def run_test7():
'''
Test #7 checks the operation of generating reference list labels.
'''
## Although three of these files were copied from "test1", it is a bad idea to use the "test1.*" files here because
## any changes to test1 would then require changes to the test7_target.bbl as well.
bblfile = './test/test7.bbl'
bstfile = './test/test7.bst'
auxfile = './test/test7.aux'
target_bblfile = './test/test7_target.bbl'
## The default locale will be US english. Ironically, the locale argument needs to use an ASCII string, and since
## the default string encoding here is Unicode, we have to re-encode it manually. Later below, we will try some
## other locale settings.
if (os.name == 'posix'):
thislocale = locale.setlocale(locale.LC_ALL,'en_US.UTF8'.encode('ascii','replace'))
elif (os.name == 'nt'):
thislocale = locale.setlocale(locale.LC_ALL,'usa_usa'.encode('ascii','replace'))
## Need to make a list of all the citation label options we want to try. Skip "citenum" since that is the default,
## and so has been tested already.
citelabels = ['<citekey>',
'[<authorlist.0.last>|<editorlist.0.last>|]-<year>',
'<citealpha>',
'[<authorlist.0.last>|<editorlist.0.last>|], <year>',
'[<authorlist.0.last>|<editorlist.0.last>|] (<year>)',
'(<citealnum>)']
print('\n' + '='*75)
print('Running Bibulous Test #7')
filehandle = open(bstfile, 'r')
lines = filehandle.readlines()
filehandle.close()
for i in range(len(citelabels)):
citelabel = citelabels[i]
## First go into the BST file and rewrite the "citelabel" line to be the current sortkey template.
filehandle = open(bstfile, 'w')
for line in lines:
if line.startswith('citelabel = '):
filehandle.write('citelabel = ' + citelabel + '\n')
else:
filehandle.write(line)
filehandle.close()
bibobj = Bibdata(auxfile, disable=[9], silent=(i>0))
bibobj.locale = thislocale
bibobj.bibdata['preamble'] = '\n\n%% SETTING CITELABEL = ' + citelabel
#bibobj.debug = True ## turn on debugging for citekey printing
print('Setting citation_label = ' + citelabel)
write_preamble = (citelabel == citelabels[0])
write_postamble = (citelabel == citelabels[-1])
if not write_preamble:
filehandle = open(bblfile, 'a')
filehandle.write('\n\n%% SETTING SETTING CITELABEL = ' + citelabel + '\n')
filehandle.close()
bibobj.write_bblfile(write_preamble=write_preamble, write_postamble=write_postamble)
return(bblfile, target_bblfile)
def run_test7():
'''
Test #7 checks the operation of generating reference list labels.
'''
## Although three of these files were copied from "test1", it is a bad idea to use the "test1.*" files here because
## any changes to test1 would then require changes to the test7_target.bbl as well.
bblfile = './test/test7.bbl'
bstfile = './test/test7.bst'
auxfile = './test/test7.aux'
target_bblfile = './test/test7_target.bbl'
## The default locale will be US english. Ironically, the locale argument needs to use an ASCII string, and since
## the default string encoding here is Unicode, we have to re-encode it manually. Later below, we will try some
## other locale settings.
if (os.name == 'posix'):
thislocale = locale.setlocale(locale.LC_ALL,'en_US.UTF8'.encode('ascii','replace'))
elif (os.name == 'nt'):
thislocale = locale.setlocale(locale.LC_ALL,'usa_usa'.encode('ascii','replace'))
## Need to make a list of all the citation label options we want to try. Skip "citenum" since that is the default,
## and so has been tested already.
citelabels = ['<citekey>',
'[<authorlist.0.last>|<editorlist.0.last>|]-<year>',
'<citealpha>',
'[<authorlist.0.last>|<editorlist.0.last>|], <year>',
'[<authorlist.0.last>|<editorlist.0.last>|] (<year>)',
'(<citealnum>)']
print('\n' + '='*75)
print('Running Bibulous Test #7')
filehandle = open(bstfile, 'r')
lines = filehandle.readlines()
filehandle.close()
for i in range(len(citelabels)):
citelabel = citelabels[i]
## First go into the BST file and rewrite the "citelabel" line to be the current sortkey template.
filehandle = open(bstfile, 'w')
for line in lines:
if line.startswith('citelabel = '):
filehandle.write('citelabel = ' + citelabel + '\n')
else:
filehandle.write(line)
filehandle.close()
bibobj = Bibdata(auxfile, disable=[9], silent=(i>0))
bibobj.locale = thislocale
bibobj.bibdata['preamble'] = '\n\n%% SETTING CITELABEL = ' + citelabel
#bibobj.debug = True ## turn on debugging for citekey printing
print('Setting citation_label = ' + citelabel)
write_preamble = (citelabel == citelabels[0])
write_postamble = (citelabel == citelabels[-1])
if not write_preamble:
filehandle = open(bblfile, 'a')
filehandle.write('\n\n%% SETTING SETTING CITELABEL = ' + citelabel + '\n')
filehandle.close()
bibobj.write_bblfile(write_preamble=write_preamble, write_postamble=write_postamble)
return(bblfile, target_bblfile)
def run_test4():
'''
Test #4 checks the operation of generating citation keys.
'''
## Although three of these files were copied from "test1", it is a bad idea to use the "test1.*" files here because
## any changes to test1 would then require changes to the test4_target.bbl as well.
bblfile = './test/test4.bbl'
bstfile = './test/test4.bst'
auxfile = './test/test4.aux'
target_bblfile = './test/test4_target.bbl'
## The default locale will be US english. Ironically, the locale argument needs to use an ASCII string, and since
## the default string encoding here is Unicode, we have to re-encode it manually. Later below, we will try some
## other locale settings.
if (os.name == 'posix'):
thislocale = locale.setlocale(locale.LC_ALL,'en_US.UTF8'.encode('ascii','replace'))
elif (os.name == 'nt'):
thislocale = locale.setlocale(locale.LC_ALL,'usa_usa'.encode('ascii','replace'))
## Need to make a list of all the citation sort options we want to try. Skip "citenum" since that is the default,
## and so has been tested already. Note: In the "uniquify" example below, the .upper() operator is needed to force the
## code to see 'b' and 'B' as being the same (and thus need a unique ending) when case-indep. sorting is being used.
presortkeys = ['<citekey>',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|][<sorttitle>|<title>]<citekey>',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sorttitle>|<title>][<sortyear.zfill(4)>|<year.zfill(4)>|]<citekey>',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|]<volume>[<sorttitle>|<title>]<citekey>',
'[<alphalabel>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|][<sorttitle>|<title>]<citekey>',
'[<alphalabel>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|]<volume>[<sorttitle>|<title>]<citekey>',
'[<sortyear.zfill(4)>|<year.zfill(4)>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sorttitle>|<title>]<citekey>',
'[<sortyear.zfill(4)>|<year.zfill(4)>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sorttitle>|<title>]<citekey>',
#'<author_or_editor.initial().upper().uniquify(num)>',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>][<sorttitle>|<title>]<citekey>']
sortkeys = ['<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
#'<presortkey.purify().lower().compress()>',
'<presortkey.purify().compress()>'] ## do not use .lower() here, in order to test sorting *with* case sensitivity
sort_case_options = ['False', 'False', 'False', 'False', 'False', 'False', 'False', 'False', 'True']
#sort_case_options = ['True', 'True', 'True', 'True', 'True', 'True', 'True', 'True', 'True']
sort_order_options = ['Forward', 'Forward', 'Forward', 'Forward', 'Forward', 'Forward', 'Forward', 'Reverse', 'Forward']
print('\n' + '='*75)
print('Running Bibulous Test #4')
filehandle = open(bstfile, 'r')
lines = filehandle.readlines()
filehandle.close()
for i in range(len(sortkeys)):
presortkey = presortkeys[i]
sortkey = sortkeys[i]
sort_case_option = sort_case_options[i]
sort_order_option = sort_order_options[i]
## First go into the BST file and rewrite the "sortkey" line to be the current sortkey template.
filehandle = open(bstfile, 'w')
for line in lines:
if line.startswith('presortkey = '):
filehandle.write('presortkey = ' + presortkey + '\n')
elif line.startswith('sortkey = '):
filehandle.write('sortkey = ' + sortkey + '\n')
elif line.startswith('sort_case = '):
filehandle.write('sort_case = ' + sort_case_option + '\n')
elif line.startswith('sort_order = '):
filehandle.write('sort_order = ' + sort_order_option + '\n')
else:
filehandle.write(line)
filehandle.close()
bibobj = Bibdata(auxfile, disable=[9], silent=(i>0))
bibobj.locale = thislocale
bibobj.bibdata['preamble'] = '\n\n%% SETTING PRESORTKEY = ' + presortkey
bibobj.bibdata['preamble'] += '\n%% SETTING SORTKEY = ' + sortkey
#bibobj.debug = True ## turn on debugging for citekey printing
print('Setting PRESORTKEY = ' + presortkey)
print('Setting SORTKEY = ' + sortkey)
write_preamble = (presortkey == presortkeys[0])
write_postamble = (presortkey == presortkeys[-1])
if not write_preamble:
filehandle = open(bblfile, 'a')
filehandle.write('\n\n%% SETTING PRESORTKEY = ' + presortkey + '\n')
filehandle.write('%% SETTING SORTKEY = ' + sortkey + '\n')
#if (sort_case_option == 'True'): filehandle.write('%% SETTING SORT_CASE = True\n')
if (sort_order_option == 'Reverse'): filehandle.write('%% SETTING SORT_ORDER = Reverse\n')
filehandle.close()
bibobj.write_bblfile(write_preamble=write_preamble, write_postamble=write_postamble, bibsize='ZZZ')
return(bblfile, target_bblfile)
def run_test4():
'''
Test #4 checks the operation of generating citation keys.
'''
## Although three of these files were copied from "test1", it is a bad idea to use the "test1.*" files here because
## any changes to test1 would then require changes to the test4_target.bbl as well.
bblfile = './test/test4.bbl'
bstfile = './test/test4.bst'
auxfile = './test/test4.aux'
target_bblfile = './test/test4_target.bbl'
## The default locale will be US english. Ironically, the locale argument needs to use an ASCII string, and since
## the default string encoding here is Unicode, we have to re-encode it manually. Later below, we will try some
## other locale settings.
if (os.name == 'posix'):
thislocale = locale.setlocale(locale.LC_ALL,'en_US.UTF8'.encode('ascii','replace'))
elif (os.name == 'nt'):
thislocale = locale.setlocale(locale.LC_ALL,'usa_usa'.encode('ascii','replace'))
## Need to make a list of all the citation sort options we want to try. Skip "citenum" since that is the default,
## and so has been tested already. Note: In the "uniquify" example below, the .upper() operator is needed to force the
## code to see 'b' and 'B' as being the same (and thus need a unique ending) when case-indep. sorting is being used.
presortkeys = ['<citekey>',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|][<sorttitle>|<title>]',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sorttitle>|<title>][<sortyear.zfill(4)>|<year.zfill(4)>|]',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|]<volume>[<sorttitle>|<title>]',
'[<alphalabel>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|][<sorttitle>|<title>]',
'[<alphalabel>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>|]<volume>[<sorttitle>|<title>]',
'[<sortyear.zfill(4)>|<year.zfill(4)>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sorttitle>|<title>]',
'[<sortyear.zfill(4)>|<year.zfill(4)>][<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sorttitle>|<title>]',
#'<author_or_editor.initial().upper().uniquify(num)>',
'[<sortname>|<authorlist.0.last>|<editorlist.0.last>|][<authorlist.0.first>|<editorlist.0.first>][<sortyear.zfill(4)>|<year.zfill(4)>][<sorttitle>|<title>]']
sortkeys = ['<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
'<presortkey.purify().lower().compress()>',
#'<presortkey.purify().lower().compress()>',
'<presortkey.purify().compress()>'] ## do not use .lower() here, in order to test sorting *with* case sensitivity
sort_case_options = ['False', 'False', 'False', 'False', 'False', 'False', 'False', 'False', 'True']
#sort_case_options = ['True', 'True', 'True', 'True', 'True', 'True', 'True', 'True', 'True']
sort_order_options = ['Forward', 'Forward', 'Forward', 'Forward', 'Forward', 'Forward', 'Forward', 'Reverse', 'Forward']
print('\n' + '='*75)
print('Running Bibulous Test #4')
filehandle = open(bstfile, 'r')
lines = filehandle.readlines()
filehandle.close()
for i in range(len(sortkeys)):
presortkey = presortkeys[i]
sortkey = sortkeys[i]
sort_case_option = sort_case_options[i]
sort_order_option = sort_order_options[i]
## First go into the BST file and rewrite the "sortkey" line to be the current sortkey template.
filehandle = open(bstfile, 'w')
for line in lines:
if line.startswith('presortkey = '):
filehandle.write('presortkey = ' + presortkey + '\n')
elif line.startswith('sortkey = '):
filehandle.write('sortkey = ' + sortkey + '\n')
elif line.startswith('sort_case = '):
filehandle.write('sort_case = ' + sort_case_option + '\n')
elif line.startswith('sort_order = '):
filehandle.write('sort_order = ' + sort_order_option + '\n')
else:
filehandle.write(line)
filehandle.close()
bibobj = Bibdata(auxfile, disable=[9], silent=(i>0))
bibobj.locale = thislocale
bibobj.bibdata['preamble'] = '\n\n%% SETTING PRESORTKEY = ' + presortkey
bibobj.bibdata['preamble'] += '\n%% SETTING SORTKEY = ' + sortkey
#bibobj.debug = True ## turn on debugging for citekey printing
print('Setting PRESORTKEY = ' + presortkey)
print('Setting SORTKEY = ' + sortkey)
write_preamble = (presortkey == presortkeys[0])
write_postamble = (presortkey == presortkeys[-1])
if not write_preamble:
filehandle = open(bblfile, 'a')
filehandle.write('\n\n%% SETTING PRESORTKEY = ' + presortkey + '\n')
filehandle.write('%% SETTING SORTKEY = ' + sortkey + '\n')
#if (sort_case_option == 'True'): filehandle.write('%% SETTING SORT_CASE = True\n')
if (sort_order_option == 'Reverse'): filehandle.write('%% SETTING SORT_ORDER = Reverse\n')
filehandle.close()
bibobj.write_bblfile(write_preamble=write_preamble, write_postamble=write_postamble, bibsize='ZZZ')
return(bblfile, target_bblfile)