def test_simple_construction(self):
r_provides = []
package = PackageInfo("numpy", V("1.3.0"))
self.assertEqual(package.provides, r_provides)
self.assertEqual(package.dependencies, [])
self.assertEqual(package.id, -1)
r_provides = [R("numpy == 1.3.0")]
r_id = -1
package = PackageInfo("nomkl_numpy", V("1.3.0"), provides=r_provides)
self.assertEqual(package.provides, r_provides)
self.assertEqual(package.id, r_id)
def test_set_repository(self):
package = PackageInfo(name="numpy", version=V("1.3.0"))
package.repository = Repository()
def set_repository():
package.repository = Repository()
self.assertRaises(ValueError, set_repository)
def test_repr(self):
package = PackageInfo(name="numpy", version=V("1.3.0"))
if six.PY3:
self.assertEqual(repr(package), "PackageInfo('numpy-1.3.0')")
else:
self.assertEqual(repr(package), "PackageInfo(u'numpy-1.3.0')")
package = PackageInfo(name="numpy",
version=V("1.6.0"),
dependencies=[R("mkl >= 10.3.0")])
if six.PY3:
self.assertEqual(
repr(package),
"PackageInfo('numpy-1.6.0; depends (mkl >= 10.3.0)')")
else:
self.assertEqual(
repr(package),
"PackageInfo(u'numpy-1.6.0; depends (mkl >= 10.3.0)')")
def test_replaces(self):
r_package_string = "mkl_numpy-1.6.0; replaces (numpy == 1.6.0)"
r_package = PackageInfo(name="mkl_numpy",
version=V("1.6.0"),
replaces=[R("numpy == 1.6.0")])
package = PackageInfo.from_string(r_package_string)
self.assertEqual(package, r_package)
self.assertEqual(package.package_string, r_package_string)
def test_dependencies(self):
r_package_string = "numpy-1.6.0; depends (mkl >= 10.3.0)"
r_package = PackageInfo(name="numpy",
version=V("1.6.0"),
dependencies=[R("mkl >= 10.3.0")])
package = PackageInfo.from_string(r_package_string)
self.assertEqual(package, r_package)
self.assertEqual(package.package_string, r_package_string)
def test_simple(self):
r_package_string = "numpy-1.3.0"
r_package = PackageInfo(name="numpy", version=V("1.3.0"))
package = PackageInfo.from_string(r_package_string)
self.assertEqual(package, r_package)
self.assertEqual(package.package_string, r_package_string)
self.assertRaises(DepSolverError,
lambda: PackageInfo.from_string("numpy 1.3.0"))
def test_suggests(self):
r_package_string = "numpy-1.6.0; suggests (scipy == 1.6.0)"
r_package = PackageInfo(name="numpy",
version=V("1.6.0"),
suggests=[R("scipy")])
package = PackageInfo.from_string(r_package_string)
self.assertEqual(package, r_package)
self.assertEqual(package.package_string, r_package_string)
def test_conflicts(self):
r_package_string = "nomkl_numpy-1.6.0; conflicts (numpy == 1.6.0)"
r_package = PackageInfo(name="nomkl_numpy",
version=V("1.6.0"),
conflicts=[R("numpy == 1.6.0")])
package = PackageInfo.from_string(r_package_string)
self.assertEqual(package, r_package)
self.assertEqual(package.package_string, r_package_string)
def test_multiple_dependencies(self):
r_package_string = "scipy-0.12.0; depends (numpy >= 1.6.0, " \
"numpy < 1.7.0, MKL >= 10.3.0, MKL < 10.4.0)"
r_package = PackageInfo(name="scipy",
version=V("0.12.0"),
dependencies=[
R("numpy >= 1.6.0, numpy < 1.7.0"),
R("MKL >= 10.3.0, MKL < 10.4.0")
])
package = PackageInfo.from_string(r_package_string)
self.assertEqual(package, r_package)
self.assertEqual(package.package_string, r_package_string)
def test_str(self):
provides = [R("numpy == 1.3.0")]
package = PackageInfo(name="nomkl_numpy",
version=V("1.3.0"),
provides=provides)
self.assertEqual(str(package), "nomkl_numpy-1.3.0")
def test_unique_name(self):
package = PackageInfo(name="numpy", version=V("1.3.0"))
self.assertEqual(package.unique_name, "numpy-1.3.0")
