# Successful opens with default and explicit codecs
flatin = os.path.join(T.path_to_Files, 'en-common-ltn.txt')
fbts = utilities.path_to_stream(flatin)
assert fbts.basename() == 'en-common-ltn'
assert b'ISO-8859-1' == fbts.codec().name()
fbts = None
futf8 = os.path.join(T.path_to_Files, 'en-common-utf.txt')
fbts = utilities.path_to_stream(futf8)
assert b'UTF-8' == fbts.codec().name()
fbts = None
fbts = utilities.path_to_stream(futf8, encoding='KOI8-R')
assert b'KOI8-R' == fbts.codec().name()
# Unsuccessful opens
fbts = utilities.path_to_stream(file_nexiste)
assert fbts is None
assert T.check_log('Request for nonexistent input file', logging.ERROR)
fbts = utilities.path_to_stream(file_unreadable)
assert fbts is None
assert T.check_log('Error 5 (Permission denied) opening file unreadable',
logging.ERROR)
# Existing file dialog - file dialogs require an App and a parent window
# or python will crash
T.make_app()
T.make_main()
T.main.show()
fbts = utilities.ask_existing_file('PRESS CANCEL',
parent=T.main,
starting_path=T.path_to_Files)
assert fbts is None
fbts = utilities.ask_existing_file('SELECT unreadable.txt',
parent=T.main,
'en_US': test_dicts,
'en_GB': test_dicts,
'fr_FR': test_dicts,
'de_DE': test_extras
}
tag_list = dictionaries.get_tag_list()
for (tag, path) in expect_tag_list.items():
assert tag in tag_list
assert tag_list[tag] == expect_tag_list[tag]
# cause T.path_to_Files to have mismatched foobar.dic
dic_path = os.path.join(T.path_to_Files, 'foobar.dic')
f = open(dic_path, 'w')
f.close()
tag_list = dictionaries.get_tag_list(T.path_to_Files)
assert T.check_log(".dic but not", logging.ERROR)
os.remove(dic_path) # clean up Files
# cause T.path_to_Files to have mismatched foobar.aff
aff_path = os.path.join(T.path_to_Files, 'foobar.aff')
f = open(aff_path, 'w')
f.close()
tag_list = dictionaries.get_tag_list(T.path_to_Files)
assert T.check_log(".aff but not", logging.ERROR)
os.remove(aff_path) # clean up Files
# "skipping" should appear if we check a path twice
tag_list = dictionaries.get_tag_list(test_dicts)
assert T.check_log("Skipping", logging.INFO)
# Check the spellcheck object: bad input makes not is_valid
# and all words are ok
# load the em with minimal data
em.setPlainText('ABBCCC')
# do a refresh which loads the census
cd.refresh()
# read it out as metadata.
jpat_1 = '{{"{0}":{1}}}'
expect = jpat_1.format(C.MD_CC,'[["A",1],["B",2],["C",3]]')
assert check_section(mm,C.MD_CC,expect)
assert 3 == cd.char_count()
assert 'C' == cd.get_char(2)
assert ('B',2) == cd.get_tuple(1)
# Check error handling in get_tuple
etxt = 'Invalid chardata index'
assert ('?', 0) == cd.get_tuple(-4)
assert T.check_log(etxt,logging.ERROR)
assert ('?', 0) == cd.get_tuple(99)
assert T.check_log(etxt,logging.ERROR)
# check invalid section value
# note any call to chardata reader clears the census
etxt = 'CHARCENSUS metadata must be a list, ignoring all'
expect = jpat_1.format(C.MD_CC,'{"A":2}') # not a dict
load_section(mm,expect)
assert T.check_log(etxt,logging.ERROR)
assert 0 == cd.char_count()
# check bad values from metadata
etxt = 'Ignoring invalid CHARCENSUS chararacter '
expect = jpat_1.format(C.MD_CC,'[{"X":2}]') # item not a list
load_section(mm,expect)
assert T.check_log(etxt,logging.ERROR)
]
}
jd = {C.MD_FR: rbd}
load_section(mdmgr, json.dumps(jd))
xd = get_section_value(mdmgr, C.MD_FR)
assert 1 == len(xd)
assert C.MD_FR in xd
xbd = xd[C.MD_FR]
for (k, v) in xbd.items():
assert rbd[int(k)] == v
# Check errors by loading bad stuff and checking the log
errmsg = 'FIND_RB metadata is not a dict value'
jd = {C.MD_FR: [0, 'not a dict']}
load_section(mdmgr, json.dumps(jd))
assert T.check_log(errmsg, logging.ERROR)
errmsg = 'Ignoring invalid FIND_RB'
# non-integer button number
jd = {C.MD_FR: {'X': ['list', 'of', 'strings']}}
load_section(mdmgr, json.dumps(jd))
assert T.check_log(errmsg, logging.ERROR)
# list too long
jd = {C.MD_FR: {0: ['1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B']}}
load_section(mdmgr, json.dumps(jd))
assert T.check_log(errmsg, logging.ERROR)
# not an iterable
jd = {C.MD_FR: {0: 9}}
load_section(mdmgr, json.dumps(jd))
assert T.check_log(errmsg, logging.ERROR)
# not a string
jd = {C.MD_FR: {0: ['str', 9]}}
# load the em with minimal data
em.setPlainText('ABBCCC')
# do a refresh which loads the census
cd.refresh()
# read it out as metadata.
jpat_1 = '{{"{0}":{1}}}'
expect = jpat_1.format(C.MD_CC, '[["A",1],["B",2],["C",3]]')
assert check_section(mm, C.MD_CC, expect)
assert 3 == cd.char_count()
assert 'C' == cd.get_char(2)
assert ('B', 2) == cd.get_tuple(1)
# Check error handling in get_tuple
etxt = 'Invalid chardata index'
assert ('?', 0) == cd.get_tuple(-4)
assert T.check_log(etxt, logging.ERROR)
assert ('?', 0) == cd.get_tuple(99)
assert T.check_log(etxt, logging.ERROR)
# check invalid section value
# note any call to chardata reader clears the census
etxt = 'CHARCENSUS metadata must be a list, ignoring all'
expect = jpat_1.format(C.MD_CC, '{"A":2}') # not a dict
load_section(mm, expect)
assert T.check_log(etxt, logging.ERROR)
assert 0 == cd.char_count()
# check bad values from metadata
etxt = 'Ignoring invalid CHARCENSUS chararacter '
expect = jpat_1.format(C.MD_CC, '[{"X":2}]') # item not a list
load_section(mm, expect)
assert T.check_log(etxt, logging.ERROR)
'String mit unicode ∑∞' ]
}
jd = { C.MD_FR : rbd }
load_section(mdmgr,json.dumps(jd))
xd = get_section_value(mdmgr, C.MD_FR)
assert 1 == len(xd)
assert C.MD_FR in xd
xbd = xd[C.MD_FR]
for (k,v) in xbd.items():
assert rbd[int(k)] == v
# Check errors by loading bad stuff and checking the log
errmsg = 'FIND_RB metadata is not a dict value'
jd = { C.MD_FR : [0,'not a dict'] }
load_section(mdmgr,json.dumps(jd))
assert T.check_log(errmsg,logging.ERROR)
errmsg = 'Ignoring invalid FIND_RB'
# non-integer button number
jd = { C.MD_FR : { 'X' : ['list','of','strings'] } }
load_section(mdmgr,json.dumps(jd))
assert T.check_log(errmsg,logging.ERROR)
# list too long
jd = { C.MD_FR : { 0 : ['1','2','3','4','5','6','7','8','9','A','B'] } }
load_section(mdmgr,json.dumps(jd))
assert T.check_log(errmsg,logging.ERROR)
# not an iterable
jd = { C.MD_FR : { 0 : 9} }
load_section(mdmgr,json.dumps(jd))
assert T.check_log(errmsg,logging.ERROR)
# not a string
jd = { C.MD_FR : { 0 : ['str',9]} }
# Successful opens with default and explicit codecs
flatin = os.path.join(T.path_to_Files,'en-common-ltn.txt')
fbts = utilities.path_to_stream(flatin)
assert fbts.basename() == 'en-common-ltn'
assert b'ISO-8859-1' == fbts.codec().name()
fbts = None
futf8 = os.path.join(T.path_to_Files,'en-common-utf.txt')
fbts = utilities.path_to_stream(futf8)
assert b'UTF-8' == fbts.codec().name()
fbts = None
fbts = utilities.path_to_stream(futf8,encoding='KOI8-R')
assert b'KOI8-R' == fbts.codec().name()
# Unsuccessful opens
fbts = utilities.path_to_stream(file_nexiste)
assert fbts is None
assert T.check_log('Request for nonexistent input file',logging.ERROR)
fbts = utilities.path_to_stream(file_unreadable)
assert fbts is None
assert T.check_log('Error 5 (Permission denied) opening file unreadable',logging.ERROR)
# Existing file dialog - file dialogs require an App and a parent window
# or python will crash
T.make_app()
T.make_main()
T.main.show()
fbts = utilities.ask_existing_file('PRESS CANCEL',parent=T.main,starting_path=T.path_to_Files)
assert fbts is None
fbts = utilities.ask_existing_file('SELECT unreadable.txt',parent=T.main,starting_path=T.path_to_Files)
assert fbts is None
fbts = utilities.ask_existing_file('SELECT en-common-ltn.txt',parent=T.main,starting_path=T.path_to_Files)
assert fbts.basename() == 'en-common-ltn'
assert b'ISO-8859-1' == fbts.codec().name()
# There are 3 dicts in Tests/Files/extras/dicts: en_US, en_GB, fr_FR
# There are 4 in Tests/Files/extras, those 3 plus de_DE
expect_tag_list = {'en_US':test_dicts,'en_GB':test_dicts,'fr_FR':test_dicts,'de_DE':test_extras}
tag_list = dictionaries.get_tag_list()
for (tag,path) in expect_tag_list.items():
assert tag in tag_list
assert tag_list[tag] == expect_tag_list[tag]
# cause T.path_to_Files to have mismatched foobar.dic
dic_path = os.path.join(T.path_to_Files,'foobar.dic')
f = open(dic_path,'w')
f.close()
tag_list = dictionaries.get_tag_list(T.path_to_Files)
assert T.check_log(".dic but not",logging.ERROR)
os.remove(dic_path) # clean up Files
# cause T.path_to_Files to have mismatched foobar.aff
aff_path = os.path.join(T.path_to_Files,'foobar.aff')
f = open(aff_path,'w')
f.close()
tag_list = dictionaries.get_tag_list(T.path_to_Files)
assert T.check_log(".aff but not",logging.ERROR)
os.remove(aff_path) # clean up Files
# "skipping" should appear if we check a path twice
tag_list = dictionaries.get_tag_list(test_dicts)
assert T.check_log("Skipping",logging.INFO)
# Check the spellcheck object: bad input makes not is_valid
# and all words are ok
fonts.shutdown(T.settings)
assert T.settings.value('fonts/general_family') == palqf.family()
assert T.settings.value('fonts/mono_family') == couqf.family()
assert T.settings.value('fonts/general_size') == palqf.pointSize()
assert T.settings.value('fonts/mono_size') == couqf.pointSize()
T.settings.clear()
# check scale
ps = genqf.pointSize()
genqf = fonts.scale(C.CTL_SHFT_EQUAL, genqf)
assert (ps + 1) == genqf.pointSize()
genqf = fonts.scale(C.CTL_MINUS, genqf)
assert ps == genqf.pointSize()
genqf.setPointSize(fonts.POINT_SIZE_MINIMUM)
genqf = fonts.scale(C.CTL_MINUS, genqf)
assert genqf.pointSize() == fonts.POINT_SIZE_MINIMUM
assert T.check_log('rejecting zoom', logging.ERROR)
genqf.setPointSize(fonts.POINT_SIZE_MAXIMUM)
genqf = fonts.scale(C.CTL_SHFT_EQUAL, genqf)
assert genqf.pointSize() == fonts.POINT_SIZE_MAXIMUM
assert T.check_log('rejecting zoom', logging.ERROR)
genqf = fonts.scale(C.CTL_LEFT, genqf)
assert genqf.pointSize() == fonts.POINT_SIZE_MAXIMUM
assert T.check_log('ignoring non-zoom key', logging.ERROR)
# manual: check font dialog
# cancel the first one
genqf = fonts.choose_font(True)
assert genqf is None
# accept the second
genqf = fonts.choose_font(True)
assert genqf is not None
import logging
import constants as C
import paths
T.settings.clear()
# test readable folder
test_path = T.path_to_Files
assert paths.check_path(test_path)
# nonexistent file
assert not paths.check_path(os.path.join(test_path,'arglebargle'))
# file that has the read perms turned off
assert not paths.check_path(os.path.join(test_path,'unreadable.aff'))
paths.initialize(T.settings)
# with null settings, extras defaults to cwd = test_path
assert T.check_log('initial extras path is '+test_path ,logging.INFO)
assert paths.get_extras_path() == test_path
assert paths.get_dicts_path() == ''
# check assuming bookloupe is installed
if C.PLATFORM_IS_WIN:
assert paths.get_loupe_path() == '' # TODO FIX WHEN KNOWN
else:
assert paths.get_loupe_path() == '/usr/local/bin/bookloupe'
# point settings to an extras, expect dicts to follow
test_extras = os.path.join(T.path_to_Files,'extras')
T.settings.setValue("paths/extras_path", test_extras)
paths.initialize(T.settings)
assert T.check_log('initial extras path is '+test_extras ,logging.INFO)
assert paths.get_extras_path() == test_extras
test_dicts = os.path.join(test_extras,'dicts')
assert paths.get_dicts_path() == test_dicts
fonts.shutdown(T.settings)
assert T.settings.value('fonts/general_family') == palqf.family()
assert T.settings.value('fonts/mono_family') == couqf.family()
assert T.settings.value('fonts/general_size') == palqf.pointSize()
assert T.settings.value('fonts/mono_size') == couqf.pointSize()
T.settings.clear()
# check scale
ps = genqf.pointSize()
genqf = fonts.scale(C.CTL_SHFT_EQUAL, genqf)
assert (ps+1) == genqf.pointSize()
genqf = fonts.scale(C.CTL_MINUS, genqf)
assert ps == genqf.pointSize()
genqf.setPointSize(fonts.POINT_SIZE_MINIMUM)
genqf = fonts.scale(C.CTL_MINUS, genqf)
assert genqf.pointSize() == fonts.POINT_SIZE_MINIMUM
assert T.check_log('rejecting zoom',logging.ERROR)
genqf.setPointSize(fonts.POINT_SIZE_MAXIMUM)
genqf = fonts.scale(C.CTL_SHFT_EQUAL, genqf)
assert genqf.pointSize() == fonts.POINT_SIZE_MAXIMUM
assert T.check_log('rejecting zoom',logging.ERROR)
genqf = fonts.scale(C.CTL_LEFT,genqf)
assert genqf.pointSize() == fonts.POINT_SIZE_MAXIMUM
assert T.check_log('ignoring non-zoom key',logging.ERROR)
# manual: check font dialog
# cancel the first one
genqf = fonts.choose_font(True)
assert genqf is None
# accept the second
genqf = fonts.choose_font(True)
assert genqf is not None
import logging
import constants as C
import paths
T.settings.clear()
# test readable folder
test_path = T.path_to_Files
assert paths.check_path(test_path)
# nonexistent file
assert not paths.check_path(os.path.join(test_path, 'arglebargle'))
# file that has the read perms turned off
assert not paths.check_path(os.path.join(test_path, 'unreadable.aff'))
paths.initialize(T.settings)
# with null settings, extras defaults to cwd = test_path
assert T.check_log('initial extras path is ' + test_path, logging.INFO)
assert paths.get_extras_path() == test_path
assert paths.get_dicts_path() == ''
# check assuming bookloupe is installed
if C.PLATFORM_IS_WIN:
assert paths.get_loupe_path() == '' # TODO FIX WHEN KNOWN
else:
assert paths.get_loupe_path() == '/usr/local/bin/bookloupe'
# point settings to an extras, expect dicts to follow
test_extras = os.path.join(T.path_to_Files, 'extras')
T.settings.setValue("paths/extras_path", test_extras)
paths.initialize(T.settings)
assert T.check_log('initial extras path is ' + test_extras, logging.INFO)
assert paths.get_extras_path() == test_extras
test_dicts = os.path.join(test_extras, 'dicts')
assert paths.get_dicts_path() == test_dicts