def externVar(parser):
target = parser.nextToken()
if target.type != "identifier":
Error.parseError(parser, "expecting target")
target = target.token
if not target in ["client", "full", "node"]:
Error.parseError(parser, target + " is not a valid compilation target")
VarParser.createAndAssignParser(parser)
parser.currentNode.nodes[-1].extern = True
parser.currentNode.nodes[-1].global_target = target
parser.currentNode.nodes[-1].nodes[1].extern = True
def externVar(parser):
VarParser.createAndAssignParser(parser, imutable=True)
parser.currentNode.nodes[-1].extern = True
parser.currentNode.nodes[-1].nodes[1].extern = True
def func(parser):
place = Tree.Lambda(parser)
parser.currentNode.addNode(place)
brace = Tree.FuncBraceOpen(parser)
place.addNode(brace)
parser.currentNode = brace
b = parser.nextToken()
count = -1
while parser.thisToken().token != "|":
if b.type == "identifier" and parser.lookInfront().token != ":":
count += 1
def callback(typ):
print(u.varName, "changed to", typ)
u = Types.Unknown(parser, callback)
u.varName = parser.thisToken().token
VarParser.createParser(parser, b, typ=u, check=False)
b = parser.nextToken()
continue
elif parser.thisToken().token == ":":
count += 1
elif b.token == ",":
b = parser.nextToken()
continue
Parser.declareOnly(parser)
b = parser.nextToken()
vars = [i.varType for i in brace]
typ = False
do = False
parser.nextToken()
place.returnTyp = False
if parser.thisToken().token == "->":
parser.nextToken()
typ = Types.parseType(parser)
place.returnTyp = True
parser.nextToken()
body = Tree.FuncBody(parser)
place.addNode(body)
parser.currentNode = body
if parser.thisToken().token == "do":
do = True
parser.nextToken()
brace.do = do
brace.body = body
body.do = do
first = True
parser.iter -= 1
while not Parser.isEnd(parser):
parser.nextToken()
Parser.callToken(parser, lam=first)
first = False
ExprParser.endExpr(parser)
place.args = vars
place.returnTyp = typ
place.do = do
parser.currentNode = place.owner
def func(parser):
place = Tree.Lambda(parser)
parser.currentNode.addNode(place)
brace = Tree.FuncBraceOpen(parser)
place.addNode(brace)
parser.currentNode = brace
b = parser.nextToken()
count = -1
while parser.thisToken().token != "|":
count += 1
if b.type == "identifier":
VarParser.createParser(parser,
b,
typ=Types.Unknown(count, place),
check=False)
b = parser.nextToken()
continue
elif b.token == ",":
b = parser.nextToken()
continue
Parser.declareOnly(parser)
b = parser.Parser.nextToken(parser)
vars = [i.varType for i in brace]
typ = False
do = False
if parser.nextToken().token == "->":
typ = Types.parseType(parser)
body = Tree.FuncBody(parser)
place.addNode(body)
parser.currentNode = body
if parser.thisToken().token == "do":
do = True
parser.nextToken()
brace.do = do
brace.body = body
body.do = do
first = True
while not Parser.isEnd(parser):
Parser.callToken(parser, lam=first)
parser.nextToken()
first = False
ExprParser.endExpr(parser)
if typ:
place.type = Types.Lambda(place, vars, typ=typ, do=do)
else:
place.type = Types.Lambda(place, vars, do=do)
parser.currentNode = place.owner
def index(parser, name):
parser.currentNode.nodes.pop()
parser.nextToken()
VarParser.read(parser, parser.thisToken().token, package= name)
def index(parser, name):
parser.currentNode.nodes.pop()
parser.nextToken()
VarParser.read(parser, parser.thisToken().token, package=name)