def p_formaldehyde(p):
'formaldehyde : ID COLON type'
# rule.append(32)
p[0] = TREE.Formal(code=[])
current_symbol_table[0].enter(name=p[1],
datatype=p[3].place,
size=4,
isArray=False)
if p[3].place in ClassDict or p[3].place in ['Int', 'String']:
pass
# print ClassDict[p[3].place].scope_name
else:
sys.exit('No object found named ' + p[3].place)
def p_formal_arr(p):
'formal : ID COLON type LSQRBRACKET expression RSQRBRACKET'
rule.append(33)
p[0] = TREE.Formal(code=[])
if p[3].place in ClassDict or p[3].place in ['Int', 'String']:
pass
# print ClassDict[p[3].place].scope_name
else:
sys.exit('No object found named ' + p[3].place)
current_symbol_table[0].enter(name=p[1],
datatype='Array',
size=4 * int(p[5].place),
isArray=False)
def p_formaldehyde_arr_many(p):
'formaldehyde : formaldehyde COMMA ID COLON type LSQRBRACKET expression RSQRBRACKET'
# rule.append(33)
p[0] = TREE.Formal(code=[])
if p[5].place in ClassDict or p[5].place in ['Int', 'String']:
pass
# print ClassDict[p[3].place].scope_name
else:
sys.exit('No object found named ' + p[3].place)
current_symbol_table[0].enter(name=p[3],
datatype='Array',
size=4000,
isArray=True)
def p_formal_with_assign(p):
'formal : ID COLON type GETS expression'
rule.append(31)
code = ['ASSIGN,%s,%s' % (p[1], p[5].place)]
p[0] = TREE.Formal(code=code)
if p[3].place in ClassDict or p[3].place in ['Int', 'String']:
pass
# print ClassDict[p[3].place].scope_name
else:
sys.exit('No object found named ' + p[3].place)
current_symbol_table[0].enter(name=p[1],
datatype=p[3].place,
size=4,
isArray=False)