from contribuinte import Contribuinte
class Bem:
- def __init__(self, el):
- self.bem = el
- def get_attr(self, attr):
- if attr in self.bem.attributes.keys():
- return self.bem.attributes[attr].nodeValue
- return None
- def set_attr(self, attr, val):
- self.bem.attributes[attr].nodeValue = val
+ def __init__(self, el):
+ self.bem = el
+ def get_attr(self, attr):
+ if attr in self.bem.attributes.keys():
+ return self.bem.attributes[attr].nodeValue
+ return None
+ def set_attr(self, attr, val):
+ self.bem.attributes[attr].nodeValue = val
class Bens:
- def __init__(self, contribuinte):
- self.contribuinte = contribuinte
- self.bens = self.contribuinte.dados.getElementsByTagName("bens")[0]
- self.items = []
- for i in self.bens.getElementsByTagName("item"):
- self.items.append(Bem(i))
- def _get_attr(self, el, attr):
- if attr in el.attributes.keys():
- return el.attributes[attr].nodeValue
- return None
- def _set_attr(self, el, attr, val):
- el.attributes[attr].nodeValue = val
- def get_bens(self, attr):
- return self._get_attr(self.bens, attr)
- def set_bens(self, attr, val):
- self._set_attr(self.bens, attr, val)
+ def __init__(self, contribuinte):
+ self.contribuinte = contribuinte
+ self.bens = self.contribuinte.dados.getElementsByTagName("bens")[0]
+ self.items = []
+ for i in self.bens.getElementsByTagName("item"):
+ self.items.append(Bem(i))
+ def _get_attr(self, el, attr):
+ if attr in el.attributes.keys():
+ return el.attributes[attr].nodeValue
+ return None
+ def _set_attr(self, el, attr, val):
+ el.attributes[attr].nodeValue = val
+ def get_bens(self, attr):
+ return self._get_attr(self.bens, attr)
+ def set_bens(self, attr, val):
+ self._set_attr(self.bens, attr, val)
if __name__ == '__main__':
- import sys
- contribuinte = Contribuinte(sys.argv[1])
- bens = Bens(contribuinte)
- print "anterior: " + bens.get_bens("totalExercicioAnterior")
- print "atual: " + bens.get_bens("totalExercicioAtual")
- for i in bens.items:
- print i.get_attr("valorExercicioAtual") + " " + i.get_attr("discriminacao")
+ import sys
+ contribuinte = Contribuinte(sys.argv[1])
+ bens = Bens(contribuinte)
+ print "anterior: " + bens.get_bens("totalExercicioAnterior")
+ print "atual: " + bens.get_bens("totalExercicioAtual")
+ for i in bens.items:
+ print i.get_attr("valorExercicioAtual") + " " + i.get_attr("discriminacao")
+
+# vim:tabstop=4:expandtab:smartindent
import xml.dom.minidom
class Contribuinte:
- def __init__(self, cpf):
- self.cpf = self._minimize_cpf(cpf)
- if not self._validate_cpf(self.cpf):
- raise RuntimeError("Invalid CPF")
- self.declaracao = self._find_id()
- self.dados = xml.dom.minidom.parse("aplicacao/dados/%s/%s.xml" % (self.cpf, self.cpf))
- self.contribuinte = self.dados.getElementsByTagName("contribuinte")[0]
- def _find_id(self):
- cpf = self._normalize_cpf(self.cpf)
- self.declaracoes = xml.dom.minidom.parse("aplicacao/dados/iddeclaracoes.xml")
- for i in self.declaracoes.childNodes[0].childNodes:
- if "cpf" in i.attributes.keys():
- if i.attributes["cpf"].nodeValue == cpf:
- return i
- return None
- # CPF normalizado se parece com 000.000.000-00
- def _normalize_cpf(self, cpf):
- ncpf = ""
- for i in cpf:
- if len(ncpf) == 3 or len(ncpf) == 7:
- ncpf += '.'
- if len(ncpf) == 11:
- ncpf += '-'
- if len(ncpf) == 14:
- break
- if ord(i) >= ord('0') and ord(i) <= ord('9'):
- ncpf += i
- if len(ncpf) != 14:
- raise RuntimeError("Invalid CPF")
- return ncpf
- # CPF minimizado se parece com 01234567890
- def _minimize_cpf(self, cpf):
- ncpf = bytearray(self._normalize_cpf(cpf))
- del ncpf[11]
- del ncpf[7]
- del ncpf[3]
- return str(ncpf)
- def _validate_cpf(self, cpf):
- ncpf = self._minimize_cpf(cpf)
- if len(ncpf) != 11:
- return False
- v = (11 - sum(map(lambda x: x[0]*x[1], zip(range(10, 1, -1), map(lambda x: ord(x) - ord('0'), ncpf[0:9]))))) % 11
- if v >= 10:
- v = 0
- if v != ord(ncpf[9]) - ord('0'):
- return False
- v = (11 - sum(map(lambda x: x[0]*x[1], zip(range(11, 1, -1), map(lambda x: ord(x) - ord('0'), ncpf[0:10]))))) % 11
- if v >= 10:
- v = 0
- if v != ord(ncpf[10]) - ord('0'):
- return False
- return True
- def save(self):
- self.dados.writexml(open("aplicacao/dados/%s/%s.xml" % (self.cpf, self.cpf), "w"))
- self.declaracoes.writexml(open("aplicacao/dados/iddeclaracoes.xml", "w"))
- def _get_attr(self, el, attr):
- if attr in el.attributes.keys():
- return el.attributes[attr].nodeValue
- return None
- def _set_attr(self, el, attr, val):
- el.attributes[attr].nodeValue = val
- def get_declaracao(self, attr):
- return self._get_attr(self.declaracao, attr)
- def set_declaracao(self, attr, val):
- self._set_attr(self.declaracao, attr, val)
- def get_nome(self):
- return self.get_declaracao("nome")
- def set_nome(self, nome):
- self.set_declaracao("nome", nome)
- def get_contribuinte(self, attr):
- if attr == "nome":
- return self.get_nome()
- return self._get_attr(self.contribuinte, attr)
- def set_contribuinte(self, attr, val):
- if attr == "nome":
- self.set_nome(val)
- self._set_attr(self.contribuinte, attr, val)
+ def __init__(self, cpf):
+ self.cpf = self._minimize_cpf(cpf)
+ if not self._validate_cpf(self.cpf):
+ raise RuntimeError("Invalid CPF")
+ self.declaracao = self._find_id()
+ self.dados = xml.dom.minidom.parse("aplicacao/dados/%s/%s.xml" % (self.cpf, self.cpf))
+ self.contribuinte = self.dados.getElementsByTagName("contribuinte")[0]
+ def _find_id(self):
+ cpf = self._normalize_cpf(self.cpf)
+ self.declaracoes = xml.dom.minidom.parse("aplicacao/dados/iddeclaracoes.xml")
+ for i in self.declaracoes.childNodes[0].childNodes:
+ if "cpf" in i.attributes.keys():
+ if i.attributes["cpf"].nodeValue == cpf:
+ return i
+ return None
+ # CPF normalizado se parece com 000.000.000-00
+ def _normalize_cpf(self, cpf):
+ ncpf = ""
+ for i in cpf:
+ if len(ncpf) == 3 or len(ncpf) == 7:
+ ncpf += '.'
+ if len(ncpf) == 11:
+ ncpf += '-'
+ if len(ncpf) == 14:
+ break
+ if ord(i) >= ord('0') and ord(i) <= ord('9'):
+ ncpf += i
+ if len(ncpf) != 14:
+ raise RuntimeError("Invalid CPF")
+ return ncpf
+ # CPF minimizado se parece com 01234567890
+ def _minimize_cpf(self, cpf):
+ ncpf = bytearray(self._normalize_cpf(cpf))
+ del ncpf[11]
+ del ncpf[7]
+ del ncpf[3]
+ return str(ncpf)
+ def _validate_cpf(self, cpf):
+ ncpf = self._minimize_cpf(cpf)
+ if len(ncpf) != 11:
+ return False
+ v = (11 - sum(map(lambda x: x[0]*x[1], zip(range(10, 1, -1), map(lambda x: ord(x) - ord('0'), ncpf[0:9]))))) % 11
+ if v >= 10:
+ v = 0
+ if v != ord(ncpf[9]) - ord('0'):
+ return False
+ v = (11 - sum(map(lambda x: x[0]*x[1], zip(range(11, 1, -1), map(lambda x: ord(x) - ord('0'), ncpf[0:10]))))) % 11
+ if v >= 10:
+ v = 0
+ if v != ord(ncpf[10]) - ord('0'):
+ return False
+ return True
+ def save(self):
+ self.dados.writexml(open("aplicacao/dados/%s/%s.xml" % (self.cpf, self.cpf), "w"))
+ self.declaracoes.writexml(open("aplicacao/dados/iddeclaracoes.xml", "w"))
+ def _get_attr(self, el, attr):
+ if attr in el.attributes.keys():
+ return el.attributes[attr].nodeValue
+ return None
+ def _set_attr(self, el, attr, val):
+ el.attributes[attr].nodeValue = val
+ def get_declaracao(self, attr):
+ return self._get_attr(self.declaracao, attr)
+ def set_declaracao(self, attr, val):
+ self._set_attr(self.declaracao, attr, val)
+ def get_nome(self):
+ return self.get_declaracao("nome")
+ def set_nome(self, nome):
+ self.set_declaracao("nome", nome)
+ def get_contribuinte(self, attr):
+ if attr == "nome":
+ return self.get_nome()
+ return self._get_attr(self.contribuinte, attr)
+ def set_contribuinte(self, attr, val):
+ if attr == "nome":
+ self.set_nome(val)
+ self._set_attr(self.contribuinte, attr, val)
contribuinte_attributes = [
- "nome",
- "dataNascimento",
- "tituloEleitor",
- "doencaDeficiencia",
- "exterior",
- "pais",
- "cep",
- "uf",
- "cidade",
- "municipio",
- "tipoLogradouro",
- "logradouro",
- "numero",
- "complemento",
- "bairro",
- "bairroExt",
- "cepExt",
- "logradouroExt",
- "numeroExt",
- "complementoExt",
- "ocupacaoPrincipal",
- "codigoExterior",
- "ddd",
- "telefone",
- "naturezaOcupacao",
-]
+ "nome",
+ "dataNascimento",
+ "tituloEleitor",
+ "doencaDeficiencia",
+ "exterior",
+ "pais",
+ "cep",
+ "uf",
+ "cidade",
+ "municipio",
+ "tipoLogradouro",
+ "logradouro",
+ "numero",
+ "complemento",
+ "bairro",
+ "bairroExt",
+ "cepExt",
+ "logradouroExt",
+ "numeroExt",
+ "complementoExt",
+ "ocupacaoPrincipal",
+ "codigoExterior",
+ "ddd",
+ "telefone",
+ "naturezaOcupacao",
+ ]
declaracao_attributes = [
- "dataUltimoAcesso",
- "declaracaoRetificadora",
- "enderecoDiferente",
- "enderecoMACRede",
- "exercicio",
- "nome",
- "numReciboDecRetif",
- "numeroReciboDecAnterior",
- "resultadoDeclaracao",
- "tipoDeclaracao",
- "tipoDeclaracaoAES",
- "transmitida",
- "versaoBeta"
-]
+ "dataUltimoAcesso",
+ "declaracaoRetificadora",
+ "enderecoDiferente",
+ "enderecoMACRede",
+ "exercicio",
+ "nome",
+ "numReciboDecRetif",
+ "numeroReciboDecAnterior",
+ "resultadoDeclaracao",
+ "tipoDeclaracao",
+ "tipoDeclaracaoAES",
+ "transmitida",
+ "versaoBeta"
+ ]
if __name__ == '__main__':
- import sys
- contribuinte = Contribuinte(sys.argv[1])
- print "Carregando CPF " + contribuinte._normalize_cpf(sys.argv[1])
- if contribuinte._validate_cpf(sys.argv[1]):
- print "CPF valido"
- else:
- print "CPF invalido"
- sys.exit(1)
- if len(sys.argv) == 4:
- print "Valor anterior: " + contribuinte.get_contribuinte(sys.argv[2])
- contribuinte.set_contribuinte(sys.argv[2], sys.argv[3])
- print "Valor atual: " + contribuinte.get_contribuinte(sys.argv[2])
- print "Salvando..."
- contribuinte.save()
- else:
- print "\nCONTRIBUINTE:"
- for i in contribuinte_attributes:
- val = contribuinte.get_contribuinte(i)
- if val == None:
- val = ""
- print i + ": " + val
- print "\nDECLARACAO:"
- for i in declaracao_attributes:
- val = contribuinte.get_declaracao(i)
- if val == None:
- val = ""
- print i + ": " + val
+ import sys
+ contribuinte = Contribuinte(sys.argv[1])
+ print "Carregando CPF " + contribuinte._normalize_cpf(sys.argv[1])
+ if contribuinte._validate_cpf(sys.argv[1]):
+ print "CPF valido"
+ else:
+ print "CPF invalido"
+ sys.exit(1)
+ if len(sys.argv) == 4:
+ print "Valor anterior: " + contribuinte.get_contribuinte(sys.argv[2])
+ contribuinte.set_contribuinte(sys.argv[2], sys.argv[3])
+ print "Valor atual: " + contribuinte.get_contribuinte(sys.argv[2])
+ print "Salvando..."
+ contribuinte.save()
+ else:
+ print "\nCONTRIBUINTE:"
+ for i in contribuinte_attributes:
+ val = contribuinte.get_contribuinte(i)
+ if val == None:
+ val = ""
+ print i + ": " + val
+ print "\nDECLARACAO:"
+ for i in declaracao_attributes:
+ val = contribuinte.get_declaracao(i)
+ if val == None:
+ val = ""
+ print i + ": " + val
+
+# vim:tabstop=4:expandtab:smartindent
import xml.dom.minidom
class Municipios:
- def __init__(self, UF):
- self.xml = xml.dom.minidom.parse("res/%s.xml" % (UF,))
- self.l = []
- self._list()
- def _list(self):
- for i in self.xml.childNodes[0].childNodes:
- if "COL3" in i.attributes.keys():
- self.l.append((i.attributes["COL1"].nodeValue, \
- i.attributes["COL2"].nodeValue, \
- i.attributes["COL3"].nodeValue))
- def list(self):
- return self.l
- def get_municipio(self, code):
- for i in self.l:
- if i[0] == code:
- return i
- return None
- def verify_cep(self, m, cep):
- l = m[2][0:7]
- h = m[2][9:16]
- if cep >= l and cep <= h:
- return True
- return False
+ def __init__(self, UF):
+ self.xml = xml.dom.minidom.parse("res/%s.xml" % (UF,))
+ self.l = []
+ self._list()
+ def _list(self):
+ for i in self.xml.childNodes[0].childNodes:
+ if "COL3" in i.attributes.keys():
+ self.l.append((i.attributes["COL1"].nodeValue, \
+ i.attributes["COL2"].nodeValue, \
+ i.attributes["COL3"].nodeValue))
+ def list(self):
+ return self.l
+ def get_municipio(self, code):
+ for i in self.l:
+ if i[0] == code:
+ return i
+ return None
+ def verify_cep(self, m, cep):
+ l = m[2][0:7]
+ h = m[2][9:16]
+ if cep >= l and cep <= h:
+ return True
+ return False
if __name__ == '__main__':
- municipios = Municipios('MG')
- m = municipios.get_municipio('4877')
- print m[1]
- print municipios.verify_cep(m, '36880000')
- print municipios.verify_cep(m, '05020000')
+ municipios = Municipios('MG')
+ m = municipios.get_municipio('4877')
+ print m[1]
+ print municipios.verify_cep(m, '36880000')
+ print municipios.verify_cep(m, '05020000')
- municipios = Municipios('SP')
- m = municipios.get_municipio('7107')
- print m[1]
- print municipios.verify_cep(m, '05020000')
- print municipios.verify_cep(m, '36880000')
+ municipios = Municipios('SP')
+ m = municipios.get_municipio('7107')
+ print m[1]
+ print municipios.verify_cep(m, '05020000')
+ print municipios.verify_cep(m, '36880000')
+
+# vim:tabstop=4:expandtab:smartindent
import xml.dom.minidom
class Ocupacoes:
- def __init__(self):
- self.xml = xml.dom.minidom.parse("res/ocupacoesPrincipal.xml")
- self.l = []
- self.g = {}
- self._list()
- self._group()
- def _list(self):
- for i in self.xml.childNodes[0].childNodes:
- if "COL4" in i.attributes.keys():
- self.l.append((i.attributes["COL1"].nodeValue, \
- i.attributes["COL2"].nodeValue, \
- i.attributes["COL3"].nodeValue, \
- i.attributes["COL4"].nodeValue))
- def list(self):
- return self.l
- def _group(self):
- for i in self.l:
- if i[1] not in self.g:
- self.g[i[1]] = []
- self.g[i[1]].append(i)
- def groups(self):
- return self.g
- def get_ocupacao(self, code):
- for i in self.l:
- if i[0] == code:
- return i
- return None
+ def __init__(self):
+ self.xml = xml.dom.minidom.parse("res/ocupacoesPrincipal.xml")
+ self.l = []
+ self.g = {}
+ self._list()
+ self._group()
+ def _list(self):
+ for i in self.xml.childNodes[0].childNodes:
+ if "COL4" in i.attributes.keys():
+ self.l.append((i.attributes["COL1"].nodeValue, \
+ i.attributes["COL2"].nodeValue, \
+ i.attributes["COL3"].nodeValue, \
+ i.attributes["COL4"].nodeValue))
+ def list(self):
+ return self.l
+ def _group(self):
+ for i in self.l:
+ if i[1] not in self.g:
+ self.g[i[1]] = []
+ self.g[i[1]].append(i)
+ def groups(self):
+ return self.g
+ def get_ocupacao(self, code):
+ for i in self.l:
+ if i[0] == code:
+ return i
+ return None
if __name__ == '__main__':
- ocupacoes = Ocupacoes()
- l = ocupacoes.groups()
- for i in sorted(l):
- print l[i][0][1] , l[i][0][2]
- for j in l[i]:
- print "\t %s %s" % (j[0], j[3])
- print
- print ocupacoes.get_ocupacao('212')[3]
+ ocupacoes = Ocupacoes()
+ l = ocupacoes.groups()
+ for i in sorted(l):
+ print l[i][0][1] , l[i][0][2]
+ for j in l[i]:
+ print "\t %s %s" % (j[0], j[3])
+ print
+ print ocupacoes.get_ocupacao('212')[3]
+
+# vim:tabstop=4:expandtab:smartindent
projects / cascardo / irpf-gui.git / commitdiff