def test_compiler_if_block(patch, compiler):
patch.object(Objects, 'expression')
patch.many(Compiler, ['add_line', 'subtree'])
tree = Tree('if_block', [Tree('if_statement', []),
Tree('nested_block', [])])
compiler.if_block(tree)
Objects.expression.assert_called_with(tree.node('if_statement'))
nested_block = tree.node('nested_block')
args = Objects.expression()
compiler.add_line.assert_called_with('if', tree.line(), args=args,
enter=nested_block.line(),
parent=None)
compiler.subtree.assert_called_with(nested_block, parent=tree.line())
def test_compiler_if_block_with_else(patch, compiler):
patch.object(Objects, 'expression')
patch.many(Compiler, ['add_line', 'subtree', 'subtrees'])
tree = Tree('if_block', [Tree('nested_block', []),
Tree('else_block', [])])
compiler.if_block(tree)
compiler.subtrees.assert_called_with(tree.node('else_block'))
def test_tree_node_nested(patch):
patch.object(Tree, 'walk')
tree = Tree('rule', [])
result = tree.node('inner.nested')
assert len(Tree.walk.call_args_list) == 2
assert Tree.walk.call_args_list[0] == call(tree, 'inner')
assert Tree.walk.call_args_list[1] == call(Tree.walk(), 'nested')
assert result == Tree.walk()
def test_tree_node_nested(patch):
patch.object(Tree, "walk")
tree = Tree("rule", [])
result = tree.node("inner.nested")
assert len(Tree.walk.call_args_list) == 2
assert Tree.walk.call_args_list[0] == call(tree, "inner")
assert Tree.walk.call_args_list[1] == call(Tree.walk(), "nested")
assert result == Tree.walk()
def test_tree_node(patch):
patch.object(Tree, 'walk')
tree = Tree('rule', [])
result = tree.node('inner')
Tree.walk.assert_called_with(tree, 'inner')
assert result == Tree.walk()
def test_tree_attributes(patch):
patch.object(Tree, 'node')
tree = Tree('master', [])
result = tree.branch
Tree.node.assert_called_with('branch')
assert result == Tree.node()
def test_tree_node(patch):
patch.object(Tree, "walk")
tree = Tree("rule", [])
result = tree.node("inner")
Tree.walk.assert_called_with(tree, "inner")
assert result == Tree.walk()
def test_tree_attributes(patch):
patch.object(Tree, "node")
tree = Tree("master", [])
result = tree.branch
Tree.node.assert_called_with("branch")
assert result == Tree.node()
