class CMakeTest(TestCase):
def setUp(self):
self._config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'bdemeta.json': '{"roots": ["r"]}',
'r': {
'standalones': {
'p': {
'package': {
'p.dep': '',
'p.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_generate_cmake(self):
output1 = StringIO()
run(output1, None, output1, None, ['cmake', 'bdemeta.json', 'p'])
r = TargetResolver(self._config)
p = resolve(r, 'p')
output2 = StringIO()
generate(p, output2)
assert(output1.getvalue() == output2.getvalue())
class RunTest(TestCase):
def setUp(self):
self._config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'groups': {
'gr1': {
'group': {
'gr1.dep': '',
'gr1.mem': 'gr1p1 gr1p2',
},
'gr1p1': {
'package': {
'gr1p1.dep': '',
'gr1p1.mem': '',
},
},
'gr1p2': {
'package': {
'gr1p2.dep': '',
'gr1p2.mem': '',
},
},
},
'gr2': {
'group': {
'gr2.dep': 'gr1',
'gr2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_no_mode_error(self):
with self.assertRaises(InvalidArgumentsError) as e:
run(None, None, None, None, None, [])
assert('No mode specified' == e.exception.args[0])
def test_unknown_mode_error(self):
with self.assertRaises(InvalidArgumentsError) as e:
run(None, None, None, None, None, ['foo'])
assert('Unknown mode \'{}\''.format('foo') == e.exception.args[0])
def test_target_with_dependencies(self):
f = StringIO()
run(f, None, None, None, None, ['walk', 'gr2'])
r = TargetResolver(self._config)
us = resolve(r, ['gr2'])
assert(' '.join(u.name for u in us) + '\n' == f.getvalue())
class RunTest(TestCase):
def setUp(self):
self._config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'groups': {
'gr1': {
'group': {
'gr1.dep': '',
'gr1.mem': 'gr1p1 gr1p2',
},
'gr1p1': {
'package': {
'gr1p1.dep': '',
'gr1p1.mem': '',
},
},
'gr1p2': {
'package': {
'gr1p2.dep': '',
'gr1p2.mem': '',
},
},
},
'gr2': {
'group': {
'gr2.dep': 'gr1',
'gr2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_no_mode_error(self):
with self.assertRaises(InvalidArgumentsError) as e:
run(None, None, None, None, None, [])
assert ('No mode specified' == e.exception.args[0])
def test_unknown_mode_error(self):
with self.assertRaises(InvalidArgumentsError) as e:
run(None, None, None, None, None, ['foo'])
assert ('Unknown mode \'{}\''.format('foo') == e.exception.args[0])
def test_target_with_dependencies(self):
f = StringIO()
run(f, None, None, None, None, ['walk', 'gr2'])
r = TargetResolver(self._config)
us = resolve(r, ['gr2'])
assert (' '.join(u.name for u in us) + '\n' == f.getvalue())
class GraphTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': '',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_graph(self):
f = StringIO()
run(f, None, None, None, None, ['dot', 'p2'])
lines = f.getvalue().split('\n')
assert ('digraph G {' == lines[0])
assert (' "p2" -> "p1"' == lines[1])
assert ('}' == lines[2])
class CMakeResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'thirdparty': {
't1': {
'CMakeLists.txt': '',
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_cmake_identification(self):
r = TargetResolver(self.config)
assert ({
'type': 'cmake',
'path': P('r') / 'thirdparty' / 't1'
} == r.identify('t1'))
def test_cmake_path(self):
r = TargetResolver(self.config)
t = r.resolve('t1', {})
assert (P('r') / 'thirdparty' / 't1' == t.path())
class CMakeResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'thirdparty': {
't1': {
'CMakeLists.txt': '',
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_cmake_identification(self):
r = TargetResolver(self.config)
assert({
'type': 'cmake',
'path': P('r')/'thirdparty'/'t1'
} == r.identify('t1'))
def test_cmake_path(self):
r = TargetResolver(self.config)
t = r.resolve('t1', {})
assert(P('r')/'thirdparty'/'t1' == t.path())
class NoConfigMainTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
})
def tearDown(self):
self._patcher.reset()
def test_help_text(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, [__name__])
assert(not stdout.getvalue())
assert(stderr.getvalue())
def test_no_config_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout,
stderr,
None,
None,
[__name__, 'walk', 'bdemeta.json', 'p1'])
assert(not stdout.getvalue())
assert(stderr.getvalue())
class GraphTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': '',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_graph(self):
f = StringIO()
run(f, None, None, None, None, ['dot', 'p2'])
lines = f.getvalue().split('\n')
assert('digraph G {' == lines[0])
assert(' "p2" -> "p1"' == lines[1])
assert('}' == lines[2])
class NoRootTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'bdemeta.json': '{"roots": ["r"]}',
})
def tearDown(self):
self._patcher.reset()
def test_no_root_error(self):
with self.assertRaises(InvalidPathError) as e:
run(None, None, None, None, ['walk', 'bdemeta.json'])
assert(P('r') == e.exception.args[0])
def test_no_root_main_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout,
stderr,
None,
None,
[__name__, 'walk', 'bdemeta.json', 'p1'])
assert(not stdout.getvalue())
assert(stderr.getvalue())
assert('r' in stderr.getvalue())
class PluginTestsTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
],
'plugin_tests': ['gr2']
}
self._patcher = OsPatcher({
'r': {
'groups': {
'gr1': {
'group': {
'gr1.dep': '',
'gr1.mem': 'gr1p1',
},
'gr1p1': {
'package': {
'gr1p1.dep': '',
'gr1p1.mem': 'gr1p1_c1',
},
'gr1p1_c1.cpp': '',
'gr1p1_c1.h': '',
'gr1p1_c1.t.cpp': '',
},
},
'gr2': {
'group': {
'gr2.dep': '',
'gr2.mem': 'gr2p1',
},
'gr2p1': {
'package': {
'gr2p1.dep': '',
'gr2p1.mem': 'gr2p1_c1',
},
'gr2p1_c1.cpp': '',
'gr2p1_c1.h': '',
'gr2p1_c1.t.cpp': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_non_plugin_tests(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
assert (not gr1.plugin_tests)
def test_plugin_tests(self):
r = TargetResolver(self.config)
gr2 = r.resolve('gr2', {})
assert (gr2.plugin_tests)
class BdeItemsTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'one': {
'char': 'a',
'commented': {
'item': '# a',
},
'real': {
'one': {
'comment': 'a\n#b',
},
},
},
'longer': {
'char': 'ab',
},
'two': {
'same': {
'line': 'a b',
},
'diff': {
'lines': 'a\nb',
},
'commented': {
'same': {
'line': '# a b',
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_one_char_item(self):
assert({'a'} == bde_items(P('one')/'char'))
def test_longer_char_item(self):
assert({'ab'} == bde_items(P('longer')/'char'))
def test_two_items_on_same_line(self):
assert({'a', 'b'} == bde_items(P('two')/'same'/'line'))
def test_item_on_each_line(self):
assert({'a', 'b'} == bde_items(P('two')/'diff'/'lines'))
def test_one_commented_item(self):
assert(set() == bde_items(P('one')/'commented'/'item'))
def test_two_commented_items_same_line(self):
assert(set() == bde_items(P('two')/'commented'/'same'/'line'))
def test_one_real_one_comment(self):
assert({'a'} == bde_items(P('one')/'real'/'one'/'comment'))
class BdeItemsTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'one': {
'char': 'a',
'commented': {
'item': '# a',
},
'real': {
'one': {
'comment': 'a\n#b',
},
},
},
'longer': {
'char': 'ab',
},
'two': {
'same': {
'line': 'a b',
},
'diff': {
'lines': 'a\nb',
},
'commented': {
'same': {
'line': '# a b',
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_one_char_item(self):
assert({'a'} == bde_items(P('one')/'char'))
def test_longer_char_item(self):
assert({'ab'} == bde_items(P('longer')/'char'))
def test_two_items_on_same_line(self):
assert({'a', 'b'} == bde_items(P('two')/'same'/'line'))
def test_item_on_each_line(self):
assert({'a', 'b'} == bde_items(P('two')/'diff'/'lines'))
def test_one_commented_item(self):
assert(set() == bde_items(P('one')/'commented'/'item'))
def test_two_commented_items_same_line(self):
assert(set() == bde_items(P('two')/'commented'/'same'/'line'))
def test_one_real_one_comment(self):
assert({'a'} == bde_items(P('one')/'real'/'one'/'comment'))
class NoConfigErrorTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({})
def tearDown(self):
self._patcher.reset()
def test_no_config_error(self):
caught = False
try:
run(StringIO(), ['walk', 'foo'])
except NoConfigError as e:
caught = True
assert(caught)
class InvalidPathErrorTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf': '{ "roots": ["unlikely_path_that_exists"] }',
})
def tearDown(self):
self._patcher.reset()
def test_invalid_path_error(self):
with self.assertRaises(InvalidPathError):
run(None, None, None, None, None, ['walk', 'foo'])
stderr = StringIO()
main(None, stderr, None, None, None, [__name__, 'walk', 'foo'])
assert(stderr.getvalue())
class InvalidPathErrorTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf':
'{ "roots": ["unlikely_path_that_exists"] }',
})
def tearDown(self):
self._patcher.reset()
def test_invalid_path_error(self):
with self.assertRaises(InvalidPathError):
run(None, None, None, None, None, ['walk', 'foo'])
stderr = StringIO()
main(None, stderr, None, None, None, [__name__, 'walk', 'foo'])
assert (stderr.getvalue())
class NotFoundErrorsTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': { },
})
def tearDown(self):
self._patcher.reset()
def test_non_identification(self):
r = TargetResolver(self.config)
with self.assertRaises(TargetNotFoundError):
r.identify('foo')
class NoConfigMainTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({})
def tearDown(self):
self._patcher.reset()
def test_help_text(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__])
assert (not stdout.getvalue())
assert (stderr.getvalue())
def test_no_config_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'walk', 'p1'])
assert (not stdout.getvalue())
assert (stderr.getvalue())
class CMakeTest(TestCase):
def setUp(self):
self._config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'adapters': {
'p': {
'package': {
'p.dep': '',
'p.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_generate_cmake(self):
output = StringIO()
f1 = {}
w1 = get_filestore_writer(f1)
run(output, None, w1, None, None, ['cmake', 'p'])
r = TargetResolver(self._config)
p = resolve(r, 'p')
f2 = {}
w2 = get_filestore_writer(f2)
generate(p, w2)
assert (f1.keys() == f2.keys())
for k in f1:
assert (f1[k].getvalue() == f2[k].getvalue())
class LazilyBoundTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
],
'providers': {
'p1': ['bar']
},
'runtime_libraries': [
'bar'
]
}
self._patcher = OsPatcher({
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': '',
},
},
'p2': {
'package': {
'p2.dep': 'bar',
'p2.mem': '',
},
}
},
}
})
def tearDown(self):
self._patcher.reset()
def test_lazily_bound_bar(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
bar = r.resolve('bar', { 'p1': p1 })
p2 = r.resolve('p2', { 'bar': bar, 'p1': p1 })
assert(p2.lazily_bound)
class CMakeTest(TestCase):
def setUp(self):
self._config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'adapters': {
'p': {
'package': {
'p.dep': '',
'p.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_generate_cmake(self):
output = StringIO()
f1 = {}
w1 = get_filestore_writer(f1)
run(output, None, w1, None, None, ['cmake', 'p'])
r = TargetResolver(self._config)
p = resolve(r, 'p')
f2 = {}
w2 = get_filestore_writer(f2)
generate(p, w2)
assert(f1.keys() == f2.keys())
for k in f1:
assert(f1[k].getvalue() == f2[k].getvalue())
class NoRootTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
})
def tearDown(self):
self._patcher.reset()
def test_no_root_error(self):
with self.assertRaises(InvalidPathError) as e:
run(None, None, None, None, None, ['walk'])
assert (P('r') == e.exception.args[0])
def test_no_root_main_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'walk', 'p1'])
assert (not stdout.getvalue())
assert (stderr.getvalue())
assert ('r' in stderr.getvalue())
class NotFoundErrorsTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {},
})
def tearDown(self):
self._patcher.reset()
def test_non_identification(self):
r = TargetResolver(self.config)
caught = False
try:
r.identify('foo')
except TargetNotFoundError:
caught = True
assert (caught)
class NotFoundErrorsTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': { },
})
def tearDown(self):
self._patcher.reset()
def test_non_identification(self):
r = TargetResolver(self.config)
caught = False
try:
r.identify('foo')
except TargetNotFoundError:
caught = True
assert(caught)
class NoConfigErrorTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({})
def tearDown(self):
self._patcher.reset()
def test_no_config_error(self):
with self.assertRaises(NoConfigError):
run(None, None, None, None, None, ['walk', 'foo'])
stderr = StringIO()
main(None, stderr, None, None, None, [__name__, 'walk', 'foo'])
assert (stderr.getvalue())
def test_args_error_if_config_unneeded(self):
with self.assertRaises(InvalidArgumentsError):
run(None, None, None, None, None, [])
stderr = StringIO()
main(None, stderr, None, None, None, [__name__])
assert (stderr.getvalue())
class NoConfigErrorTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({})
def tearDown(self):
self._patcher.reset()
def test_no_config_error(self):
with self.assertRaises(NoConfigError):
run(None, None, None, None, None, ['walk', 'foo'])
stderr = StringIO()
main(None, stderr, None, None, None, [__name__, 'walk', 'foo'])
assert(stderr.getvalue())
def test_args_error_if_config_unneeded(self):
with self.assertRaises(InvalidArgumentsError):
run(None, None, None, None, None, [])
stderr = StringIO()
main(None, stderr, None, None, None, [__name__])
assert(stderr.getvalue())
class PkgConfigResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
],
'pkg_configs': {
'foo': 'bar',
},
}
self._patcher = OsPatcher({})
def tearDown(self):
self._patcher.reset()
def test_pkg_identification(self):
r = TargetResolver(self.config)
assert (Identification('pkg_config', None, 'bar') == r.identify('foo'))
def test_pkg_name(self):
r = TargetResolver(self.config)
t = r.resolve('foo', {})
assert ('bar' == t.package)
class PkgConfigResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
],
'pkg_configs': {
'foo': 'bar',
},
}
self._patcher = OsPatcher({
})
def tearDown(self):
self._patcher.reset()
def test_pkg_identification(self):
r = TargetResolver(self.config)
assert(Identification('pkg_config', None, 'bar') == r.identify('foo'))
def test_pkg_name(self):
r = TargetResolver(self.config)
t = r.resolve('foo', {})
assert('bar' == t.package)
class StandaloneResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': 'p1c1 p1c2',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_adapter_identification(self):
r = TargetResolver(self.config)
assert ({
'type': 'package',
'path': P('r') / 'adapters' / 'p1'
} == r.identify('p1'))
def test_standalone_with_one_dependency(self):
r = TargetResolver(self.config)
assert (set(['p1']) == r.dependencies('p2'))
def test_level_one_standalone_resolution(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert ('p1' == p1)
def test_level_one_standalone_resolution_components(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert ('p1' == p1)
c1 = P('r') / 'adapters' / 'p1' / 'p1c1.cpp'
c2 = P('r') / 'adapters' / 'p1' / 'p1c2.cpp'
assert ([c1, c2] == list(sorted(p1.sources())))
def test_level_two_group_resolution(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert ('p1' == p1)
p2 = r.resolve('p2', {'p1': p1})
assert ('p2' == p2)
class StandaloneResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': 'p1c1 p1c2',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_adapter_identification(self):
r = TargetResolver(self.config)
assert({
'type': 'package',
'path': P('r')/'adapters'/'p1'
} == r.identify('p1'))
def test_standalone_with_one_dependency(self):
r = TargetResolver(self.config)
assert(set(['p1']) == r.dependencies('p2'))
def test_level_one_standalone_resolution(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert('p1' == p1)
def test_level_one_standalone_resolution_components(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert('p1' == p1)
c1 = P('r')/'adapters'/'p1'/'p1c1.cpp'
c2 = P('r')/'adapters'/'p1'/'p1c2.cpp'
assert([c1, c2] == list(sorted(p1.sources())))
def test_level_two_group_resolution(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert('p1' == p1)
p2 = r.resolve('p2', { 'p1': p1 })
assert('p2' == p2)
class TargetResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'groups': {
'gr1': {
'group': {
'gr1.dep': '',
'gr1.mem': 'gr1p1 gr1p2',
},
'gr1p1': {
'package': {
'gr1p1.dep': '',
'gr1p1.mem': '',
},
},
'gr1p2': {
'package': {
'gr1p2.dep': '',
'gr1p2.mem': '',
},
},
},
'gr2': {
'group': {
'gr2.dep': 'gr1',
'gr2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_group_identification(self):
r = TargetResolver(self.config)
assert({
'type': 'group',
'path': P('r')/'groups'/'gr1'
} == r.identify('gr1'))
def test_group_with_one_dependency(self):
r = TargetResolver(self.config)
assert(set(['gr1']) == r.dependencies('gr2'))
def test_level_one_group_resolution(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
assert('gr1' == gr1)
def test_level_one_group_resolution_packages(self):
ur = TargetResolver(self.config)
pr = PackageResolver(P('r')/'groups'/'gr1')
gr1 = ur.resolve('gr1', {})
assert('gr1' == gr1)
assert(resolve(pr, ['gr1p1', 'gr1p2']) == gr1._packages)
def test_level_two_group_resolution(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
gr2 = r.resolve('gr2', { 'gr1': gr1 })
assert('gr2' == gr2)
class PackageResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'g1': {
'g1p1': {
'package': {
'g1p1.dep': '',
'g1p1.mem': '',
},
},
'g1p2': {
'package': {
'g1p2.dep': '',
'g1p2.mem': 'g1p2_c1',
},
},
'g1p3': {
'package': {
'g1p3.dep': '',
'g1p3.mem': 'g1p3_c1',
},
'g1p3_c1.t.cpp': '',
'g1p3_c1.h': '',
},
'g1+p4': {
'package': {
'g1+p4.dep': '',
'g1+p4.mem': '',
},
'a.cpp': '',
'b.cpp': '',
},
'g1+p5': {
'package': {
'g1+p5.dep': '',
'g1+p5.mem': '',
},
'a.c': '',
},
'g1+p6': {
'package': {
'g1+p6.dep': '',
'g1+p6.mem': '',
},
'a.x': '',
},
},
'g2': {
'g2p1': {
'package': {
'g2p1.dep': '',
'g2p1.mem': '',
},
},
'g2p2': {
'package': {
'g2p2.dep': 'g2p1',
'g2p2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_empty_dependencies(self):
r = PackageResolver(P('r')/'g1')
assert(set() == r.dependencies('g1p1'))
def test_non_empty_dependencies(self):
r = PackageResolver(P('r')/'g2')
assert(set(['g2p1']) == r.dependencies('g2p2'))
def test_empty_package(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1p1', {})
assert('g1p1' == p)
assert([] == p.dependencies())
assert([P('r')/'g1'/'g1p1'] == list(p.includes()))
assert([] == list(p.sources()))
def test_one_non_driver_component(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1p2', {})
assert('g1p2' == p)
assert([] == p.dependencies())
assert([P('r')/'g1'/'g1p2'] == list(p.includes()))
assert([P('r')/'g1'/'g1p2'/'g1p2_c1.cpp'] == list(p.sources()))
assert([] == list(p.drivers()))
def test_one_driver_component(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1p3', {})
assert('g1p3' == p)
assert([] == p.dependencies())
assert([P('r')/'g1'/'g1p3'] == list(p.includes()))
assert([P('r')/'g1'/'g1p3'/'g1p3_c1.h'] == list(p.headers()))
assert([P('r')/'g1'/'g1p3'/'g1p3_c1.cpp'] == list(p.sources()))
assert([P('r')/'g1'/'g1p3'/'g1p3_c1.t.cpp'] == list(p.drivers()))
def test_empty_package_with_dependency(self):
r = PackageResolver(P('r')/'g2')
p1 = r.resolve('g2p1', {})
assert('g2p1' == p1)
assert([] == p1.dependencies())
p2 = r.resolve('g2p2', { 'g2p1': p1 })
assert('g2p2' == p2)
assert([p1] == p2.dependencies())
def test_thirdparty_package_lists_cpps(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p4', {})
assert('g1+p4' == p)
assert([] == p.dependencies())
assert([P('r')/'g1'/'g1+p4'] == list(p.includes()))
assert(2 == len(list(p.sources())))
assert(P('r')/'g1'/'g1+p4'/'a.cpp' in list(p.sources()))
assert(P('r')/'g1'/'g1+p4'/'b.cpp' in list(p.sources()))
def test_thirdparty_package_lists_cs(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p5', {})
assert('g1+p5' == p)
assert([] == p.dependencies())
assert([P('r')/'g1'/'g1+p5'] == list(p.includes()))
assert([P('r')/'g1'/'g1+p5'/'a.c'] == list(p.sources()))
def test_thirdparty_package_ignores_non_c_non_cpp(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p6', {})
assert('g1+p6' == p)
assert([] == p.dependencies())
assert([P('r')/'g1'/'g1+p6'] == list(p.includes()))
assert([] == list(p.sources()))
def test_level_two_package_has_dependency(self):
r = PackageResolver(P('r')/'g2')
p1 = r.resolve('g2p1', {})
assert('g2p1' == p1)
assert([] == p1.dependencies())
assert([P('r')/'g2'/'g2p1'] == list(p1.includes()))
assert(0 == len(list(p1.sources())))
p2 = r.resolve('g2p2', { 'g2p1': p1 })
assert('g2p2' == p2)
assert([p1] == p2.dependencies())
assert([P('r')/'g2'/'g2p2'] == list(p2.includes()))
assert([] == list(p2.sources()))
class PackageResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'g1': {
'g1p1': {
'package': {
'g1p1.dep': '',
'g1p1.mem': '',
},
},
'g1p2': {
'package': {
'g1p2.dep': '',
'g1p2.mem': 'g1p2_c1',
},
},
'g1p3': {
'package': {
'g1p3.dep': '',
'g1p3.mem': 'g1p3_c1',
},
'g1p3_c1.t.cpp': '',
'g1p3_c1.h': '',
},
'g1+p4': {
'package': {
'g1+p4.dep': '',
'g1+p4.mem': '',
},
'a.cpp': '',
'b.cpp': '',
},
'g1+p5': {
'package': {
'g1+p5.dep': '',
'g1+p5.mem': '',
},
'a.c': '',
},
'g1+p6': {
'package': {
'g1+p6.dep': '',
'g1+p6.mem': '',
},
'a.x': '',
},
'g1+p7': {
'package': {
'g1+p7.dep': '',
'g1+p7.mem': '',
},
'a.h': '',
},
},
'g2': {
'g2p1': {
'package': {
'g2p1.dep': '',
'g2p1.mem': '',
},
},
'g2p2': {
'package': {
'g2p2.dep': 'g2p1',
'g2p2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_empty_dependencies(self):
r = PackageResolver(P('r')/'g1')
assert(set() == r.dependencies('g1p1'))
def test_non_empty_dependencies(self):
r = PackageResolver(P('r')/'g2')
assert(set(['g2p1']) == r.dependencies('g2p2'))
def test_empty_package(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1p1', {})
assert('g1p1' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1p1')] == list(p.includes()))
assert([] == list(p.sources()))
def test_one_non_driver_component(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1p2', {})
assert('g1p2' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1p2')] == list(p.includes()))
assert([str(P('r')/'g1'/'g1p2'/'g1p2_c1.cpp')] == list(p.sources()))
assert([] == list(p.drivers()))
def test_one_driver_component(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1p3', {})
assert('g1p3' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1p3')] == list(p.includes()))
assert([str(P('r')/'g1'/'g1p3'/'g1p3_c1.h')] == list(p.headers()))
assert([str(P('r')/'g1'/'g1p3'/'g1p3_c1.cpp')] == list(p.sources()))
assert([str(P('r')/'g1'/'g1p3'/'g1p3_c1.t.cpp')] == list(p.drivers()))
def test_empty_package_with_dependency(self):
r = PackageResolver(P('r')/'g2')
p1 = r.resolve('g2p1', {})
assert('g2p1' == p1.name)
assert([] == p1.dependencies())
p2 = r.resolve('g2p2', { 'g2p1': p1 })
assert('g2p2' == p2.name)
assert([p1] == p2.dependencies())
def test_thirdparty_package_lists_cpps(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p4', {})
assert('g1+p4' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1+p4')] == list(p.includes()))
assert(2 == len(list(p.sources())))
assert(str(P('r')/'g1'/'g1+p4'/'a.cpp') in list(p.sources()))
assert(str(P('r')/'g1'/'g1+p4'/'b.cpp') in list(p.sources()))
def test_thirdparty_package_lists_cs(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p5', {})
assert('g1+p5' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1+p5')] == list(p.includes()))
assert([str(P('r')/'g1'/'g1+p5'/'a.c')] == list(p.sources()))
def test_thirdparty_package_ignores_non_c_non_cpp(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p6', {})
assert('g1+p6' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1+p6')] == list(p.includes()))
assert([] == list(p.sources()))
def test_thirdparty_package_with_header(self):
r = PackageResolver(P('r')/'g1')
p = r.resolve('g1+p7', {})
assert('g1+p7' == p.name)
assert([] == p.dependencies())
assert([str(P('r')/'g1'/'g1+p7')] == list(p.includes()))
assert([str(P('r')/'g1'/'g1+p7'/'a.h')] == list(p.headers()))
def test_level_two_package_has_dependency(self):
r = PackageResolver(P('r')/'g2')
p1 = r.resolve('g2p1', {})
assert('g2p1' == p1.name)
assert([] == p1.dependencies())
assert([str(P('r')/'g2'/'g2p1')] == list(p1.includes()))
assert(0 == len(list(p1.sources())))
p2 = r.resolve('g2p2', { 'g2p1': p1 })
assert('g2p2' == p2.name)
assert([p1] == p2.dependencies())
assert([str(P('r')/'g2'/'g2p2')] == list(p2.includes()))
assert([] == list(p2.sources()))
class MainTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': '',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
'p3': {
'package': {
'p3.dep': 'p4',
'p3.mem': '',
},
},
'p4': {
'package': {
'p4.dep': 'p3',
'p4.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_walk(self):
stdout = StringIO()
main(stdout, None, None, None, None, [None, 'walk', 'p2'])
assert ('p2 p1\n' == stdout.getvalue())
def test_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'foo'])
assert (not stdout.getvalue())
assert (stderr.getvalue())
def test_cyclic_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'walk', 'p3'])
assert (not stdout.getvalue())
assert (stderr.getvalue())
assert ('p3' in stderr.getvalue())
assert ('p4' in stderr.getvalue())
def test_not_found_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'walk', 'p5'])
assert (not stdout.getvalue())
assert (stderr.getvalue())
assert ('p5' in stderr.getvalue())
class MainTest(TestCase):
def setUp(self):
self._patcher = OsPatcher({
'.bdemeta.conf': '{"roots": ["r"]}',
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': '',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
'p3': {
'package': {
'p3.dep': 'p4',
'p3.mem': '',
},
},
'p4': {
'package': {
'p4.dep': 'p3',
'p4.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_walk(self):
stdout = StringIO()
main(stdout, None, None, None, None, [None, 'walk', 'p2'])
assert('p2 p1\n' == stdout.getvalue())
def test_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'foo'])
assert(not stdout.getvalue())
assert(stderr.getvalue())
def test_cyclic_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'walk', 'p3'])
assert(not stdout.getvalue())
assert(stderr.getvalue())
assert('p3' in stderr.getvalue())
assert('p4' in stderr.getvalue())
def test_not_found_error(self):
stdout = StringIO()
stderr = StringIO()
main(stdout, stderr, None, None, None, [__name__, 'walk', 'p5'])
assert(not stdout.getvalue())
assert(stderr.getvalue())
assert('p5' in stderr.getvalue())
class StandaloneResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'adapters': {
'p1': {
'package': {
'p1.dep': '',
'p1.mem': 'p1c1 p1c2',
},
},
'p2': {
'package': {
'p2.dep': 'p1',
'p2.mem': '',
},
},
'p3': {
'package': {
'p3.dep': '',
'p3.mem': '',
},
'p3.cmake': '',
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_adapter_identification(self):
r = TargetResolver(self.config)
assert(Identification('package', P('r')/'adapters'/'p1') == \
r.identify('p1'))
def test_standalone_with_one_dependency(self):
r = TargetResolver(self.config)
assert(set(['p1']) == r.dependencies('p2'))
def test_level_one_standalone_resolution(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert('p1' == p1.name)
def test_level_one_standalone_resolution_components(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert('p1' == p1.name)
c1 = P('r')/'adapters'/'p1'/'p1c1.cpp'
c2 = P('r')/'adapters'/'p1'/'p1c2.cpp'
assert([str(c1), str(c2)] == list(sorted(p1.sources())))
def test_level_two_group_resolution(self):
r = TargetResolver(self.config)
p1 = r.resolve('p1', {})
assert('p1' == p1.name)
p2 = r.resolve('p2', { 'p1': p1 })
assert('p2' == p2.name)
def test_package_cmake_overrides(self):
r = TargetResolver(self.config)
p3 = r.resolve('p3', {})
assert('p3' == p3.name)
assert(str(P('r')/'adapters'/'p3'/'p3.cmake') == p3.overrides)
class ApplicationResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'applications': {
'app1': {
'package': {
'app1.mem': 'app1.m',
'app1.dep': 'gr1'
},
'app1.m.cpp': ''
},
'app2': {
'package': {
'app2.mem': '',
'app2.dep': 'gr1'
},
'app2.m.cpp': ''
},
},
'groups': {
'gr1': {
'group': {
'gr1.dep': '',
'gr1.mem': 'gr1p1 gr1p2',
},
'gr1p1': {
'package': {
'gr1p1.dep': '',
'gr1p1.mem': '',
},
},
'gr1p2': {
'package': {
'gr1p2.dep': '',
'gr1p2.mem': '',
},
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_application_identification(self):
r = TargetResolver(self.config)
assert(Identification('application', P('r')/'applications'/'app1') == \
r.identify('app1'))
def test_application_with_one_dependency(self):
r = TargetResolver(self.config)
assert (set(['gr1']) == r.dependencies('app1'))
def test_application_resolution_explicit_member(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
app1 = r.resolve('app1', {'gr1': gr1})
assert ('app1' == app1.name)
assert (gr1 in app1.dependencies())
main_file = P('r') / 'applications' / 'app1' / 'app1.m.cpp'
assert (str(main_file) in app1.sources())
def test_application_resolution_implicit_member(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
app2 = r.resolve('app2', {'gr1': gr1})
assert ('app2' == app2.name)
assert (gr1 in app2.dependencies())
main_file = P('r') / 'applications' / 'app2' / 'app2.m.cpp'
assert (str(main_file) in app2.sources())
class TargetResolverTest(TestCase):
def setUp(self):
self.config = {
'roots': [
P('r'),
]
}
self._patcher = OsPatcher({
'r': {
'groups': {
'gr1': {
'group': {
'gr1.dep': '',
'gr1.mem': 'gr1p1 gr1p2',
},
'gr1p1': {
'package': {
'gr1p1.dep': '',
'gr1p1.mem': '',
},
},
'gr1p2': {
'package': {
'gr1p2.dep': '',
'gr1p2.mem': '',
},
},
},
'gr2': {
'group': {
'gr2.dep': 'gr1',
'gr2.mem': '',
},
},
},
},
})
def tearDown(self):
self._patcher.reset()
def test_group_identification(self):
r = TargetResolver(self.config)
assert(Identification('group', P('r')/'groups'/'gr1') == \
r.identify('gr1'))
def test_group_with_one_dependency(self):
r = TargetResolver(self.config)
assert(set(['gr1']) == r.dependencies('gr2'))
def test_level_one_group_resolution(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
assert('gr1' == gr1.name)
def test_level_one_group_resolution_packages(self):
ur = TargetResolver(self.config)
pr = PackageResolver(P('r')/'groups'/'gr1')
gr1 = ur.resolve('gr1', {})
assert('gr1' == gr1.name)
assert([p.name for p in resolve(pr, ['gr1p1', 'gr1p2'])] == \
[p.name for p in gr1._packages])
def test_level_two_group_resolution(self):
r = TargetResolver(self.config)
gr1 = r.resolve('gr1', {})
gr2 = r.resolve('gr2', { 'gr1': gr1 })
assert('gr2' == gr2.name)