def pybtex_to_pieberry(key, ent):
'''Transform pybtex Entry class to a PieObject'''
obj = PieObject()
modfields = {}
for bkey, val in ent.fields.items():
if bibtexmap.has_key(bkey):
modfields[bibtexmap[bkey]] = ublc(val)
obj.add_aspect_bibdata(**modfields)
obj.BibData_Key = key
if not ent.fields.has_key('title'):
if ent.fields.has_key('booktitle'):
obj.title = ublc(ent.items['booktitle'])
else:
raise ValueError, 'No title in this entry'
for persons in ent.persons.itervalues():
for person in persons:
person.text = unicode(person)
formatter = Formatter()
formatted_names = formatter.format_people(ent)
# formatted_names = formatter.format_author_or_editor(ent)
rendered_names = formatted_names.render(plaintext.Backend()).rstrip('.')
corpnamehere = re_corpname.match(rendered_names)
if not ent.fields.has_key('year'):
raise Exception, "No valid date for this item"
if not ent.fields.has_key('month'):
ent.fields['month'] = 'January'
datestr = '01 %s %s' % (ent.fields['month'], ent.fields['year'])
obj.BibData_DatePublished = datetime.datetime.strptime(datestr, '%d %B %Y')
if corpnamehere:
rendered_names = '%s%s' % (corpnamehere.group(1), corpnamehere.group(2))
obj.corpauthor = rendered_names
else:
obj.author = rendered_names
obj.BibData_Type = ent.type
return obj
def pypdf_object(fn):
if sys.platform == 'win32':
newfn = os.path.join(CACHEDIR, 'Workaround', os.path.basename(fn))
if os.path.isfile(newfn):
newfn = auto_increment_fn(newfn)
shutil.copyfile(fn, newfn)
fn = newfn
data = pypdf_metadata(fn)
obj = PieObject(title=data['title'],
author=data['author'],
date=data['creation_date'])
obj.FileData_DateCreated = data['creation_date']
obj.FileData_FileType = 'pdf'
obj.FileData_FileName = os.path.basename(fn)
return obj
def pypdf_object(fn):
if sys.platform == 'win32':
newfn = os.path.join(CACHEDIR, 'Workaround', os.path.basename(fn))
if os.path.isfile(newfn):
newfn = auto_increment_fn(newfn)
shutil.copyfile(fn, newfn)
fn = newfn
data = pypdf_metadata(fn)
obj = PieObject(
title=data['title'],
author=data['author'],
date=data['creation_date']
)
obj.FileData_DateCreated = data['creation_date']
obj.FileData_FileType = 'pdf'
obj.FileData_FileName = os.path.basename(fn)
return obj
def pybtex_to_pieberry(key, ent):
'''Transform pybtex Entry class to a PieObject'''
obj = PieObject()
modfields = {}
for bkey, val in ent.fields.items():
if bibtexmap.has_key(bkey):
modfields[bibtexmap[bkey]] = ublc(val)
obj.add_aspect_bibdata(**modfields)
obj.BibData_Key = key
if not ent.fields.has_key('title'):
if ent.fields.has_key('booktitle'):
obj.title = ublc(ent.items['booktitle'])
else:
raise ValueError, 'No title in this entry'
for persons in ent.persons.itervalues():
for person in persons:
person.text = unicode(person)
formatter = Formatter()
formatted_names = formatter.format_people(ent)
# formatted_names = formatter.format_author_or_editor(ent)
rendered_names = formatted_names.render(plaintext.Backend()).rstrip('.')
corpnamehere = re_corpname.match(rendered_names)
if not ent.fields.has_key('year'):
raise Exception, "No valid date for this item"
if not ent.fields.has_key('month'):
ent.fields['month'] = 'January'
datestr = '01 %s %s' % (ent.fields['month'], ent.fields['year'])
obj.BibData_DatePublished = datetime.datetime.strptime(datestr, '%d %B %Y')
if corpnamehere:
rendered_names = '%s%s' % (corpnamehere.group(1),
corpnamehere.group(2))
obj.corpauthor = rendered_names
else:
obj.author = rendered_names
obj.BibData_Type = ent.type
return obj
def get_fake_metadata_object(fn):
'''get object with metadata gleaned only from the file system
takes a full path'''
d = get_fake_metadata(fn)
obj = PieObject(title=d['title'], date=d['creation_date'])
obj.FileData_DateCreated = d['creation_date']
obj.FileData_DateModified = d['modification_date']
obj.FileData_FileType = determine_file_type(fn)
obj.FileData_FileName = os.path.basename(fn)
return obj
def pieberry_from_google(gdict, url):
'''Take a google books dict and produce a PieObject'''
bd = {
'title': unicode(gdict['title'], 'utf8'),
}
if gdict.has_key('authors') and gdict['authors']:
bd['author'] = fmt_authors(gdict['authors'])
try:
bd['BibData_DatePublished'] = datetime.datetime.strptime(
gdict['date'], '%Y-%m-%d')
except:
try:
bd['BibData_DatePublished'] = datetime.datetime.strptime(
gdict['date'], '%Y')
except:
bd['BibData_DatePublished'] = datetime.datetime.today()
if gdict.has_key('description') and gdict['description']:
bd['BibData_Abstract'] = unicode(gdict['description'], 'utf8')
if gdict.has_key('publishers') and gdict['publishers']:
bd['BibData_Publisher'] = u' - '.join(
[unicode(p, 'utf8') for p in gdict['publishers']])
googlekey = ''
for i, k in gdict['identifiers']:
if i == 'ISBN':
bd['PhysData_ISBN'] = k
elif i == 'google_id':
googlekey = k
bd['BibData_Type'] = suggest_type(gdict, bd)
bd['WebData_Url'] = url
obj = PieObject()
obj.GoogleData = {'google_id': googlekey}
if gdict.has_key('subjects'):
obj.GoogleData['subjects'] = gdict['subjects']
if gdict.has_key('thumbnail'):
obj.GoogleData['thumbnail'] = gdict['thumbnail']
if gdict.has_key('summary'):
obj.GoogleData['summary'] = gdict['summary']
obj.add_aspect_bibdata(**bd)
return obj
def pieberry_from_google(gdict, url):
'''Take a google books dict and produce a PieObject'''
bd = {
'title': unicode(gdict['title'], 'utf8'),
}
if gdict.has_key('authors') and gdict['authors']:
bd['author'] = fmt_authors(gdict['authors'])
try:
bd['BibData_DatePublished'] = datetime.datetime.strptime(
gdict['date'], '%Y-%m-%d')
except:
try:
bd['BibData_DatePublished'] = datetime.datetime.strptime(
gdict['date'], '%Y')
except:
bd['BibData_DatePublished'] = datetime.datetime.today()
if gdict.has_key('description') and gdict['description']:
bd['BibData_Abstract'] = unicode(gdict['description'], 'utf8')
if gdict.has_key('publishers') and gdict['publishers']:
bd['BibData_Publisher'] = u' - '.join([unicode(p, 'utf8') for p in gdict['publishers']])
googlekey = ''
for i, k in gdict['identifiers']:
if i == 'ISBN':
bd['PhysData_ISBN'] = k
elif i == 'google_id':
googlekey = k
bd['BibData_Type'] = suggest_type(gdict, bd)
bd['WebData_Url'] = url
obj = PieObject()
obj.GoogleData = {'google_id': googlekey}
if gdict.has_key('subjects'):
obj.GoogleData['subjects'] = gdict['subjects']
if gdict.has_key('thumbnail'):
obj.GoogleData['thumbnail'] = gdict['thumbnail']
if gdict.has_key('summary'):
obj.GoogleData['summary'] = gdict['summary']
obj.add_aspect_bibdata(**bd)
return obj
def spoof_pieobject(objtype="normal"):
'''Generate a spoof PieObject'''
if objtype == 'normal':
t = random.choice(ipsum)
a = random.choice(namelist)
d = datetime.datetime.today()
ro = PieObject(t, a, d)
ro.FileData_FileName = random.choice(filenamelist)
ro.FileData_Root = random.choice(rootlist)
elif objtype == 'web':
ro = PieObject()
ro.WebData_Url = random.choice(urllist)
ro.WebData_PageUrl = ro.WebData_Url
ro.WebData_LinkText = random.choice(ipsum)
ro.title = ro.WebData_LinkText
ro.aspects['onweb'] = True
elif objtype in ('webfull', 'desktop', 'pdffull'):
t = random.choice(ipsum)
a = random.choice(namelist)
d = datetime.datetime.today()
ro = PieObject(t, a, d)
ro.WebData_Url = random.choice(urllist)
ro.WebData_PageUrl = ro.WebData_Url
ro.WebData_LinkText = t + ' [link]'
ro.FileData_Root = 'cachedir'
ro.aspects['onweb'] = True
ro.MakeBibData()
ro.add_tag('Test')
ro.add_tags(('Foo', 'Bar'))
return ro
# md = reader.Info.ModDate.split(':')[1]
creation_date = datetime.datetime.strptime("%s %s %s %s %s" % (
cd[0:4], cd[4:6], cd[6:8], cd[8:10], cd[10:12]
), "%Y %m %d %H %M")
else:
creation_date = fakeobj.FileData_DateCreated
if reader.Info.Author:
author = unicode(
reader.Info.Author, 'utf8', errors=U_ERROR_BEHAV).strip('()')
else: author = u''
if reader.Info.Title:
title = unicode(
reader.Info.Title, 'utf8', errors=U_ERROR_BEHAV).strip('()')
else: title = u''
obj = PieObject(
title = title,
author = author,
date = creation_date)
obj.FileData_DateCreated = creation_date
obj.FileData_FileType = 'pdf'
obj.FileData_FileName = os.path.basename(fn)
return obj
def pdfrw_metadata(fn):
reader = PdfReader(fn)
# assert len(reader.Info.CreationDate) > 0
cd = reader.Info.CreationDate.split(':')[1] #get the 'good' bit
# md = reader.Info.ModDate.split(':')[1]
creation_date = datetime.datetime.strptime("%s %s %s %s %s" % (
cd[0:4], cd[4:6], cd[6:8], cd[8:10], cd[10:12]
), "%Y %m %d %H %M")
return {
def spoof_pieobject(objtype="normal"):
'''Generate a spoof PieObject'''
if objtype == 'normal':
t = random.choice(ipsum)
a = random.choice(namelist)
d = datetime.datetime.today()
ro = PieObject(t, a, d)
ro.FileData_FileName = random.choice(filenamelist)
ro.FileData_Root = random.choice(rootlist)
elif objtype == 'web':
ro = PieObject()
ro.WebData_Url = random.choice(urllist)
ro.WebData_PageUrl = ro.WebData_Url
ro.WebData_LinkText = random.choice(ipsum)
ro.title = ro.WebData_LinkText
ro.aspects['onweb'] = True
elif objtype in ('webfull', 'desktop', 'pdffull'):
t = random.choice(ipsum)
a = random.choice(namelist)
d = datetime.datetime.today()
ro = PieObject(t, a, d)
ro.WebData_Url = random.choice(urllist)
ro.WebData_PageUrl = ro.WebData_Url
ro.WebData_LinkText = t + ' [link]'
ro.FileData_Root = 'cachedir'
ro.aspects['onweb'] = True
ro.MakeBibData()
ro.add_tag('Test')
ro.add_tags(('Foo', 'Bar'))
return ro
