def retencion(b, c, tc, imp):
return pyxb.BIND(
Base=b, TipoFactor='Tasa',
Impuesto=c, TasaOCuota=tc, Importe=imp)
def format_wrt(self, output_file, dat):
self.logger.debug('dumping contents of dat: {}'.format(repr(dat)))
def save(xo):
tmp_dir = tempfile.gettempdir()
f = os.path.join(tmp_dir, HelperStr.random_str())
writedom_cfdi(xo.toDOM(), self.__MAKEUP_PROPOS, f)
return f
c = Comprobante()
c.Version = '3.3'
c.Serie = dat['CONTROL']['SERIE'] # optional
c.Folio = dat['CONTROL']['FOLIO'] # optional
c.Fecha = dat['TIME_STAMP']
c.Sello = '__DIGITAL_SIGN_HERE__'
c.FormaPago = "01" # optional
c.NoCertificado = dat['NUMERO_CERTIFICADO']
c.Certificado = dat['CERT_B64']
c.SubTotal = dat['TOTALES']['IMPORTE_SUM']
c.Total = dat['TOTALES']['MONTO_TOTAL']
if dat['MONEDA']['ISO_4217'] == 'MXN':
c.TipoCambio = 1
else:
# optional (requerido en ciertos casos)
c.TipoCambio = truncate(dat['MONEDA']['TIPO_DE_CAMBIO'], self.__NDECIMALS)
c.Moneda = dat['MONEDA']['ISO_4217']
c.TipoDeComprobante = 'I'
c.MetodoPago = "PUE" # optional and hardcode until ui can suply such value
c.LugarExpedicion = dat['LUGAR_EXPEDICION']
c.Emisor = pyxb.BIND()
c.Emisor.Nombre = dat['EMISOR']['RAZON_SOCIAL'] # optional
c.Emisor.Rfc = dat['EMISOR']['RFC']
c.Emisor.RegimenFiscal = dat['EMISOR']['REGIMEN_FISCAL']
c.Receptor = pyxb.BIND()
c.Receptor.Nombre = dat['RECEPTOR']['RAZON_SOCIAL'] # optional
c.Receptor.Rfc = dat['RECEPTOR']['RFC']
c.Receptor.UsoCFDI = dat['RECEPTOR']['USO_CFDI']
c.Conceptos = pyxb.BIND()
for i in dat['CONCEPTOS']:
c.Conceptos.append(pyxb.BIND(
Cantidad=i['CANTIDAD'],
ClaveUnidad=i['UNIDAD'],
ClaveProdServ=i['PRODSERV'],
Descripcion=i['DESCRIPCION'],
ValorUnitario=i['PRECIO_UNITARIO'],
NoIdentificacion=i['SKU'], # optional
Importe=truncate(i['IMPORTE'], self.__NDECIMALS),
Impuestos=self.__tag_impuestos(i)
))
def traslado(c, tc, imp):
return pyxb.BIND(TipoFactor='Tasa',
Impuesto=c, TasaOCuota=tc, Importe=imp)
def zigma(v):
z = 0
for w in v:
z += w['importe']
return z
c.Impuestos = pyxb.BIND(
TotalImpuestosRetenidos=0,
TotalImpuestosTrasladados=zigma(dat['TRASLADOS']),
Traslados=pyxb.BIND(
*tuple([traslado(t['clave'], self.__place_tasa(t['tasa']), t['importe']) for t in dat['TRASLADOS']])
)
)
tmp_file = save(c)
with open(output_file, 'w') as a:
a.write(sign_cfdi(dat['KEY_PRIVATE'], dat['XSLT_SCRIPT'], tmp_file))
os.remove(tmp_file)
def traslado(c, tc, imp):
return pyxb.BIND(TipoFactor='Tasa',
Impuesto=c, TasaOCuota=tc, Importe=imp)
def do_disable(self, args):
try:
doParser = self.arg_disable()
doArgs = doParser.parse_args(shlex.split(args))
org = org_utils.org_get(self.api, doArgs.org)
if org is None:
printer.out(
"There is no organization matching [" + doArgs.org + "].",
printer.OK)
return 0
printer.out("Getting target platform list for [" + org.name +
"] . . .")
allTargetPlatforms = self.api.Orgs(
org.dbId).Targetplatforms.Getall()
allTargetPlatforms = allTargetPlatforms.targetPlatforms.targetPlatform
if len(allTargetPlatforms) == 0:
printer.out(
"There is no target platforms in [" + org.name + "].",
printer.WARNING)
return 0
all_targetplatforms = targetPlatforms()
all_targetplatforms.targetPlatforms = pyxb.BIND()
allTargetPlatforms = compare(allTargetPlatforms,
doArgs.targetPlatforms, "name")
if len(allTargetPlatforms) == 0:
listName = ""
for tpname in doArgs.targetPlatforms:
listName = listName + tpname + " "
printer.out(
"There is no target platforms matching [" + listName +
"].", printer.ERROR)
return 2
for item in allTargetPlatforms:
targetPlatformToDisable = targetPlatform()
targetPlatformToDisable = item
targetPlatformToDisable.active = False
targetPlatformToDisable.access = False
printer.out("Disabling [" + item.name + "].")
all_targetplatforms.targetPlatforms.append(
targetPlatformToDisable)
result = self.api.Orgs(org.dbId).Targetplatforms.Updateaccess(
body=all_targetplatforms)
if result is None or len(
result.targetPlatforms.targetPlatform) == 0:
printer.out(
"The target platforms(s) selected are already disabled",
printer.WARNING)
return 0
sentenceReturn = "Target Platform(s)"
for tp in result.targetPlatforms.targetPlatform:
sentenceReturn = sentenceReturn + " " + tp.name + " "
printer.out(sentenceReturn + "has/have been disabled.", printer.OK)
return 0
except ArgumentParserError as e:
printer.out("In Arguments: " + str(e), printer.ERROR)
self.help_disable()
except Exception as e:
return handle_uforge_exception(e)
def append_instance_to_deployment(deployment, my_instance):
deployment.instances = pyxb.BIND()
deployment.instances._ExpandedName = pyxb.namespace.ExpandedName(
Namespace, 'Instances')
deployment.instances.append(my_instance)
from __future__ import print_function
import pyxb
import po4
import address
import pyxb.binding.datatypes as xs
po = po4.purchaseOrder(orderDate=xs.date(1999, 10, 20))
po.shipTo = address.USAddress('Alice Smith', '123 Maple Street', 'Anytown',
'AK', 12341)
po.billTo = address.USAddress('Robert Smith', '8 Oak Avenue', 'Anytown', 'AK',
12341)
po.items = pyxb.BIND(pyxb.BIND('Lapis necklace', 1, 99.95, partNum='833-AA'),
pyxb.BIND('Plastic necklace', 4, 3.95, partNum='833-AB'))
print(po.toxml("utf-8").decode('utf-8'))
def format_wrt(self, output_file, dat):
self.logger.debug('dumping contents of dat: {}'.format(repr(dat)))
def save(xo):
tmp_dir = tempfile.gettempdir()
f = os.path.join(tmp_dir, HelperStr.random_str())
writedom_cfdi(xo.toDOM(), self.__MAKEUP_PROPOS, f)
return f
c = Comprobante()
c.Version = '3.3'
c.Serie = dat['CONTROL']['SERIE'] # optional
c.Folio = dat['CONTROL']['FOLIO'] # optional
c.Fecha = dat['TIME_STAMP']
c.Sello = '__DIGITAL_SIGN_HERE__'
c.FormaPago = dat["FORMA_PAGO"]['CLAVE'] # optional
c.NoCertificado = dat['NUMERO_CERTIFICADO']
c.Certificado = dat['CERT_B64']
c.SubTotal = dat['TOTALES']['IMPORTE_SUM']
c.Descuento = dat['TOTALES'][
'DESCTO_SUM'] if dat['TOTALES']['DESCTO_SUM'] > 0 else None
c.Total = dat['TOTALES']['MONTO_TOTAL']
if dat['MONEDA']['ISO_4217'] == 'MXN':
c.TipoCambio = 1
else:
# optional (requerido en ciertos casos)
c.TipoCambio = truncate(dat['MONEDA']['TIPO_DE_CAMBIO'],
self.__NDECIMALS)
c.Moneda = dat['MONEDA']['ISO_4217']
c.TipoDeComprobante = 'I'
c.MetodoPago = dat['METODO_PAGO'] # optional
c.LugarExpedicion = dat['LUGAR_EXPEDICION']
c.Emisor = pyxb.BIND()
c.Emisor.Nombre = dat['EMISOR']['RAZON_SOCIAL'] # optional
c.Emisor.Rfc = dat['EMISOR']['RFC']
c.Emisor.RegimenFiscal = dat['EMISOR']['REGIMEN_FISCAL']
c.Receptor = pyxb.BIND()
c.Receptor.Nombre = dat['RECEPTOR']['RAZON_SOCIAL'] # optional
c.Receptor.Rfc = dat['RECEPTOR']['RFC']
c.Receptor.UsoCFDI = dat['RECEPTOR']['USO_CFDI']
c.Conceptos = pyxb.BIND()
for i in dat['CONCEPTOS']:
c.Conceptos.append(
pyxb.BIND(
Cantidad=i['CANTIDAD'],
ClaveUnidad=i['UNIDAD'],
ClaveProdServ=i['PRODSERV'],
Descripcion=i['DESCRIPCION'],
ValorUnitario=i['PRECIO_UNITARIO'],
NoIdentificacion=i['SKU'], # optional
Importe=truncate(i['IMPORTE'], self.__NDECIMALS),
Descuento=i['DESCTO'] if i['DESCTO'] > 0 else None,
Impuestos=self.__tag_impuestos(i)
if i['TASA_IMPUESTO'] > 0 else None))
def traslado(c, tc, imp):
return pyxb.BIND(TipoFactor='Tasa',
Impuesto=c,
TasaOCuota=tc,
Importe=imp)
def zigma(v):
z = Decimal(0)
for w in v:
z += self.__narf(w['importe'])
return float(z)
c.Impuestos = pyxb.BIND(
TotalImpuestosRetenidos=0,
TotalImpuestosTrasladados=zigma(dat['TRASLADOS']),
Traslados=pyxb.BIND(*tuple([
traslado(t['clave'], self.__place_tasa(t['tasa']),
t['importe']) for t in dat['TRASLADOS']
])))
tmp_file = save(c)
HelperStr.edit_pattern('TipoCambio="1.0"', 'TipoCambio="1"',
tmp_file) # XXX: Horrible workaround
HelperStr.edit_pattern(
'(Descuento=)"([0-9]*(\.[0-9]{0,1})?)"',
lambda x: 'Descuento="%.2f"' % (float(x.group(2)), ), tmp_file)
HelperStr.edit_pattern(
'(Importe=)"([0-9]*(\.[0-9]{0,1})?)"', lambda x: 'Importe="%.2f"' %
(float(x.group(2)), ), tmp_file)
with open(output_file, 'w', encoding="utf-8") as a:
a.write(sign_cfdi(dat['KEY_PRIVATE'], dat['XSLT_SCRIPT'],
tmp_file))
os.remove(tmp_file)
def mdk_builder(target, source, env):
prj = mdk_xml_schema.Project()
prj.ToolsetName = 'ARM'
prj.Device = 'ARMCM0'
prj.useUlib = 1
# target_path = target[0].path[0: target[0].path.rfind("\\")+1]
# target_name = target[0].path[target[0].path.rfind("\\")+1: len(target[0].path)]
prj_dir = os.path.join(env['PROJ_DIR'].srcnode().abspath, 'mdk')
if os.path.exists(prj_dir) == False:
os.mkdir(prj_dir)
jlink_script_src_dir = os.path.join(
env.Dir('.').abspath, 'tools\\prog\\LinkedSemi\\LE501X.jlinkscript')
jlink_script_dst_dir = os.path.join(prj_dir, 'JLinkSettings.jlinkscript')
# print(jlink_script_src_dir)
# print(jlink_script_dst_dir)
try:
shutil.copy(jlink_script_src_dir, jlink_script_dst_dir)
except IOError as e:
print("Unable to copy jlink script file")
except:
print("Unexpected error:", sys.exc_info())
inc_path_str = ""
for node_path in env.Dir(env['CPPPATH']):
inc_path_str = inc_path_str + os.path.relpath(node_path.abspath,
prj_dir) + ";"
prj.IncludePath = inc_path_str
scat_file_str = os.path.relpath((env['LINKSCRIPT']).srcnode().abspath,
prj_dir)
prj.ScatterFile = scat_file_str
prj.CDefines = ""
prj.COptions = "--c99 -O2 --wchar32"
prj.LinkOptions = "--datacompressor=off"
beforecompile1 = mdk_xml_schema.UserAction('')
beforecompile2 = mdk_xml_schema.UserAction('')
beforebuild1 = mdk_xml_schema.UserAction('')
beforebuild2 = mdk_xml_schema.UserAction('')
afterbuild1 = mdk_xml_schema.UserAction(
os.path.relpath(env.Dir("#").abspath, prj_dir) +
'\\tools\\le501x\\after_build.bat @L ' +
os.path.relpath(env.Dir("#").abspath, prj_dir) + ' ' +
env['STACK_HEX_PATH'])
afterbuild2 = mdk_xml_schema.UserAction('')
prj.User = pyxb.BIND(BeforeCompile1=beforecompile1,
BeforeCompile2=beforecompile2,
BeforeBuild1=beforebuild1,
BeforeBuild2=beforebuild2,
AfterBuild1=afterbuild1,
AfterBuild2=afterbuild2)
#c_list = []
#asm_list = []
obj_list = []
lib_list = []
all_file_list = []
for build_src in source:
src = build_src.srcnode().path
filepath, extension = os.path.splitext(src)
all_file_list.append(os.path.relpath(src, prj_dir))
#if extension == '.c':
# c_list.append(os.path.relpath(src,prj_dir))
#elif extension == '.s' or extension == 'S':
# asm_list.append(os.path.relpath(src,prj_dir))
#else:
if extension != '.c' and extension != '.C' and extension != '.s' and extension != '.S':
obj_list.append(os.path.relpath(src, prj_dir))
if 'LIBS' in env:
for lib in env['LIBS']:
libpath, libext = os.path.splitext(lib.path)
all_file_list.append(os.path.relpath(lib.path, prj_dir))
if libext == '.o':
obj_list.append(os.path.relpath(lib.path, prj_dir))
else:
lib_list.append(os.path.relpath(lib.path, prj_dir))
#file_list = file_list_build(c_list,1) + file_list_build(asm_list,2) + file_list_build(obj_list,3) + file_list_build(lib_list,4)
group_name_list = []
group_file_list = []
group_build_file_list = []
app_file_list = []
for file_x in all_file_list:
count = file_x.count("..\\")
if count == 1:
app_file_list.append(file_x)
else:
group_name = file_x.replace("..\\", "").split('\\')[0]
group_name = group_name.split('.')[0]
if group_name in group_name_list:
index = group_name_list.index(group_name)
group_file_list[index].append(file_x)
else:
group_name_list.append(group_name)
temp_file_list = []
temp_file_list.append(file_x)
group_file_list.append(temp_file_list)
group_list = []
for group_name in group_name_list:
index = group_name_list.index(group_name)
group_build_file_list.append(
new_file_list_build(group_file_list[index]))
group_list.append(
pyxb.BIND(group_name, pyxb.BIND(*group_build_file_list[index])))
group_list.append(
pyxb.BIND("app", pyxb.BIND(*new_file_list_build(app_file_list))))
prj.Groups = pyxb.BIND(*group_list)
filename = target[0].abspath + '.xml'
with open(filename, 'wb') as file_obj:
file_obj.write(prj.toxml("utf-8"))
#print(os.path.isfile(os.path.join(prj_dir,os.path.basename(target[0].path)+'.uvprojx')))
if os.path.isfile(
os.path.join(prj_dir,
os.path.basename(target[0].path) +
'.uvprojx')) == True:
os.remove(
os.path.join(prj_dir,
os.path.basename(target[0].path) + '.uvprojx'))
if os.path.isfile(
os.path.join(prj_dir,
os.path.basename(target[0].path) +
'.uvoptx')) == True:
os.remove(
os.path.join(prj_dir,
os.path.basename(target[0].path) + '.uvoptx'))
proj_path = os.path.join(prj_dir,
os.path.basename(target[0].path) + '.uvprojx')
proj_gen = env['UV'] + ' ' + proj_path + ' -i ' + filename
proj_build = env['UV'] + ' -b ' + proj_path
complete = subprocess.run(proj_gen, shell=True)
return complete.returncode
def retencion(c, imp):
return pyxb.BIND(Impuesto=c, Importe=imp)
def format_wrt(self, output_file, dat):
self.logger.debug('dumping contents of dat: {}'.format(repr(dat)))
def save(xo):
tmp_dir = tempfile.gettempdir()
f = os.path.join(tmp_dir, HelperStr.random_str())
writedom_cfdi(xo.toDOM(), self.__MAKEUP_PROPOS, f)
return f
def wa(tf):
"""
The sundry work arounds to apply
"""
def two_dec_attr(attr):
HelperStr.edit_pattern(
'(' + attr + '=)"([0-9]*(\.[0-9]{0,1})?)"',
lambda x: attr + '="%.2f"' % (float(x.group(2)),), tf
)
HelperStr.edit_pattern('ValorUnitario="0.0"', 'ValorUnitario="0"', tf)
HelperStr.edit_pattern('Importe="0(\.0{1})"', 'Importe="0"', tf)
HelperStr.edit_pattern('Cantidad="1.0"', 'Cantidad="1"', tf)
HelperStr.edit_pattern('TipoCambio="1.0"', 'TipoCambio="1"', tf)
HelperStr.edit_pattern('Total="0.0"', 'Total="0"', tf)
HelperStr.edit_pattern('SubTotal="0.0"', 'SubTotal="0"', tf)
for a in ['Monto', 'ImpSaldoInsoluto', 'ImpPagado', 'ImpSaldoAnt']:
two_dec_attr(a)
def wrap_up(tf, of):
with open(of, 'w', encoding="utf-8") as a:
a.write(
sign_cfdi(
dat['KEY_PRIVATE'],
dat['XSLT_SCRIPT'],
tf
)
)
os.remove(tf)
def paste_tag_pagos(tf, elements):
import xml.dom.minidom
doc = xml.dom.minidom.Document()
base_ns = "http://www.sat.gob.mx/Pagos"
pagos = doc.createElementNS(base_ns, 'pago10:Pagos')
pagos.setAttribute("xmlns:pago10", base_ns)
pagos.setAttribute("xsi:schemaLocation", "http://www.sat.gob.mx/Pagos http://www.sat.gob.mx/sitio_internet/cfd/Pagos/Pagos10.xsd")
pagos.setAttribute("Version","1.0")
for d in elements:
payment = doc.createElement('pago10:Pago')
payment.setAttribute('NumOperacion', d['NUMERO_OPERACION'])
payment.setAttribute('Monto', d['MONTO'])
payment.setAttribute('MonedaP', d['ISO_4217'])
payment.setAttribute('FormaDePagoP', d['CLAVE'])
payment.setAttribute('FechaPago', d['TIME_STAMP'])
dr = doc.createElement('pago10:DoctoRelacionado')
dr.setAttribute('IdDocumento', d['UUID_DOC'])
dr.setAttribute('ImpSaldoInsoluto', d['IMP_SALDO_INSOLUTO'])
dr.setAttribute('ImpSaldoAnt', d['IMP_SALDO_ANT'])
dr.setAttribute('ImpPagado', d['IMP_PAGADO'])
dr.setAttribute('MonedaDR', d['MONEDA_DR'])
dr.setAttribute('NumParcialidad', '1')
dr.setAttribute('MetodoDePagoDR', 'PPD')
payment.appendChild(dr)
pagos.appendChild(payment)
doc.appendChild(pagos)
content_xml = output = doc.toprettyxml()
chunk = "{}\n{}\n{}\n{}".format('<cfdi:Complemento>',
content_xml[22:], # omits xml declaration
'</cfdi:Complemento>',
'</cfdi:Comprobante>')
HelperStr.edit_pattern('</cfdi:Comprobante>', chunk, tf)
c = Comprobante()
c.Version = '3.3'
c.Fecha = dat['TIME_STAMP']
c.Sello = '__DIGITAL_SIGN_HERE__'
c.Receptor = pyxb.BIND()
c.Receptor.Nombre = dat['RECEPTOR']['RAZON_SOCIAL'] # optional
c.Receptor.Rfc = dat['RECEPTOR']['RFC']
c.Receptor.UsoCFDI = dat['RECEPTOR']['USO_CFDI']
c.Emisor = pyxb.BIND()
c.Emisor.Nombre = dat['EMISOR']['RAZON_SOCIAL'] # optional
c.Emisor.Rfc = dat['EMISOR']['RFC']
c.Emisor.RegimenFiscal = dat['EMISOR']['REGIMEN_FISCAL']
c.LugarExpedicion = dat['LUGAR_EXPEDICION']
c.Serie = dat['CONTROL']['SERIE'] # optional
c.Folio = dat['CONTROL']['FOLIO'] # optional
c.NoCertificado = dat['NUMERO_CERTIFICADO']
c.Certificado = dat['CERT_B64']
c.TipoDeComprobante = 'P'
c.Total = '0'
c.SubTotal = '0'
c.Moneda = dat['MONEDA']['ISO_4217']
c.Conceptos = pyxb.BIND()
for i in dat['CONCEPTOS']:
c.Conceptos.append(pyxb.BIND(
Cantidad=i['CANTIDAD'],
ClaveUnidad=i['UNIDAD'],
ClaveProdServ=i['PRODSERV'],
Descripcion=i['DESCRIPCION'],
ValorUnitario=i['PRECIO_UNITARIO'],
Importe=i['IMPORTE']
))
tmp_file = save(c)
paste_tag_pagos(tmp_file, dat['COMPLEMENTO_PAGOS'])
wa(tmp_file)
wrap_up(tmp_file, output_file)
