def test_drop(self):
drop_dir = yield from rule.drop_files(self.cache, self.content_tree,
['b'])
yield from shared.assert_tree_contents(self.cache, drop_dir, {
'a': 'foo',
COLON + 'd': 'baz'
})
drop_file = yield from rule.drop_files(self.cache, self.content_tree,
['a'])
yield from shared.assert_tree_contents(self.cache, drop_file, {
'b/c': 'bar',
COLON + 'd': 'baz'
})
drop_colon = yield from rule.drop_files(self.cache, self.content_tree,
[COLON + 'd'])
yield from shared.assert_tree_contents(self.cache, drop_colon, {
'a': 'foo',
'b/c': 'bar'
})
globs = yield from rule.drop_files(self.cache, self.content_tree,
['**/c', '**/a'])
yield from shared.assert_tree_contents(self.cache, globs,
{COLON + 'd': 'baz'})
def test_pick(self):
pick_dir = yield from rule.pick_files(self.cache, self.content_tree, ["b"])
yield from shared.assert_tree_contents(self.cache, pick_dir, {"b/c": "bar"})
pick_file = yield from rule.pick_files(self.cache, self.content_tree, ["a"])
yield from shared.assert_tree_contents(self.cache, pick_file, {"a": "foo"})
globs = yield from rule.pick_files(self.cache, self.content_tree, ["**/c", "**/a"])
yield from shared.assert_tree_contents(self.cache, globs, {"a": "foo", "b/c": "bar"})
def test_move(self):
# Same semantics as copy above. Also, make sure that move deletes move
# sources, but does not delete sources that were overwritten by the
# target of another move.
moves = {'a': 'b', 'b': 'a'}
tree = rule.move_files(self.cache, self.content_tree, moves)
shared.assert_tree_contents(self.cache, tree, {
'a/c': 'bar',
'b/a': 'foo',
})
def test_move(self):
# Same semantics as copy above. Also, make sure that move deletes move
# sources, but does not delete sources that were overwritten by the
# target of another move.
moves = {'a': 'b', 'b': 'a'}
tree = rule.move_files(self.cache, self.content_tree, moves)
shared.assert_tree_contents(self.cache, tree, {
'a/c': 'bar',
'b/a': 'foo',
})
def test_copy(self):
# A file copied into a directory should be placed into that directory.
# A directory or file copied into a file should overwrite that file.
copies = {'a': ['x', 'b', 'b/c'], 'b': ['a', 'y']}
tree = rule.copy_files(self.cache, self.content_tree, copies)
shared.assert_tree_contents(self.cache, tree, {
'a/c': 'bar',
'b/a': 'foo',
'b/c': 'foo',
'x': 'foo',
'y/c': 'bar',
})
def test_copy(self):
# A file copied into a directory should be placed into that directory.
# A directory or file copied into a file should overwrite that file.
copies = {'a': ['x', 'b', 'b/c'], 'b': ['a', 'y']}
tree = rule.copy_files(self.cache, self.content_tree, copies)
shared.assert_tree_contents(self.cache, tree, {
'a/c': 'bar',
'b/a': 'foo',
'b/c': 'foo',
'x': 'foo',
'y/c': 'bar',
})
def test_pick(self):
pick_dir = yield from rule.pick_files(
self.cache, self.content_tree, ['b'])
yield from shared.assert_tree_contents(
self.cache, pick_dir, {'b/c': 'bar'})
pick_file = yield from rule.pick_files(
self.cache, self.content_tree, ['a'])
yield from shared.assert_tree_contents(
self.cache, pick_file, {'a': 'foo'})
globs = yield from rule.pick_files(
self.cache, self.content_tree, ['**/c', '**/a'])
yield from shared.assert_tree_contents(
self.cache, globs, {'a': 'foo', 'b/c': 'bar'})
def test_drop(self):
drop_dir = yield from rule.drop_files(
self.cache, self.content_tree, ['b'])
yield from shared.assert_tree_contents(
self.cache, drop_dir, {'a': 'foo'})
drop_file = yield from rule.drop_files(
self.cache, self.content_tree, ['a'])
yield from shared.assert_tree_contents(
self.cache, drop_file, {'b/c': 'bar'})
globs = yield from rule.drop_files(
self.cache, self.content_tree, ['**/c', '**/a'])
yield from shared.assert_tree_contents(
self.cache, globs, {})
def test_move(self):
# Same semantics as copy above. Also, make sure that move deletes move
# sources, but does not delete sources that were overwritten by the
# target of another move.
moves = {"a": "b", "b": "a"}
tree = yield from rule.move_files(self.cache, self.content_tree, moves)
yield from shared.assert_tree_contents(self.cache, tree, {"a/c": "bar", "b/a": "foo"})
def test_copy(self):
# A file copied into a directory should be placed into that directory.
# A directory or file copied into a file should overwrite that file.
copies = {"a": ["x", "b", "b/c"], "b": ["a", "y"]}
tree = yield from rule.copy_files(self.cache, self.content_tree, copies)
yield from shared.assert_tree_contents(
self.cache, tree, {"a/c": "bar", "b/a": "foo", "b/c": "foo", "x": "foo", "y/c": "bar"}
)
def test_pick(self):
pick_dir = yield from rule.pick_files(self.cache, self.content_tree,
['b'])
yield from shared.assert_tree_contents(self.cache, pick_dir,
{'b/c': 'bar'})
pick_file = yield from rule.pick_files(self.cache, self.content_tree,
['a'])
yield from shared.assert_tree_contents(self.cache, pick_file,
{'a': 'foo'})
pick_colon = yield from rule.pick_files(self.cache, self.content_tree,
[COLON + 'd'])
yield from shared.assert_tree_contents(self.cache, pick_colon,
{COLON + 'd': 'baz'})
globs = yield from rule.pick_files(self.cache, self.content_tree,
['**/c', '**/a'])
yield from shared.assert_tree_contents(self.cache, globs, {
'a': 'foo',
'b/c': 'bar'
})
def test_pick(self):
pick_dir = rule.pick_files(self.cache, self.content_tree, ['b'])
shared.assert_tree_contents(self.cache, pick_dir, {'b/c': 'bar'})
pick_file = rule.pick_files(self.cache, self.content_tree, ['a'])
shared.assert_tree_contents(self.cache, pick_file, {'a': 'foo'})
globs = rule.pick_files(self.cache, self.content_tree,
['**/c', '**/a'])
shared.assert_tree_contents(self.cache, globs, {
'a': 'foo',
'b/c': 'bar'
})
def test_export(self):
b = yield from rule.get_export_tree(
self.cache, self.content_tree, 'b')
yield from shared.assert_tree_contents(self.cache, b, {'c': 'bar'})
def test_export(self):
b = rule.get_export_tree(self.cache, self.content_tree, 'b')
shared.assert_tree_contents(self.cache, b, {'c': 'bar'})
def test_export(self):
b = yield from rule.get_export_tree(self.cache, self.content_tree, "b")
yield from shared.assert_tree_contents(self.cache, b, {"c": "bar"})