def mock_lint(env, manifest, cmakelist, checks=all, indentation=False, return_var=False):
linter = CMakeLinter(env)
if type(cmakelist) is dict:
tmp = {}
for key, value in iteritems(cmakelist):
tmp[os.path.normpath(key)] = value
cmakelist = tmp
def get_cmakelist(filename):
if type(cmakelist) is dict:
if filename in cmakelist:
return cmakelist[filename]
else:
return ""
else:
if filename == os.path.normpath("/mock-path/CMakeLists.txt"): return cmakelist
return ""
linter._read_file = get_cmakelist
if checks is not None: linter.require(checks)
info = LintInfo(env)
linter.lint (os.path.normpath("/mock-path"), manifest, info)
if not indentation:
linter.messages = [ m for m in linter.messages if m.id != "INDENTATION" ]
if return_var:
return info.var
else:
return [ m.id for m in linter.messages ]
def test_circular_depend(self):
"""Test circular dependencies in custom linter modules"""
def a(linter):
linter.require(b)
def b(linter):
linter.require(a)
linter = CMakeLinter(create_env())
self.assertRaises(RuntimeError, linter.require, a)
def mock_lint(env, manifest, cmakelist, checks=all, full_result=False, indentation=False):
linter = CMakeLinter(env)
if type(cmakelist) is dict:
tmp = {}
for key, value in iteritems(cmakelist):
tmp[os.path.normpath(key)] = value
cmakelist = tmp
def get_cmakelist(filename):
if type(cmakelist) is dict:
if filename in cmakelist:
return cmakelist[filename]
else:
return ""
else:
if filename == os.path.normpath("/mock-path/CMakeLists.txt"): return cmakelist
return ""
linter._read_file = get_cmakelist
if checks is not None: linter.require(checks)
linter.lint (os.path.normpath("/mock-path"), manifest)
if not indentation:
linter.messages = [ m for m in linter.messages if m.id != "INDENTATION" ]
if full_result:
return linter.messages
else:
return [ m.id for m in linter.messages ]
def mock_lint(env, manifest, cmakelist, checks=all, indentation=False, return_var=False, package_path=None):
linter = CMakeLinter(env)
if package_path is None:
package_path = "/package-path/%s" % manifest.name
if type(cmakelist) is dict:
tmp = {}
for key, value in iteritems(cmakelist):
tmp[os.path.normpath(key)] = value
cmakelist = tmp
def get_cmakelist(filename):
if type(cmakelist) is dict:
if filename in cmakelist:
return cmakelist[filename]
else:
raise OSError("Mock CMake file not found: %s" % filename)
else:
if filename == os.path.normpath(package_path + "/CMakeLists.txt"): return cmakelist
raise OSError("Mock CMake file not found: %s" % filename)
linter._read_file = get_cmakelist
if checks is not None: linter.require(checks)
info = LintInfo(env)
linter.lint (os.path.normpath(package_path), manifest, info)
if not indentation:
linter.messages = [ m for m in linter.messages if m.id != "INDENTATION" ]
if return_var:
return info.var
else:
return [ m.id for m in linter.messages ]
def test_circular_depend(self):
def a(linter):
linter.require(b)
def b(linter):
linter.require(a)
linter = CMakeLinter(create_env())
self.assertRaises(RuntimeError, linter.require, a)
def mock_lint(env,
manifest,
cmakelist,
checks=all_checks,
indentation=False,
return_var=False,
package_path=None):
linter = CMakeLinter(env)
if package_path is None:
package_path = "/package-path/%s" % manifest.name
if type(cmakelist) is dict:
tmp = {}
for key, value in iteritems(cmakelist):
tmp[os.path.normpath(key)] = value
cmakelist = tmp
def get_cmakelist(filename):
if type(cmakelist) is dict:
if filename in cmakelist:
return cmakelist[filename]
else:
raise OSError("Mock CMake file not found: %s" % filename)
else:
assert filename == os.path.normpath(package_path +
"/CMakeLists.txt")
return cmakelist
linter._read_file = get_cmakelist
if checks is not None:
linter.require(checks)
info = LintInfo(env)
linter.lint(os.path.normpath(package_path), manifest, info=info)
if not indentation:
linter.messages = [m for m in linter.messages if m.id != "INDENTATION"]
if return_var:
return info.var
else:
return [m.id for m in linter.messages]
def test_list(self):
env = create_env()
linter = CMakeLinter(env)
info = LintInfo(env)
linter._handle_list(info, ["APPEND", "test", "one"])
self.assertEqual(info.var["test"], "one")
linter._handle_list(info, ["APPEND", "test", "three"])
self.assertEqual(info.var["test"], "one;three")
linter._handle_list(info, ["INSERT", "test", "1", "two"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, ["GET", "test", "1", "result"])
self.assertEqual(info.var["result"], "two")
linter._handle_list(info, ["GET", "test", "42", "result"])
self.assertEqual(info.var["result"], "")
linter._handle_list(info, ["FIND", "test", "none", "result"])
self.assertEqual(info.var["result"], "-1")
linter._handle_list(info, ["FIND", "test", "two", "result"])
self.assertEqual(info.var["result"], "1")
info.var["test"] = "one;two;three;one;four;five"
linter._handle_list(info, ["REMOVE_DUPLICATES", "test"])
self.assertEqual(info.var["test"], "one;two;three;four;five")
linter._handle_list(info, ["REMOVE_AT", "test", "15", "0", "4", "2"])
self.assertEqual(info.var["test"], "two;four")
linter._handle_list(info, ["APPEND", "test", "two"])
linter._handle_list(info, ["REMOVE_ITEM", "test", "two"])
self.assertEqual(info.var["test"], "four")
info.var["test"] = "1;3;2;6;5;4"
linter._handle_list(info, ["SORT", "test"])
self.assertEqual(info.var["test"], "1;2;3;4;5;6")
linter._handle_list(info, ["REVERSE", "test"])
self.assertEqual(info.var["test"], "6;5;4;3;2;1")
info.var["test"] = "one;two;three"
linter._handle_list(info, ["UNKNOWN", "test"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, [])
self.assertEqual(info.var["test"], "one;two;three")
def test_list(self):
env = create_env()
linter = CMakeLinter(env)
info = LintInfo(env)
linter._handle_list(info, ["APPEND", "test", "one"])
self.assertEqual(info.var["test"], "one")
linter._handle_list(info, ["APPEND", "test", "three"])
self.assertEqual(info.var["test"], "one;three")
linter._handle_list(info, ["INSERT", "test", "1", "two"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, ["GET", "test", "1", "result"])
self.assertEqual(info.var["result"], "two")
linter._handle_list(info, ["GET", "test", "42", "result"])
self.assertEqual(info.var["result"], "")
linter._handle_list(info, ["FIND", "test", "none", "result"])
self.assertEqual(info.var["result"], "-1")
linter._handle_list(info, ["FIND", "test", "two", "result"])
self.assertEqual(info.var["result"], "1")
info.var["test"] = "one;two;three;one;four;five"
linter._handle_list(info, ["REMOVE_DUPLICATES", "test"])
self.assertEqual(info.var["test"], "one;two;three;four;five")
linter._handle_list(info, ["REMOVE_AT", "test", "15", "0", "4", "2"])
self.assertEqual(info.var["test"], "two;four")
linter._handle_list(info, ["APPEND", "test", "two"])
linter._handle_list(info, ["REMOVE_ITEM", "test", "two"])
self.assertEqual(info.var["test"], "four")
info.var["test"] = "1;3;2;6;5;4"
linter._handle_list(info, ["SORT", "test"])
self.assertEqual(info.var["test"], "1;2;3;4;5;6")
linter._handle_list(info, ["REVERSE", "test"])
self.assertEqual(info.var["test"], "6;5;4;3;2;1")
info.var["test"] = "one;two;three"
linter._handle_list(info, ["UNKNOWN", "test"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, [])
self.assertEqual(info.var["test"], "one;two;three")
def test_list(self):
"""Test CMake list handling"""
env = create_env()
linter = CMakeLinter(env)
info = LintInfo(env)
linter._handle_list(info, ["APPEND", "test", "one"])
self.assertEqual(info.var["test"], "one")
linter._handle_list(info, ["APPEND", "test", "three"])
self.assertEqual(info.var["test"], "one;three")
linter._handle_list(info, ["INSERT", "test", "1", "two"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, ["GET", "test", "1", "result"])
self.assertEqual(info.var["result"], "two")
linter._handle_list(info, ["GET", "test", "42", "result"])
self.assertEqual(info.var["result"], "")
linter._handle_list(info, ["FIND", "test", "none", "result"])
self.assertEqual(info.var["result"], "-1")
linter._handle_list(info, ["FIND", "test", "two", "result"])
self.assertEqual(info.var["result"], "1")
linter._handle_list(info, ["PREPEND", "test", "zero"])
self.assertEqual(info.var["test"], "zero;one;two;three")
linter._handle_list(info, ["POP_FRONT", "test"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, ["POP_BACK", "test"])
self.assertEqual(info.var["test"], "one;two")
info.var["test"] = "one;two;three;four;five"
linter._handle_list(info, ["POP_FRONT", "test", "v1", "v2"])
self.assertEqual(info.var["test"], "three;four;five")
self.assertEqual(info.var["v1"], "one")
self.assertEqual(info.var["v2"], "two")
linter._handle_list(info, ["POP_BACK", "test", "v1", "v2"])
self.assertEqual(info.var["test"], "three")
self.assertEqual(info.var["v1"], "five")
self.assertEqual(info.var["v2"], "four")
info.var["test"] = "one;two;three;one;four;five"
linter._handle_list(info, ["REMOVE_DUPLICATES", "test"])
self.assertEqual(info.var["test"], "one;two;three;four;five")
linter._handle_list(info, ["JOIN", "test", "+", "result"])
self.assertEqual(info.var["result"], "one+two+three+four+five")
linter._handle_list(info, ["SUBLIST", "test", "2", "2", "result"])
self.assertEqual(info.var["result"], "three;four")
linter._handle_list(info, ["SUBLIST", "test", "-2", "3", "result"])
self.assertEqual(info.var["result"], "four;five")
linter._handle_list(info, ["SUBLIST", "test", "0", "-1", "result"])
self.assertEqual(info.var["result"], "one;two;three;four;five")
linter._handle_list(info, ["REMOVE_AT", "test", "15", "0", "4", "2"])
self.assertEqual(info.var["test"], "two;four")
linter._handle_list(info, ["APPEND", "test", "two"])
linter._handle_list(info, ["REMOVE_ITEM", "test", "two"])
self.assertEqual(info.var["test"], "four")
info.var["test"] = "1;3;2;6;5;4"
linter._handle_list(info, ["SORT", "test"])
self.assertEqual(info.var["test"], "1;2;3;4;5;6")
linter._handle_list(info, ["REVERSE", "test"])
self.assertEqual(info.var["test"], "6;5;4;3;2;1")
info.var["test"] = "one;two;three"
linter._handle_list(info, ["UNKNOWN", "test"])
self.assertEqual(info.var["test"], "one;two;three")
linter._handle_list(info, [])
self.assertEqual(info.var["test"], "one;two;three")
