def _make_expression(*args):
h = HyExpression(args)
h.start_line = 1
h.end_line = 1
h.start_column = 1
h.end_column = 1
return h
def _make_expression(*args):
h = HyExpression(args)
h.start_line = 1
h.end_line = 1
h.start_column = 1
h.end_column = 1
return h.replace(h)
def compile_expression(self, expression):
fn = expression[0]
if isinstance(fn, HyString):
if fn in _compile_table:
return _compile_table[fn](self, expression)
if expression[0].startswith("."):
return self.compile_dotted_expression(expression)
if isinstance(fn, HyKeyword):
new_expr = HyExpression(["get", expression[1], fn])
new_expr.start_line = expression.start_line
new_expr.start_column = expression.start_column
return self.compile_index_expression(new_expr)
return ast.Call(func=self.compile(fn),
args=[self.compile(x) for x in expression[1:]],
keywords=[],
starargs=None,
kwargs=None,
lineno=expression.start_line,
col_offset=expression.start_column)
def compile_expression(self, expression):
fn = expression[0]
if isinstance(fn, HyString):
if fn in _compile_table:
return _compile_table[fn](self, expression)
if expression[0].startswith("."):
return self.compile_dotted_expression(expression)
if isinstance(fn, HyKeyword):
new_expr = HyExpression(["get", expression[1], fn])
new_expr.start_line = expression.start_line
new_expr.start_column = expression.start_column
return self.compile_index_expression(new_expr)
return ast.Call(func=self.compile(fn),
args=[self.compile(x) for x in expression[1:]],
keywords=[],
starargs=None,
kwargs=None,
lineno=expression.start_line,
col_offset=expression.start_column)
