def p_expBool_1(t):
"""
expBool : expBool R_AND expBool
| expBool R_OR expBool
"""
t[0] = code.BinaryOperation(newTemp(), t[1], t[3], t[2], t[1].row, t[1].column)
repGrammar.append(t.slice)
def p_expComp_unario_1(t):
"""
expComp : datatype R_ISNULL
| datatype R_NOTNULL
"""
t[0] = code.UnaryOperation(newTemp(),t[1],t[2],t[1].row,t[1].column)
repGrammar.append(t.slice)
def p_expComp_ternario_1(t):
"""
expComp : datatype R_BETWEEN datatype R_AND datatype
"""
t[0] = code.TernaryOperation(newTemp(), t[1],t[3],t[5],t[2],t[1].row,t[3].column)
incTemp(2)
repGrammar.append(t.slice)
def p_expComp_ternario_3(t):
"""
expComp : datatype R_BETWEEN R_SYMMETRIC datatype R_AND datatype
"""
t[0] = code.TernaryOperation(newTemp(), t[1],t[4],t[6],t[2]+t[3],t[1].row,t[1].column)
incTemp(6)
repGrammar.append(t.slice)
def p_datatype_operadores_unarios(t):
"""
datatype : O_RESTA datatype %prec UO_RESTA
| O_SUMA datatype %prec UO_SUMA
"""
t[0] = code.UnaryOperation(newTemp(),t[2],t[1],t[2].row, t[2].column)
repGrammar.append(t.slice)
def p_expComp_unario_3(t):
"""
expComp : datatype R_IS R_NOT R_NULL
| datatype R_IS R_NOT R_TRUE
| datatype R_IS R_NOT R_FALSE
| datatype R_IS R_NOT R_UNKNOWN
"""
t[0] = code.UnaryOperation(newTemp(),t[1],t[2]+t[3]+t[4],t[1].row,t[1].column)
repGrammar.append(t.slice)
def p_expCompBinario_1(t):
"""
expComp : datatype OL_MENORQUE datatype
| datatype OL_MAYORQUE datatype
| datatype OL_MAYORIGUALQUE datatype
| datatype OL_MENORIGUALQUE datatype
| datatype S_IGUAL datatype
| datatype OL_DISTINTODE datatype
"""
t[0] = code.BinaryOperation(newTemp(),t[1],t[3],t[2], t[1].row, t[1].column)
repGrammar.append(t.slice)
def p_datatype_operadores_binarios1(t):
"""
datatype : datatype O_SUMA datatype
| datatype O_RESTA datatype
| datatype O_PRODUCTO datatype
| datatype O_DIVISION datatype
| datatype O_EXPONENTE datatype
| datatype O_MODULAR datatype
"""
t[0] = code.BinaryOperation(newTemp(),t[1],t[3],t[2], t[1].row, t[1].column)
repGrammar.append(t.slice)
def p_expBool_5(t):
"""
expBool : expBool optBoolPredicate
"""
t[0] = code.UnaryOperation(newTemp(), t[1], t[2], t[1].row, t[1].column )
repGrammar.append(t.slice)
def p_expBool_2(t):
"""
expBool : R_NOT expBool
"""
t[0] = code.UnaryOperation(newTemp(),t[2],t[1],t[2].row, t[2].column)
repGrammar.append(t.slice)
def p_expCompBinario_3(t):
"""
expComp : datatype R_IS R_NOT R_DISTINCT R_FROM datatype
"""
t[0] = code.BinaryOperation(newTemp(), t[1], t[6], "==", t[1].row, t[1].column)
repGrammar.append(t.slice)
def p_datatype_operadores_binarios2(t):
"""
datatype : datatype OC_CONCATENAR datatype
"""
t[0] = code.BinaryOperation(newTemp(),t[1],t[3],t[2], t[1].row, t[1].column)
repGrammar.append(t.slice)