def process_okular_xml(xml_path):
xml = open(xml_path).read()
soup = BeautifulStoneSoup(xml)
ls_ano = []
for page in soup.findChildren("page"):
ls_annotation = page.findChildren("annotation")
if not ls_annotation:
print("no annotations found")
return
for ano in ls_annotation:
OKA = OkularAnnotation(ano)
ls_xml.append(OKA.process())
ls_ano.append(OKA)
return ls_ano
def write_okular_annotation(source_pdf, okular_xml, output_dir):
print("#" * 80)
print("OUTPUTTING TO: %s" % output_dir)
print("#" * 80)
pdfr = pyPdf.PdfFileReader(open(source_pdf, "rb"))
_xzero, _yzero, DOC_WIDTH, DOC_HEIGHT = pdfr.getPage(0)['/MediaBox']
pdfr.stream.close() # duno if this frees anything at all
DIR_ANNOTATION = '.'
FILE_OUTPUT_TEMPLATE = "p%s.svg"
dc_page_annotation = {}
soup = BeautifulStoneSoup(okular_xml)
for page in soup.findChildren("page"):
page_num = int(page.get("number"))
ls_annotation = page.findChildren("annotation")
if not ls_annotation:
print("no annotations found")
return
ls_xml = []
for ano in ls_annotation:
OKA = OkularAnnotation(ano)
ls_xml.append(OKA.process())
svg_out = wrap_into_svg(DOC_WIDTH, DOC_HEIGHT, "\n".join(ls_xml))
open(FILE_OUTPUT_TEMPLATE % page_num, "w").write(svg_out)
dc_page_annotation[page_num] = FILE_OUTPUT_TEMPLATE % page_num
#print(svg_out)
#print("\n------\n\n")
PDFAP = PDFAnnotationProcessor.PDFAnnotationProcessor( \
source_pdf,
DIR_ANNOTATION,
dc_page_annotation)
PDFAP.extract_all_annotation(output_dir)
def RetrieveForecast(self, days=1, unicode=True, low=True, high=True, conditions=True,
sunrise=False, sunset=False, moon_percent=False, moon_age=False):
""" Parse out the forecast from the information obtained by
GetXMLForecast(). Return a dictionary like the following:
{
1: {
"high": {
"fahrenheit": 27,
"celsius": -3
},
"low": {
"fahrenheit": 16,
"celsius": -9
},
"conditions": "Mostly Cloudy",
}
}
If unicode is True, display °'s with temperatures, but
temperature is *always* returned as a string.
"""
urlobject = self.GetXMLForecast()
soup = BeautifulStoneSoup(urlobject)
if days > 6:
raise "You've requested too many days. Days must be <= 6."
key = days + 2
output_dict = {}
for day in range(2, key):
loopday = soup.findChildren("forecastday")[day]
# Initialize the dictionary.
day_dict = output_dict[int(loopday.period.string)] = {}
day_dict["epoch"] = int(loopday.date.epoch.string)
if low == True:
lowf = int(loopday.low.fahrenheit.string)
lowc = int(loopday.low.celsius.string)
day_dict["low"] = {
"fahrenheit": str(lowf),
"celsius": str(lowc)
}
if unicode == True:
day_dict["low"]["fahrenheit"] += "°"
day_dict["low"]["celsius"] += "°"
if high == True:
highf = int(loopday.high.fahrenheit.string)
highc = int(loopday.high.celsius.string)
day_dict["high"] = {
"fahrenheit": str(highf),
"celsius": str(highc)
}
if unicode == True:
day_dict["high"]["fahrenheit"] += "°"
day_dict["high"]["celsius"] += "°"
if conditions == True:
conditions = str(loopday.conditions.string)
day_dict["conditions"] = conditions
return output_dict
