def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
if not ctx.block_member(): return Block([])
#each visitBlock_member() return a list
#each a stmt is a list --> stmtList is a list of lists
#stmt: int a,b; --> [VarDecl(a,IntType),VarDecl(b,IntType)]
#stmt: if a==b then x=1; -->[........]
stmtList = [self.visit(x) for x in ctx.block_member()]
#stmts: a list of prime stmt
#stmts: [VarDecl(a,IntType),VarDecl(b,IntType),If(..),...]
stmts = reduce(lambda x, y: x + y, stmtList)
return Block(stmts)
def visitBlock_stmt(self, ctx:MCParser.Block_stmtContext):
memBlock = []
for x in ctx.stmt_vardecl():
stmt_vardecls = self.visitStmt_vardecl(x)
if isinstance(stmt_vardecls, list):
memBlock.extend(stmt_vardecls)
else:
memBlock.append(stmt_vardecls)
return Block(memBlock)
def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
return Block(list(reduce(lambda x,y: x + self.visit(y),ctx.body(),[])))
def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
return Block([
self.visit(ctx.getChild(x)) for x in range(1,
ctx.getChildCount() - 1)
])
def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
block = []
for i in ctx.term():
block += self.visit(i)
return Block(block)
def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
return Block(
fatten([self.visit(stmt_var) for stmt_var in ctx.stmt_var_decl()]))
def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
if ctx.body_block():
return Block(self.visit(ctx.body_block()))
def visitBlock_stmt(self, ctx: MCParser.Block_stmtContext):
return Block([j for i in ctx.blockmem() for j in self.visit(i)])