def action_create_connections(s, l, t):
ast_conn = ast.into_connection(t[0])
ast_conn.span = ast.make_span(s, l, t)
for i in range(1, len(t)):
next_conn = ast.into_connection(t[i])
ast_conn.connect_to(next_conn, emitter)
return ast_conn
def action_create_connections(s, l, t):
ast_conn = ast.into_connection(t[0])
ast_conn.span = ast.make_span(s, l, t)
for i in range(1, len(t)):
next_conn = ast.into_connection(t[i])
ast_conn.connect_to(next_conn, emitter)
return ast_conn
def action_expr(s, l, t):
if len(t) != 1:
raise exception.BananaGrammarBug(
'Bug found in the grammar for expression,'
' Please report this bug.')
if isinstance(t[0], ast.Expr):
return t[0]
return ast.Expr(ast.make_span(s, l, t), t[0])
def action_expr(s, l, t):
if len(t) != 1:
raise exception.BananaGrammarBug(
'Bug found in the grammar for expression,'
' Please report this bug.'
)
if isinstance(t[0], ast.Expr):
return t[0]
return ast.Expr(ast.make_span(s, l, t), t[0])
def action_parse_comp_ctor(s, l, tokens):
comp = ast.Component(ast.make_span(s, l, tokens))
for tok in tokens:
if isinstance(tok, ast.Ident):
comp.set_ctor(tok)
elif isinstance(tok, ast.ComponentCtorArg):
comp.add_arg(tok)
else:
raise exception.BananaGrammarBug(
'Bug found in the grammar, Please report this bug')
return comp
def action_parse_comp_ctor(s, l, tokens):
comp = ast.Component(ast.make_span(s, l, tokens))
for tok in tokens:
if isinstance(tok, ast.Ident):
comp.set_ctor(tok)
elif isinstance(tok, ast.ComponentCtorArg):
comp.add_arg(tok)
else:
raise exception.BananaGrammarBug(
'Bug found in the grammar, Please report this bug'
)
return comp
def action_dot_path(s, l, t):
# First token is the name of the variable
# The rest is the property path
if isinstance(t[0], ast.StringLit) and len(t[1:]) == 0:
return t[0]
return ast.DotPath(ast.make_span(s, l, t), t[0], t[1:])
def action_ident(s, l, t):
return ast.Ident(ast.make_span(s, l, t), t[0])
def action_num_lit(s, l, t):
return ast.Number(ast.make_span(s, l, t), t[0])
def action_str_lit(s, l, t):
return ast.StringLit(ast.make_span(s, l, t), t[0])
def action_parse_ctor_arg(s, l, t):
if len(t) > 1:
return ast.ComponentCtorArg(ast.make_span(s, l, t), t[1], t[0])
else:
return ast.ComponentCtorArg(ast.make_span(s, l, t), t[0])
def action_json_obj(s, l, t):
return ast.JsonObj(ast.make_span(s, l, t), t)
def action_dot_path(s, l, t):
# First token is the name of the variable
# The rest is the property path
if isinstance(t[0], ast.StringLit) and len(t[1:]) == 0:
return t[0]
return ast.DotPath(ast.make_span(s, l, t), t[0], t[1:])
def action_ident(s, l, t):
return ast.Ident(ast.make_span(s, l, t), t[0])
def action_num_lit(s, l, t):
return ast.Number(ast.make_span(s, l, t), t[0])
def action_json_obj(s, l, t):
return ast.JsonObj(ast.make_span(s, l, t), t)
def action_parse_ctor_arg(s, l, t):
if len(t) > 1:
return ast.ComponentCtorArg(ast.make_span(s, l, t), t[1], t[0])
else:
return ast.ComponentCtorArg(ast.make_span(s, l, t), t[0])
def action_assignment(s, l, t):
return ast.Assignment(ast.make_span(s, l, t), t[0], t[1])
def action_assignment(s, l, t):
return ast.Assignment(ast.make_span(s, l, t), t[0], t[1])
def action_str_lit(s, l, t):
return ast.StringLit(ast.make_span(s, l, t), t[0])
def action_merge_connections(s, l, t):
ast_conn = ast.Connection(ast.make_span(s, l, t))
ast_conn.merge_all(t, emitter)
return ast_conn
def action_merge_connections(s, l, t):
ast_conn = ast.Connection(ast.make_span(s, l, t))
ast_conn.merge_all(t, emitter)
return ast_conn
