def block(self):
t = Block(self.environment)
#instructions = False
while True:
self.ignorenewline()
if self.symbol.value in self.lexer.types:
instructs = self.declaration()
for i in instructs:
t.add_branch(i)
self.next(';')
self.ignorenewline()
# instructions = True
continue
if self.symbol.value == 'def':
# if instructions:
# break
self.next()
t = self.func()
self.ignorenewline()
break
if self.symbol.value == '{':
self.next()
self.environment = Environment(self.environment)
self.block()
if self.environment.top != None:
self.environment = self.environment.top
self.next('}')
continue
if self.symbol.value == '}' or self.symbol == self.eof:
break
if (self.symbol.value == 'if'):
# instructions = True
t.add_branch(self.ifstatement())
if (self.symbol.value == 'while'):
# instructions = True
t.add_branch(self.whilestatiment())
else:
# instructions = True
t.add_branch(self.instruction())
return t
def block(self):
t = Block(self.environment)
#instructions = False
while True:
self.ignorenewline()
if self.symbol.value in self.lexer.types:
instructs = self.declaration()
for i in instructs:
t.add_branch(i)
self.next(';')
self.ignorenewline()
# instructions = True
continue
if self.symbol.value == 'def':
# if instructions:
# break
self.next()
t = self.func()
self.ignorenewline()
break
if self.symbol.value == '{':
self.next()
self.environment = Environment(self.environment)
self.block()
if self.environment.top != None:
self.environment = self.environment.top
self.next('}')
continue
if self.symbol.value =='}' or self.symbol == self.eof:
break
if(self.symbol.value == 'if'):
# instructions = True
t.add_branch(self.ifstatement())
if(self.symbol.value == 'while'):
# instructions = True
t.add_branch(self.whilestatiment())
else:
# instructions = True
t.add_branch(self.instruction())
return t
def program(self):
t = Block(self.environment)
while self.symbol != self.eof:
t.add_branch(self.block())
return t
def program(self):
t = Block(self.environment)
while self.symbol != self.eof:
t.add_branch(self.block())
return t
