def p_primary_expression_7(p):
'''primary_expression : MAP '(' postfix_expression ',' postfix_expression ')' '''
if m.symbols.is_function(p[3]['id']):
type1 = m.symbols.args(p[3]['id'])[0]
type2 = m.symbols.primary_type(p[3]['id'], src=True)
if type1 not in [m._type_int, m._type_float] or type2 not in [m._type_int, m._type_float]:
m.error('map type unsuported {0}, {1}'.format(type1, type2))
else:
m.error('map first argument must be a function, or a function pointer')
if m.symbols.is_function(p[3]['id']) and not m.symbols.modifiers(p[3]['id']) :
var, tmp = cg.cast(p[3], m._type_ptr+'*')
func = m.new_reg()
m.symbols.add(func, m._type_ptr, '**')
tmp1 = "{0} = alloca {1}".format(m.symbols.var(func), m.symbols.dereference(func))
tmp2 = "store {0} {1}, {2} {3}".format(m.symbols.type(var),
m.symbols.var(var), m.symbols.type(func), m.symbols.var(func))
funcl = tmp + cg.indent(tmp1) + cg.indent(tmp2)
else :
func = p[3]['id']
funcl =''
if m.symbols.is_array(p[5]['id']) :
tab, tabl = cg.getelementptr(p[5]['id'], 0, 'argument_expression_list')
else:
tab = p[5]['id']
tabl = ''
p[0] = {}
p[0]['id'] = m.new_reg()
size = cg.length(p[5])
if 'const' in size:
tab_size = size['const']
else:
tab_size = "{0} {1}".format(m.symbols.type(size['id']), m.symbols.var(size['id']))
m.symbols.add(p[0]['id'], type2, '*')
l = "{0} = call {2}* (i8**, {1}*, i32)* @..{1}.{2}.map({3} {4}, {5} {6}, {7})".format(
m.symbols.var(p[0]['id']), type1, type2, m.symbols.type(func), m.symbols.var(func),
m.symbols.type(tab), m.symbols.var(tab), tab_size)
m.symbols.set_allocated(p[0]['id'], m.last_alloc())
p[0]['code'] = funcl + tabl + size['code'] + cg.indent(l)
def p_primary_expression_14(p):
'''primary_expression : LEN '(' postfix_expression ')' '''
p[0] = {}
p[0] = cg.length(p[3])
