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import xlsxwriter |
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from satcfdi.accounting.process import excel_export |
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from satcfdi.cfdi import CFDI |
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EXCEL_COLUMNS = { |
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'NumCta': (12, False, lambda i: i['NumCta']), |
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'Desc': (62, False, lambda i: ' ' * (i['Nivel'] - 1) + i['Desc']), |
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'Natur': (5, False, lambda i: i['Natur']), |
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'SaldoIni': (12, False, lambda i: i.get('SaldoIni')), |
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11
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'Debe': (12, False, lambda i: i.get('Debe')), |
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12
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'Haber': (12, False, lambda i: i.get('Haber')), |
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'SaldoFin': (12, False, lambda i: i.get('SaldoFin')), |
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'CodAgrup': (12, False, lambda i: i['CodAgrup'].code), |
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'CodDesc': (120, False, lambda i: i['CodAgrup'].description), |
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} |
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def imprimir_contablidad( |
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catalogo_cuentas, |
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balanza_comprobacion, |
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archivo_excel |
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): |
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# ct = CFDI.from_file(catalogo_cuentas) |
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# bc = CFDI.from_file(balanza_comprobacion) |
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ct = catalogo_cuentas |
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bc = balanza_comprobacion |
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ctas = { |
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c['NumCta']: { |
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'Desc': c['Desc'], |
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'Natur': c['Natur'], |
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'CodAgrup': c['CodAgrup'], |
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'Nivel': c['Nivel'], |
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} |
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for c in ct['Ctas'] |
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} |
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for r in bc['Ctas']: |
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ctv = ctas[r['NumCta']] |
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r.update(ctv) |
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workbook = xlsxwriter.Workbook(archivo_excel) |
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excel_export( |
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workbook=workbook, |
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name=bc['RFC'] + str(bc['Anio']) + str(bc['Mes']), |
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invoices=bc['Ctas'], |
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columns=EXCEL_COLUMNS, |
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row_height=1 |
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) |
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workbook.close() |
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SAT-CFDI /
python-satcfdi
