Boost"].debug.cxxflags,
["cxxmydebugflag"])
self.assertEqual(deps_env_info["LIB1"].var, "32")
self.assertEqual(deps_env_info["LIB1"].othervar, ["somevalue"])
self.assertEqual(deps_user_info["LIB2"].myuservar, "23")
def test_deps_cpp_info_libs_defines_flags(self):
deps_cpp_info = DepsCppInfo()
dep1 = CppInfo("dep1", "root")
dep1.components["liba"].libs.append("liba")
dep1.components["liba"].defines.append("DEFINEA")
dep1.components["liba"].system_libs.append("sysa")
dep1.components["liba"].cxxflags.append("cxxflaga")
dep1.components["liba"].cflags.append("cflaga")
dep1.components["liba"].sharedlinkflags.append("slinka")
dep1.components["liba"].frameworks.append("frameworka")
dep1.components["liba"].exelinkflags.append("elinka")
dep1.components["libb"].libs.append("libb")
dep1.components["libb"].defines.append("DEFINEB")
dep1.components["libb"].system_libs.append("sysb")
dep1.components["libb"].cxxflags.append("cxxflagb")
dep1.components["libb"].cflags.append("cflagb")
dep1.components["libb"].sharedlinkflags.append("slinkb")
dep1.components["libb"].frameworks.append("frameworkb")
dep1.components["libb"].exelinkflags.append("elinkb")
deps_cpp_info.add("dep1", DepCppInfo(dep1))
dep2 = CppInfo("dep2", "root")
dep2.components["libc"].libs.append("libc")
dep2.components["libd"].libs.append("libd")
dep2.components["systemlib"].system_libs = ["systemlib"]
dep2.components["libc"].cxxflags = ["cxxflagc"]
dep2.components["libd"].cflags = ["cflagd"]
dep2.components["libc"].sharedlinkflags = ["slinkc"]
dep2.components["libd"].sharedlinkflags = ["slinkd"]
deps_cpp_info.add("dep2", DepCppInfo(dep2))
self.assertListEqual(["liba", "libb"], deps_cpp_info["dep1"].libs)
self.assertListEqual(["libc", "libd"], deps_cpp_info["dep2"].libs)
self.assertListEqual(["liba", "libb", "libc", "libd"],
list(deps_cpp_info.libs))
self.assertListEqual(["DEFINEA", "DEFINEB"],
deps_cpp_info["dep1"].defines)
self.assertListEqual(["DEFINEA", "DEFINEB"],
list(deps_cpp_info.defines))
self.assertListEqual(["sysa", "sysb"],
deps_cpp_info["dep1"].system_libs)
self.assertListEqual(["systemlib"], deps_cpp_info["dep2"].system_libs)
self.assertListEqual(["sysa", "sysb", "systemlib"],
list(deps_cpp_info.system_libs))
self.assertListEqual(["cxxflaga", "cxxflagb"],
deps_cpp_info["dep1"].cxxflags)
self.assertListEqual(["cxxflagc"], deps_cpp_info["dep2"].cxxflags)
self.assertListEqual(["cxxflagc", "cxxflaga", "cxxflagb"],
list(deps_cpp_info.cxxflags))
self.assertListEqual(["cflaga", "cflagb"],
deps_cpp_info["dep1"].cflags)
self.assertListEqual(["cflagd"], deps_cpp_info["dep2"].cflags)
self.assertListEqual(["cflagd", "cflaga", "cflagb"],
list(deps_cpp_info.cflags))
self.assertListEqual(["slinka", "slinkb"],
deps_cpp_info["dep1"].sharedlinkflags)
self.assertListEqual(["slinkc", "slinkd"],
deps_cpp_info["dep2"].sharedlinkflags)
self.assertListEqual(["slinkc", "slinkd", "slinka", "slinkb"],
list(deps_cpp_info.sharedlinkflags))
self.assertListEqual(["frameworka", "frameworkb"],
deps_cpp_info["dep1"].frameworks)
self.assertListEqual(["frameworka", "frameworkb"],
list(deps_cpp_info.frameworks))
self.assertListEqual(["elinka", "elinkb"],
deps_cpp_info["dep1"].exelinkflags)
self.assertListEqual([], deps_cpp_info["dep2"].exelinkflags)
self.assertListEqual(["elinka", "elinkb"],
list(deps_cpp_info.exelinkflags))
def _loads_cpp_info(text, filter_empty):
pattern = re.compile(r"^\[([a-zA-Z0-9._:-]+)\]([^\[]+)", re.MULTILINE)
try:
# Parse the text
data = OrderedDict()
for m in pattern.finditer(text):
var_name = m.group(1)
lines = []
for line in m.group(2).splitlines():
line = line.strip()
if not line or line[0] == "#":
continue
lines.append(line)
if not lines:
continue
tokens = var_name.split(":")
if len(tokens) == 2: # has config
var_name, config = tokens
else:
config = None
if 'system_libs' in var_name:
tokens = var_name.split("system_libs_", 1)
field = 'system_libs'
else:
tokens = var_name.split("_", 1)
field = tokens[0]
dep = tokens[1] if len(tokens) == 2 else None
if field == "cppflags":
field = "cxxflags"
data.setdefault(dep, defaultdict(dict))
data[dep][config][field] = lines
# Build the data structures
def _populate_cpp_info(_cpp_info, _data, _rootpath):
for key, value in _data.items():
if key.endswith('dirs'):
value = [
os.path.relpath(it, _rootpath) for it in value
]
value = ['' if it == '.' else it for it in value]
setattr(_cpp_info, key, value)
if None in data:
del data[None]
deps_cpp_info = DepsCppInfo()
for dep, configs_cpp_info in data.items():
# Data for the 'cpp_info' object (no configs)
no_config_data = configs_cpp_info.pop(None)
rootpath = no_config_data.pop('rootpath')[0]
dep_cpp_info = CppInfo(dep, rootpath)
dep_cpp_info.filter_empty = filter_empty
dep_cpp_info.names[TXTGenerator.name] = no_config_data.pop(
'name')[0]
dep_cpp_info.sysroot = no_config_data.pop('sysroot', [""])[0]
_populate_cpp_info(dep_cpp_info, no_config_data, rootpath)
# Now the configs
for config, config_data in configs_cpp_info.items():
cpp_info_config = getattr(dep_cpp_info, config)
_populate_cpp_info(cpp_info_config, config_data, rootpath)
# Add to the dependecy list
version = no_config_data.pop('version', [""])[0]
dep_cpp_info.version = version
deps_cpp_info.add(dep, DepCppInfo(dep_cpp_info))
return deps_cpp_info
except Exception as e:
logger.error(traceback.format_exc())
raise ConanException(
"There was an error parsing conanbuildinfo.txt: %s" % str(e))
