def p_recparams(p):
'''
recparams : ID COLON type
| ID COLON type COMMA recparams
'''
rule_len = len(p) - 1
address = get_next_local(p[3])
if rule_len == 3:
p[0] = [(variable(p[1],p[3],address,get_const_address(0,'i')))]
elif rule_len == 5:
p[0] = [(variable(p[1],p[3],address,get_const_address(0,'i')))] + p[5]
def p_vars(p):
'''
vars : VAR recids COLON type SEMICOLON vars
| VAR recids COLON type SEMICOLON
'''
global dimension_stack
rule_len = len(p) - 1
current_function = active_scopes.pop()
address = 0
current_list_addr = 0 # We use this to handle multiple declarations with same dimension
addr_popped = False # We use this to handle multiple declarations with same dimension
# We use a for in here so that we can handle multiple declarations
for l in p[2]:
if p[4][0] == 'list':
if not addr_popped:
current_list_addr = dimension_stack.pop()
addr_popped = True
if(current_function.functiontype == 'global'):
# We create global addresses
if p[4][0] == 'list':
address = get_next_global_list(p[4][1], current_list_addr)
else:
address = get_next_global(p[4])
else:
if p[4][0] == 'list':
address = get_next_local_list(p[4][1], current_list_addr)
else:
address = get_next_local(p[4])
if p[4][0] == 'list':
current_function.vars[l] = variable(l,p[4][0], address,1, array_block(p[4][1],get_const_address(0,'i'),current_list_addr,get_const_address(0,'i')))
else:
current_function.vars[l] = variable(l,p[4], address,get_const_address(0,'i'))
active_scopes.append(current_function)
def p_bool(p):
'''
bool : TRUE
| FALSE
'''
addr = get_const_address(p[1],'b')
p[0] = (addr, 'b')
def p_float(p):
'''
float : FLOAT
'''
addr = get_const_address(p[1],'f')
p[0] = (addr, 'f')
def p_int(p):
'''
int : INT
'''
addr = get_const_address(p[1],'i')
p[0] = (addr, 'i')
def p_string(p):
'''
string : STRING
'''
addr = get_const_address(p[1],'s')
p[0] = (addr, 's')
def p_action_recwrite_cte(p):
'''
action_recwrite_cte :
'''
address = get_const_address(p[-1], 's')
quadruples.append(quadruple("print",None, None, address))