def traducir(input):
global STACK_INSTRUCCIONES
STACK_INSTRUCCIONES = str(input).split(';')
raiz = g.parse(input)
results = []
for val in raiz:
res = val.traducir()
if isinstance(res, CError):
print('')
else:
results.append(res)
def analiz(input):
meterSimbolos()
raiz = g.parse(input)
#report_errors()
#executeGraphTree()
#graphTable(ts)
results = []
for val in raiz:
if isinstance(val, CError):
results.append("Error" + val.tipo + ". Descripcion: " +
val.descripcion)
else:
results.append(val)
return results
def analiz(input):
raiz = g.parse(input)
results = []
executeGraphTree(raiz)
for val in raiz:
res = val.ejecutar()
if isinstance(res,CError):
results.append("Error "+ res.tipo+". Descripcion: " +res.descripcion)
else:
results.append( res)
graphTable(ts)
report_errors()
report_BNF()
return results
def escribir3D(entrada):
global objopt
a = open("c3d.py", "w")
a.write('''
from datetime import date
from variables import tabla as ts
from variables import NombreDB
from variables import cont
import tablaDGA as TAS
import sql as sql
import mathtrig as mt
from reportTable import *
pila = []
for i in range(100):
pila.append(i)
def ejecutar():
\tglobal cont
\tglobal ts
\tNombreDB = ts.nameDB
\n''')
input = entrada
raiz = g.parse(input)
results = []
res = ''
#executeGraphTree(raiz)
for val in raiz:
res += val.traducir()
#pass
a.write(res)
a.write('\tgraphTable(ts)\n')
for fa in g.funciones:
a.write(fa)
a.write('''ejecutar()''')
a.close()
f = open('c3d.py', 'r')
file_contents = f.read()
consola.insert(str(float(0)), file_contents)
#PARA OPTIMIZACION
optm.Optimizador(objopt).ejecutar()
def analiz(input):
raiz = g.parse(input)
results = []
#executeGraphTree(raiz)
for val in raiz:
res = val.ejecutar()
if isinstance(res, CError):
results.append("Error " + res.tipo + ". Descripcion: " +
res.descripcion)
else:
results.append(res)
#graphTable(ts)
#report_errors()
#report_BNF()
#--------------------------------------------------------
ListaAsignaciones = []
ListaAsignaciones.append(optobj.Asignacion("x", "x", "0", "+"))
ListaAsignaciones.append(optobj.Asignacion("x", "x", "0", "-"))
ListaAsignaciones.append(optobj.Asignacion("x", "x", "1", "*"))
ListaAsignaciones.append(optobj.Asignacion("x", "x", "1", "/"))
ListaAsignaciones.append(optobj.Asignacion("x", "y", "0", "+"))
ListaAsignaciones.append(optobj.Asignacion("x", "y", "0", "-"))
ListaAsignaciones.append(optobj.Asignacion("x", "y", "1", "*"))
ListaAsignaciones.append(optobj.Asignacion("x", "y", "1", "/"))
ListaAsignaciones.append(optobj.Asignacion("x", "y", "2", "*"))
ListaAsignaciones.append(optobj.Asignacion("x", "y", "0", "*"))
ListaAsignaciones.append(optobj.Asignacion("x", "0", "y", "/"))
print(optm.Optimizador(ListaAsignaciones).ejecutar())
for simbolo in ts.simbolos:
print("ID: " + str(ts.simbolos[simbolo].id) + " Nombre: " +
ts.simbolos[simbolo].nombre + " Ambito: " +
str(ts.simbolos[simbolo].ambito) + " Tipo indice: " +
str(ts.simbolos[simbolo].tipoind) + " Orden Indice: " +
str(ts.simbolos[simbolo].ordenind) + " Columna ind: " +
str(ts.simbolos[simbolo].columnaind) + " Tabla indice: " +
str(ts.simbolos[simbolo].tablaind))
#--------------------------------------------------------
return results
def escribir3D(entrada):
a = open("c3d.py", "w")
a.write('''from InstruccionesDGA import tabla
from datetime import date
from InstruccionesDGA import cont
from InstruccionesDGA import NombreDB
from tablaDGA import *
from sql import *
import mathtrig as mt
#Funcion sql.execute
pila = []
for i in range(100):
pila.append(i)
def ejecutar(): \n''')
input = entrada
raiz = g.parse(input)
print(raiz)
results = []
res =''
#executeGraphTree(raiz)
for val in raiz:
res += val.traducir()
#pass
a.write(res)
for fa in g.funciones:
a.write(fa)
a.write('''ejecutar() ''')
a.close()
f = open('c3d.py', 'r')
file_contents = f.read()
consola.insert(str(float(0)), file_contents)
def execute(script: str):
global ts
if 'SELECT * FROM temp' in script:
try:
cargar()
s = Listaselects.pop()
s.ejecutar()
serialaizer()
except:
'''Error'''
else:
raiz = g.parse(script)
try:
for a in raiz:
a.ejecutar()
except:
print('Error' + script)
return
def analiz(input):
raiz = g.parse(input)
results = []
res = ''
#executeGraphTree(raiz)
for val in raiz:
res += val.traducir()
global a
a.write(res)
a.write('\tgraphTable(ts)\n')
for fa in g.funciones:
a.write(fa)
a.write('''ejecutar()''')
a.close()
#graphTable(ts)
#report_errors()
#report_BNF()
#--------------------------------------------------------
'''ListaAsignaciones = []
def execute1(script: str):
global contador
global pila
contador = contador + 1
if script == '3D':
cargar()
raiz = g.parse(pila)
Listaselects = cargar()
for s in Listaselects:
if isinstance(raiz, list):
try:
raiz.insert(correlativos.pop(), s)
except:
'''No hay selects'''
executeGraphTree(raiz)
for a in raiz:
print(a)
a.ejecutar()
elif 'SELECT * FROM temp' in script:
correlativos.append(contador)
else:
pila += '\n' + script
def analiz(input):
raiz = g.parse(input)
results = []
#executeGraphTree(raiz)
for val in raiz:
res = val.ejecutar()
if isinstance(res, CError):
results.append("Error " + res.tipo + ". Descripcion: " +
res.descripcion)
else:
results.append(res)
#graphTable(ts)
#report_errors()
#report_BNF()
for simbolo in ts.simbolos:
print(" Tipo: " + str(ts.simbolos[simbolo].tipoind) + " Nombre: " +
ts.simbolos[simbolo].nombre + " Tabla indice: " +
str(ts.simbolos[simbolo].tablaind) + " Columna ind: " +
str(ts.simbolos[simbolo].columnaind) + " Orden Indice: " +
str(ts.simbolos[simbolo].ordenind))
print("\n")
return results
def escribir3D(entrada):
global objopt
a = open("c3d.py", "w")
a.write('''
from datetime import date
from variables import tabla as ts
from variables import NombreDB
from variables import cont
import tablaDGA as TAS
import sql as sql
import mathtrig as mt
from reportTable import *
from reportError import *
from reportBNF import *
pila = []
for i in range(100):
pila.append(i)
def ejecutar():
\tglobal cont
\tglobal ts
\tNombreDB = ts.nameDB
\n''')
input = entrada
raiz = g.parse(input)
executeGraphTree(raiz)
results = []
res =''
for val in raiz:
res += val.traducir().replace('\'\'','\'')
#pass
a.write(res)
a.write('\tgraphTable(ts)\n')
a.write('\treport_errors()\n')
a.write('\treport_BNF()\n')
for fa in g.funciones:
a.write(fa)
a.write('''ejecutar()''')
a.close()
f = open('c3d.py', 'r')
file_contents = f.read()
consola.insert(str(float(0)), file_contents)
#PARA OPTIMIZACION
"""
objopt.append(optobj.Asignacion("x","x","0","+"))
objopt.append(optobj.Asignacion("x","x","0","-"))
objopt.append(optobj.Asignacion("x","x","1","*"))
objopt.append(optobj.Asignacion("x","x","1","/"))
objopt.append(optobj.Asignacion("t2000","t2000","0","+"))
objopt.append(optobj.Asignacion("t2525","t2525","0","-"))
objopt.append(optobj.Asignacion("t9999","t9999","1","*"))
objopt.append(optobj.Asignacion("t8888","t8888","1","/"))
"""
optm.Optimizador(objopt).ejecutar()
def analiz(input):
print(input)
raiz = g.parse(input)
results = []
executeGraphTree(raiz)
from reportTable import *
pila = []
for i in range(100):
\tpila.append(i)
def ejecutar():
\tglobal cont
\tglobal ts
\tNombreDB = ts.nameDB
\n''')
input = f.read()
raiz = g.parse(input)
results = []
res = ''
#executeGraphTree(raiz)
for val in raiz:
res += val.traducir()
#pass
a.write(res)
a.write('\tgraphTable(ts)\n')
for fa in g.funciones:
a.write(fa)
