def p_FunMark1(p):
''' FunMark1 : epsilon
'''
#if p[-2][1] in ST.SymbolTable[ST.currScope]["function"].keys():
# error("Error: function with same name and same number of arguments already defined.")
# else:
if (len(p[-2]) > 2):
ST.addFunc(p[-2][1], p[-2][2:])
else:
ST.addFunc(p[-2][1])
ST.setRType(p[-1])
for l in range(2, len(p[-2])):
ST.addParamVar(p[-2][l][0], p[-2][l][0], p[-2][l][1])
if p[-2][l][1] is 'Array':
ST.addAttribute(p[-2][l][0], 'typeArray', 'Int')
ST.addAttribute(p[-2][l][0], 'isparam', True)
printp(p)
def p_var_def(p):
''' var_def : id COLON type EQUALASGN val_var_init
'''
#if('isArray' in p[5].keys() and p[5]['isArray']):
if type(p[5]) == type({}) and 'isArray' in p[5] and p[5]['isArray']:
ST.addVar(p[1], p[1], 'Array', p[3]['size'], p[3]['type'])
ST.addAttribute(p[1], 'typeArray', p[3]['type'])
size = 1
for x in p[3]["size"]:
size *= x
emit('array', p[1], size)
i = 0
for d in p[5]['values']:
emit('star', p[1], i, d['place'])
i += 1
# emit('array',p[],'n')
elif type(p[5]) == type({}) and 'isObject' in p[5] and p[5]['isObject']:
l = {}
emit("Object", p[1], p[3]['type'])
off = ST.SymbolTable[p[3]['type']]['totalOffset']
ST.addVar(p[1], p[1], p[3]['type'], sizeObj=off)
offset = 0
for i in ST.SymbolTable[p[3]['type']]['identifiers'].keys():
l[ST.SymbolTable[p[3]['type']]['identifiers'][i]['place']] = {
'place':
p[1] + '.' +
ST.SymbolTable[p[3]['type']]['identifiers'][i]['place'],
'type':
ST.SymbolTable[p[3]['type']]['identifiers'][i]['type'],
'offset':
ST.SymbolTable[p[3]['type']]["identifiers"][i]['offset']
}
ST.addAttribute(p[1], 'list', l)
#ST.printSymbolTable()
else:
#print(p[5])
p[5] = evalArray(p[5])
ST.addVar(p[1], p[1], p[3]['type'])
emit('=', in1=p[5]['place'], out=p[1])
printp(p)