def test_no_case(self):
# No cases should still give us a result with a single case in it.
a = DummyPackage('pkgA', ['wibble'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('wibble', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([()]))
def test_numpy_xx_only(self):
# Only a numpy x.x spec.
# Build an index that contains numpy 1.9 and 1.10 on python 2.7 and
# 3.5 for a total of 4 numpy/python combinations.
pythons = ['2.7', '3.5']
# Only major/minor in the numpy list here because that is what is used
# for the build matrix.
numpys = ['1.9', '1.10']
self.construct_numpy_index(pythons, numpys)
# Case 1: Only a numpy x.x spec...
numpy_dep_case = ('numpy x.x', 'python')
# ...expect all four cases to be in the matrix.
expect_result = []
for python in pythons:
for numpy in numpys:
expect_result.append((('python', python), ('numpy', numpy)))
a = DummyPackage('pkgA', numpy_dep_case, numpy_dep_case)
r = special_case_version_matrix(a, self.index)
self.assertEqual(set(r), set(expect_result),
msg='got: {}\nexpected: {}'.format(r, expect_result))
def test_noarch_python(self):
a = DummyPackage('pkgA', ['python'])
a.noarch = 'python'
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((), )))
def test_no_case(self):
# No cases should still give us a result with a single case in it.
a = DummyPackage('pkgA', ['wibble'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('wibble', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([()]))
def test_noarch_python(self):
a = DummyPackage('pkgA', ['python'])
a.noarch = 'python'
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((), )))
def test_numpy_xx_only(self):
# Only a numpy x.x spec.
# Build an index that contains numpy 1.9 and 1.10 on python 2.7 and
# 3.5 for a total of 4 numpy/python combinations.
pythons = ['2.7', '3.5']
# Only major/minor in the numpy list here because that is what is used
# for the build matrix.
numpys = ['1.9', '1.10']
self.construct_numpy_index(pythons, numpys)
# Case 1: Only a numpy x.x spec...
numpy_dep_case = ('numpy x.x', 'python')
# ...expect all four cases to be in the matrix.
expect_result = []
for python in pythons:
for numpy in numpys:
expect_result.append((('python', python), ('numpy', numpy)))
a = DummyPackage('pkgA', numpy_dep_case, numpy_dep_case)
r = special_case_version_matrix(a, self.index)
self.assertEqual(set(r), set(expect_result),
msg='got: {}\nexpected: {}'.format(r, expect_result))
def test_numpy_xx_and_restrictive_specifcation(self):
# Case 3:
# A numpy x.x spec and a numpy version restriction which does
# eliminate one the numpy versions in the DummyIndex.
# Build an index that contains numpy 1.9 and 1.10 on python 2.7 and
# 3.5 for a total of 4 numpy/python combinations.
pythons = ['2.7', '3.5']
# Only major/minor in the numpy list here because that is what is used
# for the build matrix.
numpys = ['1.9', '1.10']
self.construct_numpy_index(pythons, numpys)
# A numpy x.x spec and a numpy version restriction which does
# eliminate one the numpy versions in the DummyIndex.
numpy_dep_case = ('numpy x.x', 'numpy >=1.10', 'python')
# Expect only the numpy 1.9 case to survive.
expect_result = []
for python in pythons:
for numpy in numpys[1:]:
expect_result.append((('python', python), ('numpy', numpy)))
a = DummyPackage('pkgA', numpy_dep_case, numpy_dep_case)
r = special_case_version_matrix(a, self.index)
self.assertEqual(set(r), set(expect_result),
msg='got: {}\nexpected: {}'.format(r, expect_result))
def compute_build_matrix(meta, existing_matrix=None, channel_sources=tuple()):
channel_sources = tuple(channel_sources)
# Override what `defaults` means depending on the platform used.
try:
i = channel_sources.index("defaults")
defaults = DEFAULT_CHANNELS_UNIX
if meta_config(meta).subdir.startswith("win"):
defaults = DEFAULT_CHANNELS_WIN
channel_sources = (
channel_sources[:i] +
defaults +
channel_sources[i+1:]
)
except ValueError:
pass
index = conda.api.get_index(channel_urls=channel_sources,
platform=meta_config(meta).subdir)
mtx = special_case_version_matrix(meta, index)
mtx = list(filter_cases(mtx, ['python >=2.7,<3|>=3.5', 'numpy >=1.11', 'r-base >=3.3.2']))
if existing_matrix:
mtx = [tuple(mtx_case) + tuple(MatrixCaseEnvVar(*item) for item in case)
for case in sorted(existing_matrix)
for mtx_case in mtx]
return mtx
def compute_build_matrix(meta, existing_matrix=None, channel_sources=tuple()):
channel_sources = tuple(channel_sources)
# Override what `defaults` means depending on the platform used.
try:
i = channel_sources.index("defaults")
defaults = DEFAULT_CHANNELS_UNIX
if meta_config(meta).subdir.startswith("win"):
defaults = DEFAULT_CHANNELS_WIN
channel_sources = (channel_sources[:i] + defaults +
channel_sources[i + 1:])
except ValueError:
pass
index = conda.api.get_index(channel_urls=channel_sources,
platform=meta_config(meta).subdir)
mtx = special_case_version_matrix(meta, index)
mtx = list(
filter_cases(mtx, [
'python >=2.7,<3|>=3.5', 'numpy >=1.11', 'r-base ==3.3.2|==3.4.1'
]))
if existing_matrix:
mtx = [
tuple(mtx_case) + tuple(MatrixCaseEnvVar(*item) for item in case)
for case in sorted(existing_matrix) for mtx_case in mtx
]
return mtx
def test_numpy_xx_and_restrictive_specifcation(self):
# Case 3:
# A numpy x.x spec and a numpy version restriction which does
# eliminate one the numpy versions in the DummyIndex.
# Build an index that contains numpy 1.9 and 1.10 on python 2.7 and
# 3.5 for a total of 4 numpy/python combinations.
pythons = ['2.7', '3.5']
# Only major/minor in the numpy list here because that is what is used
# for the build matrix.
numpys = ['1.9', '1.10']
self.construct_numpy_index(pythons, numpys)
# A numpy x.x spec and a numpy version restriction which does
# eliminate one the numpy versions in the DummyIndex.
numpy_dep_case = ('numpy x.x', 'numpy >=1.10', 'python')
# Expect only the numpy 1.9 case to survive.
expect_result = []
for python in pythons:
for numpy in numpys[1:]:
expect_result.append((('python', python), ('numpy', numpy)))
a = DummyPackage('pkgA', numpy_dep_case, numpy_dep_case)
r = special_case_version_matrix(a, self.index)
self.assertEqual(set(r), set(expect_result),
msg='got: {}\nexpected: {}'.format(r, expect_result))
def test_numpy_simplest_case(self):
a = DummyPackage('pkgA', ['python', 'numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python'])
self.index.add_pkg('python', '2.7.2')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([(('python', '2.7'), ('numpy', '1.8')),
])
)
def test_numpy_simplest_case(self):
a = DummyPackage('pkgA', ['python', 'numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python'])
self.index.add_pkg('python', '2.7.2')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([(('python', '2.7'), ('numpy', '1.8')),
])
)
def test_constrained_python(self):
a = DummyPackage('pkgA', ['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('python', '2.7'),
),
))
)
def test_constrained_python(self):
a = DummyPackage('pkgA', ['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('python', '2.7'),
),
))
)
def compute_build_matrix(meta, existing_matrix=None):
index = conda.api.get_index()
mtx = special_case_version_matrix(meta, index)
mtx = list(filter_cases(mtx, ['python >=2.7,<3|>=3.4', 'numpy >=1.10']))
if existing_matrix:
mtx = [tuple(mtx_case) + tuple(MatrixCaseEnvVar(*item) for item in case)
for case in sorted(existing_matrix)
for mtx_case in mtx]
return mtx
def compute_build_matrix(meta, existing_matrix=None):
index = conda.api.get_index()
mtx = special_case_version_matrix(meta, index)
mtx = list(filter_cases(mtx, ['python >=2.7,<3|>=3.4', 'numpy >=1.10']))
if existing_matrix:
mtx = [tuple(mtx_case) + tuple(MatrixCaseEnvVar(*item) for item in case)
for case in sorted(existing_matrix)
for mtx_case in mtx]
return mtx
def test_r_matrix(self):
a = DummyPackage('pkgA', ['r-base'])
self.index.add_pkg('r-base', '4.5.6')
self.index.add_pkg('r-base', '4.5.7')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('r-base', '4.5.6'),),
(('r-base', '4.5.7'),),
))
)
def test_r_matrix(self):
a = DummyPackage('pkgA', ['r-base'])
self.index.add_pkg('r-base', '4.5.6')
self.index.add_pkg('r-base', '4.5.7')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('r-base', '4.5.6'),),
(('r-base', '4.5.7'),),
))
)
def test_dependency_on_py27(self):
# If a dependency can't hit the python version, it should not
# be considered a case.
a = DummyPackage('pkgA', ['python', 'oldschool'])
self.index.add_pkg('oldschool', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
# TODO: Enable this test.
return
def test_numpy_without_python(self):
# Conda recipes which do not depend on python, but do on python, do
# not have the full conda metadata, but still need to be handled.
a = DummyPackage('pkgA', ['numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python'])
self.index.add_pkg('python', '2.7.2')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([(('python', '2.7'), ('numpy', '1.8')),
])
)
def test_numpy_repeated_python27(self):
# Repeating python 2.7 will result in the latest version being found
a = DummyPackage('pkgA', ['python', 'numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '2.7.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([(('python', '2.7'), ('numpy', '1.8')),
])
)
def test_dependency_on_py27(self):
# If a dependency can't hit the python version, it should not
# be considered a case.
a = DummyPackage('pkgA', ['python', 'oldschool'])
self.index.add_pkg('oldschool', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
# TODO: Enable this test.
return
def test_numpy_repeated_python27(self):
# Repeating python 2.7 will result in the latest version being found
a = DummyPackage('pkgA', ['python', 'numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '2.7.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([(('python', '2.7'), ('numpy', '1.8')),
])
)
def test_numpy_without_python(self):
# Conda recipes which do not depend on python, but do on python, do
# not have the full conda metadata, but still need to be handled.
a = DummyPackage('pkgA', ['numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python'])
self.index.add_pkg('python', '2.7.2')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set([(('python', '2.7'), ('numpy', '1.8')),
])
)
def test_dependency_on_py27(self):
# If a dependency can't hit the python version, it should not
# be considered a case.
a = DummyPackage('pkgA', ['python', 'oldschool'])
self.index.add_pkg('oldschool', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
# No python 3 should be here.
self.assertEqual(r, set([
(('python', '2.7'), ),
]))
def test_numpy_repeated_python(self):
a = DummyPackage('pkgA', ['python', 'numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('numpy', '1.8.0', 'py35', depends=['python'])
self.index.add_pkg('numpy', '1.9.0', 'py35', depends=['python >=3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('python', '2.7'), ('numpy', '1.8')),
(('python', '3.5'), ('numpy', '1.8')),
(('python', '3.5'), ('numpy', '1.9')),
))
)
def test_numpy_repeated_python(self):
a = DummyPackage('pkgA', ['python', 'numpy'])
self.index.add_pkg('numpy', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('numpy', '1.8.0', 'py35', depends=['python'])
self.index.add_pkg('numpy', '1.9.0', 'py35', depends=['python >=3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('python', '2.7'), ('numpy', '1.8')),
(('python', '3.5'), ('numpy', '1.8')),
(('python', '3.5'), ('numpy', '1.9')),
))
)
def test_perl_and_python_matrix(self):
a = DummyPackage('pkgA', ['perl', 'python'])
self.index.add_pkg('perl', '4.5.6')
self.index.add_pkg('perl', '4.5.7')
self.index.add_pkg('python', '2.7')
self.index.add_pkg('python', '3.5')
r = special_case_version_matrix(a, self.index)
expected = set(((('python', '3.5'), ('perl', '4.5.7')),
(('python', '2.7'), ('perl', '4.5.7')),
(('python', '2.7'), ('perl', '4.5.6')),
(('python', '3.5'), ('perl', '4.5.6'))))
self.assertEqual(r, expected)
def test_perl_and_python_matrix(self):
a = DummyPackage('pkgA', ['perl', 'python'])
self.index.add_pkg('perl', '4.5.6')
self.index.add_pkg('perl', '4.5.7')
self.index.add_pkg('python', '2.7')
self.index.add_pkg('python', '3.5')
r = special_case_version_matrix(a, self.index)
expected = set(((('python', '3.5'), ('perl', '4.5.7')),
(('python', '2.7'), ('perl', '4.5.7')),
(('python', '2.7'), ('perl', '4.5.6')),
(('python', '3.5'), ('perl', '4.5.6'))))
self.assertEqual(r, expected)
def test_dependency_on_py27(self):
# If a dependency can't hit the python version, it should not
# be considered a case.
a = DummyPackage('pkgA', ['python', 'oldschool'])
self.index.add_pkg('oldschool', '1.8.0', 'py27', depends=['python <3'])
self.index.add_pkg('python', '2.7.2')
self.index.add_pkg('python', '3.5.0')
r = special_case_version_matrix(a, self.index)
# No python 3 should be here.
self.assertEqual(r, set([(('python', '2.7'),
),
]
))
def resolve_all(cls, meta, index=None, extra_conditions=None):
"""
Given a package, return a list of ResolvedDistributions, one for each
possible (necessary) version permutation.
"""
if index is None:
with vn_matrix.override_conda_logging('WARN'):
index = get_index()
cases = sorted(vn_matrix.special_case_version_matrix(meta, index))
if extra_conditions:
cases = list(vn_matrix.filter_cases(cases, extra_conditions))
result = []
for case in cases:
dist = cls(meta, case)
if not dist.skip():
result.append(dist)
return result
def resolve_all(cls, meta, index=None, extra_conditions=None):
"""
Given a package, return a list of ResolvedDistributions, one for each
possible (necessary) version permutation.
"""
if index is None:
with vn_matrix.override_conda_logging('WARN'):
index = get_index()
cases = sorted(vn_matrix.special_case_version_matrix(meta, index))
if extra_conditions:
cases = list(vn_matrix.filter_cases(cases, extra_conditions))
result = []
for case in cases:
dist = cls(meta, case)
if not dist.skip():
result.append(dist)
return result
def compute_build_matrix(meta):
index = conda.api.get_index()
mtx = special_case_version_matrix(meta, index)
mtx = list(filter_cases(mtx, ['python >=2.7,<3|>=3.4', 'numpy >=1.9']))
return mtx
def test_python_itself(self):
a = DummyPackage('python', version="a.b.c")
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('python', 'a.b'),),
))
)
def test_python_itself(self):
a = DummyPackage('python', version="a.b.c")
r = special_case_version_matrix(a, self.index)
self.assertEqual(r, set(((('python', 'a.b'),),
))
)
def compute_build_matrix(meta):
index = conda.api.get_index()
mtx = special_case_version_matrix(meta, index)
mtx = list(filter_cases(mtx, ['python >=2.7,<3|>=3.4', 'numpy >=1.10']))
return mtx
