def put_corner_left_data(self, pdf):
pdf.drawInlineImage(self.image, 100, 720, width=125, height=120)
frame1 = Frame(50, 670, 220, 50)
pa = Paragraph(self.object.company_id.name, self.style_own14)
story_inframe = KeepInFrame(220,
70, [pa],
hAlign='CENTER',
vAlign='MIDDLE')
frame1.addFromList([story_inframe], pdf)
pdf.setFont('Times-Bold', 10)
pdf.drawString(60, 680, 'Direccion:')
pdf.setFont('Times-Roman', 10)
frame2 = Frame(110, 646, 150, 50)
pa = Paragraph(self.object.company_id.street, self.style_own10)
story_inframe = KeepInFrame(150,
70, [pa],
hAlign='CENTER',
vAlign='MIDDLE')
frame2.addFromList([story_inframe], pdf)
pdf.setFont('Times-Bold', 10)
pdf.drawString(60, 655, 'Telefono:')
pdf.setFont('Times-Roman', 10)
pdf.drawString(120, 655, self.object.company_id.phone)
if self.object.company_id.must_account:
pdf.drawString(60, 635, 'OBLIGADO A LLEVAR CONTABILIDAD')
pdf.drawString(100, 615, self.object.company_id.email)
pdf.rect(50, 600, 220, 115)
return pdf
def createHeader(self, canvas, doc):
"""
Criando o Primeira pagina do Documento
"""
self.c = canvas
normal = self.styles["Normal"]
center = self.styles['Center']
imgLeft = get_image(self.get_path_institute_congress(), height=100)
imgLeft._restrictSize(40 * mm, 20 * mm)
frameLeft = Frame(
*self.coord(10 * mm, 30 * mm),
50 * mm,
20 * mm,
)
ldata = [imgLeft]
frameLeft.addFromList(ldata, self.c)
frameCenter = Frame(
*self.coord(60 * mm, 30 * mm),
90 * mm,
20 * mm,
)
title_header_text = "<strong>{}</strong>".format(self.title)
subtitle_header_text = "{}".format(self.subtitle)
ptitle = KeepInFrame(85 * mm, 15 * mm,
[Paragraph(title_header_text, center)])
psubtitle = KeepInFrame(85 * mm, 10 * mm,
[Paragraph(subtitle_header_text, center)])
mdata = [ptitle, psubtitle]
frameCenter.addFromList(mdata, self.c)
imgRight = get_image(self.get_path_logo_congress(), width=100)
imgRight._restrictSize(40 * mm, 20 * mm)
frameRight = Frame(
*self.coord(150 * mm, 30 * mm),
50 * mm,
20 * mm,
)
rdata = [imgRight]
frameRight.addFromList(rdata, self.c)
date_header_text = "<font size='6'>Data: {}</font>".format(
self.date.strftime("%d/%m/%Y"))
pdata = Paragraph(date_header_text, normal)
pdata.wrapOn(self.c, self.width, self.height)
pdata.drawOn(self.c, *self.coord(self.width - 30 * mm, 38 * mm))
self.addPageNumber(canvas, doc)
def build_document(filename, images, name, drag):
"""
Takes a filename, a list of four PIL Image objects, a name and a value of drag
and generates a PDF document.
"""
page = canvas.Canvas(
filename,
pagesize=(432, 288),
)
rl_images = [convert_to_reportlab(image) for image in images]
styles = get_styles()
scw_bg.drawOn(page, 0, 0)
img_width = 136.417
img_height = 102.313
x = [12, 151, 12, 151]
y = [178.5, 178.5, 60, 60]
for args in zip(rl_images, x, y):
page.drawImage(*args, width=img_width, height=img_height)
scw_logo.drawOn(page, 290, 107)
erdf_logo.drawOn(page, 290, 7.184)
name = KeepInFrame(275,
41.3, [Paragraph(name, styles["Normal"])],
mode='shrink')
name.wrapOn(page, 275, 46)
name.drawOn(page, 20, 9)
drag_caption = KeepInFrame(127.559,
20.272, [Paragraph("Drag", styles["Heading2"])],
mode='shrink')
drag_caption.wrapOn(page, 127.559, 20.272)
drag_caption.drawOn(page, 289, 256.5)
drag_figure = KeepInFrame(
127.559,
50.551,
[Paragraph("{drag:.1f}".format(drag=drag), styles["Heading2"])],
mode='shrink')
drag_figure.wrapOn(page, 127.559, 50.551)
drag_figure.drawOn(page, 289, 210)
page.showPage()
page.save()
print("pdf file saved to {filename}".format(filename=filename))
def draw(self):
pdfmetrics.registerFont(
TTFont('PTAstraSerifBold',
os.path.join(FONTS_FOLDER, 'PTAstraSerif-Bold.ttf')))
pdfmetrics.registerFont(
TTFont('PTAstraSerifReg',
os.path.join(FONTS_FOLDER, 'PTAstraSerif-Regular.ttf')))
styleSheet = getSampleStyleSheet()
style = styleSheet["Normal"]
style.fontName = "PTAstraSerifReg"
style.fontSize = 10
style.alignment = TA_JUSTIFY
self.canv.saveState()
data_text = [Paragraph(f'{self.text}', self.style)]
if self.tbl:
data_text = [self.tbl]
data_frame = Frame(self.x * mm,
self.y,
self.width * mm,
self.height * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
showBoundary=0)
data_inframe = KeepInFrame(
self.width * mm,
self.height * mm,
data_text,
vAlign='TOP',
fakeWidth=False,
)
data_frame.addFromList([data_inframe], self.canv)
self.canv.restoreState()
def wrap(self, availWidth, availHeight):
canv = self.canv
if self.overflow:
if self.keep_in_frame is None:
# FIXME if the availHeight is very small
# We consider that there is no enough space
# and we calculate the real size of the flowables
if availHeight <= 0:
width, height = self._get_real_size(availWidth)
else:
width, height = availWidth, availHeight
# Dirty hack, get the current frame height and use it
# if height is too small
main_frame_height = self._get_main_frame_height(
availHeight, 0.8)
if height == -1e-06:
height = main_frame_height
else:
height = min(height, main_frame_height)
self.keep_in_frame = KeepInFrame(width,
height,
self.div_story[:],
mode=self.overflow)
else:
width, height = availWidth, availHeight
# FIXME Usefull ?
# Dirty hack, get the current frame height and use it
# if height is too small
main_frame_height = self._get_main_frame_height(
availHeight, 0.8)
if height == -1e-06:
height = main_frame_height
else:
height = min(height, main_frame_height)
# Set the canva
self.keep_in_frame.canv = canv
# Hack, We remove the attribute _doctemplate of the canv
# To avoid problems when calling keep_in_frame.wrap
# See platypus.flowables "def _listWrapOn"
if hasattr(canv, '_doctemplate'):
_doctemplate = canv._doctemplate
# Remove _doctemplate
canv._doctemplate = None
w, h = self.keep_in_frame.wrap(width, height)
if hasattr(canv, '_doctemplate'):
# Restore _doctemplate
canv._doctemplate = _doctemplate
self.drawWidth, self.drawHeight = w, h
else:
width, height = self._get_real_size(availWidth)
self.drawWidth, self.drawHeight = width, height
return self.drawWidth, self.drawHeight
def keep_in_frame(self, widget, width, height, paragraphs, mode, persistent=False):
keep = KeepInFrame(width, height, paragraphs, mode=mode)
keep.canv = self.canvas
keep.wrap(self.calculate_size(widget.width), self.calculate_size(widget.height))
if persistent:
widget.keep = keep
return keep
def write(self, outputFile):
"""Writes the modified pdf to a file.
This method merges the original pdf with all of the added text fields
together to create the final modified pdf. Text fields are written over
top of the original pdf.
Args:
outputFile (str or file): Output file to write to. Can be string
path or any file-like object.
Returns:
None
"""
# iterate through original pdf pages
output = PdfFileWriter()
for pagenum in range(self.pdf.numPages):
existing_page = self.pdf.getPage(pagenum)
# insert text fields if any for this page
if len(self[pagenum]) > 0:
mediaBox = self.pdf.getPage(pagenum).mediaBox
pagesize = (mediaBox[2] - mediaBox[0],
mediaBox[3] - mediaBox[1])
packet = BytesIO()
canvas = Canvas(packet, pagesize=pagesize)
if self.boxes:
canvas.setStrokeColorRGB(*self.boxes)
for field in self[pagenum]:
frame = Frame(field.x1,
field.y1,
field.width,
field.height,
*field.padding,
showBoundary=bool(self.boxes))
style = field.style or self.style
story = [Paragraph(field.text, style)]
story_inframe = KeepInFrame(field.width, field.height,
story)
frame.addFromList([story_inframe], canvas)
canvas.save()
packet.seek(0)
new_pdf = PdfFileReader(packet)
existing_page.mergePage(new_pdf.getPage(0))
output.addPage(existing_page)
# write the final pdf to the file
if isinstance(outputFile, basestring):
outputFile = open(outputFile, "wb")
output.write(outputFile)
outputFile.close()
else:
output.write(outputFile)
def _header_footer(canvas, doc):
# Save the state of our canvas so we can draw on it
canvas.saveState()
# canvas.setTitle("Shift export")
styles = getSampleStyleSheet()
styles.add(
ParagraphStyle(name='NormalText',
fontName='OpenSans-Regular',
fontSize=10))
styles.add(
ParagraphStyle(name='BottomText',
fontName='OpenSans-Regular',
fontSize=8))
styles.add(
ParagraphStyle(name='Schluessel',
alignment=TA_CENTER,
fontName='OpenSans-Regular',
fontSize=14))
styles.add(
ParagraphStyle(name='centered',
alignment=TA_CENTER,
fontName='OpenSans-Regular'))
# Text that is found on the bottom of (right now..) every page!
canvas.setFillColor(colors.lightgrey)
canvas.rect(200, doc.bottomMargin, 125, 40, fill=True)
frame1 = Frame(200,
doc.bottomMargin,
125,
40,
showBoundary=1,
topPadding=10)
story = [Paragraph('Schlüssel', styles['Schluessel'])]
story_inframe = KeepInFrame(4 * inch, 8 * inch, story)
frame1.addFromList([story_inframe], canvas)
key_text = Paragraph("K Krank<br /><br />U Urlaub",
styles['NormalText'])
w, h = key_text.wrap(doc.width, doc.bottomMargin)
key_text.drawOn(canvas, 200 + 125 + 5, doc.bottomMargin + 2.5)
note_text = Paragraph(
'* Tragen Sie in diese Spalte eines der folgenden Kürzel ein, '
'wenn es für diesen Kalendertag zutrifft', styles['BottomText'])
w, h = note_text.wrap(doc.width, doc.bottomMargin)
note_text.drawOn(canvas, doc.leftMargin + 5, doc.bottomMargin + 45)
status_text = Paragraph("Stand: 10/2015", styles['BottomText'])
w, h = status_text.wrap(doc.width, doc.bottomMargin)
status_text.drawOn(canvas, doc.width - 5 * mm, doc.bottomMargin)
# Release the canvas
canvas.restoreState()
def populate_pdf_form(template_file, message_class):
"""
Read in a PDF with form fields and apply the string contents of the
messageDict dictionary to the cooresponding form fields.
"""
template = PdfReader(template_file)
data = io.BytesIO()
pdf = canvas.Canvas(data)
for page in template.Root.Pages.Kids:
for field in page.Annots:
label = field.T
key = message_class.data_map.get(label[1:-1], '')
if 'value' in key:
value = str(key.get('value', 'Test'))
else:
value = "TEST"
if 'padding_top' in key:
padding_top = key.get('padding_top', '')
else:
padding_top = message_class.defaults.get('padding_top', '')
styles = message_class.styles
box_sides = box_sides_in(field.Rect)
left = min(box_sides[0], box_sides[2])
bottom = min(box_sides[1], box_sides[3])
width = box_sides[2] - box_sides[0]
height = box_sides[3] - box_sides[1]
form_field = Frame(left,
bottom,
width,
height,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=padding_top,
showBoundary=0)
story = [Paragraph(value, styles['default'])]
story_inframe = KeepInFrame(width, height, story)
form_field.addFromList([story_inframe], pdf)
pdf.showPage()
pdf.save()
data.seek(0)
return data
def getPDF():
url = request.args.get("url")
description = request.args.get("desc")
image = ImageReader(url)
c = canvas.Canvas('data/output.pdf', pagesize=letter)
c.drawImage(image, 100, 325, width=400, height=400, mask='auto')
frame1 = Frame(0.25 * inch,
0.25 * inch,
8 * inch,
4 * inch,
showBoundary=1)
styles = getSampleStyleSheet()
para = [Paragraph("Description: " + description, styles['Normal'])]
para_inframe = KeepInFrame(8 * inch, 8 * inch, para)
frame1.addFromList([para_inframe], c)
c.save()
return send_from_directory('data', "output.pdf")
def writepdf(text, p, canvas):
try:
frmts = eval(text[4])
except (IndexError, SyntaxError):
if text[4]:
raise Exception('Error %s' % text[4])
else:
frmts = [[]]
for _ in range(int(text[3])):
for frmt in frmts:
styles = getSampleStyleSheet()
styleN = styles['Normal']
styleN.spaceBefore = 10
styleN.spaceAfter = 10
styleH = styles['Heading1']
title = Paragraph(text[0].format(*frmt), styleH)
story = []
story.append(Paragraph(prep(text[1]).format(*frmt), styleN))
if text[2]:
story.append(
Paragraph('<br/>____________________________<br/>',
styleN))
story.append(
Paragraph('<br/>' + prep(text[2]).format(*frmt), styleN))
canvas.saveState()
f = Frame(spacer + p[0] * width,
spacer + p[1] * height,
width,
height,
showBoundary=1)
f.addFromList([title, KeepInFrame(height, width, story)], canvas)
canvas.restoreState()
if p == (2, 2):
canvas.showPage()
p = (0, 0)
else:
if p[1] == 2:
p = (p[0] + 1, 0)
else:
p = (p[0], p[1] + 1)
return p
def _draw_address(self, field):
"""
Draw address fields on certificate
Using Frames to auto-adjust size/wrapping to fit
designated area
"""
x, y = self.COORDINATES[field]
address_content = self._paragraph_address(field)
address_frame = Frame(
x,
y,
self.ADDRESS_FRAME_WIDTH,
self.ADDRESS_FRAME_HEIGHT,
showBoundary=self.SHOW_BOUNDARY,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
)
inframe = KeepInFrame(content=address_content,
maxWidth=self.ADDRESS_FRAME_WIDTH,
maxHeight=self.ADDRESS_FRAME_HEIGHT)
address_frame.addFromList([inframe], self.canvas)
def draw(self):
self.canv.saveState()
data_text = None
if self.text:
data_text = self.text
if data_text:
data_frame = Frame(self.x,
self.y,
self.width,
self.height,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
showBoundary=0)
data_inframe = KeepInFrame(
self.width,
self.height,
data_text,
vAlign='TOP',
fakeWidth=False,
)
data_frame.addFromList([data_inframe], self.canv)
self.canv.restoreState()
def build_doc(self, fhandle):
def text(s):
return escape(s).replace("\n", "<br/>")
doc = BaseDocTemplate(fhandle, pagesize=self.pagesize)
frames = [
Frame(
15 * mm,
15 * mm,
100 * mm,
120 * mm,
leftPadding=0,
rightPadding=0,
topPadding=0,
bottomPadding=0,
id='normal',
),
Frame(125 * mm,
25 * mm,
70 * mm,
110 * mm,
leftPadding=0,
rightPadding=0,
topPadding=0,
bottomPadding=0,
id='normal'),
]
doc.addPageTemplates([
PageTemplate(id='AllPages',
frames=frames,
pagesize=self.pagesize,
onPage=self._draw_qr)
])
meta = []
if self.obj.job_location:
meta.append('Location: {}'.format(self.obj.job_location))
if self.obj.job_remote:
meta.append('Remote')
if self.obj.job_salary_range:
meta.append('Salary: {}'.format(self.obj.job_salary_range))
meta = ' · '.join(meta)
company_story = []
if self.obj.logo:
im = Image(os.path.join(settings.MEDIA_ROOT, self.obj.logo.name),
height=30 * mm,
width=70 * mm,
kind='proportional')
company_story.append(im)
company_story.append(Spacer(1 * mm, 3 * mm))
company_story.append(
Paragraph(text(self.obj.company_name),
style=self.stylesheet['Heading1']), )
company_story.append(
Paragraph(text(self.obj.company_description),
style=self.stylesheet['Normal']), )
if self.obj.company_contact:
company_story.append(Spacer(1 * mm, 3 * mm))
company_story.append(
Paragraph('Contact', style=self.stylesheet['Heading1']), )
company_story.append(
Paragraph(text(self.obj.company_contact),
style=self.stylesheet['Normal']), )
doc.build([
KeepInFrame(
110 * mm,
120 * mm, [
Paragraph(text(self.obj.job_title),
style=self.stylesheet['Heading1']),
Spacer(1 * mm, 2 * mm),
Paragraph(text(meta), style=self.stylesheet['Meta']),
Spacer(1 * mm, 2 * mm),
Paragraph(text(self.obj.job_description),
style=self.stylesheet['Normal'])
],
mode='truncate'),
FrameBreak(),
KeepInFrame(70 * mm, 110 * mm, company_story, mode='truncate')
])
def print_test_pdf():
f = cat(os.path.dirname(__file__), 'test.pdf')
cv = canvas.Canvas(f)
def line(l, cv):
cv.line(*tuple([l[0]*mm, (A4_h - l[1])*mm, l[2]*mm, (A4_h - l[3])*mm]))
def text(s, cv, size=9, font='wtm', centered=False):
cv.setFont(font, size)
f = cv.drawCentredString if centered else cv.drawString
f(*(s[0]*mm, (A4_h - s[1])*mm, unicode(s[2])))
def rect(s, cv, fill=0):
cv.rect(s[0]*mm, (A4_h - s[1])*mm, 3*mm, 3*mm, fill=fill)
def referral_form(cv):
cv.setLineWidth(1*mm)
cv.rect(8*mm, 12*mm, 192*mm, 265*mm)
cv.setLineWidth(0.1*mm)
lines = [
(8, 20, 200, 20),
(8, 285, 200, 285),
(8, 20, 8, 285),
(200, 20, 200, 285),
(14, 20, 14, 285),
(20, 20, 20, 285),
(8, 192, 200, 192),
(20, 29, 200, 29),
(20, 38, 200, 38),
(20, 47, 200, 47),
(14, 56, 200, 56),
(63, 20, 63, 56),
(110, 20, 110, 56),
(155, 20, 155, 38),
(14, 135, 200, 135),
(14, 154, 200, 154),
(14, 173, 200, 173),
(14, 214, 200, 214),
(14, 267, 200, 267),
(63, 135, 63, 154),
(69, 135, 69, 154),
(155, 135, 155, 154),
(161, 135, 161, 154),
(110, 135, 110, 192),
(116, 135, 116, 192),
(63, 267, 63, 285),
(69, 267, 69, 285),
(110, 267, 110, 285),
(116, 267, 116, 285),
(155, 267, 155, 285),
(161, 267, 161, 285),
]
for s in lines:
line(s, cv)
s = [
(9, 25, u'轉'),
(9, 80, u'出'),
(9, 135, u'院'),
(9, 190, u'所'),
(9, 197, u'轉'),
(9, 226, u'入'),
(9, 255, u'院'),
(9, 283, u'所'),
(15, 25, u'被'),
(15, 29, u'保'),
(15, 33, u'險'),
(15, 37, u'人'),
(15, 41, u'基'),
(15, 45, u'本'),
(15, 49, u'資'),
(15, 53, u'料'),
(15, 60, u'病'),
(15, 84, u'歷'),
(15, 108, u'摘'),
(15, 133, u'要'),
(15, 140, u'診'),
(15, 144, u'治'),
(15, 148, u'醫'),
(15, 152, u'師'),
(64, 140, u'醫'),
(64, 144, u'師'),
(64, 148, u'簽'),
(64, 152, u'章'),
(111, 140, u'轉'),
(111, 144, u'診'),
(111, 148, u'目'),
(111, 152, u'的'),
(156, 140, u'聯'),
(156, 144, u'絡'),
(156, 148, u'方'),
(156, 152, u'式'),
(15, 159, u'轉'),
(15, 163, u'診'),
(15, 167, u'院'),
(15, 171, u'所'),
(15, 178, u'轉'),
(15, 182, u'診'),
(15, 186, u'日'),
(15, 190, u'期'),
(15, 197, u'處'),
(15, 202, u'理'),
(15, 207, u'情'),
(15, 212, u'形'),
(15, 219, u'治'),
(15, 234, u'療'),
(15, 249, u'摘'),
(15, 265, u'要'),
(15, 271, u'診'),
(15, 275, u'治'),
(15, 279, u'醫'),
(15, 283, u'師'),
(64, 271, u'科'),
(64, 283, u'別'),
(111, 159, u'地'),
(111, 163, u'址'),
(111, 167, u'電'),
(111, 171, u'話'),
(111, 178, u'開'),
(111, 182, u'單'),
(111, 186, u'日'),
(111, 190, u'期'),
(111, 271, u'醫'),
(111, 275, u'師'),
(111, 279, u'簽'),
(111, 283, u'章'),
(156, 271, u'回'),
(156, 275, u'覆'),
(156, 279, u'日'),
(156, 283, u'期'),
(202, 24, u'第'),
(202, 28, u'一'),
(202, 32, u'聯'),
(202, 36, u'：'),
(202, 40, u'轉'),
(202, 44, u'入'),
(202, 48, u'院'),
(202, 52, u'所'),
(202, 56, u'留'),
(202, 60, u'存'),
(202, 64, u'。'),
(202, 72, u'第'),
(202, 76, u'二'),
(202, 80, u'聯'),
(202, 84, u'：'),
(202, 88, u'轉'),
(202, 92, u'入'),
(202, 96, u'院'),
(202, 100, u'所'),
(202, 104, u'回'),
(202, 108, u'覆'),
(202, 112, u'轉'),
(202, 116, u'出'),
(202, 120, u'院'),
(202, 124, u'所'),
(202, 128, u'。'),
(202, 136, u'第'),
(202, 140, u'三'),
(202, 144, u'聯'),
(202, 148, u'：'),
(202, 152, u'轉'),
(202, 156, u'出'),
(202, 160, u'院'),
(202, 164, u'所'),
(202, 168, u'留'),
(202, 172, u'存'),
(202, 176, u'。'),
]
for ss in s:
text(ss, cv, size=12)
s = [
(10, 289, u'本轉診單限使用一次'),
(21, 25.5, u'姓'),
(58, 25.5, u'名'),
(65, 25.5, u'性'),
(104, 25.5, u'別'),
(112, 25.5, u'出'),
(125, 25.5, u'生'),
(137, 25.5, u'日'),
(150, 25.5, u'期'),
(157, 25.5, u'身'),
(170, 25.5, u'份'),
(182, 25.5, u'證'),
(195, 25.5, u'號'),
(21, 43.5, u'聯'),
(40, 43.5, u'絡'),
(58, 43.5, u'人'),
(65, 43.5, u'聯'),
(78, 43.5, u'絡'),
(91, 43.5, u'電'),
(104, 43.5, u'話'),
(112, 43.5, u'聯'),
(140, 43.5, u'絡'),
(167, 43.5, u'地'),
(195, 43.5, u'址'),
(25, 197, u'已予急診處置，並轉診至'),
(25, 202, u'已安排本院'),
(25, 207, u'已予適當處置並轉回原院所。建議事項如下：'),
]
for ss in s:
text(ss, cv, size=12)
rect((21, 197), cv)
rect((21, 202), cv)
rect((21, 207), cv)
text((105, 10, u'全民健康保險轉診單'), cv, size=20, centered=True)
text((105, 18, u'轉診至'), cv, size=18, centered=True)
typ = (u'急診治療', u'門診治療', u'住院治療', u'進一步檢查', u'轉出至適當院所繼續追蹤', u'其他')
def referral(cv):
s = [
(21, 34.5, u'魏筱筠'), # 姓名
(65, 34.5, u'女'), # 性別
(112, 34.5, '101-06-20'), # 出生日期
(157, 34.5, 'R220154944'), # 身份證號
(21, 52.5, u'魏媽媽'), # 聯絡人
(65, 52.5, '0920100200'), # 聯絡電話
(112, 52.5, u'台南市新營區民權路 30-1 號'), # 聯絡住址
(21, 142, u'魏筱筠'), # 診治醫師
(21, 150, u'婦產科'), # 診治醫師（科別）
#(21, 104, '105-05-14'), # 聯絡方式
#(21, 104, '105-05-14'), # 轉診院所
#(21, 104, '105-05-14'), # 地址電話
#(21, 104, '105-05-20'), # 轉診日期
#(118, 104, '105-05-15'), # 開單日期
]
for ss in s:
text(ss, cv, size=12, font='msjh')
text((43, 18, u'惠生婦產科診所'), cv, size=18)
text((8, 18, u'3521011033'), cv, size=16, font='msjh')
referral_form(cv)
referral(cv)
style_sheet = getSampleStyleSheet()
style = style_sheet['Normal']
style.fontName = 'msjh'
style.fontSize = 12
style.leading = 14
frame1 = Frame(19*mm, 191*mm, 182*mm, 51*mm, showBoundary=0)
s1 = u'''為提倡有科學根基的服務精神，中央氣象局依照職掌業務的範疇舉辦「天地人學思論壇」，邀請國內外具有國際聲望與影響力的學者分享其學術及人生的寶貴經驗，期能達到「天地人」和「學思論」分別呈現氣象局職掌業務與活動內容，藉由聆聽、討論、學習過程，擴大思考層面，深化科學涵養。活動相關訊息請參閱海報，竭誠歡迎大家報名參加。另「104年天地人學思論壇」產出的「氣象老先覺」專題電子版連結網址請「點此進入」，歡迎大家上網點閱，謝謝。為提倡有科學根基的服務精神，中央氣象局依照職掌業務的範疇舉辦「天地人學思論壇」，邀請國內外具有國際聲望與影響力的學者分享其學術及人生的寶貴經驗，期能達到「天地人」和「學思論」分別呈現氣象局職掌業務與活動內容，藉由聆聽、討論、學習過程，擴大思考層面，深化科學涵養。活動相關訊息請參閱海報，竭誠歡迎大家報名參加。另「104年天地人學思論壇」產出的「氣象老先覺」專題電子版連結網址請「點此進入」，歡迎大家上網點閱，謝謝。'''
soap1 = [Paragraph(s1, style)]
soap_in_frame1 = KeepInFrame(182*mm, 51*mm, soap1)
frame1.addFromList([soap_in_frame1,], cv)
# 轉診目的
frame2 = Frame(116*mm, 143*mm, 41*mm, 16*mm, showBoundary=0)
s2 = typ[2]
soap2 = [Paragraph(s2, style)]
soap_in_frame2 = KeepInFrame(41*mm, 16*mm, soap2)
frame2.addFromList([soap_in_frame2,], cv)
cv.save()
def generateFiche(pdf_filename, vars, size=(115 * mm, 85 * mm)):
sizeX = size[0]
sizeY = size[1]
midX = size[0] / 2
midY = size[1] / 2
marginX = 10
marginY = 10
cnv = canvas.Canvas(pdf_filename, pagesize=size,
verbosity=1) # 115 x 85 mm
# Bordure pour le massicot
cnv.rect(0, 0, sizeX, sizeY, stroke=1, fill=0)
# Styles pour les paragraphes
styleSheet = getSampleStyleSheet()
style = styleSheet['BodyText']
style_obs = ParagraphStyle(name='Obs',
fontSize=9,
leading=9,
fontName='Helvetica-Oblique')
style_usuel = ParagraphStyle(name='SynoUsuel',
fontSize=12,
alignment=1,
leading=12)
# Genre - Espece
style_nomenc = ParagraphStyle(name='Nomenclature',
fontSize=18,
alignment=1,
fontName='Helvetica-Bold',
leading=22)
# Variete - Forme
style_nomenc_bis = ParagraphStyle(name='NomenclatureBis',
fontSize=14,
alignment=1,
leading=11,
fontName='Helvetica-Bold')
# Noms
style_noms = ParagraphStyle(name='Noms',
fontSize=12,
leading=12,
fontName='Helvetica-Bold')
# Theme
if 'theme' in vars.keys():
cnv.drawString(marginX, sizeY - (marginY + 10), vars['theme'])
# Numero de fiche
cnv.drawRightString(sizeX - marginX, sizeY - (marginY + 10), vars['fiche'])
# Rectangle supérieur
cnv.setLineWidth(2)
frame_top = Frame(0 + marginX,
midY + (4.5 * marginY) + 5,
sizeX - (2 * marginX),
sizeY / 5,
showBoundary=1,
topPadding=2,
leftPadding=2,
rightPadding=2,
bottomPadding=2)
nomenc = []
# Genre et Espece
nomenc.append(Paragraph(vars['genre'] + ' ' + vars['espece'],
style_nomenc))
# Variete et Forme
if vars['variete'] != "":
nomenc.append(Paragraph('var. ' + vars['variete'], style_nomenc_bis))
elif vars['forme'] != "":
nomenc.append(Paragraph('f. ' + vars['forme'], style_nomenc_bis))
nomenc_inframe = KeepInFrame(sizeX - (2 * marginX), sizeY / 5, nomenc)
frame_top.addFromList([nomenc_inframe], cnv)
cnv.setLineWidth(1)
# Noms
if 'noms' in vars.keys() and vars['noms'] != "":
frameW = sizeX * 0.65
frameH = marginY * 7
frame_noms = Frame(marginX,
midY - 4.5 * marginY,
frameW,
frameH,
showBoundary=0)
noms = []
for nom in vars['noms'].splitlines():
if nom != "":
noms.append(Paragraph(nom, style_noms))
noms_inframe = KeepInFrame(frameW, frameH, noms)
frame_noms.addFromList([noms_inframe], cnv)
# Synonyme usuel
if 'usuel_genre' in vars.keys():
frameW = 0.66 * sizeX
frameH = marginY * 3.5
frame_syno = Frame(0.165 * sizeX,
midY + 2 * marginY,
frameW,
frameH,
showBoundary=0)
if vars['usuel_variete'] != "":
varfor_str = ' var. ' + vars['usuel_variete']
elif vars['usuel_forme'] != "":
varfor_str = ' f. ' + vars['usuel_forme']
else:
varfor_str = ''
ustr = '( = ' + vars['usuel_genre'] + ' ' + vars[
'usuel_espece'] + varfor_str + ' )'
usuel = [Paragraph(ustr, style_usuel)]
usuel_inframe = KeepInFrame(frameW, frameH, usuel)
frame_syno.addFromList([usuel_inframe], cnv)
# Texte comestibilite
if 'comestibilite' in vars.keys() and vars['comestibilite'] != "":
assets_path = settings.BASE_DIR + '/app/pdf_assets/'
if (vars['comestibilite'] == 'C'):
com_txt = 'Comestible'
com_img = assets_path + 'Comest.bmp'
elif (vars['comestibilite'] == 'NC'):
com_txt = 'Non Comestible'
com_img = assets_path + 'NonCom.bmp'
elif (vars['comestibilite'] == 'T'):
com_txt = 'Toxique'
com_img = assets_path + 'Toxique.bmp'
else:
com_txt = 'Mortel'
com_img = assets_path + 'Mortel.bmp'
img_width = 138.75 / 2.5
img_height = 131.25 / 2.5
cnv.drawImage(com_img,
sizeX - marginX - img_width,
midY - (1.5 * marginY),
width=img_width,
height=img_width)
cnv.drawRightString(sizeX - marginX, midY - (2 * marginY) - 5, com_txt)
# Rectangle du bas
cnv.setLineWidth(1)
frameW = sizeX - (2 * marginX)
frameH = sizeY / 5
frame_obs = Frame(0 + marginX,
5 + marginY,
frameW,
frameH,
showBoundary=1,
leftPadding=2,
topPadding=2,
rightPadding=2,
bottomPadding=2)
# Observations
if 'obs' in vars.keys():
observations = [
Paragraph(vars['obs'][0], style_obs),
Paragraph(vars['obs'][1], style_obs)
]
obs_inframe = KeepInFrame(frameW, frameH, observations)
frame_obs.addFromList([obs_inframe], cnv)
# Copyright
cnv.setFont('Helvetica', 8)
year = str(datetime.datetime.now().year)
cnv.drawRightString(sizeX - marginX, marginY - 5, '©SMS ' + year)
# Code Barre (standard code39)
barcode = code39.Standard39(vars['taxon'],
barWidth=0.5 * mm,
barHeight=3.5 * mm,
checksum=0)
barcode.drawOn(cnv, 10, 3)
cnv.showPage()
cnv.save()
def generateFicheTheme(pdf_filename, vars, size=(325.984, 240.945)):
sizeX = size[0]
sizeY = size[1]
midX = size[0] / 2
midY = size[1] / 2
marginX = 10
marginY = 10
cnv = canvas.Canvas(pdf_filename, pagesize=size,
verbosity=1) # 115 x 85 mm
style_eco = ParagraphStyle(name='ObsEco',
fontSize=10,
leading=10,
fontName='Helvetica-Oblique')
style_notes = ParagraphStyle(name='ObsNotes',
fontSize=9,
leading=9,
fontName='Helvetica-Bold')
style_titre = ParagraphStyle(name='ThemeTitre',
fontName='Helvetica-Bold',
fontSize=14,
alignment=1,
textColor=colors.Color(
239 / 255, 239 / 255, 0, 1))
style_nomenc = ParagraphStyle(name='Nomenc',
fontName='Helvetica-BoldOblique',
fontSize=12)
style_nomenc_bis = ParagraphStyle(name='Nomenc',
fontName='Helvetica-Oblique',
fontSize=10)
style_noms = ParagraphStyle(name='Noms',
fontSize=16,
alignment=1,
fontName='Helvetica-Bold',
leading=16)
# Rectangle du haut
cnv.setStrokeColorRGB(80 / 255, 80 / 255, 80 / 255)
cnv.setLineWidth(2)
cnv.setFillColorRGB(80 / 255, 80 / 255, 80 / 255)
cnv.rect(0, sizeY - (10 * mm), sizeX, 10 * mm, fill=True)
# Bordure pour le massicot
cnv.setStrokeColorRGB(0, 0, 0)
cnv.setLineWidth(1)
cnv.rect(0, 0, sizeX, sizeY, stroke=1, fill=0)
# Numero de fiche
cnv.setStrokeColorRGB(0, 0, 0)
cnv.setFillColorRGB(1, 1, 1)
cnv.drawRightString(sizeX - marginX, sizeY - (marginY + 10), vars['fiche'])
# Theme
cnv.drawString(marginX, sizeY - (marginY + 10), vars['theme_code'])
cnv.setFillColorRGB(0, 0, 0)
frameW = sizeX - (9 * marginX)
frameH = marginY * 2.5
frame_titre = Frame(4.5 * marginX,
sizeY - marginY * 2.7,
frameW,
frameH,
showBoundary=0,
leftPadding=2,
topPadding=2,
rightPadding=2,
bottomPadding=2)
titre = [Paragraph(vars['theme_titre'], style_titre)]
titre_inframe = KeepInFrame(frameW, frameH, titre)
frame_titre.addFromList([titre_inframe], cnv)
# Genre et Espece
cnv.setFillColorRGB(0, 0, 0)
frameW = 0.9 * sizeX
frameH = 3 * marginY
frame_nomenc = Frame(marginX * 0.6,
sizeY - (10 * mm) - frameH,
frameW,
frameH,
showBoundary=0,
leftPadding=2,
topPadding=2,
rightPadding=2,
bottomPadding=2)
nomenc = []
# Genre et Espece
genre_esp = vars['genre'] + ' ' + vars['espece']
if vars['variete'] != "":
genre_esp += ' var. ' + vars['variete']
elif vars['forme'] != "":
genre_esp += ' f. ' + vars['forme']
nomenc.append(Paragraph(genre_esp, style_nomenc))
if 'usuel_genre' in vars.keys():
nomenc.append(
Paragraph(
'( = ' + vars['usuel_genre'] + ' ' + vars['usuel_espece'] +
' ) ', style_nomenc_bis))
if vars['usuel_variete'] != "":
nomenc.append(
Paragraph('var. ' + vars['usuel_variete'], style_nomenc_bis))
elif vars['usuel_forme'] != "":
nomenc.append(
Paragraph('f. ' + vars['usuel_forme'], style_nomenc_bis))
nomenc_inframe = KeepInFrame(frameW, frameH, nomenc)
frame_nomenc.addFromList([nomenc_inframe], cnv)
cnv.setFont('Helvetica', 11)
# Noms usuels
if 'noms' in vars.keys() and vars['noms'] != "":
frameW = sizeX * 0.75
frameH = marginY * 6
frame_noms = Frame(marginX,
midY - 3 * marginY,
frameW,
frameH,
showBoundary=0,
leftPadding=2,
topPadding=2,
rightPadding=2,
bottomPadding=2)
noms = []
for nom in vars['noms'].splitlines():
if nom != "":
noms.append(Paragraph(nom, style_noms))
noms_inframe = KeepInFrame(frameW, frameH, noms)
frame_noms.addFromList([noms_inframe], cnv)
# Texte comestibilite
if 'comestibilite' in vars.keys() and vars['comestibilite'] != "":
assets_path = settings.BASE_DIR + '/app/pdf_assets/'
if (vars['comestibilite'] == 'C'):
com_txt = 'Comestible'
com_img = assets_path + 'Comest.bmp'
elif (vars['comestibilite'] == 'NC'):
com_txt = 'Non Comestible'
com_img = assets_path + 'NonCom.bmp'
elif (vars['comestibilite'] == 'T'):
com_txt = 'Toxique'
com_img = assets_path + 'Toxique.bmp'
else:
com_txt = 'Mortel'
com_img = assets_path + 'Mortel.bmp'
img_width = 138.75 / 2.5
img_height = 131.25 / 2.5
cnv.drawImage(com_img,
sizeX - marginX - img_width,
midY + (0.5 * marginY),
width=img_width,
height=img_width)
cnv.drawRightString(sizeX - marginX, midY - (0 * marginY) - 5, com_txt)
# Rectangle du bas
cnv.setLineWidth(1)
frame_obs = Frame(0 + marginX,
5 + marginY,
sizeX - (2 * marginX),
sizeY / 6,
showBoundary=1,
leftPadding=2,
topPadding=2,
rightPadding=2,
bottomPadding=2)
# Observations
if 'obs' in vars.keys():
notes = [Paragraph(vars['obs'][0], style_notes)]
eco = [Paragraph(vars['obs'][1], style_eco)]
frame_eco = Frame(0 + marginX,
5 + (1 * marginY) + sizeY / 6,
sizeX - (2 * marginX),
2.6 * marginY,
showBoundary=0,
leftPadding=2,
topPadding=2,
rightPadding=2,
bottomPadding=2)
notes_inframe = KeepInFrame(sizeX - (2 * marginX), sizeY / 6, notes)
eco_inframe = KeepInFrame(sizeX - (2 * marginX), 2.6 * marginY, eco)
frame_obs.addFromList([notes_inframe], cnv)
frame_eco.addFromList([eco_inframe], cnv)
# Copyright
cnv.setFont('Helvetica', 8)
year = str(datetime.datetime.now().year)
cnv.drawRightString(sizeX - marginX, marginY - 5, '©SMS ' + year)
# Code Barre (standard code39)
barcode = code39.Standard39(vars['taxon'],
barWidth=0.5 * mm,
barHeight=3.5 * mm,
checksum=0)
barcode.drawOn(cnv, 10, 3)
cnv.showPage()
cnv.save()
def first_pages(canvas, document):
canvas.saveState()
if closed_bl_result.get('is_closed', None):
canvas.setFont('PTAstraSerifBold', 12)
canvas.drawString(7 * mm, 290 * mm, 'ЛН')
# Переведен
transfers_text = [Paragraph('{}'.format(transfers), styleJustified)]
transfers_frame = Frame(27 * mm,
206 * mm,
175 * mm,
7 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
transfers_inframe = KeepInFrame(
175 * mm,
12 * mm,
transfers_text,
hAlign='LEFT',
vAlign='TOP',
)
transfers_frame.addFromList([transfers_inframe], canvas)
# Побочное действие лекарств(непереносимость) координаты
medicament_text = [
Paragraph(
'{}'.format(primary_reception_data['medicament_allergy']),
styleJustified)
]
medicament_frame = Frame(27 * mm,
171 * mm,
175 * mm,
9 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
medicament_inframe = KeepInFrame(
175 * mm,
12 * mm,
medicament_text,
hAlign='LEFT',
vAlign='TOP',
)
medicament_frame.addFromList([medicament_inframe], canvas)
# ФИО
fio_text = [
Paragraph(
"<font size=11.7 fontname ='PTAstraSerifBold'> {}</font> ".
format(patient_data['fio']), style)
]
fio_frame = Frame(77 * mm,
159 * mm,
125 * mm,
8 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
fio_inframe = KeepInFrame(
175 * mm,
12 * mm,
fio_text,
hAlign='LEFT',
vAlign='TOP',
)
fio_frame.addFromList([fio_inframe], canvas)
# Постоянное место жительства
live_text = [Paragraph('{}, {}'.format(p_address, p_phone), style)]
live_frame = Frame(88 * mm,
144 * mm,
115 * mm,
9 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
live_inframe = KeepInFrame(
175 * mm,
12 * mm,
live_text,
hAlign='LEFT',
vAlign='TOP',
)
live_frame.addFromList([live_inframe], canvas)
# Место работы
work_text = [Paragraph('{}'.format(p_work), style)]
work_frame = Frame(108 * mm,
138.5 * mm,
95 * mm,
5 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
work_inframe = KeepInFrame(
175 * mm,
12 * mm,
work_text,
hAlign='LEFT',
vAlign='TOP',
)
work_frame.addFromList([work_inframe], canvas)
# Кем направлен больной
who_directed_text = [
Paragraph('{}'.format(primary_reception_data['who_directed']),
style)
]
who_directed_frame = Frame(77 * mm,
129.5 * mm,
126 * mm,
7 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
who_directed_inframe = KeepInFrame(
175 * mm,
12 * mm,
who_directed_text,
hAlign='LEFT',
vAlign='TOP',
)
who_directed_frame.addFromList([who_directed_inframe], canvas)
# Диагноз направившего учреждения координаты
diagnos_directed_text = [
Paragraph(
'{}'.format(primary_reception_data['diagnos_who_directed']),
styleJustified)
]
diagnos_directed_frame = Frame(27 * mm,
98 * mm,
175 * mm,
9 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
diagnos_directed_inframe = KeepInFrame(
175 * mm,
10 * mm,
diagnos_directed_text,
hAlign='LEFT',
vAlign='TOP',
)
diagnos_directed_frame.addFromList([diagnos_directed_inframe], canvas)
# Диагноз при поступлении координаты
diagnos_entered_text = [
Paragraph('{}'.format(primary_reception_data['diagnos_entered']),
styleJustified)
]
diagnos_entered_frame = Frame(27 * mm,
83 * mm,
175 * mm,
10 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
diagnos_entered_inframe = KeepInFrame(
175 * mm,
10 * mm,
diagnos_entered_text,
hAlign='LEFT',
vAlign='TOP',
)
diagnos_entered_frame.addFromList([diagnos_entered_inframe], canvas)
# клинический диагноз координаты
diagnos_text = [
Paragraph('{}'.format(clinical_diagnos), styleJustified)
]
diagnos_frame = Frame(27 * mm,
22 * mm,
175 * mm,
55 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
diagnos_inframe = KeepInFrame(175 * mm, 55 * mm, diagnos_text)
diagnos_frame.addFromList([diagnos_inframe], canvas)
# представитель пациента
p_agent = None
agent_status = ''
agent = ''
if ind_card.who_is_agent:
p_agent = getattr(ind_card, ind_card.who_is_agent)
agent_status = ind_card.get_who_is_agent_display()
if p_agent:
agent_data = p_agent.get_data_individual()
agent_fio = agent_data['fio']
agent_phone = ','.join(agent_data['phone'])
agent = f"{agent_status}: {agent_fio}, тел.:{agent_phone}"
agent_text = [Paragraph('<u>{}</u>'.format(agent), styleRight)]
agent_frame = Frame(27 * mm,
5 * mm,
175 * mm,
7 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
id='diagnos_frame',
showBoundary=0)
agent_inframe = KeepInFrame(175 * mm, 10 * mm, agent_text)
agent_frame.addFromList([agent_inframe], canvas)
canvas.restoreState()
canvas.restoreState()
#first page template
doc.addPageTemplates([repo_page_template()])
#debug piece
P0 = Paragraph(
'''
<b>A pa<font color=red>r</font>a<i>graph</i></b>
<super><font color=yellow>1</font></super>''',
styles["BodyText"])
P = KeepInFrame(20 * xc / 5, 9 * yc / 10, [
Paragraph(
'''
<para align=center spaceb=3>The <b>ReportLab Left
<font color=red>Logo</font></b>
Image</para>''', styles["BodyText"])
])
I = Image('.\\logo.jpg')
I.drawWidth = (7 * yc / 10) * I.drawWidth / I.drawHeight
I.drawHeight = 7 * yc / 10
data = [['A', 'B', 'C', P0, 'D'], ['00', '01', '02', [I, P], '04'],
['10', '11', '12', [P, I], '14'], ['20', '21', '22', '23', '24'],
['30', '31', '32', '33', '34']]
Tstyle = [
('GRID', (1, 1), (-2, -2), 1, colors.green),
('BOX', (0, 0), (1, -1), 2, colors.red),
('LINEABOVE', (1, 2), (-2, 2), 1, colors.blue),
('LINEBEFORE', (2, 1), (2, -2), 1, colors.pink),
def printForm():
hospital_name = dir.hospital_short_title
hospital_address = SettingManager.get("org_address")
hospital_kod_ogrn = SettingManager.get("org_ogrn")
if sys.platform == 'win32':
locale.setlocale(locale.LC_ALL, 'rus_rus')
else:
locale.setlocale(locale.LC_ALL, 'ru_RU.UTF-8')
pdfmetrics.registerFont(
TTFont('PTAstraSerifBold',
os.path.join(FONTS_FOLDER, 'PTAstraSerif-Bold.ttf')))
pdfmetrics.registerFont(
TTFont('PTAstraSerifReg',
os.path.join(FONTS_FOLDER, 'PTAstraSerif-Regular.ttf')))
styleSheet = getSampleStyleSheet()
style = styleSheet["Normal"]
style.fontName = "PTAstraSerifReg"
style.fontSize = 10.5
style.leading = 14
style.spaceAfter = 1 * mm
styleCenterBold = deepcopy(style)
styleCenterBold.alignment = TA_CENTER
styleCenterBold.fontSize = 12
styleCenterBold.leading = 15
styleCenterBold.fontName = 'PTAstraSerifBold'
styleT = deepcopy(style)
styleT.alignment = TA_LEFT
styleT.fontSize = 10
styleT.leading = 4.5 * mm
styleT.face = 'PTAstraSerifReg'
barcode = eanbc.Ean13BarcodeWidget(dir.pk + 460000000000,
humanReadable=0,
barHeight=8 * mm,
barWidth=1.25)
dir_code = Drawing()
dir_code.add(barcode)
renderPDF.draw(dir_code, c, 157 * mm, 259 * mm)
objs = []
if dir.hospital:
source_hospital = dir.hospital
hospital_name = source_hospital.safe_short_title
hospital_address = source_hospital.safe_address
hospital_kod_ogrn = source_hospital.safe_ogrn
opinion = [
[
Paragraph(
f'<font size=11>{hospital_name}<br/>Адрес: {hospital_address}<br/>ОГРН: {hospital_kod_ogrn} <br/> </font>',
styleT),
Paragraph(
'<font size=9 >Код формы по ОКУД:<br/>Код организации по ОКПО: <br/>'
'Медицинская документация<br/>Учетная форма № 014/у</font>',
styleT),
],
]
tbl = Table(opinion, 2 * [100 * mm])
tbl.setStyle(
TableStyle([
('GRID', (0, 0), (-1, -1), 0.75, colors.white),
('LEFTPADDING', (1, 0), (-1, -1), 55 * mm),
('VALIGN', (0, 0), (-1, -1), 'TOP'),
]))
objs.append(tbl)
objs.append(Spacer(1, 5 * mm))
history_num = ''
try:
issledovaniye = Issledovaniya.objects.get(napravleniye=dir.pk)
except ObjectDoesNotExist:
issledovaniye = None
short_title = issledovaniye.research.short_title
if dir.parent and dir.parent.research.is_hospital:
history_num = f"(cтационар-{str(dir.parent.napravleniye_id)})"
objs.append(
Paragraph(f'НАПРАВЛЕНИЕ № {dir.pk} {history_num} ',
styleCenterBold))
objs.append(
Paragraph(
'НА ПРИЖИЗНЕННОЕ ПАТОЛОГО-АНАТОМИЧЕСКОЕ<br/> ИССЛЕДОВАНИЕ БИОПСИЙНОГО (ОПЕРАЦИОННОГО) МАТЕРИАЛА',
styleCenterBold))
objs.append(Paragraph(f'{short_title.upper()}', styleCenterBold))
objs.append(Spacer(1, 10 * mm))
space_symbol = ' '
direction_params = DirectionParamsResult.objects.filter(
napravleniye=dir)
descriptive_values = []
patient_locality = ""
laboratory_value, purpose, table_value, main_diagnos, mkb10_code, clinical_data, method_get_material, doc_get_material, previous_result = (
None,
None,
None,
None,
None,
None,
None,
None,
None,
)
date_get_material = '_________________________'
time_get_material = '______________'
is_aqua_material = '(да/нет)___________'
purpose = 'Уточнение диагноза'
department = ""
for param in direction_params:
if param.field_type == 24:
laboratory_value = param.value
elif param.field_type == 27:
table_value = param.value
elif param.field_type in [26, 25]:
descriptive_values.append(param.value)
elif param.title == 'Цель':
purpose = param.value
elif param.title == 'Диагноз основной':
main_diagnos = param.value
elif param.title == 'результаты предыдущие':
previous_result = param.value
elif param.title.strip() == 'Код по МКБ':
try:
value = json.loads(param.value)
mkb10_code = value["code"]
except:
mkb10_code = param.value
elif param.title == 'Дополнительные клинические сведения':
clinical_data = param.value
elif param.title == 'Способ получения биопсийного (операционного) материала':
method_get_material = param.value
elif param.title == 'Материал помещен в 10%-ный раствор нейтрального формалина':
is_aqua_material = param.value
elif param.title == 'Дата забора материала':
date_get_material = normalize_dash_date(param.value)
elif param.title == 'Время забора материала':
time_get_material = param.value
elif param.title == 'ФИО врача':
doc_get_material = param.value
elif param.title == 'Вид места жительства':
try:
value = json.loads(param.value)
patient_locality = f'{value.get("title", "")} -{value.get("code", "")}'
except:
patient_locality = "Городская -1, Сельская -2"
elif param.title == 'Отделение':
department = param.value
if not dir.is_external:
department = dir.get_doc_podrazdeleniye_title()
objs.append(
Paragraph(
f'1. Отделение, направившее биопсийный (операционный) материал: {department}',
style))
objs.append(
Paragraph(
f'2. Фамилия, имя, отчество (при наличии) пациента: {dir.client.individual.fio()}',
style))
sex = dir.client.individual.sex
if sex == "м":
sex = f'{sex}-1'
else:
sex = f'{sex}-2'
objs.append(
Paragraph(
f'3. Пол: {sex}, {space_symbol * 5} 4. Дата рождения: число: {dir.client.individual.bd()}',
style))
polis_num = ''
polis_issue = ''
snils = ''
ind_data = dir.client.get_data_individual()
if ind_data['oms']['polis_num']:
polis_num = ind_data['oms']['polis_num']
if ind_data['oms']['polis_issued']:
polis_issue = ind_data['oms']['polis_issued']
objs.append(
Paragraph(f'5. Полис ОМС: {polis_num} с/к: {polis_issue}', style))
if ind_data['snils']:
snils = ind_data['snils']
objs.append(Paragraph(f'6. СНИЛС: {snils}', style))
address = ind_data['main_address']
objs.append(Paragraph(f'7. Место регистрации: {address}', style))
objs.append(Paragraph(f'8. Местность: {patient_locality}', style))
hosp_operation = None
if dir.parent and len(
hosp_get_operation_data(dir.parent.napravleniye_id)) > 0:
hosp_operation = hosp_get_operation_data(
dir.parent.napravleniye_id)[-1]
diagnos_after_operation = ''
mkb10 = ''
if hosp_operation:
diagnos_after_operation = hosp_operation['diagnos_after_operation']
mkb10 = hosp_operation['mkb10']
if main_diagnos:
diagnos_after_operation = main_diagnos
objs.append(
Paragraph(
f"9. Диагноз основного заболевания (состояния): <font face=\"PTAstraSerifBold\">{diagnos_after_operation}</font>",
style))
objs.append(
Paragraph(
'_______________________________________________________________________________________________________',
style))
diagnosis = ''
if mkb10_code:
mkb10 = mkb10_code
if mkb10.strip():
diagnosis = mkb10.strip().split(' ')[0]
elif dir.diagnos.strip():
diagnosis = dir.diagnos.strip()
objs.append(Paragraph(f'10. Код по МКБ: {diagnosis}', style))
objs.append(
Paragraph(
'11. Задача прижизненного патолого-анатомического исследования биопсийного (операционного) материала',
style))
objs.append(Paragraph(f'<u>{purpose}</u>', style))
objs.append(
Paragraph(
'12. Дополнительные клинические сведения (основные симптомы, оперативное или гормональное, или лучевое лечение,',
style))
objs.append(
Paragraph(
'результаты инструментальных и лабораторных исследований)__________________________________________________',
style))
if clinical_data:
objs.append(Paragraph(f"{clinical_data}", style))
if not laboratory_value:
objs.append(
Paragraph(
'_______________________________________________________________________________________________________',
style))
if laboratory_value:
lab_values = previous_laboratory_result(laboratory_value)
if lab_values:
objs.extend(lab_values)
if descriptive_values:
for v in descriptive_values:
objs = previous_doc_refferal_result(v, objs)
objs.append(
Paragraph(
'13. Результаты предыдущих прижизненных патолого-анатомических исследований (наименование медицинской организа-ции, дата, регистрационный номер, заключение)',
style))
if not previous_result:
previous_result = '_______________________________________________________________________________________________________'
objs.append(Paragraph(f'{previous_result}', style))
objs.append(
Paragraph(
'14. Проведенное предоперационное лечение (вид лечения, его сроки, дозировка лекарственного препарата, доза облучения)',
style))
objs.append(
Paragraph(
'_______________________________________________________________________________________________________',
style))
objs.append(
Paragraph(
'_______________________________________________________________________________________________________',
style))
if not method_get_material:
objs.append(
Paragraph(
'15. Способ получения биопсийного (операционного) материала: эндоскопическая биопсия—1, пункционная биопсия—2,',
style))
objs.append(
Paragraph(
'аспирационная биопсия—3, инцизионная биопсия—4, операционная биопсия—5, операционный материал—6,',
style))
objs.append(
Paragraph('самопроизвольно отделившиеся фрагменты тканей—7.',
style))
else:
objs.append(
Paragraph(
f'15. Способ получения биопсийного (операционного) материала: {method_get_material}',
style))
objs.append(
Paragraph(
f'16. Дата забора материала {date_get_material} время {time_get_material}',
style))
objs.append(
Paragraph(
f'17. Материал помещен в 10%-ный раствор нейтрального формалина {is_aqua_material}',
style))
objs.append(
Paragraph(
'18. Маркировка биопсийного (операционного) материала (расшифровка маркировки флаконов):',
style))
if not table_value:
opinion = [
[
Paragraph('Номер флакона', styleT),
Paragraph(
'Локализация патологического процесса (орган, топография)',
styleT),
Paragraph(
'Характер патологического процесса (эрозия, язва, полип, пятно, узел, внешне не измененная ткань, отношение к окружающим тканям)',
styleT),
Paragraph('Количество объектов', styleT),
],
[
Paragraph('1', styleT),
Paragraph('', styleT),
Paragraph('', styleT),
Paragraph('', styleT)
],
[
Paragraph('2', styleT),
Paragraph('', styleT),
Paragraph('', styleT),
Paragraph('', styleT)
],
[
Paragraph('3', styleT),
Paragraph('', styleT),
Paragraph('', styleT),
Paragraph('', styleT)
],
[
Paragraph('4', styleT),
Paragraph('', styleT),
Paragraph('', styleT),
Paragraph('', styleT)
],
[
Paragraph('5', styleT),
Paragraph('', styleT),
Paragraph('', styleT),
Paragraph('', styleT)
],
]
cols_width = [
20 * mm,
50 * mm,
70 * mm,
25 * mm,
]
tbl = Table(opinion, colWidths=cols_width)
tbl.setStyle(
TableStyle([
('GRID', (0, 0), (-1, -1), 0.75, colors.black),
('VALIGN', (0, 0), (-1, -1), 'TOP'),
]))
objs.append(Spacer(1, 5 * mm))
objs.append(tbl)
else:
table_value_result = table_part_result(table_value,
width_max_table=180)
if table_value_result:
objs.append(table_value_result)
objs.append(Spacer(1, 5 * mm))
if not doc_get_material:
doc_get_material = dir.doc.get_fio()
objs.append(
Paragraph(
f'19. Фамилия, инициалы врача: {doc_get_material} {space_symbol * 5} подпись _________',
style))
objs.append(
Paragraph(f'20. Дата направления: {strdate(dir.data_sozdaniya)}',
style))
gistology_frame = Frame(0 * mm,
0 * mm,
210 * mm,
297 * mm,
leftPadding=15 * mm,
bottomPadding=16 * mm,
rightPadding=7 * mm,
topPadding=10 * mm,
showBoundary=1)
gistology_inframe = KeepInFrame(210 * mm,
297 * mm,
objs,
hAlign='LEFT',
vAlign='TOP',
fakeWidth=False)
gistology_frame.addFromList([gistology_inframe], c)
def draw_text(report, text, attributes):
"""
Draw text string on report_info.
:param report:
:param text: text to output to report_info
:param attributes: attributes (e.g. 'font name', 'font size', 'color') to apply to text
"""
report['canvas'].saveState()
text = format_text(text, attributes)
styles = getSampleStyleSheet()
text_alignment = {'Left': TA_LEFT, 'Center': TA_CENTER, 'Right': TA_RIGHT, 'Justified': TA_JUSTIFY}
base_style = styles['Normal']
left_indent = attributes.get("leftIndent", base_style.leftIndent)
right_indent = attributes.get("rightIndent", base_style.leftIndent)
font_name = get_font(report, attributes, base_style)
font_is_bold = convert2boolean(attributes.get('fontIsBold'))
if font_is_bold:
text = '<b>' + text + '</b>'
font_is_italic = convert2boolean(attributes.get('fontIsItalic'))
if font_is_italic:
text = '<i>' + text + '</i>'
font_is_underline = convert2boolean(attributes.get('fontIsUnderline'))
if font_is_underline:
text = '<u>' + text + '</u>'
font_is_strike_through = convert2boolean(attributes.get('fontIsStrikeThrough'))
if font_is_strike_through:
text = '<strike>' + text + '</strike>'
font_size = attributes.get('fontSize', 10)
text_color = attributes.get('forecolor')
if text_color is None:
text_color = base_style.textColor
else:
text_color = colors.HexColor(text_color)
ps = ParagraphStyle(name='cell',
parent=styles['Normal'],
fontName=font_name,
fontSize=font_size,
leading=font_size * 1.2,
leftIndent=left_indent,
rightIndent=right_indent,
alignment=text_alignment[attributes.get('textAlignment', 'Left')],
textColor=text_color
)
# text = "<br/>".join(str(text).split('\n')) # replace '\n' with a <br/> to cause newline
text = str(text).replace('\n', '<br/>')
# story = [Paragraph(str(text), ps)]
story = [Paragraph(text, ps)]
story_in_frame = KeepInFrame(attributes['width'], attributes['height'], story, mode='shrink') # 'truncate, overflow, shrink
data = [[story_in_frame]]
t = Table(data, colWidths=attributes['width'], rowHeights=attributes['height'])
table_style = TableStyle([
('VALIGN', (0,0),(0,0), attributes.get('verticalAlignment', 'TOP').upper()),
('TEXTCOLOR', (0, 0), (0, 0), colors.black),
('LEFTPADDING', (0, 0), (0, 0), 0),
('RIGHTPADDING', (0, 0), (0, 0), 0),
('TOPPADDING', (0, 0), (0, 0), 0),
('BOTTOMPADDING', (0, 0), (0, 0), 0),
])
if attributes.get('mode') is not None:
backcolor = attributes.get('backcolor')
if backcolor is not None:
table_style.add('BACKGROUND', (0, 0), (0, 0), colors.HexColor(backcolor))
t.setStyle(table_style)
t.wrapOn(report['canvas'], attributes['width'], attributes['height'])
t.drawOn(report['canvas'], attributes['x'], report['cur_y'] - attributes['y'] - attributes['height'])
report['canvas'].restoreState()
def later_pages(canvas, document):
canvas.saveState()
# Заключительные диагнозы
# Основной заключительный диагноз
final_diagnos_text = [
Paragraph('{}'.format(final_diagnos), styleJustified)
]
final_diagnos_frame = Frame(27 * mm,
230 * mm,
175 * mm,
45 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
showBoundary=0)
final_diagnos_inframe = KeepInFrame(
175 * mm,
50 * mm,
final_diagnos_text,
hAlign='LEFT',
vAlign='TOP',
)
final_diagnos_frame.addFromList([final_diagnos_inframe], canvas)
# Осложнения основного заключительного диагноза
other_diagnos_text = [
Paragraph('{}'.format(other_diagnos), styleJustified)
]
other_diagnos_frame = Frame(27 * mm,
205 * mm,
175 * mm,
20 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
showBoundary=0)
other_diagnos_inframe = KeepInFrame(
175 * mm,
20 * mm,
other_diagnos_text,
hAlign='LEFT',
vAlign='TOP',
)
other_diagnos_frame.addFromList([other_diagnos_inframe], canvas)
# Сопутствующие основного заключительного диагноза
near_diagnos_text = [
Paragraph(
'{}'.format(
near_diagnos.replace('<', '<').replace('>', '>')),
styleJustified)
]
near_diagnos_frame = Frame(27 * mm,
181 * mm,
175 * mm,
20 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
showBoundary=0)
near_diagnos_inframe = KeepInFrame(
175 * mm,
20 * mm,
near_diagnos_text,
vAlign='TOP',
)
near_diagnos_frame.addFromList([near_diagnos_inframe], canvas)
# Таблица операции
operation_text = [tbl_o]
operation_frame = Frame(22 * mm,
123 * mm,
170 * mm,
40 * mm,
leftPadding=0,
bottomPadding=0,
rightPadding=0,
topPadding=0,
showBoundary=0)
operation_inframe = KeepInFrame(175 * mm,
40 * mm,
operation_text,
hAlign='CENTRE',
vAlign='TOP',
fakeWidth=False)
operation_frame.addFromList([operation_inframe], canvas)
canvas.setFont('PTAstraSerifBold', 8)
hospital: Hospitals = request_data["hospital"]
hospital_name = hospital.safe_short_title
canvas.drawString(55 * mm, 12 * mm, '{}'.format(hospital_name))
canvas.drawString(
55 * mm, 9 * mm,
'№ карты : {}; Номер истории: {}'.format(p_card_num, hosp_nums))
canvas.drawString(
55 * mm, 6 * mm, 'Пациент: {} {}'.format(patient_data['fio'],
patient_data['born']))
canvas.line(55 * mm, 11.5 * mm, 200 * mm, 11.5 * mm)
canvas.restoreState()
def keep_in_frame(self, widget, width, height, paragraphs, mode):
widget.keep = KeepInFrame(width, height, paragraphs, mode=mode)
widget.keep.canv = self.canvas
widget.keep.wrap(self.calculate_size(widget.width), self.calculate_size(widget.height))
width = 430
height = 60
# SETS THE FILL COLOR AND CREATES THE INNER RECTANGLE FOR THE TITLE
c.setFillColorRGB(178 / 255, 34 / 255, 52 / 255)
c.rect(cx, cy, width, height, fill=1)
# CREATES THE TITLE
s = "DEBATE BINGO"
frame1 = Frame(cx, cy, width, height, showBoundary=0)
style = ParagraphStyle(name='Normal',
fontSize=45,
alignment=1,
textColor='White')
story = [Paragraph(s, style)]
story_inframe = KeepInFrame(width, height, story)
frame1.addFromList([story_inframe], c)
# CREATES A LIST OF FRAMES FOR EACH INDIVIDUAL GRID ELEMENT
gridFramesList = []
frameWidth = 90
frameHeight = 80
for i in range(5):
for j in range(5):
gFrame = Frame(xl[i],
yl[j] - frameHeight,
frameWidth,
frameHeight,
showBoundary=0)
gridFramesList.append(gFrame)
def create_pdf():
"""
Create a pdf
"""
# Create a frame
text_frame = Frame(
x1=3.00 * cm, # From left
y1=1.5 * cm, # From bottom
height=19.60 * cm,
width=15.90 * cm,
leftPadding=0 * cm,
bottomPadding=0 * cm,
rightPadding=0 * cm,
topPadding=0 * cm,
showBoundary=1,
id='text_frame')
# Create a table
test_table = []
data = []
for i in range(11, 1, -1):
column1data = f'Column_1 on row {i}'
column2data = f'Column_2 on row {i}'
data.append([column1data, column2data])
data_table = Table(data, 15.90 * cm / 2)
data_table.setStyle(
TableStyle([
# Title
('LEFTPADDING', (0, 0), (1, 0), 0),
('RIGHTPADDING', (0, 0), (1, 0), 0),
('VALIGN', (0, 0), (1, 0), 'TOP'),
('ALIGN', (0, 0), (1, 0), 'CENTRE'),
# DataTable
('ALIGN', (0, 1), (1, -1), 'CENTRE'),
('SIZE', (0, 1), (-1, -1), 7),
('LEADING', (0, 1), (-1, -1), 8.4),
('VALIGN', (0, 1), (-1, -1), 'MIDDLE'),
('TOPPADDING', (0, 1), (-1, -1), 2.6),
('BOTTOMPADDING', (0, 1), (-1, -1), 2.6),
('LINEBELOW', (0, 1), (-1, -1), 0.3, colors.gray),
]))
test_table.append(data_table)
test_table = KeepInFrame(0, 0, test_table, mode='overflow')
# Building the story
story = [test_table
] # adding test_table table (alternative, story.add(test_table))
# Establish a document
doc = BaseDocTemplate("Example_output.pdf", pagesize=letter)
# Creating a page template
frontpage = PageTemplate(id='FrontPage', frames=[text_frame])
# Adding the story to the template and template to the document
doc.addPageTemplates(frontpage)
# Building doc
doc.build(story)
def render_statement(data, paragraphss, quarterly, fileName):
doc = SimpleDocTemplate(fileName,
pagesize=A4,
rightMargin=72,
leftMargin=56,
topMargin=5,
bottomMargin=18)
Story = []
logo = "logos/toplogo.png"
logo2 = "logos/bottomlogo.png"
im = Image(logo, 8 * inch, 3 * inch)
im2 = Image(logo2, 7 * inch, 1 * inch)
t_keep = KeepInFrame(0,
0,
Story,
mode='shrink',
hAlign='CENTER',
vAlign='MIDDLE')
lista = [data.columns[:, ].values.astype(str).tolist()
] + data.values.tolist()
t1 = None
if not quarterly:
t1 = Table(lista,
4 * [1.5 * inch, 1.5 * inch, 2 * inch, 1.5 * inch],
(len(lista)) * [0.3 * inch],
hAlign='CENTER')
else:
t1 = Table(lista,
2 * [3.2 * inch, 3.2 * inch], (len(lista)) * [0.3 * inch],
hAlign='CENTER')
# t1.setStyle(TableStyle([('ALIGN', (1, 1), (-2, -2), 'RIGHT'),
# ('TEXTCOLOR', (1, 1), (-2, -2), colors.red),
# ('VALIGN', (0, 0), (0, -1), 'TOP'),
# ('TEXTCOLOR', (0, 0), (0, -1), colors.blue),
# ('ALIGN', (0, -1), (-1, -1), 'CENTER'),
# ('VALIGN', (0, -1), (-1, -1), 'MIDDLE'),
# ('TEXTCOLOR', (0, -1), (-1, -1), colors.green),
# ('INNERGRID', (0, 0), (-1, -1), 0.25, colors.black),
# ('BOX', (0, 0), (-1, -1), 0.25, colors.black),
# ]))
t1.setStyle(
TableStyle([("BOX", (0, 0), (-1, -1), 0.25, colors.black),
('INNERGRID', (0, 0), (-1, -1), 0.25, colors.black),
('TEXTCOLOR', (0, -1), (-1, -1), colors.green),
('FONTNAME', (0, -1), (-1, -1), 'Courier-Bold')]))
data_len = len(lista)
for each in range(data_len):
if each % 2 == 0:
bg_color = colors.whitesmoke
else:
bg_color = colors.lightgrey
t1.setStyle(
TableStyle([('BACKGROUND', (0, each), (-1, each), bg_color)]))
if each == data_len:
t1.setStyle(
TableStyle([('FONTNAME', (0, each), (0, each), 'Courier-Bold')
]))
t1.setStyle(
TableStyle([('BACKGROUND', (0, each), (0, each), colors.green)
]))
Story.append(im)
style = ParagraphStyle(
name='Normal',
fontSize=12,
borderPadding=1,
padding=1,
alignment=TA_LEFT,
leading=24,
leftMargin=10,
)
for x, y in paragraphss.items():
p = ""
p += '<b>' + x + '</b>' + ":" + y
p += "\n"
Story.append(Paragraph(p, style=style))
Story.append(t1)
Story.append(Spacer(1, 12))
Story.append(im2)
Story.append(t_keep)
doc.build(Story)
def save_pdf(data):
packet = BytesIO()
can = canvas.Canvas(packet, pagesize=(595, 842))
can.translate(0, 842)
can.drawString(246, -245, data['company_name'])
can.drawString(246, -288, data['biz_sector'])
can.drawString(246, -327, data['contact1'])
can.drawString(246, -371, data['contact_designation'])
can.drawString(59, -480, data['phone'])
can.drawString(59, -535, data['NOE'])
can.drawString(59, -432, data['biz_years'])
#can.drawString(334, -430, data['doi'])
can.drawString(334, -484, data['annual_revenue'])
styles = getSampleStyleSheet()
biz_improve = [Paragraph(data['biz_improve'], styles['Normal'])]
biz_improve_inframe = KeepInFrame(215, 70, biz_improve)
biz_improve_frame = Frame(320, -655, 215, 70)
biz_improve_frame.addFromList([biz_improve_inframe], can)
address = [Paragraph(data['company_address'], styles['Normal'])]
address_inframe = KeepInFrame(215, 70, address)
address_frame = Frame(51, -655, 215, 70)
address_frame.addFromList([address_inframe], can)
can.setFont("Helvetica-Bold", 25)
can.setFillColor("blue")
can.drawString(171, -750, data['score'])
img_byte = BytesIO()
photo = data['photo']
photo.seek(0)
img_byte.write(photo.read())
img = Image.open(img_byte)
img = resizeimage.resize_contain(img, [172, 182])
img = img.convert('RGB')
thumb_io = BytesIO()
img.save(thumb_io, "JPEG")
img = ImageReader(thumb_io)
can.drawImage(img, 51, -389)
can.save()
# move to the beginning of the StringIO buffer
packet.seek(0)
new_pdf = PdfFileReader(packet)
# read your existing PDF
existing_pdf = PdfFileReader(
open(
os.path.join(settings.BASE_DIR, 'registrations',
'circuit_registration_form.pdf'), "rb"))
output = PdfFileWriter()
# add the "watermark" (which is the new pdf) on the existing page
page = existing_pdf.getPage(0)
page2 = new_pdf.getPage(0)
page.mergePage(page2)
output.addPage(page)
packet2 = BytesIO()
packet2.seek(0)
output.write(packet2)
return packet2
def print_test_pdf():
f = cat(os.path.dirname(__file__), 'test.pdf')
cv = canvas.Canvas(f)
def line(l, cv):
cv.line(*tuple(
[l[0] * mm, (A4_h - l[1]) * mm, l[2] * mm, (A4_h - l[3]) * mm]))
def text(s, cv, size=9, font='wtm', centered=False):
cv.setFont(font, size)
f = cv.drawCentredString if centered else cv.drawString
f(*(s[0] * mm, (A4_h - s[1]) * mm, unicode(s[2])))
def rect(s, cv, fill=0):
cv.rect(s[0] * mm, (A4_h - s[1]) * mm, 3 * mm, 3 * mm, fill=fill)
def certificate_form(cv):
cv.setLineWidth(1 * mm)
cv.rect(8 * mm, 8 * mm, 194 * mm, 281 * mm)
line((8, 40, 202, 40), cv)
cv.setLineWidth(0.2 * mm)
lines = [
(8, 8, 202, 8),
(8, 289, 202, 289),
(8, 8, 8, 289),
(202, 8, 202, 289),
(8, 40, 202, 40),
(8, 56, 202, 56),
(8, 72, 202, 72),
(8, 88, 202, 88),
(8, 116, 202, 116),
(8, 167, 202, 167),
(8, 237, 202, 237),
(19, 40, 19, 237),
(105, 40, 105, 72),
(116, 40, 116, 56),
(123, 56, 123, 72),
(105, 88, 105, 116),
(116, 88, 116, 116),
]
for s in lines:
line(s, cv)
s = [
(10, 47, u'姓'),
(107, 47, u'性'),
(10, 53, u'名'),
(107, 53, u'別'),
(10, 63, u'生'),
(107, 63, u'身'),
(10, 69, u'日'),
(107, 69, u'份'),
(10, 79, u'住'),
(114, 63, u'證'),
(10, 85, u'址'),
(114, 69, u'號'),
(10, 95, u'應'),
(107, 95, u'應'),
(10, 101, u'診'),
(107, 101, u'診'),
(10, 107, u'日'),
(107, 107, u'科'),
(10, 113, u'期'),
(107, 113, u'別'),
(10, 124, u'病'),
(10, 163, u'名'),
(10, 174, u'醫'),
(10, 194, u'師'),
(10, 214, u'囑'),
(10, 234, u'言'),
]
for ss in s:
text(ss, cv, size=20)
s = [
(10, 242, u'以上病人經本院醫師診斷屬實特予證明'),
(116, 242, u'本證明書需加蓋本院印信否則無效'),
(10, 248, u'院 長 魏 筱 筠'),
(10, 254, u'診治醫師 魏筱筠醫師'),
(10, 260, u'醫師證書字號'),
(10, 274, u'惠生婦產科診所 南縣衛醫字第 號'),
(10, 280, u'台南市新營區民權路 號'),
(10, 286, u'中華民國 年 月 日'),
]
for ss in s:
text(ss, cv, size=16)
s_n = [
(49, 260, u'037964'),
(90, 274, u'3541012321'),
(61, 280, u'30-1'),
(39, 286, u'105'),
(65, 286, u'06'),
(90, 286, u'09'),
]
for ss in s_n:
text(ss, cv, size=14, font='msjh')
text((105, 20, u'惠 生 婦 產 科 診 所'), cv, size=36, centered=True)
text((105, 35, u'診 斷 證 明 書'), cv, size=36, centered=True)
def certificate(cv):
s = [
(21, 50, u'魏筱筠'), # 姓名
(123, 50, u'女'), # 性別
(21, 66, u'101-06-20'), # 生日
(125, 66, u'R220154944'), # 身份證號
(21, 82, u'台南市新營區民權路 30-1 號'), # 住址
(21, 104, u'105-05-14'), # 應診日期
(118, 104, u'婦產科'), # 應診科別
]
for ss in s:
text(ss, cv, size=20, font='msjh')
#rect((42, 80), cv)
#rect((52, 80), cv, fill=1)
certificate_form(cv)
certificate(cv)
style_sheet = getSampleStyleSheet()
style = style_sheet['Normal']
style.fontName = 'msjh'
style.fontSize = 16
style.leading = 18
frame1 = Frame(19 * mm, 130 * mm, 183 * mm, 51 * mm, showBoundary=0)
s1 = u'''為提倡有科學根基的服務精神，中央氣象局依照職掌業務的範疇舉辦「天地人學思論壇」，邀請國內外具有國際聲望與影響力的學者分享其學術及人生的寶貴經驗，期能達到「天地人」和「學思論」分別呈現氣象局職掌業務與活動內容，藉由聆聽、討論、學習過程，擴大思考層面，深化科學涵養。活動相關訊息請參閱海報，竭誠歡迎大家報名參加。另「104年天地人學思論壇」產出的「氣象老先覺」專題電子版連結網址請「點此進入」，歡迎大家上網點閱，謝謝。'''
soap1 = [Paragraph(s1, style)]
soap_in_frame1 = KeepInFrame(183 * mm, 51 * mm, soap1)
frame1.addFromList([
soap_in_frame1,
], cv)
frame2 = Frame(19 * mm, 60 * mm, 183 * mm, 70 * mm, showBoundary=0)
s2 = u'''其實，無論是行動設備還是桌上型電腦，一直以來都有整合的傾向。一方面，是因為行動晶片更強大了。另一方面，則是使用者對計算能力的需求正在下降，而執行的任務卻越來越行動化。或許，大多數人可能會覺得自己的辦公室陳設並沒有太大的變化，因為許多的工作站依然擺在那裡，旁邊還放著印表機。但事實並非如此，因為越來越多的工作在辦公室之外就被完成了，而完成它們的主要工具是來自手機。雖說許多專業任務，如PhotoshopLightroom等應用依然需要macOS，但iPadPro的出現已經宣示了蘋果的新企圖心。在 Windows平台上X8意義重大，因為它與龐大的遊戲市場相銜接，但對於幾乎無遊戲可玩的macOS來說，X86的這點優勢顯得毫無意義。過去幾年中，蘋果將主要的研發精力放在iOS上。從許多方面來看，macOS都是一款老操作系統。不過，現在macOS最吸引人的地方，則在於它與iOS和iPhone的關係。未來，英特爾的領袖地位還會延續，尤其是在高階市場。但是，由於高階市場較為小眾，其控制能力將會有所降低。尤其，現在人們製作影像時多數用的是Snapchat的Live Stories，而非專業的AdobePremiere Pro時，就知道高階市場產品的影響力已經開始逐漸式微。其實，無論是行動設備還是桌上型電腦，一直以來都有整合的傾向。一方面，是因為行動晶片更強大了。另一方面，則是使用者對計算能力的需求正在下降，而執行的任務卻越來越行動化。或許，大多數人可能會覺得自己的辦公室陳設並沒有太大的變化，因為許多的工作站依然擺在那裡，旁邊還放著印表機。但事實並非如此，因為越來越多的工作在辦公室之外就被完成了，而完成它們的主要工具是來自手機。雖說許多專業任務，但的出現已經宣示了蘋果的新企圖心。在平台上意義重大，因為它與龐大的遊戲市場相銜接，但對於幾乎無遊戲可玩的來說，的這點優勢顯得毫無意義。過去幾年中，蘋果將主要的研發精力放在上。從許多方面來看，都是一款老操作系統。不過，現在最吸引人的地方，則在於它與和的關係。未來，英特爾的領袖地位還會延續，尤其是在高階市場。但是，由於高階市場較為小眾，其控制能力將會有所降低。尤其，現在人們製作影像時多數用的是的，而非專業的時，就知道高階市場產品的影響力已經開始逐漸式微。'''
soap2 = [Paragraph(s2, style)]
soap_in_frame2 = KeepInFrame(183 * mm, 70 * mm, soap2)
frame2.addFromList([
soap_in_frame2,
], cv)
cv.save()
def add_description(self, description, industries_type, file_path):
base = path.basename(file_path)
filename, file_extension = path.splitext(base)
pdf_path = path.abspath(path.join(__file__, '../..')) + '/files/pdf/'
millis = int(round(time.time()))
water_pdf_name = 'watermark' + str(millis) + '.pdf'
signature_pdf_name = 'signature' + str(millis) + '.pdf'
output_pdf_name = 'Email:' + filename + str(millis) + '_signed.pdf'
# create canvas for content
c = canvas.Canvas(pdf_path + '/' + water_pdf_name,
pagesize=GOV_LEGAL,
bottomup=0)
c_width, c_height = GOV_LEGAL
# add background
icolor = self._icolor(industries_type)
c.drawImage(self.app.config['FILE_FOLDER'] +
"/bg_{}.png".format(icolor),
0,
0,
width=c_width,
height=c_height,
mask='auto',
anchor='nw')
# move the origin up and to the left
c.translate(inch, inch)
# change color
if icolor == 3:
c.setFillColorRGB(0, 0, 0)
else:
c.setFillColorRGB(255, 255, 255)
# add handshake title
c.setFont("Helvetica", 23)
c.drawString(-10, 0.5 * inch, 'The Handshake')
# define a large font
stylesheet = getSampleStyleSheet()
style = stylesheet['Normal']
style.fontName = 'Courier-Bold'
style.fontSize = 34
style.leading = style.fontSize * 1.2
if icolor == 3:
style.textColor = colors.black
else:
style.textColor = colors.white
p = Paragraph(description, style)
f = KeepInFrame(c_width + 20 - 2 * inch, c_height, [p], vAlign='TOP')
width, height = f.wrapOn(c, c_width + 40 - 2 * inch, c_height)
f.drawOn(c, -10, -height - 20 + (2.8 * inch))
c.showPage()
c.save()
# Get the watermark file you just created
watermark = PdfFileReader(open(pdf_path + "/" + water_pdf_name, "rb"))
signature = None
# create signature page if any
if len(description) > 160:
c_signature = canvas.Canvas(pdf_path + '/' + signature_pdf_name,
pagesize=GOV_LEGAL,
bottomup=0)
# add background
c_signature.drawImage(self.app.config['FILE_FOLDER'] +
"/bg_{}.png".format(icolor),
0,
0,
width=c_width,
height=c_height,
mask='auto',
anchor='nw')
c_signature.showPage()
c_signature.save()
signature = PdfFileReader(
open(pdf_path + "/" + signature_pdf_name, "rb"))
# Get our files ready
output_file = PdfFileWriter()
watermark_page = watermark.getPage(0)
output_file.addPage(watermark_page)
if signature is not None:
output_file.addPage(signature.getPage(0))
# finally, write "output" to document-output.pdf
with open(pdf_path + output_pdf_name, "wb") as outputStream:
output_file.write(outputStream)
outputStream.close()
return pdf_path + output_pdf_name
