def plate(request):
try:
o = Order.objects.filter(session=request.shop_session, is_history=True).latest('id')
config, create = ConfigModel.objects.get_or_create(id=1)
domain = Site.objects.get_current().domain
except: pass
else:
if config.organization and config.office1 and o.address and o.name:
pdf = FPDF('P','mm','A4')
pdf.set_author(domain)
pdf.add_page()
pdf.add_font('DejaVu', '', 'DejaVuSansCondensed.ttf', uni=True)
pdf.add_font('DejaVuBold', '', 'DejaVuSansCondensed-Bold.ttf', uni=True)
pdf.set_fill_color(229, 229, 229);
pdf.set_font('DejaVu', '', 5);
pdf.write(9, _(u"Created by %(date)s on %(domain)s. Order #%(id)d.") % {'date':datetime.datetime.now().strftime('%d.%m.%Y %H:%M'), 'domain':domain, 'id':o.id})
pdf.ln(9)
pdf.set_font('DejaVuBold', '', 9);
pdf.write(9, _(u"Recipient:"))
pdf.ln(9)
pdf.set_font('DejaVu', '', 8);
if config.office1:
pdf.write(5, _(u"Address: %s") % config.office1)
pdf.ln(5)
if config.organization:
pdf.write(5, _(u"Name: %s") % config.organization)
pdf.ln(5)
pdf.set_font('DejaVuBold', '', 9);
pdf.write(9, _(u"Sender:"))
pdf.ln(9)
pdf.set_font('DejaVu', '', 8);
if o.address:
pdf.write(5, _(u"Address: %s") % o.address)
pdf.ln(5)
if o.name:
pdf.write(5, _(u"Name: %s") % o.name)
pdf.ln(9)
pdf.set_font('DejaVu', '', 5);
pdf.write(5, _(u"Cut and paste on the packaging"))
pdf.ln(5)
s = pdf.output('Plate.pdf', 'S')
response = HttpResponse(s, mimetype='application/pdf; charset=cp1251')
response['Content-Disposition'] = 'attachment; filename=plate.pdf'
return response
return HttpResponse('')
def pokepdf(pokemon):
# FPDF Object
pdf = FPDF("L", "mm", "A5")
# Add page
pdf.add_page()
# Paint the background
pdf.set_fill_color(*color.get(pokemon["type"][0], (255, )))
pdf.rect(0, 0, 210, 297, "F")
# Set font
pdf.set_font(*fonts["title"])
pdf.set_xy(20, 10)
# Add Pokeball
ball = {False: "pokeball", True: "masterball"}[pokemon["legendary"]]
pdf.image(f"images/balls/{ball}.png", pdf.get_x(), pdf.get_y() + 25, w=20)
# Add Pokemon Name
pdf.cell(w=0,
txt=f"{pokemon['id']} - {pokemon['name']}".title(),
align="C",
ln=1)
# Add Pokemon Sprite
pdf.image(pokemon["sprite_url"], 80, pdf.get_y() + 10, w=50)
# Set new font
font = fonts["flavor"]
pdf.set_font(*font)
pdf.set_xy(10, 70)
# Cut text if larger than page
flavor = chunks(pokemon["flavor"], font)
# Add flavor text
for i in flavor:
pdf.cell(w=0, h=5, txt=i, align="C", ln=2)
# Add type symbols
for i, typ in enumerate(pokemon["type"]):
if len(pokemon["type"]) == 1:
pos = [90]
else:
pos = [50, 120]
pdf.image(f"images/types/{typ}.png", pos[i], pdf.get_y() + 15, w=40)
# Export pdf
path = f"output/{pokemon['id']}_{pokemon['name']}.pdf"
pdf.output(path)
print(f"pdf saved to {path}")
def relatedness(ibd_dataframe, outDir):
dups_text = open(outDir + '/' + 'duplicate_pairs.txt', 'w') # outputs pairs with Z0, Z1, Z2 score
remove_dups = open(outDir + '/remove_all_duplicate_pairs.txt', 'w') # outputs duplicate samples for PLINK format removal
pdf = FPDF() # create new PDF
pdf.add_page()
pdf.set_margins(20, 10, 20)
pdf.set_font('Arial', 'B', 24)
pdf.set_x(20)
pdf.multi_cell(0, 30, "Relatedness", 0, 1, 'L')
pdf.line(20, 32, 190, 32)
pdf.set_font('Arial', 'B', 16)
pdf.set_fill_color(200)
pdf.multi_cell(0, 10, 'Total Number of Sample Pairs Analyzed: ' + str(len(ibd_dataframe.index)), 1, 'L', True)
duplicates = ibd_dataframe.loc[ibd_dataframe['Z2'] > 0.97]
parent_offspring = ibd_dataframe.loc[(ibd_dataframe['Z1'] > 0.97) & (ibd_dataframe['Z0'] < 0.05) & (ibd_dataframe['Z2'] < 0.05)]
full_sibs = ibd_dataframe.loc[(ibd_dataframe['Z0'] < 0.40) & (ibd_dataframe['Z2'] > 0.16)]
second_degree = ibd_dataframe.loc[(ibd_dataframe['Z0'] < 0.60) & (ibd_dataframe['Z1'] < 0.58) & (ibd_dataframe['Z2'] < 0.05)]
unrelated = ibd_dataframe.loc[ibd_dataframe['Z0'] > 0.78]
# format data so it can be put into usable format by PLINK --remove
first_in_pair = duplicates[['FID1', 'IID1']]
second_in_pair = duplicates[['FID2', 'IID2']]
first_in_pair.columns = ['FID', 'IID']
second_in_pair.columns = ['FID', 'IID']
merged_removals = first_in_pair.merge(second_in_pair, how='outer', on=['FID', 'IID'])
print merged_removals[['FID', 'IID']]
merged_removals[['FID', 'IID']].to_csv(remove_dups.name, sep='\t', index=False, header=False) # output file created to PLINK --remove
pdf.set_font('Arial', '', 16)
pdf.set_x(30)
pdf.multi_cell(0, 10, '# of duplicate pairs: '+str(len(duplicates.index)), 1, 1, 'L')
pdf.set_x(30)
pdf.multi_cell(0, 10, '# of parent-offspring pairs: '+str(len(parent_offspring.index)), 1, 1, 'L')
pdf.set_x(30)
pdf.multi_cell(0, 10, '# of full siblings pairs: '+str(len(full_sibs.index)), 1, 1, 'L')
pdf.set_x(30)
pdf.multi_cell(0, 10, '# of 2nd degree pairs: '+str(len(second_degree.index)), 1, 1, 'L')
pdf.set_x(30)
pdf.multi_cell(0, 10, '# of unrelated pairs: '+str(len(unrelated.index)), 1, 1, 'L')
duplicates.to_csv(dups_text.name, sep='\t', index=False)
return pdf, remove_dups.name
def export_as_pdf():
pdf = FPDF()
pdf.add_page()
pdf.set_font('Times', '', 8)
epw = pdf.w - 3 * pdf.l_margin
col_width = epw / 2
data = data_pdf
th = pdf.font_size
for row in data:
for datum in row:
if datum == row[0]:
pdf.set_fill_color(135, 206, 235)
pdf.multi_cell(col_width,
2 * th,
str(datum),
border=1,
align='C',
fill=True)
else:
pdf.multi_cell(col_width,
2 * th,
str(datum),
border=1,
align='C')
pdf.ln(2 * th)
for row in data_cena_pdf:
for datum in row:
if datum == row[0]:
pdf.set_fill_color(143, 237, 143)
pdf.multi_cell(col_width,
2 * th,
str(datum),
border=1,
align='C',
fill=True)
else:
pdf.multi_cell(col_width,
2 * th,
str(datum),
border=1,
align='C')
pdf.ln(2 * th)
html = create_download_link(
pdf.output(dest='S').encode('Latin-1'), "Menu")
return st.markdown(html, unsafe_allow_html=True)
def w_content(self, content_record):
# InputType: self, List
# ReturnType: No return, will create a content PDF "export_content.pdf" based on recognized text PDF
# Functionality: Create content PDF for better indexing page number of desired image text.
print(' Creating content for recognized images...')
pdf_content = FPDF()
pdf_content.add_page()
pdf_content.set_font('Times', 'B', 18)
pdf_content.set_fill_color(r=160)
pdf_content.cell(w=180, h=9, txt='CONTENT', border=0, ln=1, align='C', fill=1)
pdf_content.set_font('Times', '', 12)
pdf_content.multi_cell(w=0, h=5, txt=''.join(content_record))
pdf_content.output("export_content.pdf")
pdf_content.close()
def PDF(address, portscan, filename):
try:
date = datetime.now()
date = date.strftime('%Y/%m/%d %X')
pdf = FPDF()
pdf.add_page()
pdf.set_font('Courier', '', 20)
pdf.cell(0, 25, "\tASILE-B")
pdf.image('./files/img/Orange.png', 180, 15, 15, 15)
pdf.ln()
pdf.set_font('Courier', '', 12)
pdf.cell(0, 15, 'Scan report : ')
pdf.ln()
pdf.cell(0, 5, "\t\t\t\tIP address\t: {}".format(address))
pdf.ln()
pdf.cell(0, 5, "\t\t\t\tDate\t\t\t\t\t\t\t: {}".format(date))
pdf.ln()
pdf.cell(
0, 5,
"\t\t\t\tOpen ports\t: {}".format(len(list(portscan.keys()))))
pdf.ln()
pdf.ln()
pdf.ln()
pdf.set_fill_color(0, 0, 0)
pdf.cell(190 / 4, 5, "Port number", 1, 0, 'C')
pdf.cell(190 / 4, 5, "Status", 1, 0, 'C')
pdf.cell(190 / 4, 5, "Service", 1, 0, 'C')
pdf.cell(190 / 4, 5, "Credentials", 1, 0, 'C')
for port in list(portscan.keys()):
pdf.ln()
pdf.cell(190 / 4, 5, port, 1, 0, 'C')
pdf.cell(190 / 4, 5, 'open', 1, 0, 'C')
if portscan[port][1] == 0:
pdf.cell(190 / 4, 5, '{}*'.format(portscan[port][0]), 1, 0,
'C')
pdf.cell(190 / 4, 5, '', 1, 0, 'C')
elif portscan[port][1] == 1:
pdf.cell(190 / 4, 5, portscan[port][0], 1, 0, 'C')
if len(portscan[port]) == 3:
pdf.cell(190 / 4, 5, portscan[port][2], 1, 0, 'C')
else:
pdf.cell(190 / 4, 5, 'not found', 1, 0, 'C')
pdf.output('files/pdf/{}.pdf'.format(filename), 'F')
except:
return b'Error', 'html'
def test_local_context_inherited_shared_props(tmp_path):
"The only thing that should differ between the 2 squares is their opacity"
pdf = FPDF()
pdf.add_page()
pdf.set_font("Helvetica", "", 12)
pdf.set_draw_color(0, 128, 255)
pdf.set_fill_color(255, 128, 0)
pdf.set_line_width(2)
pdf.set_dash_pattern(dash=0.5, gap=9.5, phase=3.25)
with pdf.local_context(
fill_opacity=0.5): # => triggers creation of a local GraphicsStyle
pdf.rect(x=60, y=60, w=60, h=60, style="DF")
pdf.rect(x=60, y=150, w=60, h=60, style="DF")
assert_pdf_equal(pdf, HERE / "local_context_inherited_shared_props.pdf",
tmp_path)
def printReport():
df = pd.read_csv("OUTPUT/HDIrank2019_02_mergedDataframes.csv")
df = df.drop(columns="Unnamed: 0")
reg = df.groupby("region").mean().drop(
columns=["HDIrank", "LastYearRank"]).T.round(2)
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page()
font_type = ('Arial', 'B', 16)
num_col = 6
w, h = 190, 277
pdf.set_font(*font_type)
pdf.set_text_color(0)
pdf.set_draw_color(0)
pdf.cell(w, 10, 'Datos Acumulados', 1, 1, 'C')
pdf.set_line_width(0.2)
for col in reg.columns:
pdf.cell(w / num_col, 10, col, 1, 0, 'C')
pdf.ln()
pdf.set_fill_color(243, 95, 95)
font_type = ('Arial', '', 12)
pdf.set_font(*font_type)
'''
NOT WORKING!
def fit_word(string,cell_w,font_type):
ver = FPDF()
#font_type(font,style,size))
ver.set_font(*font_type)
# if string fits, return it unchanged
if ver.get_string_width(string)<cell_w:
return string
# cut string until it fits
while ver.get_string_width(string)>=cell_w:
string = string[:-1]
# replace last 3 characters with "..."
string = string[:-3] + "..."
return string
'''
for index, row in reg.iterrows():
for value in reg.columns:
pdf.cell(w / num_col, 10, row[value], 1, 0, 'C', 0)
pdf.ln()
pdf.output("OUTPUT/report.pdf", 'F')
return "Repo done"
def createPDF(self):
pdf = FPDF()
pdf.add_page()
pdf.set_font('Arial', 'B', 18)
# header
pdf.image("images/ImagLogo.GIF", 170, 3, 25)
pdf.cell(0, 10, "Report", border=False, ln=1, align="C")
pdf.ln()
#####General Information
pdf.set_font('Arial', 'B', 12)
pdf.set_fill_color(213, 201, 239)
pdf.cell(0, 9, 'General Information', 0, 1, 'L', 1)
pdf.ln(3)
pdf.line(8, 20, 150, 20)
pdf.set_font('Arial', 'IB', 13)
pdf.cell(
130,
10,
txt="Paitant ID : " + self.P_ID + " ",
ln=1,
align='E',
)
pdf.set_font('Arial', 'B', 12)
pdf.cell(130, 10, txt="Check up No:", align="W")
pdf.cell(100,
10,
txt=" Test Result Data: " +
datetime.date.today().strftime("%d-%m-%y"),
ln=1,
align="E")
##Result
pdf.ln()
pdf.set_font('Arial', 'B', 12)
pdf.set_fill_color(213, 201, 239)
pdf.cell(0, 9, ' Result Infromation', 0, 1, 'L', 1)
pdf.image(self.imagePa, 90, 100, 100)
pdf.ln()
pdf.set_font('Arial', 'B', 16)
pdf.cell(0, 10, txt=" The disease is " + self.result + "", align="W")
# footer
pdf.set_font('Arial', '', 13)
pdf.set_auto_page_break(auto=True, margin=15)
pdf.set_y(270)
pdf.cell(0, 10, f'Page {pdf.page_no()}/nb', align="C")
pdf.alias_nb_pages(alias='nb')
# add another cell
pdf.output("results/" + self.P_ID + ".pdf")
def generatePDF(userid, maxportfolioid):
sql_statement = "SELECT symbol, purchase_price, lot_size from portfolio where userid = %s and portfolioid = %s"
data = (userid, maxportfolioid)
connection = DBconnection(sql_statement, data)
Symbol = [i[0] for i in connection]
PurchasePrice = [i[1] for i in connection]
Lot_Size = [i[2] for i in connection]
pdf = FPDF()
#header of the pdf file
header = 'Specifically curated for ' + str(userid)
pdf.add_page()
pdf.set_font('Arial', 'B', 16)
w = pdf.get_string_width(header) + 6
pdf.set_x((210 - w) / 2)
pdf.cell(w, 9, header, 0, 0, 'C')
pdf.line(20, 18, 210 - 20, 18)
pdf.ln(10)
pdf.set_font('Times', '', 12)
pdf.multi_cell(
0, 5,
'Here is a list of suggested financial instruments for your peruse.')
for i in range(len(Symbol)):
pdf.ln()
pdf.set_font('Arial', '', 12)
pdf.set_fill_color(200, 220, 255)
pdf.cell(
0, 6, 'Financial Instrument ' + str(i + 1) + ": " +
str(Symbol[i]) + " Unit Price " + str(PurchasePrice[i]) +
" Lot Size " + str(Lot_Size[i]), 0, 1, 'L', 1)
pdf.ln()
pdf.set_font('Courier', 'B', 12)
pdf.multi_cell(
0, 5, 'A detailed analysis on ' + Symbol[i] + '---------------')
#pdf.set_y(0) #on top of the page
pdf.set_y(-30) #30 CM from the bottom of the page
pdf.set_font('Arial', '', 8)
pdf.set_text_color(0)
pdf.cell(0, 5, 'Page ' + str(pdf.page_no()), 0, 0, 'C')
pdf.output(str(userid) + '.pdf', 'F')
return pdf
def create_pdf_page(codes_array, start, stop, pdf=None):
"""creates a single pdf page from codes_array[start:stop]
Arguments:
codes_array {[list]} -- [list of codes]
start {[int]} -- [starting index]
stop {[int]} -- [stop index]
Keyword Arguments:
pdf {[filepath]} -- [path to pdf to be appended to] (default: {None = new one will be created})
"""
if not pdf:
pdf = FPDF(orientation='P', unit='mm', format='A4')
pdf.set_font('Arial')
pdf.set_font_size(16)
pdf.set_margins(3, 3.5, 3)
pdf.set_auto_page_break(False)
pdf.add_page()
# two rows
i = start
for y in range(3, 149, 145):
# 4 per row
for x in range(3, 157, 51):
if i > stop:
return
offset = (x, y + 0.5)
# ticket
offset_padding = (offset[0] + 1.5, offset[1] + 1.5)
pdf.set_xy(offset[0], offset[1])
pdf.set_fill_color(150, 10, 10)
pdf.cell(51, 145, "", 1, 1, 'c', True)
code = codes_array[i]
image_tempfile = create_qr(code)
pdf.image(image_tempfile.name, offset_padding[0],
offset_padding[1], 48, 48, 'PNG')
os.unlink(image_tempfile.name)
image_tempfile.close()
pdf.set_xy(offset_padding[0], offset[1] + 51)
pdf.set_fill_color(10, 150, 10)
pdf.cell(48, 6, str(code), 1, 1, 'C', True)
pdf.set_xy(offset_padding[0], offset[1] + 58.5)
pdf.cell(48, 85, fill=True)
i += 1
def build_chart(self, output_name, mins):
length = len(protein_seq(self))
chunks = Chart.get_bits(self)
pdf = FPDF('L')
pdf.add_page()
height = (125 / len(self.struct_sequences[1:])) / len(chunks[0][0][0])
mult = height - 1
for i in range(len(chunks)):
for m in range(len(chunks[i])):
for z in range(len(chunks[i][m])):
r, g, b = float(chunks[i][m][z][0]), float(
chunks[i][m][z][1]), float(chunks[i][m][z][2])
pdf.set_fill_color(r, g, b)
pdf.rect((z + (z * .9)) + 2,
((m + (mult * m) + (i * 60) + 5)),
1.9,
height,
style='F')
pdf.line((0 + (0 * .9)) + 2, (m + (mult * m) + (i * 60) + 5),
(z + (z * .9)) + 3.9, (m + (mult * m) + (i * 60) + 5))
pdf.set_font("Arial", style='B', size=5.5)
pieces = get_chunks(self)
for Y in range(len(chunks)):
for B in range(len(pieces[Y])):
pdf.text((B + (B * .9)) + 2.2, ((Y * 60) + 4.5), pieces[Y][B])
option_list = ['Helix', 'Coil', 'Strand']
for q in range(3):
red = float(mins[q][0])
green = float(mins[q][1])
blue = float(mins[q][2])
pdf.set_font("Arial", style='B', size=18)
pdf.set_fill_color(red, green, blue)
pdf.rect(230, (q * 7) + q + 185, 15, 7, style='F')
pdf.text(247, (q * 7) + q + 190, option_list[q])
pdf.output(output_name)
def generate_pdf(card, qrcode_enabled=True) -> str:
"""
Make a PDF from a card
:param card: dict from fetcher.py
:return: Binary PDF buffer
"""
from eclaire.base import SPECIAL_LABELS, MAX_LABEL_CHARS
pdf = FPDF("L", "mm", (62, 140))
pdf.set_margins(2.8, 2.8, 2.8)
pdf.set_auto_page_break(False, margin=0)
pdf.add_page()
font = pkg_resources.resource_filename("eclaire", "font/Clairifont.ttf")
pdf.add_font("Clairifont", fname=font, uni=True)
pdf.set_font("Clairifont", size=40)
pdf.multi_cell(0, 18, txt=card.name.upper(), align="L")
if qrcode_enabled:
qrcode = generate_qr_code(card.shortUrl)
qrcode_file = mktemp(suffix=".png", prefix="trello_qr_")
qrcode.save(qrcode_file)
pdf.image(qrcode_file, 118, 35, 20, 20)
os.unlink(qrcode_file)
# May we never speak of this again.
pdf.set_fill_color(255, 255, 255)
pdf.rect(0, 55, 140, 20, "F")
pdf.set_font("Clairifont", "", 14)
pdf.set_y(-4)
labels = ", ".join([
label.name for label in card.labels if label.name not in SPECIAL_LABELS
])[:MAX_LABEL_CHARS]
pdf.multi_cell(0, 0, labels, 0, "R")
return pdf.output(dest="S").encode("latin-1")
def output_pdf(logger, all_news, about_website=None, file_name=None):
"""Function which create or overwrites PDF-file with selected fresh or cached news"""
logger.info('Convert to PDF-format')
pdf = FPDF()
pdf.add_page()
if about_website is not None:
pdf.set_font("Arial", "B", size=14)
pdf.set_fill_color(200, 220, 255)
for value in about_website.values():
line = 1
pdf.cell(190, 8, txt=value, ln=line, align="C")
line += 1
pdf.set_font("Arial", size=10)
pdf.set_line_width(1)
pdf.set_draw_color(35, 41, 153)
for news in all_news:
link = news['Source of image']
for key, value in news.items():
if key != 'Summary':
pdf.multi_cell(190, 6, txt=f'{key}: {value}', align="L")
else:
position_y = pdf.get_y()
try:
filename, _ = urllib.request.urlretrieve(link)
pdf.image(filename, 80, position_y, h=30, type='jpeg', link=link)
pdf.ln(31)
os.remove(filename)
except Exception as ex:
logger.warning("Error finding image: {}, {}.".format(type(ex), ex))
pdf.multi_cell(190, 6, txt=f'{key}: {value}', align="L")
position_y = pdf.get_y()
pdf.set_line_width(1)
pdf.set_draw_color(35, 41, 153)
pdf.line(10, position_y, 200, position_y)
logger.info('Creating of PDF-file')
try:
pdf.output(file_name)
logger.info('Converted successfully!')
except Exception as ex:
logger.error("PDF file writing error : {}, {}.".format(type(ex), ex))
def test_graphics_context(tmp_path):
pdf = FPDF()
pdf.add_page()
pdf.set_font("helvetica", "", 12)
pdf.set_text_color(0x00, 0xFF, 0x00)
pdf.set_fill_color(0xFF, 0x88, 0xFF)
pdf.set_y(20)
pdf.cell(txt="outer 01", new_x=XPos.LMARGIN, new_y=YPos.NEXT, fill=True)
with pdf.local_context():
pdf.set_font("courier", "BIU", 30)
pdf.set_text_color(0xFF, 0x00, 0x00)
pdf.set_fill_color(0xFF, 0xFF, 0x00)
pdf.cell(txt="inner 01",
new_x=XPos.LMARGIN,
new_y=YPos.NEXT,
fill=True)
pdf.set_x(70)
with pdf.rotation(30, pdf.get_x(), pdf.get_y()):
pdf.set_fill_color(0x00, 0xFF, 0x00)
pdf.cell(txt="inner 02",
new_x=XPos.LMARGIN,
new_y=YPos.NEXT,
fill=True)
pdf.set_stretching(150)
pdf.cell(txt="inner 03",
new_x=XPos.LMARGIN,
new_y=YPos.NEXT,
fill=True)
pdf.cell(txt="outer 02", new_x=XPos.LMARGIN, new_y=YPos.NEXT, fill=True)
assert_pdf_equal(pdf, HERE / "graphics_context.pdf", tmp_path)
def change_data_to_pdf(data):
pdf = FPDF(orientation='L', unit='mm')
# pdf = fpdf.FPDF('L', 'mm', format=(30, 10))
pdf = fpdf.FPDF(format='A4')
pdf.add_page()
pdf.set_font("Arial", size=12,)
pdf.cell(150, 10, txt="Results Sheet", ln=1, align="C")
# border styling
pdf.set_line_width(1)
pdf.set_fill_color(0, 255, 0)
pdf.rect(2, 2, 205, 160)
# excel cell data
text = f"""
Name: {data[1]}
Father Name: {data[2]}
subject
Math: {data[3]}
Chemistry: {data[4]}
Biology: {data[5]}
Geology: {data[6]}
English: {data[7]}
Average score:
Final Result:
"""
# show excel data
pdf.set_right_margin(444)
pdf.multi_cell(150, 9, text, align='R')
# adding Image
pdf.image('images/1_jobs.jpeg', x=50, y=50, w=50)
# pdf.cell(400, 40, txt="{}".format('images/Ahmad.jpeg'), ln=1)
pdf.ln()
pdf.output("File.pdf")
def generate_pdf(card):
"""
Make a PDF from a card
:param card: dict from fetcher.py
:return: Binary PDF buffer
"""
from eclaire.base import SPECIAL_LABELS
pdf = FPDF('L', 'mm', (62, 140))
pdf.set_margins(2.8, 2.8, 2.8)
pdf.set_auto_page_break(False, margin=0)
pdf.add_page()
font = pkg_resources.resource_filename('eclaire', 'font/Clairifont.ttf')
pdf.add_font('Clairifont', fname=font, uni=True)
pdf.set_font('Clairifont', size=48)
pdf.multi_cell(0, 18, txt=card.name.upper(), align='L')
qrcode = generate_qr_code(card.url)
qrcode_file = mktemp(suffix='.png', prefix='trello_qr_')
qrcode.save(qrcode_file)
pdf.image(qrcode_file, 118, 35, 20, 20)
os.unlink(qrcode_file)
# May we never speak of this again.
pdf.set_fill_color(255, 255, 255)
pdf.rect(0, 55, 140, 20, 'F')
pdf.set_font('Clairifont', '', 16)
pdf.set_y(-4)
labels = ', '.join([
label.name for label in card.labels if label.name not in SPECIAL_LABELS
])
pdf.multi_cell(0, 0, labels, 0, 'R')
return pdf.output(dest='S')
def generate_pdf(card):
"""
Make a PDF from a card
:param card: dict from fetcher.py
:return: Binary PDF buffer
"""
from eclaire.base import SPECIAL_LABELS
pdf = FPDF('L', 'mm', (62, 140))
pdf.set_margins(2.8, 2.8, 2.8)
pdf.set_auto_page_break(False, margin=0)
pdf.add_page()
font = pkg_resources.resource_filename('eclaire', 'font/Clairifont.ttf')
pdf.add_font('Clairifont', fname=font, uni=True)
pdf.set_font('Clairifont', size=48)
pdf.multi_cell(0, 18, txt=card.name.upper(), align='L')
qrcode = generate_qr_code(card.url)
qrcode_file = mktemp(suffix='.png', prefix='trello_qr_')
qrcode.save(qrcode_file)
pdf.image(qrcode_file, 118, 35, 20, 20)
os.unlink(qrcode_file)
# May we never speak of this again.
pdf.set_fill_color(255, 255, 255)
pdf.rect(0, 55, 140, 20, 'F')
pdf.set_font('Clairifont', '', 16)
pdf.set_y(-4)
labels = ', '.join([label.name for label in card.labels
if label.name not in SPECIAL_LABELS])
pdf.multi_cell(0, 0, labels, 0, 'R')
return pdf.output(dest='S')
def pdf(location, x):
print('Trwa generowanie pliku pdf.')
pdf = FPDF()
pdf.add_page()
pdf.set_xy(0, 0)
pdf.set_font('arial', style='', size=14)
pdf.cell(40)
logo = ''.join([location, '\\' + x + '.png'])
pdf.image(logo, x=90, y=15, w=pdf.w / 2.0, h=pdf.h / 5.0)
pdf.ln(5)
pdf.cell(40, 20, 'Raport ze strony ' + x)
pdf.ln(10)
pdf.cell(30, 15, str(date.today()))
pdf.ln(65)
pdf.cell(0, 15, 'Kolory:')
pdf.ln(15)
for line in open(''.join([location, '\\colors.txt'])):
colors = line.split(" ")
red, green, blue = hex_rgb(colors[0])
pdf.set_fill_color(red, green, blue)
pdf.cell(30, 15, ' ', fill=True)
pdf.cell(30, 15, str(colors[0]), fill=False)
pdf.cell(20)
pdf.cell(10, 15, str(colors[1]), fill=False)
pdf.ln(15)
pdf.ln(15)
pdf.cell(15)
pdf.cell(30, 15, 'Tablice pixeli:')
pdf.ln(10)
pdf.x = 5
img1 = cv2.imread(''.join([location, '\\fig1.png']))
img2 = cv2.imread(''.join([location, '\\fig2.png']))
figure = np.concatenate((img1, img2), axis=1)
cv2.imwrite('out.png', figure)
pdf.image('out.png', x=None, y=None, w=pdf.w / 1.1, h=pdf.h / 4.0)
os.remove("out.png")
pdf.output(x + '.pdf', 'F')
def heterozygosity(het_dataframe, thresh, minThresh, outDir):
pdf = FPDF() # create new PDF
pdf.add_page()
pdf.set_margins(20, 10, 20)
pdf.set_font('Arial', 'B', 24)
pdf.set_x(20)
pdf.multi_cell(0, 30, "Heterozygosity", 0, 1, 'L')
pdf.line(20, 32, 190, 32)
sample_fails = open(outDir + '/samples_failing_heterozygosity.txt', 'w')
fail_het = het_dataframe.loc[((het_dataframe['F'] > thresh) | (het_dataframe['F'] < minThresh))]
fail_het[['FID', 'IID']].to_csv(sample_fails.name, sep='\t', index=False, header=False) # format it FID <tab> IID <new line>
# sorts inbreeing coeffiecient score to rank for ploting
het_dataframe.sort_values(by='F', ascending=True, axis=0, inplace=True)
het_dataframe = het_dataframe.reset_index()
het_dataframe['rank'] = het_dataframe.index
pdf.set_font('Arial', '', 12)
pdf.multi_cell(0, 5, 'Heterozygosity is calculated on the merged sample space. Samples with extreme levels of heterozygosity as measured by \
the F inbreeding coefficient, may be indicative of a sample exhibiting poor quality. The current inbreeding coefficient threshold is set \
to ' + str(thresh) + '. Any F value above this threshold is filtered out.', 0, 1, 'J')
pdf.multi_cell(0, 5, '\n', 0, 1, 'J')
pdf.set_font('Arial', 'B', 16)
pdf.set_fill_color(200)
pdf.multi_cell(0, 8, 'Total Number Samples Analyed: '+ str(len(het_dataframe.index)), 1, 'L', True)
pdf.set_x(30)
pdf.multi_cell(0, 8, 'Total Number Samples Failing: '+ str(len(fail_het.index)), 1, 1, 'L')
het_dataframe.plot(kind='scatter', x='rank', y='F', title='Ranked Inbreeding Coefficient scores', s=7)
plt.tight_layout(pad=2, w_pad=2, h_pad=2)
plt.savefig(outDir+'/'+'heterozygosity_plot.png')
plt.close()
pdf.image(outDir+'/'+'heterozygosity_plot.png', x=10, y=130, w=190, h=150)
return sample_fails.name, pdf
def createpdf(path_image, savepath, results):
# Generate FPDF object and add page
pdf = FPDF("P", "mm", "A4") # (orientation, unit, format)
pdf.add_page()
# Vision logo
pdf.image("images/logo.png", x=160, y=20, w=39, h=26)
# Title
pdf.set_font("Arial", "B", 28) # (letter type, style, size)
pdf.set_text_color(4, 23, 34)
#pdf.set_draw_color(220,220,220) # give color to borders
pdf.set_fill_color(255, 255, 255) # backgrund cell color
pdf.set_xy(25, 40)
pdf.cell(0, 20, "OCT Diagnostic", 0, 2, "C", True)
# Image
pdf.image(path_image, x=120, y=80, w=59, h=59)
# Text
pdf.set_font("Arial", "", 12)
pdf.set_text_color(10, 10, 10)
pdf.cell(25, 20, "", 0, 2, "L")
pdf.cell(0, 15,
f"Choroidal Neovascularization : {round(results[0]*100, 2)} %", 0,
2, "L")
pdf.cell(0, 15, f"Diabetic Macular Edema : {round(results[1]*100, 2)} %",
0, 2, "L")
pdf.cell(0, 15, f"Drusen : {round(results[2]*100, 2)} %", 0, 2, "L")
pdf.cell(0, 15, f"Normal : {round(results[3]*100, 2)} %", 0, 2, "L")
# Save File
pdf.output(f"{savepath}.pdf", "F")
def createpdf(country, owner):
# Generate FPDF object and add page
pdf = FPDF("P", "mm", "A4") # (orientation, unit, format)
pdf.add_page()
# Title
pdf.set_font("Courier", "B", 20) # (letter type, style, size)
pdf.set_text_color(15, 20, 85)
#pdf.set_draw_color(220,220,220) # give color to borders
pdf.set_fill_color(200, 200, 200)
if country == "Both":
pdf.cell(0, 20, f"Mortality in Ghana and Spain - Report", 0, 1, "C",
True)
else:
pdf.cell(0, 20, f"{country} hospitals - mortality report", 0, 1, "C",
True)
#FPDF.set_title(title = f"{country} hospitals - mortality report")
# Image
pdf.image("OUTPUT/graphic.png", x=25, y=40, w=150, h=110)
# Text
pdf.set_font("Arial", "", 12)
pdf.set_text_color(10, 10, 10)
txt = situation(country, owner)
report = writing_analysis(txt, country)
#pdf.cell(0, 240, report)
#FPDF.text(x=0, y=140, report)
#FPDF.set_xy(0.00, 10.00)
pdf.set_xy(25, 160)
pdf.write(10, report)
# Save File
pdf.output("OUTPUT/Report.pdf", "F")
def some_initialisations(self, copyname):
document = FPDF(orientation='P', unit='mm', format='A4')
doctitle = "Tax invoice - " + copyname
document.set_title(doctitle)
document.set_margins(
20, 20, 20
) # left, top, right...... Define before creating page, otherwise will ruin formatting
#Libreoffice ref: 11pt=3.88mm, 48 lines @1.2, 50 lines @1.15, 38 lines @1.5 line spacing
# big character to font height is 75% approx.
#space to char ht: 89%, 99%, 75%, 153% respectively for 1.15, 1.2, 1 and 1.5 line spacing
#net char height for 11pt is 3.88*.75=2.91 mm
#net space height for 11pt is 2.59 @1.15, 2.88 @1.2, 2.18 @1, 4.45 @1.5
# cell ht: 5.5 @1.15, 5.8 @1.2, 5.1 @1, 7.35 @1.5
#There is no page for the moment, so we have to add one with add_page.
document.add_page()
document.set_font("Times", size=11)
document.set_text_color(20, 20, 20)
document.set_fill_color(255, 255, 255)
# cell fill colour, visible if cell property fill set to true
document.set_draw_color(175, 175, 175)
# border color, used for all drawing operations (lines, rectangles and cell borders)
return document
def minor_allele_freq(dictMAF, thresh):
pdf = FPDF() # create new PDF
pdf.add_page()
pdf.set_margins(20, 10, 20)
pdf.set_font('Arial', 'B', 24)
pdf.set_x(20)
pdf.multi_cell(0, 30, "Minor Allele Frequency", 0, 1, 'L')
pdf.line(20, 32, 190, 32)
pdf.set_font('Arial', 'B', 16)
pdf.set_fill_color(200)
# iterate through all ethnic groups for LD pruning stats
for key, value in dictMAF.iteritems():
pdf.multi_cell(0, 8, str(key), 1, 'L', True)
pdf.set_x(30)
pdf.multi_cell(0, 8, 'Total Number of SNPs analyzed: ' + str(value[0]), 1, 1, 'L')
pdf.set_x(30)
pdf.multi_cell(0, 8, 'Total Number of SNPs MAF >= ' + str(thresh) + ': ' + str(value[1]) + ' (' + str("%.2f" % round((float(value[1])/float(value[0]))*100, 2)) + '%)', 1, 1, 'L')
pdf.set_x(30)
pdf.multi_cell(0, 8, 'Total Number of SNPs MAF <= ' + str(thresh) + ': ' + str(value[2]) + ' (' + str("%.2f" % round((float(value[2])/float(value[0]))*100, 2)) + '%)', 1, 1, 'L')
pdf.multi_cell(0, 8, '\n\n', 0, 1, 'J')
return pdf
# Process strip data
for name, numbers in config['strips'].items():
# Log
print(f'Writing {name}.pdf:', end='')
# Prepare PDF
pdf = FPDF(
orientation=config['papersize']['orientation'],
format=config['papersize']['name'],
unit='mm',
)
pdf.add_page()
pdf.set_fill_color(0, 0, 0)
# Parse data
strips = parse_strips(numbers)
thickness = sum(strips)
# Draw lines
start = (float(config['papersize']['width']) - thickness) / 2
black = True
y = 0
for th in strips:
if (black):
pdf.rect(
x=0,
y=start + y,
w=float(config['papersize']['height']),
# .set_text_color(r,g=-1,b=-1)
pdf.set_text_color(198, 21, 21)
pdf.cell(190, 10, 'print("Hello, World!")', "LRB", 1, 'C')
pdf.set_font('Arial', 'B', 16)
pdf.set_text_color(0)
pdf.cell(95, 10, "C", 1, 0, 'C')
# .set_draw_color(r,g,b)
pdf.set_draw_color(198, 21, 21)
# .set_line_width(size) in user defined unit
pdf.set_line_width(1)
pdf.cell(95, 10, "Python", 1, 0, 'C')
pdf.set_draw_color(4, 139, 63)
pdf.set_fill_color(4, 139, 63)
pdf.line(10, 50, 200, 10)
pdf.set_draw_color(4, 139, 63)
pdf.set_fill_color(4, 139, 63)
# .rect(x,y,w,h,style)
pdf.rect(10, 60, 190, 10, 'DF')
pdf.set_draw_color(198, 21, 21)
pdf.set_fill_color(198, 21, 21)
# use parameter as values
for i in range(72, 157, 12):
pdf.rect(10, i, 190, 10, 'DF')
# .image for jpeg, png and gif images
pdf.image('zamora.png',
class kut2fpdf(object):
_document = None # Aquí se irán guardando los datos del documento
logger = None
_xml = None
_xml_data = None
_page_orientation = None
_page_size = None
_bottom_margin = None
_left_margin = None
_right_margin = None
_top_margin = None
_page_top = {}
_data_row = None # Apunta a la fila actual en data
_parser_tools = None
_avalible_fonts = []
def __init__(self):
self.logger = logging.getLogger("kut2rml")
checkDependencies({"fpdf": "fpdf"})
from pineboolib.plugins.kugar.parsertools import parsertools
self._parser_tools = parsertools()
"""
Convierte una cadena de texto que contiene el ".kut" en un pdf y retorna la ruta a este último.
@param name. Nombre de ".kut".
@param kut. Cadena de texto que contiene el ".kut".
@param data. Cadena de texto que contiene los datos para ser rellenados en el informe.
@return Ruta a fichero pdf.
"""
def parse(self, name, kut, data):
try:
self._xml = self._parser_tools.loadKut(kut)
except Exception:
self.logger.exception(
"KUT2FPDF: Problema al procesar %s.kut", name)
return False
try:
self._xml_data = load2xml(data)
except Exception:
self.logger.exception("KUT2FPDF: Problema al procesar xml_data")
return False
self.setPageFormat(self._xml)
# self._page_orientation =
# self._page_size =
from fpdf import FPDF
self._document = FPDF(self._page_orientation, "pt", self._page_size)
# Seteamos rutas a carpetas con tipos de letra ...
# Cargamos las fuentes disponibles
for f in self._document.core_fonts:
self.logger.debug("KUT2FPDF :: Adding font %s", f)
self._avalible_fonts.append(f)
self.newPage()
self.processDetails()
pdfname = pineboolib.project.getTempDir()
pdfname += "/%s_%s.pdf" % (name, datetime.datetime.now().strftime("%Y%m%d%H%M%S"))
# Datos del creador del documento
self._document.set_title(name)
self._document.set_author("Pineboo - kut2fpdf plugin")
self._document.output(pdfname, 'F')
return pdfname
"""
Indica el techo para calcular la posición de los objetos de esa sección.
@return Número con el techo de la página actual.
"""
def topSection(self):
return self._page_top[str(self._document.page_no())]
"""
Actualiza el valor del techo de la página actual. Se suele actualizar al procesar una sección.
@param value. Numero que elspecifica el nuevo techo.
"""
def setTopSection(self, value):
self._page_top[str(self._document.page_no())] = value
"""
Añade una nueva página al documento.
"""
def newPage(self):
self._document.add_page(self._page_orientation)
self._page_top[str(self._document.page_no())] = self._top_margin
self._document.set_margins(self._left_margin, self._top_margin,
self._right_margin) # Lo dejo pero no se nota nada
# Corta con el borde inferior ...
# self._document.set_auto_page_break(
# True, self._document.h - self._bottom_margin)
self.processSection("PageHeader")
"""
Procesa las secciones details con sus correspondientes detailHeader y detailFooter.
"""
def processDetails(self):
# Procesamos la cabecera si procede ..
prevLevel = 0
level = None
for data in self._xml_data.findall("Row"):
level = int(data.get("level"))
if prevLevel > level:
self.processData("DetailFooter", data, prevLevel)
elif prevLevel < level:
self.processData("DetailHeader", data, level)
self.processData("Detail", data, level)
prevLevel = level
if level:
for l in reversed(range(level + 1)):
self.processData("DetailFooter", data, l)
if self._xml.find("PageFooter"):
self.processSection("PageFooter")
elif self._xml.find("AddOnFooter"):
self.processSection("AddOnFooter")
"""
Paso intermedio que calcula si detailHeader + detail + detailFooter entran en el resto de la ṕagina. Si no es así crea nueva página.
@param section_name. Nombre de la sección a procesar.
@param data. Linea de datos a procesar.
@param data_level. Nivel de seccion.
"""
def processData(self, section_name, data, data_level):
listDF = self._xml.findall(section_name)
for dF in listDF:
if dF.get("Level") == str(data_level):
if section_name == "Detail" and (not dF.get("DrawIf") or data.get(dF.get("DrawIf"))):
heightCalculated = self._parser_tools.getHeight(dF) + self.topSection()
for dFooter in self._xml.findall("DetailFooter"):
if dFooter.get("Level") == str(data_level):
heightCalculated += self._parser_tools.getHeight(dFooter)
pageFooter = self._xml.get("PageFooter")
if pageFooter:
if self._document.page_no() == 1 or pageFooter.get("PrintFrecuency") == "1":
heightCalculated += self._parser_tools.getHeight(pageFooter)
heightCalculated += self._bottom_margin
if heightCalculated > self._document.h: # Si nos pasamos
self.processSection("PageFooter") # Pie de página
self.newPage()
if not dF.get("DrawIf") or data.get(dF.get("DrawIf")):
self.processXML(dF, data)
#self.logger.debug("%s_BOTTON = %s" % (name.upper(), self.actualVSize[str(self.pagina)]))
"""
Procesa las secciones fuera de detail, pageHeader, pageFooter, AddOnFooter.
@param name. Nombre de la sección a procesar.
"""
def processSection(self, name):
sec_ = self._xml.find(name)
if sec_:
if sec_.get("PrintFrequency") == "1" or self._document.page_no() == 1:
if sec_.tag == "PageFooter":
self.setTopSection(self._document.h - int(sec_.get("Height")))
self.processXML(sec_)
"""
Procesa un elemento de xml.
@param xml: El elemento a procesar.
@param. data: Linea de datos afectada.
"""
def processXML(self, xml, data=None):
fix_height = True
if xml.tag == "DetailFooter":
if xml.get("PlaceAtBottom") == "true":
self.setTopSection(self.topSection() + self._parser_tools.getHeight(xml))
if xml.tag == "PageFooter":
fix_height = False
for child in xml.iter():
if child.tag in ("Label", "Field", "Special", "CalculatedField"):
self.processText(child, data, fix_height)
elif child.tag == "Line":
self.processLine(child, fix_height)
if xml.get("PlaceAtBottom") != "true":
self.setTopSection(self.topSection() + self._parser_tools.getHeight(xml))
"""
Procesa una linea.
@param xml. Sección de xml a procesar.
@param fix_height. Ajusta la altura a los .kut originales, excepto el pageFooter.
"""
def processLine(self, xml, fix_height=True):
color = xml.get("Color")
r = 0 if not color else int(color.split(",")[0])
g = 0 if not color else int(color.split(",")[1])
b = 0 if not color else int(color.split(",")[2])
#style = int(xml.get("Style"))
width = int(xml.get("Width"))
X1 = self.calculateLeftStart(xml.get("X1"))
X2 = self.calculateRightEnd(xml.get("X2"))
# Ajustar altura a secciones ya creadas
Y1 = int(xml.get("Y1")) + self.topSection()
Y2 = int(xml.get("Y2")) + self.topSection()
if fix_height:
Y1 = self._parser_tools.heightCorrection(Y1)
Y2 = self._parser_tools.heightCorrection(Y2)
self._document.set_line_width(width)
self._document.set_draw_color(r, g, b)
self._document.line(X1, Y1, X2, Y2)
"""
Comprueba si excedemos el margen izquierdo de la página actual
@param x. Posición a comprobar.
@return Valor corregido, si procede.
"""
def calculateLeftStart(self, x):
x = int(x)
ret_ = x
if x < self._left_margin:
ret_ = self._left_margin
return ret_
"""
Comprueba si excedemos el margen derecho de la página actual
@param x. Posición a comprobar.
@return Valor corregido, si procede.
"""
def calculateRightEnd(self, x):
x = int(x)
ret_ = x
if x > (self._document.w - self._right_margin):
ret_ = self._document.w - self._right_margin
return ret_
"""
Procesa una etiqueta. Esta peude ser un campo calculado, una etiqueta, un campo especial o una imagen.
@param xml. Sección de xml a procesar.
@param fix_height. Ajusta la altura a los .kut originales, excepto el pageFooter.
"""
def processText(self, xml, data_row=None, fix_height=True):
isImage = False
text = xml.get("Text")
BorderWidth = int(xml.get("BorderWidth"))
borderColor = xml.get("BorderColor")
# x,y,W,H se calcula y corrigen aquí para luego estar correctos en los diferentes destinos posibles
W = int(xml.get("Width"))
H = self._parser_tools.getHeight(xml)
x = int(xml.get("X"))
y = int(xml.get("Y")) + self.topSection() # Añade la altura que hay ocupada por otras secciones
if fix_height:
y = self._parser_tools.heightCorrection(y) # Corrige la posición con respecto al kut original
dataType = xml.get("Datatype")
if xml.tag == "Field" and data_row is not None:
text = data_row.get(xml.get("Field"))
elif xml.tag == "Special":
text = self._parser_tools.getSpecial(
text[1:len(text) - 1], self._document.page_no())
elif xml.tag == "CalculatedField":
if xml.get("FunctionName"):
function_name = xml.get("FunctionName")
try:
nodo = self._parser_tools.convertToNode(data_row)
text = str(pineboolib.project.call(function_name, [nodo]))
except Exception:
self.logger.exception(
"KUT2FPDF:: Error llamando a function %s", function_name)
return
else:
if data_row is None:
data_row = self._xml_data[0]
if xml.get("Field"):
text = data_row.get(
xml.get("Field")) if not "None" else ""
if text and dataType is not None:
text = self._parser_tools.calculated(text, int(dataType), xml.get("Precision"), data_row)
if dataType == "5":
isImage = True
if text and text.startswith(filedir("../tempdata")):
isImage = True
precision = xml.get("Precision")
negValueColor = xml.get("NegValueColor")
Currency = xml.get("Currency")
commaSeparator = xml.get("CommaSeparator")
dateFormat = xml.get("DateFormat")
if not isImage:
self.drawText(x, y, W, H, xml, text)
else:
self.drawImage(x, y, W, H, xml, text)
"""
Dibuja un campo texto en la página.
@param x. Pos x de la etiqueta.
@param y. Pos y de la etiqueta.
@param W. Anchura de la etiqueta.
@param H. Altura de la etiqueta.
@param xml. Sección del xml afectada.
@param txt. Texto calculado de la etiqueta a crear.
"""
def drawText(self, x, y, W, H, xml, txt):
if txt in ("None", None):
return
# Corregimos margenes:
x = self.calculateLeftStart(x)
W = self.calculateRightEnd(x + W) - x
bg_color = xml.get("BackgroundColor").split(",")
fg_color = xml.get("ForegroundColor").split(",")
self._document.set_text_color(int(fg_color[0]), int(fg_color[1]), int(fg_color[2]))
self._document.set_fill_color(int(bg_color[0]), int(bg_color[1]), int(bg_color[2]))
if xml.get("BorderStyle") == "1":
# FIXME: Hay que ajustar los margenes
self.drawRect(x, y, W, H)
#font_name, font_size, font_style
font_style = ""
font_size = int(xml.get("FontSize"))
font_name = xml.get("FontFamily").lower()
fontW = int(xml.get("FontWeight"))
fontI = xml.get("FontItalic")
fontU = xml.get("FontUnderlined") # FIXME: hay que ver si es así
if fontW > 60 and font_size > 10:
font_style += "B"
if fontI == "1":
font_style += "I"
if fontU == "1":
font_style += "U"
while font_name not in self._avalible_fonts:
font_found = self._parser_tools.find_font(font_name)
if font_found:
self.logger.info("KUT2FPDF::Añadiendo el tipo de letra %s (%s)", font_name, font_found)
self._document.add_font(font_name, "", font_found, True)
self._avalible_fonts.append(font_name)
else:
self.logger.warning("KUT2FPDF:: No se encuentra el tipo de letra %s. Sustituido por helvetica.", font_name)
font_name = "helvetica"
self._document.set_font(font_name, font_style, font_size)
# Corregir alineación
VAlignment = xml.get("VAlignment") # 0 izquierda, 1 centrado,2 derecha
HAlignment = xml.get("HAlignment")
if HAlignment == "1": # sobre X
# Centrado
x = x + (W / 2) - (self._document.get_string_width(txt) / 2)
elif HAlignment == "2":
# Derecha
x = x + W - self._document.get_string_width(txt)
else:
# Izquierda
x = x
if VAlignment == "1": # sobre Y
# Centrado
y = (y + H / 2) + (self._document.font_size_pt / 2)
elif VAlignment == "2":
# Abajo
y = y + W - font_size
else:
# Arriba
y = y
self._document.text(x, y, txt)
"""
Dibuja un cuadrado en la página actual.
@param x. Pos x del cuadrado.
@param y. Pos y del cuadrado.
@param W. Anchura del cuadrado.
@param H. Altura del cuadrado.
"""
def drawRect(self, x, y, W, H):
self._document.rect(x, y, W, H, "DF")
"""
Inserta una imagen en la página actual.
@param x. Pos x de la imagen.
@param y. Pos y de la imagen.
@param W. Anchura de la imagen.
@param H. Altura de la imagen.
@param xml. Sección del xml afectada.
@param file_name. Nombr del fichero de tempdata a usar
"""
def drawImage(self, x, y, W, H, xml, file_name):
self._document.image(file_name, x, y, W, H, "PNG")
"""
Define los parámetros de la página
@param xml: Elemento xml con los datos del fichero .kut a procesar
"""
def setPageFormat(self, xml):
custom_size = None
self._bottom_margin = int(xml.get("BottomMargin"))
self._left_margin = int(xml.get("LeftMargin"))
self._right_margin = int(xml.get("RightMargin"))
self._top_margin = int(xml.get("TopMargin"))
page_size = int(xml.get("PageSize"))
page_orientation = xml.get("PageOrientation")
if page_size in [30, 31]:
custom_size = [int(xml.get("CustomHeightMM")), int(xml.get("CustomWidthMM"))]
self._page_orientation = "P" if page_orientation == "0" else "L"
self._page_size = self._parser_tools.converPageSize(
page_size, int(page_orientation), custom_size) # devuelve un array
def MakePDFMonthCal (year, month, calParams, outputFile):
startMonth = 1
endMonth = 12
# Create a calendar instance
if (calParams ['FirstDay'] == SUNDAY):
cal = calendar.Calendar (calendar.SUNDAY)
else:
cal = calendar.Calendar (calendar.MONDAY)
pdfFile = FPDF (orientation=calParams['PageOrientation'], unit='in', format='letter')
pdfFile.add_page()
pdfFile.set_left_margin (calParams['PageXOrigin'])
pdfFile.set_top_margin (calParams['PageYOrigin'])
calXOffset = 0
calYOffset = 0
calMonth = month
fontStyle = ''
if (calParams['FontBold'] == True):
fontStyle += 'b'
if (calParams['FontItalic'] == True):
fontStyle += 'i'
calHeight = calParams['PageHeight']
calWidth = calParams['PageWidth']
numCols = 1
numRows = 1
if (month == -1):
pdfFile.set_draw_color (calParams['DebugColourR'], calParams['DebugColourG'], calParams['DebugColourB'])
pdfFile.set_line_width (calParams['DebugLineThickness'])
pdfFile.set_xy (calParams['PageXOrigin'], calParams['PageYOrigin'])
pdfFile.set_font (calParams['Font'], style=fontStyle, size=INCH_TO_POINT*calParams['YearHeader'])
pdfFile.set_text_color (calParams['FontColourR'], calParams['FontColourG'], calParams['FontColourB'])
pdfFile.cell (calWidth-calParams['YearGridSpacing'], calParams['YearHeader'], txt=str(year), border=calParams['Debug'], align='C')
calParams['PageYOrigin'] += (calParams['YearHeader'] + calParams['YearHeaderSpace'])
if (calParams['PageOrientation'] == PORTRAIT):
calHeight = (calParams['PageHeight'] - calParams['YearHeader'] - calParams['YearHeaderSpace']) / YEAR_MONTH_ROWS_PORT
calWidth = calParams['PageWidth'] / YEAR_MONTH_COLS_PORT
numCols = YEAR_MONTH_COLS_PORT
numRows = YEAR_MONTH_ROWS_PORT
else:
calHeight = (calParams['PageHeight'] - calParams['YearHeader'] - calParams['YearHeaderSpace']) / YEAR_MONTH_ROWS_LAND
calWidth = calParams['PageWidth'] / YEAR_MONTH_COLS_LAND
numCols = YEAR_MONTH_COLS_LAND
numRows = YEAR_MONTH_ROWS_LAND
calHeight -= calParams['YearGridSpacing']
calWidth -= calParams['YearGridSpacing']
else:
startMonth = month
endMonth = month
for calMonth in range (startMonth, endMonth+1):
if (calParams['Debug']):
pdfFile.set_draw_color (calParams['DebugColourR'], calParams['DebugColourG'], calParams['DebugColourB'])
pdfFile.set_line_width (calParams['DebugLineThickness'])
pdfFile.rect (calParams['PageXOrigin'] + calXOffset, calParams['PageYOrigin'] + calYOffset, calWidth, calHeight)
#
# Make title...
#
pdfFile.set_text_color (calParams['FontColourR'], calParams['FontColourG'], calParams['FontColourB'])
if (calParams['TitleStyle'] == 1):
pdfFile.set_xy (calParams['PageXOrigin'] + calXOffset, calParams['PageYOrigin'] + calYOffset)
pdfFile.set_font (calParams['Font'], style=fontStyle, size=INCH_TO_POINT*calParams['BlockMonthTitleHeight']*calHeight)
pdfFile.cell (calWidth, \
calParams['BlockMonthTitleHeight']*calHeight, \
txt=calendar.month_name[calMonth], \
border=calParams['Debug'], align='C')
elif (calParams['TitleStyle'] == 2):
pdfFile.set_font (calParams['Font'], style=fontStyle, size=INCH_TO_POINT*calParams['BlockMonthTitleHeight']*calHeight)
monthFontWidth = pdfFile.get_string_width (calendar.month_name[calMonth])
yearFontWidth = pdfFile.get_string_width (str(year))
pdfFile.set_xy (calParams['PageXOrigin'] + calXOffset, calParams['PageYOrigin'] + calYOffset)
pdfFile.cell (monthFontWidth, calParams['BlockMonthTitleHeight']*calHeight + calYOffset,\
txt=calendar.month_name[calMonth], border=calParams['Debug'], align='L')
pdfFile.set_xy (calParams['PageXOrigin'] + calXOffset + calWidth - yearFontWidth, calParams['PageYOrigin'] + calYOffset)
pdfFile.cell (yearFontWidth, calParams['BlockMonthTitleHeight']*calHeight + calYOffset,\
txt=str(year), border=calParams['Debug'], align='R')
#
# Weekday titles...
#
dayIndices = list ( range (0, NUMBER_WEEKDAYS) )
if (calParams ['FirstDay'] == SUNDAY):
dayIndices.insert (0, NUMBER_WEEKDAYS-1)
dayIndices.pop ()
fontScaleFactor, fontMaxWidth, fontMaxSize = FindMaxFontHeight (calParams['Font'], fontStyle, \
calParams['BlockDayTitleHeight'] * calHeight, \
calWidth/NUMBER_WEEKDAYS, \
MAX_WEEKDAY_STR)
for day in range (0, NUMBER_WEEKDAYS):
pdfFile.set_xy (calParams['PageXOrigin'] + calXOffset + calWidth * day / NUMBER_WEEKDAYS, \
calParams['PageYOrigin'] + calYOffset + (calParams['BlockMonthTitleHeight'] + calParams['BlockTitleSpace']) * calHeight)
pdfFile.set_font (calParams['Font'], style=fontStyle, size=fontScaleFactor*calParams['BlockDayTitleHeight']*calHeight)
if (calParams['DayTitleStyle'] == 1):
pdfFile.cell (calWidth / NUMBER_WEEKDAYS, calParams['BlockDayTitleHeight'] * calHeight, \
txt=calendar.day_name[dayIndices[day]], border=calParams['Debug'], align='C')
elif (calParams['DayTitleStyle'] == 2):
pdfFile.cell (calWidth / NUMBER_WEEKDAYS, calParams['BlockDayTitleHeight'] * calHeight, \
txt=calendar.day_name[dayIndices[day]], border=calParams['Debug'], align='L')
# Horizontal Lines
if (calParams['HorizontalLines'] == True):
pdfFile.set_line_width (calParams['HorizontalLineThickness'])
pdfFile.set_draw_color (calParams['HorizontalLineColourR'], calParams['HorizontalLineColourG'], calParams['HorizontalLineColourB'])
HorizontalLineAmount = calParams['HorizontalLineSpacing'] * GRID_ROWS
for row in range (0, HorizontalLineAmount + 1):
lineXStart = calParams['PageXOrigin'] + calXOffset
lineXEnd = calParams['PageXOrigin'] + calXOffset + calWidth
lineYStart = calParams['PageYOrigin'] + calYOffset + calHeight \
- (row / HorizontalLineAmount) * calParams['BlockDayRegionHeight'] * calHeight
lineYEnd = lineYStart
pdfFile.line (lineXStart, lineYStart, lineXEnd, lineYEnd)
# boxes...
if (calParams['DayGridStyle'] == 4):
pdfFile.set_line_width (calParams['GridLineThickness'])
pdfFile.set_draw_color (calParams['DayRegionColourR'], calParams['DayRegionColourG'], calParams['DayRegionColourB'])
gridOffset = calParams['DayGridSpacing']
for col in range (0, NUMBER_WEEKDAYS):
for row in range (0, GRID_ROWS):
boxXStart = calParams['PageXOrigin'] + calXOffset + (col / NUMBER_WEEKDAYS) * calWidth + gridOffset
boxXEnd = calWidth / NUMBER_WEEKDAYS - 2*gridOffset
boxYStart = calParams['PageYOrigin'] + calYOffset + (1 - calParams['BlockDayRegionHeight']) * calHeight \
+ calParams['BlockDayRegionHeight'] * calHeight * row / GRID_ROWS + gridOffset
boxYEnd = calParams['BlockDayRegionHeight'] * calHeight / GRID_ROWS - 2*gridOffset
drawStyle = 'D'
if (calParams['DayGridInvert'] == True):
pdfFile.set_fill_color (calParams['FontColourR'], calParams['FontColourG'], calParams['FontColourB'])
drawStyle = 'F'
pdfFile.rect (boxXStart, boxYStart, boxXEnd, boxYEnd, style=drawStyle)
# circles
if (calParams['DayGridStyle'] == 5 or calParams['DayGridStyle'] == 6):
pdfFile.set_line_width (calParams['GridLineThickness'])
pdfFile.set_draw_color (calParams['DayRegionColourR'], calParams['DayRegionColourG'], calParams['DayRegionColourB'])
gridOffset = calParams['DayGridSpacing']
for col in range (0, NUMBER_WEEKDAYS):
for row in range (0, GRID_ROWS):
boxXStart = calParams['PageXOrigin'] + calXOffset + (col / NUMBER_WEEKDAYS) * calWidth + gridOffset
boxXEnd = calWidth / NUMBER_WEEKDAYS - 2*gridOffset
boxYStart = calParams['PageYOrigin'] + calYOffset + (1 - calParams['BlockDayRegionHeight']) * calHeight \
+ calParams['BlockDayRegionHeight'] * calHeight * row / GRID_ROWS + gridOffset
boxYEnd = calParams['BlockDayRegionHeight'] * calHeight / GRID_ROWS - 2*gridOffset
dX = boxXEnd
dY = boxYEnd
minBoxXStart = maxBoxXStart = boxXStart
minBoxXEnd = maxBoxXEnd = boxXEnd
minBoxYStart = maxBoxYStart = boxYStart
minBoxYEnd = maxBoxYEnd = boxYEnd
if (dX < dY):
offset = (dY - dX) / 2
minBoxYStart += offset
minBoxYEnd -= (2*offset)
maxBoxXStart -= offset
maxBoxXEnd += offset
else:
offset = (dX - dY) / 2
minBoxXStart += offset
minBoxXEnd -= (2*offset)
maxBoxYStart -= offset
maxBoxYEnd += (2*offset)
drawStyle = 'D'
if (calParams['DayGridInvert'] == True):
pdfFile.set_fill_color (calParams['FontColourR'], calParams['FontColourG'], calParams['FontColourB'])
drawStyle = 'F'
pdfFile.ellipse (minBoxXStart, minBoxYStart, minBoxXEnd, minBoxYEnd, style=drawStyle)
if (calParams['DayGridStyle'] == 6):
pdfFile.ellipse (boxXStart, boxYStart, boxXEnd, boxYEnd)
##
## numbers
##
if (calParams['Debug']):
pdfFile.set_draw_color (calParams['DebugColourR'], calParams['DebugColourG'], calParams['DebugColourB'])
pdfFile.set_line_width (calParams['DebugLineThickness'])
fontScaleFactor, fontMaxWidth, fontMaxSize = FindMaxFontHeight (calParams['Font'], fontStyle, \
calParams['BlockDayRegionHeight'] * calHeight / GRID_ROWS, \
calParams['DayFontScale'] * calWidth / NUMBER_WEEKDAYS,
MAX_NUMBER_STR)
gridOffset = 0
if (calParams['DayNumPlacement'] == 2):
gridOffset += max (calParams['DayCornerOffset'] * calWidth / NUMBER_WEEKDAYS, \
calParams['DayCornerOffset'] * calParams['BlockDayRegionHeight'] * calHeight / GRID_ROWS)
if (calParams['DayGridStyle'] == 4):
gridOffset += calParams['DayGridSpacing']
if (calParams['DayGridInvert'] == True):
pdfFile.set_text_color (255, 255, 255)
else:
pdfFile.set_text_color (calParams['FontColourR'], calParams['FontColourG'], calParams['FontColourB'])
# iterate over all the days in the month
col = 0
row = 0
for i in cal.itermonthdays (year, calMonth):
# if it is a day within the month, not from the previous or next month then display it
if (i != 0):
# Central placement
if (calParams['DayNumPlacement'] == 1):
numberXLoc = calParams['PageXOrigin'] + calXOffset + col / NUMBER_WEEKDAYS * calWidth
numberYLoc = calParams['PageYOrigin'] + calYOffset + (1 - calParams['BlockDayRegionHeight']) * calHeight \
+ (row / GRID_ROWS) * calParams['BlockDayRegionHeight'] * calHeight \
+ calParams['BlockDayRegionHeight'] * calHeight / (2 * GRID_ROWS) \
+ gridOffset
pdfFile.set_xy (numberXLoc, numberYLoc)
pdfFile.set_font (calParams['Font'], style=fontStyle, size=fontScaleFactor*calParams['BlockDayRegionHeight'] * calHeight / GRID_ROWS)
pdfFile.cell (calWidth/NUMBER_WEEKDAYS, 0, txt=str(i), align='C', border=calParams['Debug'])
# Corner placement
elif (calParams['DayNumPlacement'] == 2):
numberXLoc = calParams['PageXOrigin'] + calXOffset + col / NUMBER_WEEKDAYS * calWidth
numberYLoc = calParams['PageYOrigin'] + calYOffset + (1 - calParams['BlockDayRegionHeight']) * calHeight \
+ (row / GRID_ROWS) * calParams['BlockDayRegionHeight'] * calHeight
if (calParams['HorizontalLines'] == True):
pdfFile.set_fill_color (255, 255, 255)
pdfFile.rect (numberXLoc, numberYLoc, fontMaxWidth + 3*gridOffset, fontMaxSize / INCH_TO_POINT + 3*gridOffset, style='F')
numberXLoc += gridOffset
numberYLoc += gridOffset
pdfFile.set_xy (numberXLoc, numberYLoc)
pdfFile.set_font (calParams['Font'], style=fontStyle, size=fontScaleFactor*calParams['BlockDayRegionHeight'] * calHeight / GRID_ROWS)
pdfFile.cell (fontMaxWidth, fontMaxSize / INCH_TO_POINT, txt=str(i), align='L', border=calParams['Debug'])
col += 1
if (col % 7 == 0):
col = 0
row += 1
if (calParams['Debug']):
pdfFile.set_draw_color (calParams['DayRegionColourR'], calParams['DayRegionColourG'], calParams['DayRegionColourB'])
pdfFile.set_line_width (calParams['GridLineThickness'])
##
## grid
##
pdfFile.set_draw_color (calParams['DayRegionColourR'], calParams['DayRegionColourG'], calParams['DayRegionColourB'])
pdfFile.set_line_width (calParams['GridLineThickness'])
# horizontal grid lines
if (calParams['DayGridStyle'] == 1 or calParams['DayGridStyle'] == 2):
for row in range (0, GRID_ROWS+1):
lineXStart = calParams['PageXOrigin'] + calXOffset
lineXEnd = calParams['PageXOrigin'] + calXOffset + calWidth
lineYStart = calParams['PageYOrigin'] + calYOffset + calHeight - (row / GRID_ROWS) * calParams['BlockDayRegionHeight'] * calHeight
lineYEnd = lineYStart
pdfFile.line (lineXStart, lineYStart, lineXEnd, lineYEnd)
# vertical grid lines
if (calParams['DayGridStyle'] == 1 or calParams['DayGridStyle'] == 3):
for day in range (0, NUMBER_WEEKDAYS+1):
lineXStart = calParams['PageXOrigin'] + calXOffset + calWidth - (day / NUMBER_WEEKDAYS) * calWidth
lineXEnd = lineXStart
lineYStart = calParams['PageYOrigin'] + calYOffset + (1 - calParams['BlockDayRegionHeight']) * calHeight
lineYEnd = calParams['PageYOrigin'] + calYOffset + calHeight
pdfFile.line (lineXStart, lineYStart, lineXEnd, lineYEnd)
if (calMonth % numCols == 0):
calXOffset = 0
calYOffset += (calHeight + calParams['YearGridSpacing'])
else:
calXOffset += calWidth
calXOffset += calParams['YearGridSpacing']
pdfFile.output (outputFile)
return 0
place = 0
pdf.set_font('Times', 'B', 14)
for row in data:
index = 0
# Check to see if our 3 colum is a number or not
if isinstance(row[2], float):
subTotal += row[2] * row[3]
data[len(data) - 1][4] = '${:,.2f}'.format(subTotal)
row.append(row[2] * row[3])
# Loop through
for datum in row:
pdf.set_fill_color(255, 255, 255)
if place == 0:
pdf.set_fill_color(200, 200, 200)
elif place == 1:
pdf.set_font('Times')
elif place == len(data) - 1:
pdf.set_fill_color(200, 255, 200)
pdf.set_font('Times', 'B')
if isinstance(datum, float):
datum = '${:,.2f}'.format(datum)
pdf.cell(col_width[index],
th,
str(datum),
scan_date_printer = scan_dt_obj.strftime('%Y-%m-%d')
except TypeError:
scan_date_printer = None
try:
dob_dt_obj = datetime.datetime.strptime(birth_date, format_str_birth)
except TypeError:
pass
try:
pt_age = scan_dt_obj - dob_dt_obj
pt_age = round(pt_age.days / 365.25, 1)
except NameError:
pt_age = None
# note that the_num indicates disease state
pdf.set_fill_color(130, 161, 255)
ctrl_bold = scd_bold = anem_bold = ''
ctrl_fill = scd_fill = anem_fill = False
if the_num == '0':
ctrl_bold = 'B'
ctrl_fill = True
elif the_num == '1':
scd_bold = 'B'
scd_fill = True
if the_num == '2':
anem_bold = 'B'
anem_fill = True
pdf.set_font('arial', 'B', 24)
def ImrimirPDF(self, saleId):
# Obtener los datos de la base de datos (datos de la venta y los elementos)
datos = db.Salerecord(saleId)
# guardar los datos de la venta en datos_sale
datos_sale = datos[0]
#Guardar los datos de los elementos de la venta en datos_items
datos_items = datos[1]
# Formatear el numero de la venta (ej: 0000000023)
facturaNumero = str(("0"*(10-len(str(saleId))))+str(saleId))
# Obtener los datos de la tienda/empresa desde la base de datos
Datos = db.SelectConfigNS()
logo = self.ResourcePath('logo.png')
pdf = FPDF()
pdf.add_page()
# pdf.add_font('courier', '', 'cour.ttf', uni=True)
# pdf.add_font('courier', '', 'cour.ttf', uni=True)
pdf.set_font('courier', '', 13.0)
pdf.set_xy(105.0, 16.0)
pdf.cell(ln=0, h=22.0, align='L', w=75.0, txt='', border=0)
pdf.set_line_width(0.0)
pdf.rect(15.0, 45.0, 180.0, 90.0) # Marco Principal
pdf.set_line_width(0.0)
#pdf.rect(95.0, 15.0, 10.0, 10.0) # cuadrito
# LOGOTIPO
pdf.image(logo, 27.0, 10.0, link='', type='', w=0, h=20)
pdf.set_font('courier', 'B', 16.0)
pdf.set_xy(95.0, 18.0)
#pdf.cell(ln=0, h=2.0, align='C', w=10.0, txt='Hola 1', border=0)
# DATOS DE LA EMPRESA
pdf.set_font('courier', '', 8.0)
pdf.set_xy(115.0, 25.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="Tel: "+str(Datos[3]), border=0)
pdf.set_xy(115.0, 28.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="Web: "+str(Datos[4]), border=0)
pdf.set_xy(115.0, 31.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="E-mail: "+Datos[7], border=0)
pdf.set_xy(115.0, 34.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="NIT: "+str(Datos[8]), border=0)
pdf.set_font('courier', '', 7.0)
pdf.set_xy(115.0, 35.0)
pdf.cell(ln=0, h=7.0, align='L', w=60.0, txt='Fecha:', border=0)
pdf.set_xy(145.0, 35.0)
pdf.cell(ln=0, h=7.0, align='L', w=40.0, txt=datos_sale[1], border=0)
pdf.rect(15.0, 9.0, 180.0, 35.8) # header datos principales
pdf.set_xy(95.0, 21.5)
pdf.set_line_width(0.0)
pdf.set_font('arial', 'B', 13.0)
pdf.set_xy(15.0, 10.5)
pdf.cell(ln=0, h=5.5, align='C', w=180.0, txt='Comprobante de venta', border=0)
# pdf.line(100.0, 25.0, 100.0, 57.0) #linea vertical header
pdf.set_font('arial', 'B', 14.0)
pdf.set_xy(143.0, 15.5)
pdf.cell(ln=0, h=9.5, align='L', w=60.0, txt=facturaNumero, border=0)
pdf.set_xy(115.0, 17.5)
pdf.cell(ln=0, h=5.5, align='L', w=10.0, txt='N\xba: ', border=0)
pdf.set_font('courier', 'B', 12.0)
pdf.set_xy(17.0, 30.5)
pdf.cell(ln=0, h=5.0, align='L', w=98.0, txt=Datos[1], border=0)#Datos[1] nombre
pdf.set_font('courier', '', 12.0)
pdf.set_xy(17.0, 26.5)
pdf.set_font('courier', '', 8.0)
pdf.cell(ln=0, h=5.0, align='L', w=98.0, txt="", border=0) #Datos[2] slogan
pdf.set_xy(17.0, 34.5)
pdf.set_font('courier', '', 8.0)
pdf.multi_cell( h=4.0, align='L', w=80.0, txt=Datos[5], border=0, )
pdf.set_xy(115.0, 39.5)
pdf.set_font('courier', '', 8.0)
pdf.multi_cell( h=4.0, align='L', w=80.0, txt="Atendido por: ", border=0, )
pdf.set_xy(145.0, 39.5)
pdf.multi_cell( h=4.0, align='L', w=80.0, txt=db.SelectUser(datos_items[0][7])[0][1], border=0, )
#Datos del cliente
nombre = ""
for i in datos_sale[3].split(" "): nombre = nombre+i.capitalize()+" "
if(str(datos[0][4])=="1"):
pdf.set_fill_color(244, 244,244 )
else:
pdf.set_fill_color(255, 255,204 )
pdf.set_xy(15.0, 45.0)
pdf.cell(ln=0, h=5.0, align='L', w=180.0, txt='', fill=1)
pdf.set_line_width(0.0)
pdf.line(15.0, 50.0, 185.0, 50.0) #Linea de cabecera
pdf.set_font('courier', '', 10.0)
pdf.set_xy(17.0, 44.3)
pdf.cell(ln=0, h=6.0, align='L', w=13.0, txt='Cliente: '+nombre, border=0)
pdf.set_xy(110.0, 44.3)
pdf.cell(ln=0, h=6.0, align='L', w=18.0, txt='Nit: '+datos_sale[5].upper(), border=0)
pdf.set_xy(163.0, 44.3)
if(str(datos[0][4])=="1"):
est = "CREDITO"
else:
est = "PAGADO"
pdf.cell(ln=0, h=6.0, align='L', w=18.0, txt=est, border=0)
pdf.set_xy(133.0, 69.0)
#pdf.cell(ln=0, h=6.0, align='L', w=42.0, txt='Springfield', border=0)
pdf.set_line_width(0.0)
pdf.line(15.0, 50.0, 195.0, 50.0) #linea header de productos
pdf.set_line_width(0.0)
pdf.line(35.0, 50.0, 35.0, 130.0) #Separador 3
pdf.line(50.0, 50.0, 50.0, 130.0) #Separador 2
pdf.line(150.0, 50.0, 150.0, 130.0) #Separador 4
pdf.line(172.0, 50.0, 172.0, 135.0) #Separador 5
pdf.set_font('courier', '', 8.0)
pdf.set_xy(14.0, 50.0)
pdf.cell(ln=0, h=5.0, align='C', w=15.0, txt='Codigo', border=0)
pdf.set_xy(35.0, 50.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Cantidad', border=0)
pdf.set_xy(50.0, 50.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Producto', border=0)
pdf.set_xy(150.0, 50.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Precio', border=0)
pdf.set_xy(173.0, 50.0)
pdf.cell(ln=0, h=5.0, align='L', w=20.0, txt='Total', border=0)
pdf.set_line_width(0.0)
pdf.line(15.0, 55.0, 195.0, 55.0)
lineaN = 55.0
contador = 0
for elemento in datos_items:
contador = contador+1
pdf.set_xy(15.0, lineaN)
pdf.set_font('courier', '', 8.0)
if len(elemento[6]) > 10:
elemento[6] = elemento[6][:10]
pdf.cell(ln=0, h=5.0, align='L', w=15.0, txt=elemento[6].upper(), border=0) # CODIGO
pdf.set_xy(35.0, lineaN)
pdf.cell(ln=0, h=5.0, align='C', w=15.0, txt=str(elemento[4]), border=0) # CANTIDAD
pdf.set_xy(35.0+15, lineaN)
if len(elemento[5]) > 57:
pdf.cell( h=5.0, align='L', w=100.0, txt=elemento[5][:57], border=0) # NOMBRE
else:
pdf.cell(ln=0, h=5.0, align='L', w=100.0, txt=elemento[5], border=0) # NOMBRE
pdf.set_xy(150.0, lineaN)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt=self.TSep(self.formatCant(elemento[3])), border=0) # PRECIO
pdf.set_xy(173.0, lineaN)
pdf.cell(ln=0, h=5.0, align='L', w=20.0, txt=self.TSep(self.formatCant(elemento[3]*elemento[4])), border=0) # TOTAL
lineaN = lineaN+4
pdf.set_line_width(0.0)
pdf.line(15.0, 130.0, 195.0, 130.0)
pdf.set_xy(70.0, 130.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Total', border=0)
pdf.set_xy(173.0, 130.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt=self.TSep(self.formatCant(datos_sale[2])), border=0)
#------------ SEGUNDA PARTE ---------------#
ln2 = 141
pdf.set_line_width(0.0)
pdf.rect(15.0, ln2+45.0, 180.0, 90.0) # Marco Principal
pdf.rect(15.0, ln2+9.0, 180.0, 35.8) # header datos principales
pdf.set_font('arial', 'B', 13.0)
pdf.set_xy(15.0, ln2+10.5)
pdf.cell(ln=0, h=5.5, align='C', w=180.0, txt='Comprobante de venta', border=0)
# LOGOTIPO
pdf.image(logo, 27.0, ln2+10.0, link='', type='', w=0, h=20)
pdf.set_font('courier', 'B', 16.0)
pdf.set_xy(ln2+95.0, 18.0)
#pdf.cell(ln=0, h=2.0, align='C', w=10.0, txt='Hola 1', border=0)
# DATOS DE LA EMPRESA
pdf.set_font('courier', '', 8.0)
pdf.set_xy(115.0, ln2+25.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="Tel: "+str(Datos[3]), border=0)
pdf.set_xy(115.0, ln2+28.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="Web: "+str(Datos[4]), border=0)
pdf.set_xy(115.0, ln2+31.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="E-mail: "+Datos[7], border=0)
pdf.set_xy(115.0, ln2+34.0)
pdf.cell(ln=0, h=4.0, align='L', w=75.0, txt="NIT: "+str(Datos[8]), border=0)
pdf.set_font('courier', '', 7.0)
pdf.set_xy(115.0, ln2+35.0)
pdf.cell(ln=0, h=7.0, align='L', w=60.0, txt='Fecha:', border=0)
pdf.set_xy(145.0, ln2+35.0)
pdf.cell(ln=0, h=7.0, align='L', w=40.0, txt=datos_sale[1], border=0)
pdf.set_xy(95.0, ln2+21.5)
pdf.set_line_width(0.0)
# pdf.line(100.0, 25.0, 100.0, 57.0) #linea vertical header
pdf.set_font('arial', 'B', 14.0)
pdf.set_xy(143.0, ln2+15.5)
pdf.cell(ln=0, h=9.5, align='L', w=60.0, txt=facturaNumero, border=0)
pdf.set_xy(115.0, ln2+17.5)
pdf.cell(ln=0, h=5.5, align='L', w=10.0, txt='N\xba: ', border=0)
pdf.set_font('courier', 'B', 12.0)
pdf.set_xy(17.0, ln2+30.5)
pdf.cell(ln=0, h=5.0, align='L', w=98.0, txt=Datos[1], border=0)#Datos[1] nombre
pdf.set_font('courier', '', 12.0)
pdf.set_xy(17.0, ln2+26.5)
pdf.set_font('courier', '', 8.0)
pdf.cell(ln=0, h=5.0, align='L', w=98.0, txt="", border=0) #Datos[2] slogan
pdf.set_xy(17.0, ln2+34.5)
pdf.set_font('courier', '', 8.0)
pdf.multi_cell( h=4.0, align='L', w=80.0, txt=Datos[5], border=0, )
pdf.set_xy(115.0, ln2+39.5)
pdf.set_font('courier', '', 8.0)
pdf.multi_cell( h=4.0, align='L', w=80.0, txt="Atendido por: ", border=0, )
pdf.set_xy(145.0, ln2+39.5)
pdf.multi_cell( h=4.0, align='L', w=80.0, txt=db.SelectUser(datos_items[0][7])[0][1], border=0, )
#Datos del cliente
nombre = ""
for i in datos_sale[3].split(" "): nombre = nombre+i.capitalize()+" "
if(str(datos[0][4])=="1"):
pdf.set_fill_color(244, 244,244 )
else:
pdf.set_fill_color(255, 255,204 )
pdf.set_xy(15.0, ln2+45.0)
pdf.cell(ln=0, h=5.0, align='L', w=180.0, txt='', fill=1)
pdf.set_line_width(0.0)
pdf.line(15.0, ln2+50.0, 195.0, ln2+50.0) #Linea de cabecera
pdf.set_font('courier', '', 10.0)
pdf.set_xy(17.0, ln2+44.3)
pdf.cell(ln=0, h=6.0, align='L', w=13.0, txt='Cliente: '+nombre, border=0)
pdf.set_xy(110.0, ln2+44.3)
pdf.cell(ln=0, h=6.0, align='L', w=18.0, txt='Nit: '+datos_sale[5].upper(), border=0)
pdf.set_xy(163.0, ln2+44.3)
pdf.cell(ln=0, h=6.0, align='L', w=18.0, txt=est, border=0)
pdf.set_xy(133.0, ln2+69.0)
#pdf.cell(ln=0, h=6.0, align='L', w=42.0, txt='Springfield', border=0)
pdf.set_line_width(0.0)
pdf.line(15.0, ln2+50.0, 195.0, ln2+50.0) #linea header de productos
pdf.set_line_width(0.0)
pdf.line(35.0, ln2+50.0, 35.0, ln2+130.0) #Separador 3
pdf.line(50.0, ln2+50.0, 50.0, ln2+130.0) #Separador 2
pdf.line(150.0, ln2+50.0, 150.0, ln2+130.0) #Separador 4
pdf.line(172.0, ln2+50.0, 172.0, ln2+135.0) #Separador 5
pdf.set_font('courier', '', 8.0)
pdf.set_xy(14.0, ln2+50.0)
pdf.cell(ln=0, h=5.0, align='C', w=15.0, txt='Codigo', border=0)
pdf.set_xy(35.0, ln2+50.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Cantidad', border=0)
pdf.set_xy(50.0, ln2+50.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Producto', border=0)
pdf.set_xy(150.0, ln2+50.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Precio', border=0)
pdf.set_xy(173.0, ln2+50.0)
pdf.cell(ln=0, h=5.0, align='L', w=20.0, txt='Total', border=0)
pdf.set_line_width(0.0)
pdf.line(15.0, ln2+55.0, 195.0, ln2+55.0)
lineaN = ln2+55.0
contador = 0
for elemento in datos_items:
contador = contador+1
pdf.set_xy(15.0, lineaN)
pdf.set_font('courier', '', 8.0)
if len(elemento[6]) > 10:
elemento[6] = elemento[6][:10]
pdf.cell(ln=0, h=5.0, align='L', w=15.0, txt=elemento[6].upper(), border=0) # CODIGO
pdf.set_xy(35.0, lineaN)
pdf.cell(ln=0, h=5.0, align='C', w=15.0, txt=str(elemento[4]), border=0) # CANTIDAD
pdf.set_xy(35.0+15, lineaN)
if len(elemento[5]) > 57:
pdf.cell( h=5.0, align='L', w=100.0, txt=elemento[5][:57], border=0) # NOMBRE
else:
pdf.cell(ln=0, h=5.0, align='L', w=100.0, txt=elemento[5], border=0) # NOMBRE
pdf.set_xy(150.0, lineaN)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt=self.TSep(self.formatCant(elemento[3])), border=0) # PRECIO
pdf.set_xy(173.0, lineaN)
pdf.cell(ln=0, h=5.0, align='L', w=20.0, txt=self.TSep(self.formatCant(elemento[3]*elemento[4])), border=0) # TOTAL
lineaN = lineaN+4
pdf.set_line_width(0.0)
pdf.line(15.0, ln2+130.0, 195.0, ln2+130.0)
pdf.set_xy(70.0, ln2+130.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt='Total', border=0)
pdf.set_xy(173.0, ln2+130.0)
pdf.cell(ln=0, h=5.0, align='L', w=125.0, txt=self.TSep(self.formatCant(datos_sale[2])), border=0)
pdf.output('invoice.pdf', 'F')
if sys.platform.startswith("linux"):
os.system("evince ./invoice.pdf")
else:
#os.system("invoice.pdf")
import subprocess
subprocess.Popen("invoice.pdf", shell=True, bufsize=255, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
def createCertificate(
workshop_name,
workshop_day,
workshop_month,
workshop_year,
workshop_speaker,
student_name,
student_mail,
chair_IEEE
):
l_name = unicode( student_name, "utf-8" )
w_name = unicode( workshop_name, "utf-8" )
c_name = unicode( chair_IEEE, "utf-8" )
s_name = unicode( workshop_speaker, "utf-8" )
# PDF File Properties
pdf=FPDF('L','mm','A4')
pdf.set_margins(left=0,top=0,right=0)
pdf.set_auto_page_break(False,margin=0)
pdf.add_page()
# ISEPinIEEE Logo
pdf.set_font('Arial','',30)
pdf.cell(297,40,'',0,1,'C')#fill=True
pdf.image('logos/isepinieee_logo.jpg',190,5, 0,35,'','')
# Workshop Title
pdf.set_text_color(0,102,153)
pdf.cell(293,20,w_name,0,1,'R')
# Cetificate Bar
pdf.set_fill_color(0,102,153)
pdf.set_text_color(255,255,255)
pdf.set_font('Arial','',48)
pdf.cell(297,35,'Certificate',0,1,'C',fill=True)
pdf.cell(297,10,'',0,1,'C')
# Certificate Text
pdf.set_font('Arial','',20)
pdf.set_text_color(0,0,0)
# This pdf element is used to center ( Note: (297-240)/2 = 28.5)
pdf.cell(19,20,'',0,0,'C')
pdf.multi_cell(259,12.5, 'We certifiy that '+l_name+' participated in the talk \"'+w_name+'\", organized by the ISEPinIEEE.',0,1,'C')
#MultiCell( 200, 40, $reportSubtitle, 1);
# Certificate Date
pdf.cell(297,10,'',0,1,'C')
pdf.cell(19,15,'',0,0,'C')
pdf.cell(240,10,'Porto, '+workshop_month+' '+str(workshop_day)+', '+str(workshop_year),0,1,'L')
#Speaker & Chair Signature
pdf.image(workshop_name+'/signatures/speaker.jpg',167.5,170, 0, 17,'','')
pdf.image(workshop_name+'/signatures/chair.jpg',240.5,170, 0, 17,'','')
#Speaker & Chair
pdf.set_font('Arial','',18)
pdf.cell(150,20,'',0,0,'C')
pdf.cell(73.5,20,'Speaker',0,0,'C')
pdf.cell(73.5,20,'Chair',0,1,'C')
pdf.cell(150,35,'',0,0,'C')
pdf.cell(73.5,35,s_name,0,0,'C')
pdf.cell(73.5,35,c_name,0,1,'C')
#SpeakerLine & ChairLine
pdf.line(155, 180, 218, 180)
pdf.line(228, 180, 292, 180)
# IEEE and ISEP logos
pdf.image('logos/ieee_logo.jpg',20,175, 0, 17,'','')
pdf.image('logos/isep_logo.jpg',85,175, 0, 17,'','')
# Save PDF File
certificate_name = hashlib.md5(student_mail)
pdf.output(workshop_name+'/'+certificate_name.hexdigest()+'.pdf','F')
def excel_to_pdf(filename, title):
data = read_excel(filename)
# Creating the pdf instance and seting init values
pdf = FPDF()
pdf.add_page()
pdf.set_xy(0, 0)
background_url = os.path.join(STATIC_ROOT, 'img/pdf-lineas.png')
pdf.image(background_url, 0, 0, pdf.w, pdf.h + 20, type='png')
# Generating The header of the file
image_url = os.path.join(STATIC_ROOT, 'img/logo.png')
pdf.image(image_url, x=10, y=8, w=75, h=27, type='png')
pdf.set_font('arial', 'BU', 12)
pdf.set_text_color(236, 126, 30)
pdf.y = 40
pdf.cell(20)
pdf.cell(0, 10, title, 0, 2, 'C')
# Generating the table header
pdf.set_font('arial', 'B', 12)
pdf.set_text_color(255)
pdf.cell(150, 10, 'Productos', 1, 0, 'C', True)
pdf.cell(20, 10, 'Unid', 1, 2, 'C', True)
pdf.cell(-150)
# Seting values of font for the table's values
pdf.set_font('arial', '', 8)
pdf.set_text_color(0)
pdf.set_fill_color(255, 255, 255)
for row in data:
# Getting row's data
height = 10
# col_a nombre producto, col_b unidad.
col_a = str(row[0])
col_b = str(row[1])
# Save top coordinate
top = pdf.y
# Calculate x position of next cell
offset = pdf.x + 150
pdf.multi_cell(150, height, '%s' % (col_a), 1, 'J', True)
# Reset y coordinate
pdf.y = top
# Move to computed offset
pdf.x = offset
if (len(col_a) > 120):
height += height
pdf.multi_cell(20, height, '%s' % (col_b), 1, 'C', True)
pdf.cell(10)
if pdf.y == 250:
pdf.add_page()
pdf.image(background_url, 0, 0, pdf.w, pdf.h + 20, type='png')
pdf.y = 40
pdf.cell(10)
pdf.image(image_url, x=10, y=8, w=75, h=27, type='png')
pdf.set_font('arial', 'BU', 12)
pdf.set_text_color(236, 126, 30)
pdf.y = 40
pdf.cell(0, 10, title, 0, 2, 'C')
# Seting values of font for the table's values
pdf.set_font('arial', '', 8)
pdf.set_text_color(0)
pdf.set_fill_color(255, 255, 255)
return pdf
class PDFPrinter:
PAGE_FORMAT = 'A4'
UNIT = 'mm'
MARGIN = 10
CONTENT_WIDTH = 297 - 2 * MARGIN
CONTENT_HEIGHT = 210 - 2 * MARGIN
HEADER_HEIGHT = 30
NOTES_HEIGHT = 17
TABLE_HEIGHT = CONTENT_HEIGHT - HEADER_HEIGHT - NOTES_HEIGHT
FONT_S = 7
FONT_XS = 6.5
def __init__(self):
self.colors = {}
self.timelinesCount = None
self.fontSize = 12
self.textColor = Color.WHITE
self.pdf = FPDF(orientation='L',
unit=PDFPrinter.UNIT,
format=PDFPrinter.PAGE_FORMAT)
self.pdf.add_font('regular',
'',
os.path.join('fonts', 'ubuntu', 'Ubuntu-B.ttf'),
uni=True)
self.pdf.add_font('condensed',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Regular.ttf'),
uni=True)
self.pdf.add_font('italic',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Bold.ttf'),
uni=True)
self.pdf.set_font("regular", size=self.fontSize)
self.pdf.add_page()
self.pdf.set_margins(PDFPrinter.MARGIN, PDFPrinter.MARGIN,
PDFPrinter.MARGIN)
self.uglyMeasure = FPDF(orientation='L',
unit=PDFPrinter.UNIT,
format=PDFPrinter.PAGE_FORMAT)
self.uglyMeasure.add_font('regular',
'',
os.path.join('fonts', 'ubuntu',
'Ubuntu-B.ttf'),
uni=True)
self.uglyMeasure.add_font('condensed',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Regular.ttf'),
uni=True)
self.uglyMeasure.add_font('italic',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Bold.ttf'),
uni=True)
self.uglyMeasure.set_font("regular", size=self.fontSize)
self.uglyMeasure.add_page()
def defineColor(self, key, color):
hex = color.lstrip('#')
self.colors[key.lower()] = tuple(
int(hex[i:i + 2], 16) for i in (0, 2, 4))
def printHeader(self, names):
self.timelinesCount = len(names)
boxWidth = PDFPrinter.CONTENT_WIDTH / self.timelinesCount
boxPos = 0
for name in names:
color = self.colors[name.lower()]
x = PDFPrinter.MARGIN + boxWidth * boxPos
y = PDFPrinter.MARGIN
w = boxWidth
h = 7
self._box(x,
y,
w,
h,
color=color,
lineColor=Color.BLACK,
lineWidth=0.1)
self._text(x,
y,
w,
h,
text=name,
color=self.textColor,
font='regular',
size=self.fontSize)
boxPos += 1
def printTimetable(self, timetable):
colCount = len(timetable.keys())
colWidth = PDFPrinter.CONTENT_WIDTH / colCount
tablePositionY = 30
tableHeight = PDFPrinter.TABLE_HEIGHT + 1
tableHeaderHeight = 7
timelineRowHeight = tableHeight - tableHeaderHeight
timelineRowPositionY = tablePositionY + tableHeaderHeight
timeBlockWidth = (colWidth - 2) / self.timelinesCount
timeWindow = self._findTimeWindow(timetable)
yPerMin = (timelineRowHeight - 2) / (timeWindow["toTime"] -
timeWindow["fromTime"])
colNo = 0
for key, schedules in timetable.items():
x = PDFPrinter.MARGIN + colWidth * colNo
self._box(x=x,
y=tablePositionY,
w=colWidth,
h=tableHeaderHeight,
color=Color.LIGHT_GREY,
lineColor=Color.BLACK,
lineWidth=0.2)
self._text(x=x,
y=tablePositionY,
w=colWidth,
h=tableHeaderHeight,
text=key,
color=Color.BLACK,
font='regular',
size=self.fontSize)
self._box(x=x,
y=timelineRowPositionY,
w=colWidth,
h=timelineRowHeight,
color=None,
lineColor=Color.BLACK,
lineWidth=0.2)
self._drawTimeblocks(schedules,
areaWidth=timeBlockWidth,
areaPositionX=x,
areaPositionY=timelineRowPositionY + 0.8,
scaleY=yPerMin,
timeWindowStart=timeWindow["fromTime"])
colNo += 1
def _drawTimeblocks(self, schedules, areaWidth, areaPositionX,
areaPositionY, scaleY, timeWindowStart):
timeBlockNo = 0
for person, timelines in schedules.items():
blockColor = self.colors[person.lower()]
blockPositionX = areaPositionX + areaWidth * timeBlockNo + 0.5 * timeBlockNo + 0.5
for timeline in timelines:
fromTimePosY = scaleY * (self._timeToInt(timeline.fromTime) -
timeWindowStart) + 0.4
blockPositionY = areaPositionY + fromTimePosY
blockHeight = scaleY * (self._timeToInt(timeline.toTime) -
timeWindowStart) - fromTimePosY
self._box(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight,
color=blockColor,
lineColor=None)
if (timeline.kind == "~"):
self._drawLeftLines(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight)
elif (timeline.kind == "d"):
self._drawTwoRightLines(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight)
elif (timeline.kind == "e"):
self._drawEmptyRightCorner(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight)
self._drawTimeblockLabels(areaX=blockPositionX,
areaY=blockPositionY,
areaW=areaWidth,
areaH=blockHeight,
timeline=timeline,
backColor=blockColor)
timeBlockNo += 1
def _drawLeftLines(self, x, y, w, h):
hw = h / w
posX = x
posXM = x + w
posY = y
posYM = y + h
jump = 3
while (posXM > x):
posX += jump
posXM -= jump
posY += jump * hw
posYM -= jump * hw
if jump == 2:
jump = 0.5
else:
jump = 2
if (posX < x + w and posY < y + h):
self._line(posX, y, x, posY, Color.WHITE, lineWidth=0.2)
if (posXM > x and posYM > y):
self._line(posXM,
y + h,
x + w,
posYM,
Color.WHITE,
lineWidth=0.2)
def _drawTwoRightLines(self, x, y, w, h):
hw = h / w
posX = x
posXM = x + w
posY = y
posYM = y + h
jump = 2
for _ in range(4):
posX += jump
posXM -= jump
posY += jump * hw
posYM -= jump * hw
# if jump == 2:
# jump = 0.7
# else:
# jump = 2
if (posX < x + w and posY < y + h):
self._line(posX, y + h, x, posYM, Color.WHITE, lineWidth=0.3)
if (posXM > x and posYM > y):
self._line(posXM, y, x + w, posY, Color.WHITE, lineWidth=0.3)
def _drawEmptyRightCorner(self, x, y, w, h):
hw = h / w
posX = x
posXM = x + w
posY = y
posYM = y + h
jump = 1
for p in range(9):
posX += jump
posXM -= jump
posY += jump * hw
posYM -= jump * hw
if p > 5:
jump = 1
else:
jump = 0.2
if (posX < x + w and posY < y + h):
self._line(posX, y + h, x, posYM, Color.WHITE, lineWidth=0.2)
if (posXM > x and posYM > y):
self._line(posXM, y, x + w, posY, Color.WHITE, lineWidth=0.2)
def _drawTimeblockLabels(self, areaX, areaY, areaW, areaH, timeline,
backColor):
label = []
if (timeline.name):
label.append(timeline.name.upper())
for component in timeline.components:
label.append(component.upper())
if (label):
self._textBlock(x=areaX,
y=areaY,
w=areaW,
h=areaH,
textLines=label,
color=Color.WHITE,
font='condensed',
size=PDFPrinter.FONT_XS,
align='C',
backColor=backColor)
if (timeline.fromTime):
textSize = self._measure(text=timeline.fromTime,
font='italic',
size=PDFPrinter.FONT_S)
self._text(x=areaX,
y=areaY - 1,
w=areaW / 2,
h=textSize.y,
text=timeline.fromTime,
color=Color.WHITE,
font='italic',
size=PDFPrinter.FONT_S,
align='L',
backColor=backColor)
if (timeline.toTime):
textSize = self._measure(text=timeline.toTime,
font='italic',
size=PDFPrinter.FONT_S)
self._text(x=areaX + areaW / 2,
y=areaY + areaH - textSize.y + 1,
w=areaW / 2,
h=textSize.y,
text=timeline.toTime,
color=Color.WHITE,
font='italic',
size=PDFPrinter.FONT_S,
align='R',
backColor=backColor)
def printNotes(self, notes):
x = PDFPrinter.MARGIN
y = PDFPrinter.MARGIN + PDFPrinter.HEADER_HEIGHT + PDFPrinter.TABLE_HEIGHT
w = PDFPrinter.CONTENT_WIDTH
h = 5
for note in notes:
y += h
self._text(x,
y,
w,
0,
text=note,
color=Color.BLACK,
font='regular',
size=self.fontSize,
align='L')
def save(self, fileName):
self.pdf.output(fileName)
def _measure(self, text, font, size):
self.uglyMeasure.set_font(font, size=size)
self.uglyMeasure.set_xy(0, 0)
self.uglyMeasure.write(size / 2.83, txt=text)
sizeX = self.uglyMeasure.get_x()
self.uglyMeasure.write(size / 2.83, txt="\n")
sizeY = self.uglyMeasure.get_y()
result = Size(sizeX, sizeY)
return result
def _text(self,
x,
y,
w,
h,
text,
color,
font,
size,
align='C',
backColor=None):
self.pdf.set_text_color(color[0], color[1], color[2])
self.pdf.set_font(font, size=size)
self.pdf.set_xy(x, y)
fillBackground = False
if (backColor):
self.pdf.set_fill_color(backColor[0], backColor[1], backColor[2])
fillBackground = True
self.pdf.cell(w, h, txt=text, ln=1, align=align, fill=fillBackground)
def _textBlock(self,
x,
y,
w,
h,
textLines,
color,
font,
size,
align='C',
backColor=None):
textH = 0
texts = []
for line in textLines:
textSize = self._measure(text=line, font=font, size=size)
textSize.y += 1
textH += textSize.y
texts.append({"txt": line, "height": textSize.y})
self.pdf.set_text_color(color[0], color[1], color[2])
self.pdf.set_font(font, size=size)
posY = y + (h - textH) / 2
fillBackground = False
if (backColor):
self.pdf.set_fill_color(backColor[0], backColor[1], backColor[2])
fillBackground = True
for line in texts:
self.pdf.set_xy(x, posY)
self.pdf.cell(w,
line["height"],
txt=line["txt"],
align=align,
fill=fillBackground)
posY += line["height"]
def _box(self, x, y, w, h, color, lineColor, lineWidth=0):
style = ''
if (lineColor):
self.pdf.set_line_width(lineWidth)
self.pdf.set_draw_color(lineColor[0], lineColor[1], lineColor[2])
style += 'D'
if (color):
self.pdf.set_fill_color(color[0], color[1], color[2])
style += 'F'
self.pdf.rect(x, y, w, h, style)
def _line(self, x1, y1, x2, y2, color, lineWidth):
self.pdf.set_line_width(lineWidth)
self.pdf.set_draw_color(color[0], color[1], color[2])
self.pdf.line(x1, y1, x2, y2)
def _findTimeWindow(self, timetable):
minTime = self._timeToInt("24:00")
maxTime = self._timeToInt("00:00")
for daySchedule in timetable.values():
for personalSchedule in daySchedule.values():
for schedule in personalSchedule:
f = self._timeToInt(schedule.fromTime)
t = self._timeToInt(schedule.toTime)
minTime = min(minTime, f, t)
maxTime = max(maxTime, f, t)
return {"fromTime": minTime, "toTime": maxTime}
def _timeToInt(self, str):
parts = str.split(':')
return int(parts[0]) * 60 + int(parts[1])
class kut2fpdf(object):
_document = None # Aquí se irán guardando los datos del documento
logger = None
_xml = None
_xml_data = None
_page_orientation = None
_page_size = None
_bottom_margin = None
_left_margin = None
_right_margin = None
_top_margin = None
_page_top = {}
_data_row = None # Apunta a la fila actual en data
_parser_tools = None
_avalible_fonts = None
_unavalible_fonts = None
design_mode = None
_actual_data_line = None
_no_print_footer = False
_actual_section_size = None
increase_section_size = None
last_detail = False
actual_data_level = None
last_data_processed = None
prev_level = None
draws_at_header = None
detailn = None
name_ = None
_actual_append_page_no = None
reset_page_count = None
def __init__(self):
self.logger = logging.getLogger("kut2fpdf")
checkDependencies({"fpdf": "pyfpdf"})
from pineboolib.plugins.kugar.parsertools import parsertools
self._parser_tools = parsertools()
self._avalible_fonts = []
self._unavalible_fonts = []
self.design_mode = FLSettings().readBoolEntry("ebcomportamiento/kugar_debug_mode")
self._actual_data_line = None
self._no_print_footer = False
self.increase_section_size = 0
self.actual_data_level = 0
self.prev_level = -1
self.draws_at_header = {}
self.detailn = {}
self.name_ = None
self._actual_append_page_no = 0
self.reset_page_count = False
self.new_page = False
"""
Convierte una cadena de texto que contiene el ".kut" en un pdf y retorna la ruta a este último.
@param name. Nombre de ".kut".
@param kut. Cadena de texto que contiene el ".kut".
@param data. Cadena de texto que contiene los datos para ser rellenados en el informe.
@return Ruta a fichero pdf.
"""
def parse(self, name, kut, data, report = None, flags = []):
try:
self._xml = self._parser_tools.loadKut(kut)
except Exception:
self.logger.exception(
"KUT2FPDF: Problema al procesar %s.kut", name)
return False
try:
self._xml_data = load2xml(data)
except Exception:
self.logger.exception("KUT2FPDF: Problema al procesar xml_data")
return False
self.name_ = name
self.setPageFormat(self._xml)
# self._page_orientation =
# self._page_size =
if report is None:
from fpdf import FPDF
self._actual_append_page_no = -1
self._document = FPDF(self._page_orientation, "pt", self._page_size)
for f in self._document.core_fonts:
self.logger.debug("KUT2FPDF :: Adding font %s", f)
self._avalible_fonts.append(f)
else:
self._document = report
# Seteamos rutas a carpetas con tipos de letra ...
# Cargamos las fuentes disponibles
next_page_break = (flags[2] == 1) if len(flags) == 3 else True
page_append = (flags[1] == 1) if len(flags) > 1 else False
page_display = (flags[0] == 1) if len(flags) > 0 else False
if page_append:
self.prev_level = -1
self.last_detail = False
page_break = False
if self.new_page:
page_break = True
self.new_page = False
if self.reset_page_count:
self.reset_page_no()
self.reset_page_count = False
if self.design_mode:
print("Append", page_append)
print("Display", page_display)
print("Page break", next_page_break)
if next_page_break:
self.reset_page_count = True
if page_display:
self.new_page = True
self.processDetails(not page_break)
#FIXME:Alguno valores no se encuentran
for p in self._document.pages.keys():
page_content = self._document.pages[p]["content"]
for h in self.draws_at_header.keys():
page_content = page_content.replace(h, str(self.draws_at_header[h]))
self._document.pages[p]["content"] = page_content
#print(self.draws_at_header.keys())
self._document.set_title(self.name_)
self._document.set_author("Pineboo - kut2fpdf plugin")
return self._document
def get_file_name(self):
import os
pdf_name = aqApp.tmp_dir()
pdf_name += "/%s_%s.pdf" % (self.name_, datetime.datetime.now().strftime("%Y%m%d%H%M%S"))
if os.path.exists(pdf_name):
os.remove(pdf_name)
if self._document is not None:
self._document.output(pdf_name, 'F')
return pdf_name
else:
return None
"""
Indica el techo para calcular la posición de los objetos de esa sección.
@return Número con el techo de la página actual.
"""
def topSection(self):
return self._page_top[str(self._document.page_no())]
"""
Actualiza el valor del techo de la página actual. Se suele actualizar al procesar una sección.
@param value. Numero que elspecifica el nuevo techo.
"""
def setTopSection(self, value):
self._actual_section_size = value - self.topSection()
self._page_top[str(self._document.page_no())] = value
"""
Añade una nueva página al documento.
"""
def newPage(self, data_level, add_on_header = True):
self._document.add_page(self._page_orientation)
self._page_top[str(self._document.page_no())] = self._top_margin
self._document.set_margins(self._left_margin, self._top_margin, self._right_margin) # Lo dejo pero no se nota nada
self._no_print_footer = False
if self.design_mode:
self.draw_margins()
self._actual_section_size = 0
self._actual_append_page_no += 1
if self.design_mode:
print("Nueva página", self.number_pages())
#l_ini = data_level
#l_end = self.prev_level
#if l_ini == l_end:
# l_end = l_end + 1
#if l_ini <= l_end:
# for l in range(l_ini , l_end):
# print(l)
# self.processSection("AddOnHeader", str(l))
pg_headers = self._xml.findall("PageHeader")
for ph in pg_headers:
if self.number_pages() == 0 or ph.get("PrintFrequency") == "1":
ph_level = ph.get("Level") if ph.get("Level") is not None else None
self.processSection("PageHeader", ph_level)
break
if add_on_header and not self.number_pages() == 0:
for l in range(data_level + 1):
self.processSection("AddOnHeader", str(l))
#Por ahora se omite detail header
"""
Procesa las secciones details con sus correspondientes detailHeader y detailFooter.
"""
def processDetails(self, keep_page = None):
# Procesamos la cabecera si procede ..
top_level = 0
level = 0
first_page_created = keep_page if keep_page is not None and self._document.page_no() > 0 else False
rows_array = self._xml_data.findall("Row")
for data in rows_array:
self._actual_data_line = data
level = int(data.get("level"))
if level > top_level:
top_level = level
if not first_page_created:
self.newPage(level)
first_page_created = True
if rows_array[len(rows_array) - 1] is data:
self.last_detail = True
if level < self.prev_level:
for l in range(level + 1, self.prev_level + 1):
self.processData("DetailFooter", self.last_data_processed, l)
if not str(level) in self.detailn.keys():
self.detailn[str(level)] = 0
else:
self.detailn[str(level)] += 1
if level > self.prev_level:
self.processData("DetailHeader", data, level)
self.processData("Detail", data, level)
self.last_data_processed = data
self.prev_level = level
if not self._no_print_footer:
for l in reversed(range(top_level + 1)):
self.processData("DetailFooter", data, l)
"""
Paso intermedio que calcula si detailHeader + detail + detailFooter entran en el resto de la ṕagina. Si no es así crea nueva página.
@param section_name. Nombre de la sección a procesar.
@param data. Linea de datos a procesar.
@param data_level. Nivel de seccion.
"""
def processData(self, section_name, data, data_level):
self.actual_data_level = data_level
listDF = self._xml.findall(section_name)
data_size = len(listDF)
for dF in listDF:
draw_if = dF.get("DrawIf")
show = True
if draw_if:
show = data.get(draw_if)
if dF.get("Level") == str(data_level) and show not in ("None", "False"):
if section_name in ("DetailHeader","Detail"):
heightCalculated = self._parser_tools.getHeight(dF) + self.topSection()
if section_name is "DetailHeader":
for detail in self._xml.findall("Detail"):
if detail.get("Level") == str(data_level):
heightCalculated += self._parser_tools.getHeight(detail)
for dFooter in self._xml.findall("DetailFooter"):
if dFooter.get("Level") == str(data_level):
heightCalculated += self._parser_tools.getHeight(dFooter)
#for addFooter in self._xml.findall("AddOnFooter"):
# if addFooter.get("Level") == str(data_level):
# heightCalculated += self._parser_tools.getHeight(addFooter)
pageFooter = self._xml.get("PageFooter")
if pageFooter:
if self._document.page_no() == 1 or pageFooter.get("PrintFrecuency") == "1":
heightCalculated += self._parser_tools.getHeight(pageFooter)
heightCalculated += self._bottom_margin
if heightCalculated > self._document.h: # Si nos pasamos
self._no_print_footer = True
#Vemos el tope por abajo
limit_bottom = self._document.h - self._parser_tools.getHeight(self._xml.get("AddOnFooter"))
actual_size = self._parser_tools.getHeight(dF) + self.topSection()
if (actual_size > limit_bottom + 2) or self.last_detail: # +2 se usa de margen extra
self.processSection("AddOnFooter", str(data_level))
self.newPage(data_level)
self.processXML(dF, data)
if dF.get("NewPage") == "true" and not self.last_detail:
self.newPage(data_level, False)
break #Se ejecuta una sola instancia
"""
Procesa las secciones fuera de detail
@param name. Nombre de la sección a procesar.
"""
def processSection(self, name, level=0):
sec_list = self._xml.findall(name)
sec_ = None
for s in sec_list:
if s.get("Level") == str(level) or s.get("Level") is None:
sec_ = s
if sec_ is not None:
if sec_.get("PrintFrequency") == "1" or self._document.page_no() == 1 or name in ("AddOnHeader","AddOnFooter"):
self.processXML(sec_)
"""
Procesa un elemento de xml.
@param xml: El elemento a procesar.
@param. data: Linea de datos afectada.
"""
def processXML(self, xml, data=None):
fix_height = True
if data is None:
data = self._actual_data_line
if self.design_mode:
print("Procesando", xml.tag, data.get("level"))
size_updated = False
if xml.tag == "DetailFooter":
if xml.get("PlaceAtBottom") == "true":
self.setTopSection(self._document.h - self._parser_tools.getHeight(xml))
size_updated = True
if xml.tag == "PageFooter":
fix_height = False
self.fix_extra_size() #Sirve para actualizar la altura con lineas que se han partido porque son muy largas
for label in xml.iter("Label"):
self.processText(label, data, fix_height)
for field in xml.iter("Field"):
self.processText(field, data, fix_height)
for special in xml.iter("Special"):
self.processText(special, data, fix_height, xml.tag)
for calculated in xml.iter("CalculatedField"):
self.processText(calculated, data, fix_height, xml.tag)
#Busco draw_at_header en DetailFooter y los meto también
if xml.tag == "DetailHeader":
detail_level = xml.get("Level")
for df in self._xml.iter("DetailFooter"):
if df.get("Level") == detail_level:
for cf in df.iter("CalculatedField"):
if cf.get("DrawAtHeader") == "true":
header_name = "%s_header_%s_%s" % (self.detailn[detail_level], detail_level, cf.get("Field"))
self.draws_at_header[header_name] = ""
self.processText(cf, data, fix_height, xml.tag)
for line in xml.iter("Line"):
self.processLine(line, fix_height)
if not size_updated:
self.setTopSection(self.topSection() + self._parser_tools.getHeight(xml))
def fix_extra_size(self):
if self.increase_section_size > 0:
self.setTopSection(self.topSection() + self.increase_section_size)
self.increase_section_size = 0
"""
Procesa una linea.
@param xml. Sección de xml a procesar.
@param fix_height. Ajusta la altura a los .kut originales, excepto el pageFooter.
"""
def processLine(self, xml, fix_height=True):
color = xml.get("Color")
r = 0 if not color else int(color.split(",")[0])
g = 0 if not color else int(color.split(",")[1])
b = 0 if not color else int(color.split(",")[2])
style = int(xml.get("Style"))
width = int(xml.get("Width"))
X1 = self.calculateLeftStart(xml.get("X1"))
X1 = self.calculateWidth(X1, 0, False)
X2 = self.calculateLeftStart(xml.get("X2"))
X2 = self.calculateWidth(X2, 0, False)
# Ajustar altura a secciones ya creadas
Y1 = int(xml.get("Y1")) + self.topSection()
Y2 = int(xml.get("Y2")) + self.topSection()
if fix_height:
Y1 = self._parser_tools.ratio_correction(Y1)
Y2 = self._parser_tools.ratio_correction(Y2)
self._document.set_line_width(width)
self._document.set_draw_color(r, g, b)
dash_length = 1
space_length = 1
if style == 2:
dash_length = 20
space_length = 20
elif style == 3:
dash_length = 10
space_length = 10
self._document.dashed_line(X1, Y1, X2, Y2, dash_length, space_length)
#else:
# self._document.line(X1, Y1, X2, Y2)
"""
Comprueba si excedemos el margen izquierdo de la página actual
@param x. Posición a comprobar.
@return Valor corregido, si procede.
"""
def calculateLeftStart(self, x):
return self._parser_tools.ratio_correction(int(x)) + self._left_margin
"""
Comprueba si excedemos el margen derecho de la página actual
@param x. Posición a comprobar.
@return Valor corregido, si procede.
"""
def calculateWidth(self, width, pos_x, fix_ratio = True):
width = int(width)
if fix_ratio:
width = self._parser_tools.ratio_correction(int(width))
ret_ = width
limit = self._document.w - self._right_margin
if pos_x + width > limit:
ret_ = limit - pos_x
return ret_
"""
Procesa una etiqueta. Esta puede ser un campo calculado, una etiqueta, un campo especial o una imagen.
@param xml. Sección de xml a procesar.
@param fix_height. Ajusta la altura a los .kut originales, excepto el pageFooter.
"""
def processText(self, xml, data_row=None, fix_height=True, section_name = None):
is_image = False
is_barcode = False
text = xml.get("Text")
borderColor = xml.get("BorderColor")
field_name = xml.get("Field")
# x,y,W,H se calcula y corrigen aquí para luego estar correctos en los diferentes destinos posibles
W = int(xml.get("Width"))
H = self._parser_tools.getHeight(xml)
x = int(xml.get("X"))
y = int(xml.get("Y")) + self.topSection() # Añade la altura que hay ocupada por otras secciones
if fix_height:
y = self._parser_tools.ratio_correction(y) # Corrige la posición con respecto al kut original
data_type = xml.get("DataType")
if xml.tag == "Field" and data_row is not None:
text = data_row.get(field_name)
elif xml.tag == "Special":
if text == "":
if xml.get("Type") == "1":
text = "PageNo"
text = self._parser_tools.getSpecial( text, self._actual_append_page_no)
calculation_type = xml.get("CalculationType")
if calculation_type is not None and xml.tag != "Field":
if calculation_type == "6":
function_name = xml.get("FunctionName")
try:
nodo = self._parser_tools.convertToNode(data_row)
from pineboolib.pncontrolsfactory import aqApp
ret_ = aqApp.call(function_name, [nodo, field_name])
if ret_ is False:
return
else:
text = str(ret_)
except Exception:
self.logger.exception(
"KUT2FPDF:: Error llamando a function %s", function_name)
return
elif calculation_type == "1":
text = self._parser_tools.calculate_sum(field_name, self.last_data_processed, self._xml_data, self.actual_data_level)
elif calculation_type in ("5"):
if data_row is None:
data_row = self._xml_data[0]
text = data_row.get(field_name)
if data_type is not None:
text = self._parser_tools.calculated(text, int(data_type), xml.get("Precision"), data_row)
if data_type == "5":
is_image = True
elif data_type == "6":
is_barcode = True
if xml.get("BlankZero") == "1" and text is not None:
res_ = re.findall(r'\d+', text)
res_ = "".join(res_)
if int(res_) == 0:
return
if text is not None and text.startswith(filedir("../tempdata")):
is_image = True
negValueColor = xml.get("NegValueColor")
Currency = xml.get("Currency")
commaSeparator = xml.get("CommaSeparator")
dateFormat = xml.get("DateFormat")
if is_image:
self.draw_image(x, y, W, H, xml, text)
elif is_barcode:
self.draw_barcode(x, y, W, H, xml, text)
else:
level = data_row.get("level")
if level and str(level) in self.detailn.keys():
val = "%s_header_%s_%s" % ( self.detailn[str(level)], level,field_name)
if xml.get("DrawAtHeader") == "true" and level:
if section_name == "DetailHeader":
val = ""
self.drawText(x, y, W, H, xml, val)
print(level, section_name, val, text)
if section_name == "DetailFooter" and xml.get("DrawAtHeader") == "true":
self.draws_at_header[val] = text
print("Añadiendo a", val, text, level)
else:
self.drawText(x, y, W, H, xml, text)
"""
Dibuja un campo texto en la página.
@param x. Pos x de la etiqueta.
@param y. Pos y de la etiqueta.
@param W. Anchura de la etiqueta.
@param H. Altura de la etiqueta.
@param xml. Sección del xml afectada.
@param txt. Texto calculado de la etiqueta a crear.
"""
def drawText(self, x, y, W, H, xml, txt):
if txt in ("None", None):
return
txt = self._parser_tools.restore_text(txt)
resizeable = False
if xml.get("ChangeHeight") == "1":
resizeable = True
height_resized = False
orig_x = x
orig_y = y
orig_W = W
orig_H = H
# Corregimos margenes:
x = self.calculateLeftStart(x)
W = self.calculateWidth(W, x)
#bg_color = xml.get("BackgroundColor").split(",")
fg_color = self.get_color(xml.get("ForegroundColor"))
self._document.set_text_color(fg_color[0], fg_color[1], fg_color[2])
#self._document.set_draw_color(255, 255, 255)
#if xml.get("BorderStyle") == "1":
# FIXME: Hay que ajustar los margenes
#font_name, font_size, font_style
font_style = ""
font_size = int(xml.get("FontSize"))
font_name_orig = xml.get("FontFamily").lower() if xml.get("FontFamily") is not None else "helvetica"
font_name = font_name_orig
font_w = xml.get("FontWeight")
if font_w in (None, "50"): #Normal
font_w = 100
elif int(font_w) >= 65:
font_style += "B"
font_w = 100
fontI = xml.get("FontItalic")
fontU = xml.get("FontUnderlined") # FIXME: hay que ver si es así
background_color = self.get_color(xml.get("BackgroundColor"))
#if background_color != [255,255,255]: #Los textos que llevan fondo no blanco van en negrita
# font_style += "B"
if fontI == "1":
font_style += "I"
if fontU == "1":
font_style += "U"
font_full_name = "%s%s" % (font_name, font_style)
if font_full_name not in self._avalible_fonts:
font_found = self._parser_tools.find_font(font_full_name)
if font_found:
self.logger.warning("KUT2FPDF::Añadiendo el tipo de letra %s (%s)", font_full_name, font_found)
self._document.add_font(font_full_name, "", font_found, True)
self._avalible_fonts.append(font_full_name)
else:
if font_full_name not in self._unavalible_fonts:
self.logger.warning("KUT2FPDF:: No se encuentra el tipo de letra %s. Sustituido por helvetica%s." %(font_full_name, font_style))
self._unavalible_fonts.append(font_full_name)
font_name = "helvetica"
if font_name is not font_name_orig and font_name_orig.lower().find("narrow") > -1:
font_w = 85
self._document.set_font(font_name, font_style, font_size)
self._document.set_stretching(font_w)
# Corregir alineación
VAlignment = xml.get("VAlignment") # 0 izquierda, 1 centrado,2 derecha
HAlignment = xml.get("HAlignment")
layout_direction = xml.get("layoutDirection")
start_section_size = self._actual_section_size
result_section_size = 0
#Miramos si el texto sobrepasa el ancho
array_text = []
array_n = []
text_lines = []
if txt.find("\n") > -1:
for t in txt.split("\n"):
array_n.append(t)
if array_n: #Hay saltos de lineas ...
for n in array_n:
text_lines.append(n)
else: #No hay saltos de lineas
text_lines.append(txt)
for tl in text_lines:
str_width = self._document.get_string_width(tl)
if str_width > W + 2 and xml.tag !="Label" and resizeable: #Una linea es mas larga que el ancho del campo(Dejando 2 de juego)
height_resized = True
array_text = self.split_text(tl, W)
else:
array_text.append(tl)
#calculated_h = orig_H * len(array_text)
self.drawRect(orig_x, orig_y, orig_W, orig_H, xml)
processed_lines = 0
extra_size = 0
for actual_text in array_text:
if actual_text is None:
continue
processed_lines += 1
if processed_lines > 1:
extra_size += font_size + 2
if HAlignment == "1": # sobre X
# Centrado
x = x + (W / 2) - (self._document.get_string_width(actual_text) / 2)
#x = x + (W / 2) - (str_width if not height_resized else W / 2)
elif HAlignment == "2":
# Derecha
x = x + W - self._document.get_string_width(actual_text) - 2 # -2 de margen
#x = x + W - str_width if not height_resized else W
else:
# Izquierda
x = x + 2
if VAlignment == "1": # sobre Y
# Centrado
#y = (y + ((H / 2) / processed_lines)) + (((self._document.font_size_pt / 2) / 2) * processed_lines)
y = ( orig_y + ( orig_H / 2))+ ((self._document.font_size_pt / 2) /2)
elif VAlignment == "2":
# Abajo
y = orig_y + orig_H - font_size
else:
# Arriba
y = orig_y + font_size
y = y + extra_size
if self.design_mode:
self.write_debug(self.calculateLeftStart(orig_x), y, "Hal:%s, Val:%s, T:%s st:%s" % (HAlignment, VAlignment, txt, font_w), 6, "green")
if xml.tag == "CalculatedField":
self.write_debug(self.calculateLeftStart(orig_x), y, "CalculatedField:%s, Field:%s" % (xml.get("FunctionName"), xml.get("Field")), 3, "blue")
self._document.text(x, y, actual_text)
result_section_size += start_section_size
result_section_size = result_section_size - start_section_size
if self.increase_section_size < extra_size: #Si algun incremento extra hay superior se respeta
self.increase_section_size = extra_size
def split_text(self, texto, limit_w):
list_ = []
linea_ = None
for t in texto.split(" "):
if linea_ is None and t == "":
continue
if linea_ is not None:
if self._document.get_string_width(linea_ + t) > limit_w:
list_.append(linea_)
linea_ = ""
else:
linea_ = ""
linea_ += "%s " % t
list_.append(linea_)
return list_
"""
Dibuja un cuadrado en la página actual.
@param x. Pos x del cuadrado.
@param y. Pos y del cuadrado.
@param W. Anchura del cuadrado.
@param H. Altura del cuadrado.
"""
def get_color(self, value):
value = value.split(",")
r = None
g = None
b = None
if len(value) == 3:
r = int(value[0])
g = int(value[1])
b = int(value[2])
else:
r = int(value[0:2])
g = int(value[3:5])
b = int(value[6:8])
return [r,g,b]
def drawRect(self, x, y, W, H, xml = None):
style_ = ""
border_color = None
bg_color = None
line_width = self._document.line_width
border_width = 0.2
#Calculamos borde y restamos del ancho
orig_x = x
orig_y = y
orig_w = W
x = self.calculateLeftStart(orig_x)
W = self.calculateWidth(W, x)
if xml is not None and not self.design_mode:
if xml.get("BorderStyle") == "1":
border_color = self.get_color(xml.get("BorderColor"))
self._document.set_draw_color(border_color[0], border_color[1], border_color[2])
style_ += "D"
bg_color = self.get_color(xml.get("BackgroundColor"))
self._document.set_fill_color(bg_color[0], bg_color[1], bg_color[2])
style_ = "F" + style_
border_width = int(xml.get("BorderWidth") if xml.get("BorderWidth") else 0.2)
else:
self.write_cords_debug(x,y,W,H, orig_x, orig_w)
style_ = "D"
self._document.set_draw_color(0, 0, 0)
if style_ is not "":
self._document.set_line_width(border_width)
self._document.rect(x, y, W, H, style_)
self._document.set_line_width(line_width)
self._document.set_xy(orig_x, orig_y)
#self._document.set_draw_color(255, 255, 255)
#self._document.set_fill_color(0, 0, 0)
def write_cords_debug(self, x, y, w, h, ox, ow):
self.write_debug(x,y,"X:%s Y:%s W:%s H:%s orig_x:%s, orig_W:%s" % (round(x, 2),round(y, 2),round(w, 2),round(h, 2), round(ox, 2), round(ow, 2)), 2, "red")
def write_debug(self, x,y,text, h, color = None):
orig_color = self._document.text_color
r = None
g = None
b = None
current_font_family = self._document.font_family
current_font_size = self._document.font_size_pt
current_font_style = self._document.font_style
if color is "red":
r = 255
g = 0
b = 0
elif color is "green":
r = 0
g = 255
b = 0
elif color is "blue":
r = 0
g = 0
b = 255
self._document.set_text_color(r,g,b)
self._document.set_font_size(4)
self._document.text(x, y + h, text)
self._document.text_color = orig_color
#self._document.set_xy(orig_x, orig_y)
self._document.set_font(current_font_family, current_font_style, current_font_size)
"""
Inserta una imagen en la página actual.
@param x. Pos x de la imagen.
@param y. Pos y de la imagen.
@param W. Anchura de la imagen.
@param H. Altura de la imagen.
@param xml. Sección del xml afectada.
@param file_name. Nombr del fichero de tempdata a usar
"""
def draw_image(self, x, y, W, H, xml, file_name):
import os
if not file_name.lower().endswith(".png"):
file_name = self._parser_tools.parseKey(file_name)
if file_name is not None and os.path.exists(file_name):
x = self.calculateLeftStart(x)
W = self.calculateWidth(W, x)
self._document.image(file_name, x, y, W, H, "PNG")
def draw_barcode(self, x, y, W, H, xml, text):
if text == "None":
return
from pineboolib.fllegacy.flcodbar import FLCodBar
file_name = aqApp.tmp_dir()
file_name += "/%s.png" % (text)
type = xml.get("CodBarType")
if not os.path.exists(file_name):
bar_code = FLCodBar(text) #Code128
if type is not None:
type = bar_code.nameToType(type.lower())
bar_code.setType(type)
pix = bar_code.pixmap()
if not pix.isNull():
pix.save(file_name, "PNG")
self.draw_image(x , y, W, H, xml, file_name)
"""
Define los parámetros de la página
@param xml: Elemento xml con los datos del fichero .kut a procesar
"""
def setPageFormat(self, xml):
custom_size = None
self._bottom_margin = int(xml.get("BottomMargin"))
self._left_margin = int(xml.get("LeftMargin"))
self._right_margin = int(xml.get("RightMargin"))
self._top_margin = int(xml.get("TopMargin"))
page_size = int(xml.get("PageSize"))
page_orientation = xml.get("PageOrientation")
if page_size in [30, 31]:
custom_size = [int(xml.get("CustomHeightMM")), int(xml.get("CustomWidthMM"))]
self._page_orientation = "P" if page_orientation == "0" else "L"
self._page_size = self._parser_tools.converPageSize(
page_size, int(page_orientation), custom_size) # devuelve un array
def draw_margins(self):
self.draw_debug_line(0 + self._left_margin , 0, 0+ self._left_margin , self._page_size[1]) #Vertical derecha
self.draw_debug_line(self._page_size[0] - self._right_margin , 0, self._page_size[0] - self._right_margin , self._page_size[1])#Vertical izquierda
self.draw_debug_line(0, 0 + self._top_margin, self._page_size[0], 0 + self._top_margin) #Horizontal superior
self.draw_debug_line(0, self._page_size[1] - self._bottom_margin, self._page_size[0], self._page_size[1] - self._bottom_margin) #Horizontal inferior
def draw_debug_line(self, X1, Y1, X2, Y2, title= None, color="GREY"):
dash_length = 2
space_length = 2
r = 0
g = 0
b = 0
if color == "GREY":
r = 220
g = 220
b = 220
self._document.set_line_width(1)
self._document.set_draw_color(r, g, b)
self._document.dashed_line(X1, Y1, X2, Y2, dash_length, space_length)
def number_pages(self):
return self._actual_append_page_no if self._actual_append_page_no > 0 else 0
def reset_page_no(self):
self._actual_append_page_no = -1
w = pdf.get_string_width(header) + 6
pdf.set_x((210 - w) / 2)
pdf.cell(w, 9, header, 0, 0, 'C')
pdf.line(20, 18, 210 - 20, 18)
#line break
pdf.ln(10)
pdf.set_font('Times', '', 12)
pdf.multi_cell(
0, 5,
'Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry\'s standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.'
)
pdf.ln()
pdf.set_font('Arial', '', 12)
pdf.set_fill_color(200, 220, 255)
pdf.cell(0, 6, 'Chapter %d : %s' % (1, 'Sample Label'), 0, 1, 'L', 1)
pdf.ln()
pdf.set_font('Courier', 'B', 12)
pdf.multi_cell(
0, 5,
'Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry\'s standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.'
)
pdf.ln()
pdf.set_font('', 'U', 11)
pdf.multi_cell(
0, 6,
'It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using \'Content here, content here\', making it look like readable English. Many desktop publishing packages and web page editors now use Lorem Ipsum as their default model text, and a search for \'lorem ipsum\' will uncover many web sites still in their infancy. Various versions have evolved over the years, sometimes by accident, sometimes on purpose.'
)
def save_history(request):
stdate, spdate = None, None
if 'stdate' in request.GET:
stdate = datetime.datetime.strptime(request.GET.get('stdate'), '%d.%m.%Y')
if 'spdate' in request.GET:
spdate = datetime.datetime.strptime(request.GET.get('spdate'), '%d.%m.%Y')
if stdate and spdate:
o = Order.objects.filter(Q(date__gte=stdate) & Q(date__lte=spdate)).order_by('date')
domain = Site.objects.get_current().domain
def ImprovedTable(pdf, oo, data):
header = [_(u"#id"), _(u"Title"), _(u"Price"), _(u"Count"), _(u"Cost")]
w = [20, 70, 20, 20, 20]
for i in range(len(header)):
pdf.cell(w[i], 5, u'%s' % header[i], 1, 0, 'C', 1)
pdf.ln()
for row in data:
pdf.cell(w[0], 5, u'%d' % row.product.id, 'LR')
pdf.cell(w[1], 5, u'%s' % row.product.title, 'LR')
pdf.cell(w[2], 5, u'%d' % row.get_cost(), 'LR', 0, 'R')
pdf.cell(w[3], 5, u'%d' % row.count, 'LR', 0, 'R')
pdf.cell(w[4], 5, u'%d' % row.get_total_cost(), 'LR', 0, 'R')
pdf.ln()
if oo.is_delivery:
pdf.cell(w[0], 5, u'-', 'LR')
pdf.cell(w[1], 5, _(u"Delivery"), 'LR')
pdf.cell(w[2], 5, u'%d' % oo.cost_delivery, 'LR', 0, 'R')
pdf.cell(w[3], 5, u'-', 'LR', 0, 'R')
pdf.cell(w[4], 5, u'%d' % oo.cost_delivery, 'LR', 0, 'R')
pdf.ln()
pdf.cell(sum(w), 0, '', 'T')
return pdf
pdf = FPDF('P','mm','A4')
pdf.set_author(domain)
pdf.add_page()
pdf.add_font('DejaVu', '', 'DejaVuSansCondensed.ttf', uni=True)
pdf.add_font('DejaVuBold', '', 'DejaVuSansCondensed-Bold.ttf', uni=True)
pdf.set_fill_color(229, 229, 229);
pdf.set_font('DejaVu', '', 5);
pdf.write(5, _(u"History created at %s") % datetime.datetime.now().strftime('%d.%m.%Y %H:%M'))
pdf.ln(5)
pdf.set_font('DejaVuBold', '', 8);
pdf.write(5, _(u"History"))
pdf.ln(5)
for x in o:
op = x.get_op()
if op.count():
pdf.set_font('DejaVuBold', '', 8);
pdf.write(5, u'Order #%d at %s on sum %d. Status: %s. Products:' % (
x.id, x.date.strftime('%d.%m.%Y %H:%M'), x.get_total_cost(), x.status.title
))
pdf.ln(5)
pdf.set_font('DejaVu', '', 5);
pdf = ImprovedTable(pdf, x, x.get_op())
pdf.ln(5)
s = pdf.output('History.pdf', 'S')
response = HttpResponse(s, mimetype='application/pdf; charset=cp1251')
response['Content-Disposition'] = 'attachment; filename=History.pdf'
return response
return HttpResponse('')
