def getTextDBDictRepr(self):
"""
Header.getTextDBDictRepr
Return a string representing the data in the TextDBDict format.
"""
res = []
res.append( "" )
res.append( "" )
res.append( HEADER_START )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# first line :
first_line = self.headerdata.artiname
if self.headerdata.fullname is not None:
first_line += " "
first_line += HEADER_FULLNAME_START
first_line += self.headerdata.fullname
first_line += HEADER_FULLNAME_END
if self.headerdata.sortingname is not None:
first_line += " "
first_line += HEADER_SORTINGNAME_START
first_line += self.headerdata.sortingname
first_line += HEADER_SORTINGNAME_END
if self.headerdata.articlescategory is not None:
first_line += " "
first_line += HEADER_ARTCATEGORY_START
first_line += self.headerdata.articlescategory
first_line += HEADER_ARTCATEGORY_END
res.append( first_line )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# other lines :
# blank line to set apart the first line and the other ones :
if len(self.headerdata.informations) > 0:
res.append("")
for information in self.headerdata.informations:
value = self.headerdata.informations[information]
res.append( "{0} {1} {2}".format(information,
HEADER_INFORMATIONS_SEPARATOR,
value))
res.append( HEADER_END )
res.append( "" )
res.append( "" )
return NEWLINE.join(res)
def getTextDBDictRepr(self):
"""
Body.getTextDBDictRepr
Return a string representing the data in the TextDBDict format.
"""
res = []
for entrydata in self.bodydata.getEntries():
entry = Entry( errors = self.errors,
logotherasdata = self.logotherasdata )
entry.setData( entrydata )
res.append( entry.getTextDBDictRepr() )
return NEWLINE.join(res)
def getTextDBDictRepr(self):
"""
Extract.getTextDBDictRepr
Return a string representing the data in the TextDBDict format.
"""
res = []
res.append( "" )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# text :
text = Text( errors = self.errors )
text.setData( self.extractdata.textdata )
string = text.getTextDBDictRepr()
string = self.addExtractPrefixBeforeEachLine( string )
res.append( string )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# workreference :
if self.extractdata.workreferencedata is not None:
workreference = WorkReference( errors = self.errors,
logotherasdata = self.logotherasdata )
workreference.setData( self.extractdata.workreferencedata )
string = workreference.getTextDBDictRepr()
string = self.addExtractPrefixBeforeEachLine( string )
res.append( string )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# transcription :
if self.extractdata.transcriptiondata is not None:
transcription = Transcription( errors = self.errors,
logotherasdata = self.logotherasdata )
transcription.setData( self.extractdata.transcriptiondata )
string = transcription.getTextDBDictRepr()
string = BODY_EXTRACT_TRANSCRIPTION_START + " " + string
string = self.addExtractPrefixBeforeEachLine( string )
res.append( string )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# translation :
if self.extractdata.translationdata is not None:
translation = Translation( errors = self.errors )
translation.setData( self.extractdata.translationdata )
string = translation.getTextDBDictRepr()
string = BODY_EXTRACT_TRANSLATION_START + " " + string
string = self.addExtractPrefixBeforeEachLine( string )
res.append( string )
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# commentary :
if self.extractdata.commentarydata is not None:
commentary = Commentary( errors = self.errors )
commentary.setData( self.extractdata.commentarydata )
string = commentary.getTextDBDictRepr()
string = self.addExtractPrefixBeforeEachLine( string )
res.append( string )
res.append( "" )
return NEWLINE.join(res)
def getTextDBDictRepr(self):
"""
Entry.getTextDBDictRepr
Return a string representing the data in the TextDBDict format.
"""
res = []
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# title :
title = self.entrydata.title
if title is not None:
hlevel = HierarchicalLevel(errors = self.errors,
formatstr = logotheras.options.OPTIONS["textdbdict::HLEVELformatrst by writing"])
hlevel.setData( self.entrydata.hlevel )
# entry to-be-duplicated ?
# If so, let's removing the symbols before and after the string to-be-duplicated :
if self.entrydata.entry_to_be_duplicated is not None:
if self.entrydata.important_entry_to_be_dup:
# 'important' symbol :
dup_symbol = BODY_ARTICLE_TO_DUPLICATED_IMPORTANT
else:
# 'normal' symbol :
dup_symbol = BODY_ARTICLE_TO_DUPLICATED_NOTIMPORTANT
title = title.replace( self.entrydata.entry_to_be_duplicated,
dup_symbol + \
self.entrydata.entry_to_be_duplicated + \
dup_symbol )
# result added to <res> :
string = "{0} {1}"
res.append( string.format(hlevel.getTextDBDictRepr(),
title))
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# text after the title :
text = self.entrydata.text
for line in text:
if line != "":
res.append(line)
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# if no extract, we add an empty line after the title and the text :
if len(self.entrydata)==0:
res.append("")
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# extracts :
for extractdata in self.entrydata:
extract = Extract(errors = self.errors,
logotherasdata = self.logotherasdata)
extract.setData( extractdata )
res.append( extract.getTextDBDictRepr() )
return NEWLINE.join(res)
