Пример #1
0
 def testResolveSystemRelative(self):
     with utils.Tempdir() as d:
         os_fs = fs.OSFileSystem(d.path)
         fspath = [os_fs]
         d.create_file("foo/x.py")
         d.create_file("foo/y.py")
         imp = parsepy.ImportStatement(".y")
         module = resolve.System(d["foo/x.py"], "foo.x")
         r = resolve.Resolver(fspath, module)
         f = r.resolve_import(imp)
         self.assertEqual(f.path, d["foo/y.py"])
         self.assertTrue(isinstance(f, resolve.System))
         self.assertEqual(f.module_name, "foo.y")
Пример #2
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 def test_trim(self):
     sources = [self.tempdir["x.py"]]
     mock_resolve_file = lambda f: resolve.System(f.path, f.module_name)
     with self.patch_resolve_import(mock_resolve_file):
         # Untrimmed g1 contains foo.b, the dep of system module foo.a.
         g1 = graph.ImportGraph.create(self.env, sources, trim=False)
         self.assertEqual(
             g1.sorted_source_files(),
             [[self.tempdir[x]] for x in ["foo/b.py", "foo/a.py", "x.py"]])
         # Trimmed g2 stops at foo.a.
         g2 = graph.ImportGraph.create(self.env, sources, trim=True)
         self.assertEqual(
             g2.sorted_source_files(),
             [[self.tempdir[x]] for x in ["foo/a.py", "x.py"]])
Пример #3
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 def mock_resolve_file(f):
     path = os.path.splitext(f.path)[0] + ".so"
     return resolve.System(path, f.module_name)
Пример #4
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            deps.append((k, sorted(v)))
        return list(sorted(deps))

    def ordered_sorted_source_files(self):
        return [list(sorted(x)) for x in self.sorted_source_files()]


# Deps = { file : ([resolved deps], [broken deps], {dep_file:provenance}) }

SIMPLE_DEPS = {
        "a.py": (["b.py", "c.py"], [],
                 {"b.py": resolve.Local("b.py", "b", "fs1"),
                  "c.py": resolve.Local("c.py", "c", "fs2")
                  }),
        "b.py": (["d.py"], ["e"],
                 {"d.py": resolve.System("d.py", "d")})
}

SIMPLE_NONPY_DEPS = {"a.pyi": (["b.py"], [], {})}

SIMPLE_CYCLIC_DEPS = {
        "a.py": (["b.py", "c.py"], ["e"], {}),
        "b.py": (["d.py", "a.py"], ["f"], {}),
}

SIMPLE_SYSTEM_DEPS = {
        "a.py": (["b.py"], [], {"b.py": resolve.System("b.py", "b")}),
        "b.py": (["c.py"], [], {"c.py": resolve.System("c.py", "c")}),
}

Пример #5
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 def mock_resolve_import(resolver_self, item):
     resolved_file = resolve_import(resolver_self, item)
     return resolve.System(resolved_file.path,
                           resolved_file.module_name)
Пример #6
0
            deps.append((k, sorted(v)))
        return list(sorted(deps))

    def ordered_sorted_source_files(self):
        return [list(sorted(x)) for x in self.sorted_source_files()]


# Deps = { file : ([resolved deps], [broken deps], {dep_file:provenance}) }

SIMPLE_DEPS = {
    "a.py": (["b.py", "c.py"], [], {
        "b.py": resolve.Local("b.py", "b", "fs1"),
        "c.py": resolve.Local("c.py", "c", "fs2")
    }),
    "b.py": (["d.py"], ["e"], {
        "d.py": resolve.System("d.py", "d")
    })
}

SIMPLE_NONPY_DEPS = {"a.pyi": (["b.py"], [], {})}

SIMPLE_CYCLIC_DEPS = {
    "a.py": (["b.py", "c.py"], ["e"], {}),
    "b.py": (["d.py", "a.py"], ["f"], {}),
}

SIMPLE_SYSTEM_DEPS = {
    "a.py": (["b.py"], [], {
        "b.py": resolve.System("b.py", "b")
    }),
    "b.py": (["c.py"], [], {
Пример #7
0
            deps.append((k, sorted(v)))
        return list(sorted(deps))

    def ordered_sorted_source_files(self):
        return [list(sorted(x)) for x in self.sorted_source_files()]


# Deps = { file : ([resolved deps], [broken deps], {dep_file:provenance}) }

SIMPLE_DEPS = {
    "a.py": (["b.py", "c.py"], [], {
        "b.py": resolve.Local("b.py", "b", "fs1"),
        "c.py": resolve.Local("c.py", "c", "fs2")
    }),
    "b.py": (["d.py"], ["e"], {
        "d.py": resolve.System("d.py", "d")
    })
}

SIMPLE_CYCLIC_DEPS = {
    "a.py": (["b.py", "c.py"], ["e"], {}),
    "b.py": (["d.py", "a.py"], ["f"], {}),
}


class TestDependencyGraph(unittest.TestCase):
    """Tests for DependencyGraph."""
    def check_order(self, xs, *args):
        """Checks that args form an increasing sequence within xs."""
        indices = [xs.index(arg) for arg in args]
        for i in range(1, len(indices)):