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pdf_docs.py
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# -*- coding: utf-8 -*-
# Python libraries: NF-e utils
#
# Copyright (C) 2021-2022
# Copyright (C) Edson Bernardino <edsones at yahoo.com.br>
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Library General Public License as
# published by the Free Software Foundation, either version 2.1 of the
# License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Library General Public License for more details.
#
# You should have received a copy of the GNU Library General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# pdf_docs - Módulo Python NF-e utils
#
# Copyright (C) 2021-2022
# Copyright (C) Edson Bernardino <edsones arroba yahoo.com.br>
#
# Este programa é um software livre: você pode redistribuir e/ou modificar
# este programa sob os termos da licença GNU Library General Public License,
# publicada pela Free Software Foundation, em sua versão 2.1 ou, de acordo
# com sua opção, qualquer versão posterior.
#
# Este programa é distribuido na esperança de que venha a ser útil,
# porém SEM QUAISQUER GARANTIAS, nem mesmo a garantia implícita de
# COMERCIABILIDADE ou ADEQUAÇÃO A UMA FINALIDADE ESPECÍFICA. Veja a
# GNU Library General Public License para mais detalhes.
#
# Você deve ter recebido uma cópia da GNU Library General Public License
# juntamente com este programa. Caso esse não seja o caso, acesse:
# <http://www.gnu.org/licenses/>
#
"""
Geração documentos auxiliares
DANFE - Nota Fiscal Eletrônica
DACCe - carta correção
DACTe - Conhecimento de Transporte TO DO
:copyright: © 2022 by Edson Bernardino
:license: BSD, see LICENSE for more details.
"""
import datetime
import xml.etree.ElementTree as ET
from xfpdf import xFPDF
def getdateUTC(date_utc):
dt = date_utc[0:10].split('-')
dt.reverse()
return '/'.join(dt), date_utc[11:19]
def get_tag_text(node=None, url='', tag=None):
try:
text = node.find("%s%s" % (url, tag)).text
except:
text = ''
return text
def format_cpf_cnpj(doc):
doc = number_filter(doc)
if doc:
if len(doc) > 11:
doc = '{:0>14.14}'.format(doc)
doc = '{}.{}.{}/{}-{}'.format(doc[:2],
doc[2:5],
doc[5:8],
doc[8:12],
doc[-2:])
else:
doc = '{:0>11.11}'.format(doc)
doc = '{}.{}.{}-{}'.format(doc[:3], doc[3:6], doc[6:9], doc[9:])
return doc
def chunks(cString, nLen):
for start in range(0, len(cString), nLen):
yield cString[start:start+nLen]
def format_number(cNumber, precision=0, group_sep='.', decimal_sep=','):
try:
number = ("{:,." + str(precision) + "f}").format(
float(cNumber)).replace(",", "X").replace(".", ",").replace("X",".")
except:
number = ''
return number
tp_frete = {'0': '0 - Emitente',
'1': '1 - Dest/Rem',
'2': '2 - Terceiros',
'3': '3 - Próprio/Rem',
'4': '4 - Próprio/Dest',
'9': '9 - Sem Frete'}
url = './/{http://www.portalfiscal.inf.br/nfe}'
# layouts colunas dados produtos
headers = ['CÓDIGO', 'DESCRIÇÃO DO PRODUTO/SERVIÇO', 'NCM/SH', 'CST', 'CFOP',
'UNID', 'QTD', 'VLR UNIT', 'VLR TOTAL', 'BC ICMS']
# ICMS - Variantes layout (Padrão)
headers_0 = ['VLR. ICMS', 'ALÍQ\nICMS']
# ICMS_ST- Variantes layout
headers_1 = ['BC ICMS ST', 'VLR ICMS ST', 'VLR ICMS', 'ALÍQ\nICMS']
# ICMS_IPI - Variantes layout
headers_2 = ['VLR. ICMS', 'VLR. IPI', 'ALÍQ\nICMS', 'ALÍQ\nIPI']
# ICMS_ST_IPI - Variantes layout
headers_3 = ['BC ICMS ST', 'VLR ICMS ST', 'VLR ICMS', 'VLR. IPI', 'ALÍQ\nICMS',
'ALÍQ\nIPI']
cells = [
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, get_tag_text(
node=kwargs['node_item'], url=url, tag='cProd'), 0, 0, 'L'),
lambda **kwargs: kwargs['report'].desc_item(list_desc=kwargs['desc_item'],
width=kwargs['width']),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, get_tag_text(
node=kwargs['node_item'], url=url, tag='NCM'), 0, 0, 'C'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, '%s%s' % (
get_tag_text(node=kwargs['node_icms'], url=url, tag='orig'),
(get_tag_text(node=kwargs['node_icms'], url=url, tag='CST') or \
get_tag_text(node=kwargs['node_icms'], url=url, tag='CSOSN'))),
0, 0, 'C'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, get_tag_text(
node=kwargs['node_item'], url=url, tag='CFOP'), 0, 0, 'C'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, get_tag_text(
node=kwargs['node_item'], url=url, tag='uCom'), 0, 0, 'C'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_item'], url=url, tag='qCom'),
precision=4), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_item'], url=url, tag='vUnCom'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_item'], url=url, tag='vProd'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vBC'),
precision=2), 0, 0, 'R'),
]
# ICMS - Variantes layout (Padrão)
cells_0 = [
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vICMS'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='pICMS'),
precision=2), 0, 0, 'R'),
]
# ICMS_ST- Variantes layout
cells_1 = [
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vBCST'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vICMSST'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vICMS'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='pICMS'),
precision=2), 0, 0, 'R'),
]
# ICMS_IPI - Variantes layout
cells_2 = [
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vICMS'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_ipi'], url=url, tag='vIPI'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='pICMS'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_ipi'], url=url, tag='pIPI'),
precision=2), 0, 0, 'R'),
]
# ICMS_ST_IPI - Variantes layout
cells_3 = [
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vBCST'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vICMSST'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='vICMS'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_ipi'], url=url, tag='vIPI'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_icms'], url=url, tag='pICMS'),
precision=2), 0, 0, 'R'),
lambda **kwargs: kwargs['report'].cell(kwargs['width'], 3, format_number(
get_tag_text(node=kwargs['node_ipi'], url=url, tag='pIPI'),
precision=2), 0, 0, 'R'),
]
cols_produtos_portable = {
'ICMS': [[11, 72, 13, 7, 7, 8, 13, 13, 15, 12, 12, 7],
headers + headers_0,
cells + cells_0],
'ICMS_ST': [[11, 48, 13, 6.5, 6.5, 8, 13, 13, 15, 12, 12, 13, 12,7],
headers + headers_1,
cells + cells_1],
'ICMS_IPI': [[11, 54, 13, 7, 7, 8, 13, 13, 14, 12, 12, 12, 7, 7],
headers + headers_2,
cells + cells_2],
}
cols_produtos_landscape = {
'ICMS_ST_IPI': [[22, 72, 13, 7, 7, 8, 13, 13, 14, 12, 12, 13, 12, 12, 9, 9],
headers + headers_3,
cells + cells_3],
}
# Recebe list xmls em string e image base64 - Modo retrato ou paisagem
class Danfe(xFPDF):
def __init__(self, xmls=None, image=None, cfg_layout='ICMS_ST',
receipt_pos='top'):
super(Danfe, self).__init__('P', 'mm', 'A4')
self.set_auto_page_break(auto=False, margin=10.0)
self.set_title('DANFE')
#self.add_font('NimbusSanLBold', '', 'NimbusSanLBold.ttf', uni=True)
#self.add_font('NimbusSanL', '', 'NimbusSanL.ttf', uni=True)
self.logo_image = image
self.receipt_pos = receipt_pos
if xmls is None:
raise NameError('XML não informado!')
if not isinstance(xmls, list):
xmls = [xmls]
self.tasks = {'P': [lambda: self.recibo_p(),
lambda: self.emit_p(),
lambda: self.dest_p(),
lambda: self.fat_p(),
lambda: self.impostos_p(),
lambda: self.transp_p(),
lambda: self.adic_p(),
],
'L': [lambda: self.recibo_l(),
lambda: self.emit_l(),
lambda: self.dest_l(),
lambda: self.fat_l(),
lambda: self.impostos_l(),
lambda: self.transp_l(),
lambda: self.adic_l(),
]
}
for xml in xmls:
root = ET.fromstring(xml)
self.inf_nfe = root.find("%sinfNFe" % url)
self.prot_nfe = root.find("%sprotNFe" % url)
self.emit = root.find("%semit" % url)
self.ide = root.find("%side" % url)
self.dest = root.find("%sdest" % url)
self.totais = root.find("%stotal" % url)
self.transp = root.find("%stransp" % url)
self.cobr = root.find("%scobr" % url)
self.det = root.findall("%sdet" % url)
self.inf_adic = root.find("%sinfAdic" % url)
# Buscando orientação de impressão do xml
tpImp = get_tag_text(node=self.ide, url=url, tag='tpImp')
if tpImp == '1':
orientation = 'P'
nr_lin_pg_1 = 23
nr_lin_pg = 70
if self.receipt_pos == 'top':
self.lin_emit = 31
self.lin_prod = 161
else:
self.lin_emit = 10
self.lin_prod = 140
self.lin_adic = self.lin_emit + 209.5
self.height_adic = 29
self.cols_produtos = cols_produtos_portable[cfg_layout]
else:
orientation = 'L'
nr_lin_pg_1 = 6
nr_lin_pg = 45
self.lin_emit = 10
self.lin_prod = 134
self.cols_produtos = cols_produtos_landscape['ICMS_ST_IPI']
self.add_page(orientation=orientation, format='A4')
# Calculando total linhas usadas para descrições dos itens
self.nr_pages = 1
self.current_page = 1
#[ rec_ini , rec_fim , lines , limit_lines ]
paginator = [[0, 0, 0, nr_lin_pg_1]]
if self.det is not None:
list_desc = []
n_pg = 0
for id_ , item in enumerate(self.det):
el_prod = item.find(
".//{http://www.portalfiscal.inf.br/nfe}prod")
inf_add = item.find(
".//{http://www.portalfiscal.inf.br/nfe}infAdProd")
# Width da coluna descrição produto
self.set_font('Times', '', 6)
col_w = self.cols_produtos[0][1]
list_ = self.multi_cell(w=col_w, h=3, txt=get_tag_text(
node=el_prod, url=url, tag='xProd'), split_only=True)
if inf_add is not None:
list_.extend(self.multi_cell(w=col_w, h=3,
txt=inf_add.text, split_only=True))
list_desc.append(list_)
# Nr linhas necessárias p/ descrição item
lin_itens = len(list_)
if (paginator[n_pg][2] + lin_itens) > paginator[n_pg][3]:
paginator.append([0, 0, 0, nr_lin_pg])
n_pg += 1
paginator[n_pg][0] = id_
paginator[n_pg][1] = id_ +1
paginator[n_pg][2] = lin_itens
else:
# adiciona-se 1 pelo funcionamento de xrange
paginator[n_pg][1] = id_ +1
paginator[n_pg ][2] += lin_itens
self.nr_pages = len(paginator) # Calculando nr. páginas
dt, hr = getdateUTC(
get_tag_text(node=self.ide, url=url, tag='dhEmi'))
total_nf = format_number(get_tag_text(
node=self.totais, url=url, tag='vNF'), precision=2)
end = "%s - %s, %s, %s, %s - %s" % (
get_tag_text(node=self.dest, url=url, tag='xNome'),
get_tag_text(node=self.dest, url=url, tag='xLgr'),
get_tag_text(node=self.dest, url=url, tag='nro'),
get_tag_text(node=self.dest, url=url, tag='xBairro'),
get_tag_text(node=self.dest, url=url, tag='xMun'),
get_tag_text(node=self.dest, url=url, tag='UF')
)
self.recibo_txt = ("RECEBEMOS DE %s OS PRODUTOS/SERVIÇOS "
"CONSTANTES DA NOTA FISCAL INDICADA "
"ABAIXO. EMISSÃO: %s VALOR TOTAL: %s "
"DESTINATARIO: %s" % (
get_tag_text(node=self.emit,
url=url,
tag='xNome'),
dt,
total_nf,
end)
)
self.nr_nota = get_tag_text(node=self.ide, url=url, tag='nNF')
self.serie_nf = get_tag_text(node=self.ide, url=url, tag='serie')
self.tp_nf = get_tag_text(node=self.ide, url=url, tag='tpNF')
self.key_nfe = self.inf_nfe.attrib.get('Id')[3:]
dt, hr = getdateUTC(get_tag_text(
node=self.prot_nfe, url=url, tag='dhRecbto'))
protocolo = get_tag_text(node=self.prot_nfe, url=url, tag='nProt')
self.prot_uso = '%s - %s %s' % (protocolo, dt, hr)
self.current_page = 1
#self.add_page(orientation=orientation, format='A4')
for task in self.tasks[orientation]:
task()
if tpImp == '1':
self.produtos_p(paginator=paginator[0], list_desc=list_desc)
else:
self.produtos_l(paginator=paginator[0], list_desc=list_desc)
# Gera o restante das páginas do XML
if paginator[1:]:
self.lin_emit = 11
if tpImp == '1':
self.lin_prod = self.lin_emit +49
else:
self.lin_prod = self.lin_emit +42
for pag in paginator[1:]:
self.current_page += 1
self.add_page(orientation=orientation, format='A4')
if tpImp == '1':
self.emit_p()
self.produtos_p(paginator=pag, list_desc=list_desc)
else:
self.emit_l()
self.produtos_l(paginator=pag, list_desc=list_desc)
def recibo_p(self):
if self.receipt_pos == 'top':
lin = 10
self.dashed_line(10, lin +19, 200, lin +19, dash_length=0.5,
space_length=1)
else:
lin = self.lin_adic + self.height_adic +2
self.dashed_line(10, lin, 200, lin, dash_length=0.5, space_length=1)
lin += 2
self.rect(x=10, y=lin, w=190, h=17, style='')
self.line(10, lin +8.5, 160, lin +8.5)
self.line(160, lin, 160, lin +17)
self.line(54, lin +8.5, 54, lin +17)
self.set_font('Times', '', 5)
self.set_xy(x=10, y=lin)
self.multi_cell(w=150, h=3, txt=self.recibo_txt, border=0,
align='L', fill=False)
self.text(x=11, y=lin +10.5, txt='DATA DE RECEBIMENTO')
self.text(x=55, y=lin +10.5,
txt='IDENTIFICAÇÃO E ASSINATURA DO RECEBEDOR')
self.text(x=178, y=lin +2, txt='NF-e')
self.set_font('Times', 'B', 8)
nf = '{0:011,}'.format(int(self.nr_nota)).replace( "," , "." )
self.text(x=163, y=lin +8, txt='Nº %s' % nf)
self.text(x=163, y=lin +13, txt='SÉRIE %s' % self.serie_nf)
def emit_p(self):
self.rect(x=10, y=self.lin_emit, w=190, h=45, style='')
self.line(95, self.lin_emit, 95, self.lin_emit +31)
self.line(123, self.lin_emit, 123, self.lin_emit +38)
self.line(10, self.lin_emit +31, 200, self.lin_emit +31)
self.line(10, self.lin_emit +38, 200, self.lin_emit +38)
self.line(70, self.lin_emit +38, 70, self.lin_emit +45)
self.line(110, self.lin_emit +38, 110, self.lin_emit +45)
if self.logo_image:
self.image(self.logo_image, 11, self.lin_emit +1, 12, type='jpg')
self.set_font('Times', 'B', 10)
self.set_xy(x=26, y=self.lin_emit +2)
text = get_tag_text(node=self.emit, url=url, tag='xNome')
self.multi_cell(w=70, h=5, txt=text, border=0,
align='C', fill=False)
self.set_font('Times', 'B', 7)
self.set_xy(x=11, y=self.lin_emit +19)
end = "%s, %s - %s - %s - %s - CEP: %s Fone: %s" % (
get_tag_text(node=self.emit, url=url, tag='xLgr'),
get_tag_text(node=self.emit, url=url, tag='nro'),
get_tag_text(node=self.emit, url=url, tag='xBairro'),
get_tag_text(node=self.emit, url=url, tag='xMun'),
get_tag_text(node=self.emit, url=url, tag='UF'),
get_tag_text(node=self.emit, url=url, tag='CEP'),
get_tag_text(node=self.emit, url=url, tag='fone')
)
self.multi_cell(w=83, h=4, txt=end, border=0, align='C', fill=False)
self.set_font('Times', 'B', 12)
self.text(x=102, y=self.lin_emit +5, txt='DANFE')
self.set_font('Times', '', 7)
self.text(x=96, y=self.lin_emit +9, txt='Documento Auxiliar da')
self.text(x=96, y=self.lin_emit +12, txt='Nota Fiscal Eletrônica')
self.text(x=96, y=self.lin_emit +16, txt='0 - Entrada')
self.text(x=96, y=self.lin_emit +19, txt='1 - Saída')
self.rect(x=10, y=self.lin_emit, w=190, h=45, style='')
self.rect(x=114, y=self.lin_emit +14, w=8, h=6, style='')
self.set_font('Times', 'B', 10)
self.text(x=117, y=self.lin_emit +18, txt=self.tp_nf)
self.set_font('Times', 'B', 8)
nf = '{0:011,}'.format(int(self.nr_nota)).replace( "," , "." )
self.text(x=96, y=self.lin_emit +24, txt='Nº %s' % nf)
self.text(x=96, y=self.lin_emit +27, txt='SÉRIE %s' % self.serie_nf)
self.text(x=100, y=self.lin_emit +30, txt='Página %s de %s' % (
self.current_page, self.nr_pages))
self.set_font('Times', '', 5)
self.text(x=124, y=self.lin_emit +2.5, txt='CONTROLE DO FISCO')
self.code128(self.key_nfe, 125, self.lin_emit +4, height=9,
thickness=0.265, quiet_zone=True)
self.rect(x=124, y=self.lin_emit +15, w=75, h=6, style='')
self.text(x=125, y=self.lin_emit +17, txt='CHAVE DE ACESSO')
self.set_font('Times', 'B', 7)
self.text(x=131, y=self.lin_emit +20,
txt=' '.join(chunks(self.key_nfe, 4)))
self.set_font('Times', '', 8)
self.set_xy(x=124, y=self.lin_emit +23)
text = ("Consulta de autenticidade no portal nacional da NF-e "
"www.nfe.fazenda.gov.br/portal ou no site da "
"Sefaz autorizadora")
self.multi_cell(w=75, h=3, txt=text, border=0, align='L', fill=False)
self.set_font('Times', '', 5)
self.text(x=11, y=self.lin_emit +33.1, txt='NATUREZA DA OPERAÇÃO')
self.text(x=11, y=self.lin_emit +40, txt='INSCRIÇÃO ESTADUAL')
self.text(x=71, y=self.lin_emit +40,
txt='INSCRIÇÃO ESTADUAL DO SUBST. TRIB')
self.text(x=111, y=self.lin_emit +40, txt='CNPJ')
self.text(x=124, y=self.lin_emit +33.1,
txt='PROTOCOLO DE AUTORIZAÇÃO DE USO')
self.set_font('Times', '', 8)
text = get_tag_text(node=self.ide, url=url, tag='natOp')
self.text(x=11, y=self.lin_emit +37,
txt=self.long_field(text=text, limit=112))
self.text(x=11, y=self.lin_emit +44,
txt=get_tag_text(node=self.emit, url=url, tag='IE'))
text = get_tag_text(node=self.emit, url=url, tag='CNPJ')
self.text(x=111, y=self.lin_emit +44, txt=format_cpf_cnpj(text))
self.set_font('Times', 'B', 7)
self.set_xy(x=123, y=self.lin_emit +34)
self.cell(77, 5, self.prot_uso, 0, 0, 'C')
# Homologação
if get_tag_text(node=self.ide, url=url, tag='tpAmb') == '2':
self.set_text_color(r=145, g=145, b=145)
self.rotate(90, x=197, y=70)
self.set_font('Times', 'B', 40)
self.set_xy(x=33, y=10)
self.text(x=34, y=20.5, txt='SEM VALOR FISCAL')
self.rotate(0, x=197, y=70)
self.set_text_color(r=0, g=0, b=0)
def dest_p(self):
lin = self.lin_emit + 49
self.set_font('Times', 'B', 7)
self.text(x=11, y=lin -1, txt='DESTINATÁRIO/REMETENTE')
self.rect(x=10, y=lin, w=190, h=20, style='')
self.line(10, lin +6.66, 200, lin +6.66)
self.line(10, lin +13.32, 200, lin +13.32)
self.line(123, lin, 123, lin +6.66)
self.line(169, lin, 169, lin +20)
self.line(97, lin +6.66, 97, lin +20)
self.line(142, lin +6.66, 142, lin +13.32)
self.line(60, lin +13.32, 60, lin +20)
self.line(107, lin +13.32, 107, lin +20)
self.set_font('Times', '', 5)
self.text(x=11, y=lin +2, txt='NOME/RAZÃO SOCIAL')
self.text(x=124, y=lin +2, txt='CNPJ/CPF')
self.text(x=170, y=lin +2, txt='DATA DA EMISSÃO')
self.text(x=11, y=lin +8.66, txt='ENDEREÇO')
self.text(x=98, y=lin +8.66, txt='BAIRRO/DISTRITO')
self.text(x=143, y=lin +8.66, txt='CEP')
self.text(x=170, y=lin +8.66, txt='DATA DA ENTRADA/SAÍDA')
self.text(x=11, y=lin +15.32, txt='MUNICÍPIO')
self.text(x=61, y=lin +15.32, txt='FONE/FAX')
self.text(x=98, y=lin +15.32, txt='UF')
self.text(x=108, y=lin +15.32, txt='INSCRIÇÃO ESTADUAL')
self.text(x=170, y=lin +15.32, txt='HORA DE ENTRADA/SAÍDA')
self.set_font('Times', '', 8)
# Homologação
if get_tag_text(node=self.ide, url=url, tag='tpAmb') == '1':
txt = get_tag_text(node=self.dest, url=url, tag='xNome')
else:
txt = "NF-E EMITIDA EM AMBIENTE DE HOMOLOGACAO - SEM VALOR FISCAL"
self.text(x=11, y=lin +5.7, txt=self.long_field(text=txt, limit=110))
txt = get_tag_text(node=self.dest, url=url, tag='CNPJ')
if not txt:
txt = get_tag_text(node=self.dest, url=url, tag='CPF')
self.text(x=124, y=lin +5.7, txt=format_cpf_cnpj(txt))
dt, h = getdateUTC(get_tag_text(node=self.ide, url=url, tag='dhEmi'))
self.text(x=170, y=lin +5.7, txt=dt)
end = '%s, %s' % (get_tag_text(node=self.dest, url=url, tag='xLgr'),
get_tag_text(node=self.dest, url=url, tag='nro'))
self.text(x=11, y=lin +12.4, txt=self.long_field(text=end, limit=86))
txt = get_tag_text(node=self.dest, url=url, tag='xBairro')
self.text(x=98, y=lin +12.4, txt=self.long_field(text=txt, limit=44))
self.text(x=143, y=lin +12.4,
txt=get_tag_text(node=self.dest, url=url, tag='CEP'))
dt, h = getdateUTC(get_tag_text(node=self.ide, url=url, tag='dhSaiEnt'))
self.text(x=170, y=lin +12.4, txt=dt)
txt = get_tag_text(node=self.dest, url=url, tag='xMun')
self.text(x=11, y=lin +19.1, txt=self.long_field(text=txt, limit=50))
self.text(x=61, y=lin +19.1,
txt=get_tag_text(node=self.dest, url=url, tag='fone'))
self.text(x=98, y=lin +19.1,
txt=get_tag_text(node=self.dest, url=url, tag='UF'))
self.text(x=108, y=lin +19.1,
txt=get_tag_text(node=self.dest, url=url, tag='IE'))
def fat_p(self):
lin = self.lin_emit +73
self.set_font('Times', 'B', 7)
self.text(x=11, y=lin -1, txt='FATURA')
self.rect(x=10, y=lin, w=190, h=13, style='')
self.line(57.5, lin, 57.5, lin +13)
self.line(105, lin, 105, lin +13)
self.line(152.5, lin, 152.5, lin +13)
self.line(152.5, lin +6.5, 200, lin +6.5)
if self.inf_adic is not None:
self.set_font('Times', '', 8)
codvend = self.inf_adic.find(".//{http://www.portalfiscal.inf.br/"
"nfe}obsCont[@xCampo='CodVendedor']")
self.text(x=153.5, y=lin +5.7,
txt=get_tag_text(node=codvend, url=url, tag='xTexto'))
vend = self.inf_adic.find(".//{http://www.portalfiscal.inf.br/nfe}"
"obsCont[@xCampo='NomeVendedor']")
txt = get_tag_text(node=vend, url=url, tag='xTexto')
self.text(x=153.5, y=lin +12.24,
txt=self.long_field(text=txt, limit=47))
self.set_font('Times', '', 5)
self.text(x=153.5, y=lin +2, txt='CÓDIGO VENDEDOR')
self.text(x=153.5, y=lin +8.5, txt='NOME VENDEDOR')
self.set_xy(x=10, y=lin +0.5)
self.cell(14.5, 2.5, 'FATURA', 0, 0, 'L')
self.cell(15, 2.5, 'VENCIMENTO', 0, 0, 'C')
self.cell(18, 2.5, 'VALOR', 0, 0, 'R')
self.cell(14.5, 2.5, 'FATURA', 0, 0, 'L')
self.cell(15, 2.5, 'VENCIMENTO', 0, 0, 'C')
self.cell(18, 2.5, 'VALOR', 0, 0, 'R')
self.cell(14.5, 2.5, 'FATURA', 0, 0, 'L')
self.cell(15, 2.5, 'VENCIMENTO', 0, 0, 'C')
self.cell(18, 2.5, 'VALOR', 0, 0, 'R')
# Salta elemt 1 (tag fat) e considera os próximos 9 (tags dup)
self.set_font('Times', '', 7)
cobr_iter = iter(self.cobr[1:10]) if self.cobr is not None else []
n_dup_ = 1
col_ = 10
self.set_xy(x=col_ , y=lin +3)
for i, dup in enumerate(cobr_iter):
dt, hr = getdateUTC(
get_tag_text(node=dup, url=url, tag='dVenc'))
n_dup = get_tag_text(node=dup, url=url, tag='nDup')
vlr = format_number(
get_tag_text(node=dup, url=url, tag='vDup'), precision=2)
self.cell(14.5, 4, n_dup, 0, 0, 'L')
self.cell(15, 4, dt, 0, 0, 'C')
self.cell(18, 4, vlr, 0, 0, 'R')
if n_dup_ == 3:
col_ += 47.5
self.set_y(y=lin +3)
n_dup_ = 1
else:
n_dup_ += 1
self.ln(3)
self.set_x(x=col_)
def impostos_p(self):
lin = self.lin_emit +90
self.set_font('Times', 'B', 7)
self.text(x=11, y=lin -1, txt='CÁLCULO DO IMPOSTO')
self.rect(x=10, y=lin, w=190, h=13, style='')
self.line(10, lin +6.5, 200, lin +6.5)
self.line(48, lin, 48, lin +6.5)
self.line(86, lin, 86, lin +6.5)
self.line(124, lin, 124, lin +6.5)
self.line(162, lin, 162, lin +13)
self.line(32, lin +6.5, 32, lin +13)
self.line(54, lin +6.5, 54, lin +13)
self.line(76, lin +6.5, 76, lin +13)
self.line(103, lin +6.5, 103, lin +13)
self.line(130, lin +6.5, 130, lin +13)
self.set_font('Times', '', 5)
self.text(x=11, y=lin +2, txt='BASE DE CÁLCULO DO ICMS')
self.text(x=49, y=lin +2, txt='VALOR DO ICMS')
self.text(x=87, y=lin +2, txt='BASE DE CÁLCULO DO ICMS ST')
self.text(x=125, y=lin +2, txt='VALOR DO ICMS ST')
self.text(x=163, y=lin +2, txt='VALOR TOTAL DOS PRODUTOS')
self.text(x=11, y=lin +8.5, txt='VALOR DO FRETE')
self.text(x=33, y=lin +8.5, txt='VALOR DO SEGURO')
self.text(x=55, y=lin +8.5, txt='DESCONTO')
self.text(x=77, y=lin +8.5, txt='OUTRAS DESP. ACESSÓRIAS')
self.text(x=104, y=lin +8.5, txt='VALOR DO IPI')
self.text(x=131, y=lin +8.5, txt='VALOR APROX. TRIBUTOS')
self.text(x=163, y=lin +8.5, txt='VALOR TOTAL DA NOTA')
self.set_font('Times', '', 8)
self.set_xy(x=11, y=lin +2.7)
self.cell(37, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vBC'), precision=2), 0, 0, 'R')
self.cell(38, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vICMS'), precision=2), 0, 0, 'R')
self.cell(38, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vBCST'), precision=2), 0, 0, 'R')
self.cell(38, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vST'), precision=2), 0, 0, 'R')
self.cell(38, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vProd'), precision=2), 0, 0, 'R')
self.set_xy(x=11, y=lin +9.2)
self.cell(21, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vFrete'), precision=2), 0, 0, 'R')
self.cell(22, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vSeg'), precision=2), 0, 0, 'R')
self.cell(22, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vDesc'), precision=2), 0, 0, 'R')
self.cell(27, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vOutro'), precision=2), 0, 0, 'R')
self.cell(27, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vIPI'), precision=2), 0, 0, 'R')
self.cell(32, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vTotTrib'), precision=2), 0, 0, 'R')
self.cell(38, 4, format_number(get_tag_text(
node=self.totais, url=url, tag='vNF'), precision=2), 0, 0, 'R')
def transp_p(self):
lin = self.lin_emit +107
self.set_font('Times', 'B', 7)
self.text(x=11, y=lin -1, txt='TRANSPORTADOR/VOLUMES TRANSPORTADOS')
self.rect(x=10, y=lin, w=190, h=19, style='')
self.line(10, lin +6.33, 200, lin +6.33)
self.line(10, lin +12.66, 200, lin +12.66)
self.line(80, lin, 80, lin +6.33)
self.line(105, lin, 105, lin +6.33)
self.line(125, lin, 125, lin +6.33)
self.line(147, lin, 147, lin +19)
self.line(156, lin, 156, lin +12.66)
self.line(97, lin +6.33, 97, lin +12.66)
self.line(36, lin +12.66, 36, lin +19)
self.line(73, lin +12.66, 73, lin +19)
self.line(111, lin +12.66, 111, lin +19)
self.line(173, lin +12.66, 173, lin +19)
self.set_font('Times', '', 5)
self.text(x=11, y=lin +2, txt='RAZÃO SOCIAL')
self.text(x=81, y=lin +2, txt='FRETE POR CONTA')
self.text(x=106, y=lin +2, txt='CÓDIGO ANTT')
self.text(x=126, y=lin +2, txt='PLACA DO VEÍCULO')
self.text(x=148, y=lin +2, txt='UF')
self.text(x=157, y=lin +2, txt='CNPJ/CPF')
self.text(x=11, y=lin +8.33, txt='ENDEREÇO')
self.text(x=98, y=lin +8.33, txt='MUNICÍPIO')
self.text(x=148, y=lin +8.33, txt='UF')
self.text(x=157, y=lin +8.33, txt='INSCRIÇÃO ESTADUAL')
self.text(x=11, y=lin +14.66, txt='QUANTIDADE')
self.text(x=37, y=lin +14.66, txt='ESPÉCIE')
self.text(x=74, y=lin +14.66, txt='MARCA')
self.text(x=112, y=lin +14.66, txt='NUMERAÇÃO')
self.text(x=148, y=lin +14.66, txt='PESO BRUTO')
self.text(x=174, y=lin +14.66, txt='PESO LÍQUIDO')
self.set_font('Times', '', 8)
text = get_tag_text(node=self.transp, url=url, tag='xNome')
self.text(x=11, y=lin +5.7,
txt=self.long_field(text=text, limit=69))
self.text(x=81, y=lin +5.7, txt=tp_frete[get_tag_text(
node=self.transp, url=url, tag='modFrete')])
text = get_tag_text(node=self.transp, url=url, tag='CNPJ')
self.text(x=158, y=lin +5.7, txt=format_cpf_cnpj(text))
text = get_tag_text(node=self.transp, url=url, tag='xEnder')
self.text(x=11, y=lin +12.03,
txt=self.long_field(text=text, limit=86))
text = get_tag_text(node=self.transp, url=url, tag='xMun')
self.text(x=98, y=lin +12.03,
txt=self.long_field(text=text, limit=51))
self.text(x=148, y=lin +12.03,
txt=get_tag_text(node=self.transp, url=url, tag='UF'))
self.text(x=157, y=lin +12.03,
txt=get_tag_text(node=self.transp, url=url, tag='IE'))
self.text(x=11, y=lin +18.36,
txt=get_tag_text(node=self.transp, url=url, tag='qVol'))
self.text(x=37, y=lin +18.36,
txt=get_tag_text(node=self.transp, url=url, tag='esp'))
self.text(x=74, y=lin +18.36,
txt=get_tag_text(node=self.transp, url=url, tag='marca'))
self.text(x=112, y=lin +18.36,
txt=get_tag_text(node=self.transp, url=url, tag='nVol'))
self.set_xy(x=147, y=lin +16)
self.cell(26, 3, format_number(get_tag_text(
node=self.transp, url=url, tag='pesoB'), precision=3), 0, 0, 'R')
self.cell(27, 3, format_number(get_tag_text(
node=self.transp, url=url, tag='pesoL'), precision=3), 0, 0, 'R')
def produtos_p(self, paginator=None, list_desc=None):
h_produtos = (paginator[2] * 3) +6.5
self.set_font('Times', 'B', 7)
self.text(x=11, y=self.lin_prod -1, txt='DADOS DO PRODUTO/SERVIÇO')
self.rect(x=10, y=self.lin_prod, w=190, h=h_produtos, style='')
cols = self.cols_produtos[0]
captions = self.cols_produtos[1]
cells = self.cols_produtos[2]
# Colunas
self.set_font('Times', 'B', 5)
self.line(10, self.lin_prod +6, 200, self.lin_prod +6)
col_ = 10 # 10 mm margem
self.set_xy(x=10, y=self.lin_prod +1)
for id, col in enumerate(cols):
col_ += col
self.line(col_, self.lin_prod, col_, self.lin_prod + h_produtos)
lbl = captions[id].split('\n')
if len(lbl) == 1:
self.cell(col, 4, captions[id], 0, 0, 'C')
else:
current_col = self.get_x()
current_lin = self.get_y()
self.multi_cell(w=col, h=2, txt=captions[id],
border=0, align='C', fill=False)
self.set_xy(current_col + col, current_lin)
# Dados dos produtos
self.set_font('Times', '', 6)
self.set_xy(x=10, y=self.lin_prod + 6.5)
#self.set_fill_color(235, 235, 235)
for id in range(paginator[0], paginator[1]):
item = self.det[id]
el_prod = item.find(".//{http://www.portalfiscal.inf.br/"
"nfe}prod")
el_imp = item.find(".//{http://www.portalfiscal.inf.br/nfe}"
"imposto")
el_imp_ICMS = el_imp.find(".//{http://www.portalfiscal.inf.br/"
"nfe}ICMS")
el_imp_IPI = el_imp.find(".//{http://www.portalfiscal.inf.br/"
"nfe}IPI")
for id_col, col in enumerate(cols):
cells[id_col](report=self,
node_item=el_prod,
node_icms=el_imp_ICMS,
node_ipi=el_imp_IPI,
width=col,
desc_item=list_desc[id])
self.ln(3 * len(list_desc[id]))
if self.get_y() < (self.lin_prod + h_produtos): # id % 2:
self.set_line_width(width=0.1)
self.set_draw_color(r=177, g=177, b=177)
y = self.get_y() -0.1
self.dashed_line(10, y, 200, y, dash_length=0.5,
space_length=0.5)
self.set_line_width(width=0.2)
#self.set_draw_color(r=0, g=0, b=0)
def desc_item(self, list_desc=None, width=None):
col = self.get_x()
lin = self.get_y()
self.cell(width, 3, list_desc[0], 0, 0, 'L')
self.ln(3)
for desc in list_desc[1:]:
self.set_x(x=col)
self.cell(width, 3, desc, 0, 0, 'L')
self.ln(3)
self.set_xy(col +width, lin)
def adic_p(self):
lin = self.lin_adic
self.set_font('Times', 'B', 7)
self.text(x=11, y=lin -1, txt='DADOS ADICIONAIS')
self.set_font('Times', '', 5)
self.text(x=11, y=lin +2.5, txt='INFORMAÇÕES COMPLEMENTARES')
self.text(x=106, y=lin +2.5, txt='RESERVADO AO FISCO')
self.rect(x=10, y=lin, w=190, h=self.height_adic, style='')
self.line(105, lin, 105, lin +29)
fisco = get_tag_text(node=self.inf_adic, url=url, tag='infAdFisco')
obs = get_tag_text(node=self.inf_adic, url=url, tag='infCpl')
if fisco:
obs = "%s %s" %(fisco, obs)