def p_declaracion(p):
''' declaracion : TkDeclare declist '''
if post_program:
linea = p.lineno(1)-first_line+2+comm
else:
linea = comm+1
p[0] = declare(p[2],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
def p_exp(p):
''' exp : term
| exp_un
| TkParAbre exp TkParCierra
| TkCorcheteAbre exp TkCorcheteCierra
| TkLlaveAbre exp TkLlaveCierra
| exp TkMas exp
| exp TkMult exp
| exp TkMod exp
| exp TkDiv exp
| exp TkResta exp
| exp TkIgual exp
| exp TkDesigual exp
| exp TkMenor exp
| exp TkMayor exp
| exp TkMenorIgual exp
| exp TkMayorIgual exp
| exp TkDisyuncion exp
| exp TkConjuncion exp
| exp TkConcat exp '''
if len(p) == 2:
p[0] = p[1]
elif len(p) == 4 and p[1] != '(' and p[1] != '[' and p[1] != '{':
p[0] = op_bin(p[1], p[3], p[2])
elif len(p) == 4 and p[1] == '[':
p[0] = tape(p[2], p.lineno(1),
funciones.find_column_parser(codigo, p.lexpos(1)))
else:
p[0] = p[2]
def p_exp(p):
''' exp : term
| exp_un
| TkParAbre exp TkParCierra
| TkCorcheteAbre exp TkCorcheteCierra
| TkLlaveAbre exp TkLlaveCierra
| exp TkMas exp
| exp TkMult exp
| exp TkMod exp
| exp TkDiv exp
| exp TkResta exp
| exp TkIgual exp
| exp TkDesigual exp
| exp TkMenor exp
| exp TkMayor exp
| exp TkMenorIgual exp
| exp TkMayorIgual exp
| exp TkDisyuncion exp
| exp TkConjuncion exp
| exp TkConcat exp '''
if len(p) == 2:
p[0] = p[1]
elif len(p) == 4 and p[1] != '(' and p[1] != '[' and p[1] != '{':
p[0] = op_bin(p[1],p[3],p[2])
elif len(p) == 4 and p[1] == '[':
p[0] = tape(p[2],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
else:
p[0] = p[2]
def p_instruccion_read(p):
''' instruccion : TkRead exp '''
if post_program:
linea = p.lineno(2)-first_line+2+comm
else:
linea = comm+1
p[0] = inst_read(p[2],p.lineno(2),funciones.find_column_parser(codigo,p.lexpos(1)))
p[0].checktype()
def p_instruccion_asignacion(p):
''' instruccion : TkIdent TkAsignacion exp '''
if post_program:
linea = p.lineno(1)-first_line+2+comm
else:
linea = comm+1
p[0] = inst_asig(p[1],p[3],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
p[0].checktype()
def p_term_bool(p):
''' term : TkTrue
| TkFalse '''
if post_program:
linea = p.lineno(1)-first_line+2+comm
else:
linea = comm+1
p[0] = booleano(p[1],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
def p_term_ident(p):
''' term : TkIdent '''
if post_program:
linea = p.lineno(1)-first_line+2+comm
else:
linea = comm+1
p[0] = ident(p[1],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
str_ = ""
tabs = (contador+1)*" "
def p_declaracion(p):
''' declaracion : TkDeclare declist '''
p[0] = declare(p[2],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
def p_instruccion_read(p):
''' instruccion : TkRead exp '''
p[0] = inst_read(p[2],p.lineno(2),funciones.find_column_parser(codigo,p.lexpos(1)))
p[0].checktype()
def p_instruccion_asignacion(p):
''' instruccion : TkIdent TkAsignacion exp '''
p[0] = inst_asig(p[1],p[3],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
p[0].checktype()
def p_exp_un(p):
''' exp_un : TkResta exp %prec uminus
| TkNegacion exp %prec unot
| TkInspeccion exp %prec uinspeccion '''
p[0] = op_un(p[1],p[2],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
def p_term_ident(p):
''' term : TkIdent '''
p[0] = ident(p[1],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
str_ = ""
tabs = (contador+1)*" "
def p_term_bool(p):
''' term : TkTrue
| TkFalse '''
p[0] = booleano(p[1],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
def p_term_num(p):
''' term : TkNum '''
p[0] = numero(p[1],p.lineno(1),funciones.find_column_parser(codigo,p.lexpos(1)))
str_ = ""
tabs = (contador+1)*" "