def run():
# test all OK files found
# Note: txt target is to test the table-to-verbatim mapping
for outfile in glob.glob("ok/*"):
stderr = 0
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
outfilelite = basename + '.' + (lib.EXTENSION.get(target) or target)
if target == 'out':
target = 'txt'
stderr = 1
infile = basename + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = ['-H']
cmdline.extend(['-t', target])
cmdline.extend(['-i', infile])
if stderr:
cmdline.extend(['-o', '-'])
cmdline.append('>' + outfile)
cmdline.append('2>&1')
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfilelite, os.path.join(lib.DIR_OK, outfile))
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
# Note: txt target is to test the table-to-verbatim mapping
for outfile in glob.glob("ok/*"):
stderr = 0
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
outfilelite = basename + '.' + (lib.EXTENSION.get(target) or target)
if target == 'out':
target = 'txt'
stderr = 1
infile = basename + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = ['-H']
cmdline.extend(['-t', target])
cmdline.extend(['-i', infile])
if stderr:
cmdline.extend(['-o', '-'])
cmdline.append('>' + outfile)
cmdline.append('2>&1')
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfilelite, os.path.join(lib.DIR_OK, outfile))
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
for test in tests:
infile = test['name'] + '.t2t'
outfile = test['name'] + '.' + (test.get('target') or 'out')
extra = test.get('extra') or []
cmdline = test['cmdline']
if not 'noinfile' in extra:
cmdline = test['cmdline'] + [infile]
if lib.initTest(test['name'], infile, outfile):
# create the extra files (if needed for this test)
if 'config' in extra:
lib.WriteFile(lib.CONFIG_FILE, CONFIG_FILE_TXT)
if 'css' in extra:
lib.WriteFile(lib.CSS_FILE, CSS_FILE_TXT)
# may I add the -t target automatically?
if not 'notarget' in extra:
cmdline = ['-t', test['target']] + cmdline
# may I redirect the output to a file?
if test.get('redir'):
cmdline = cmdline + test['redir']
# always catch the error output
cmdline = cmdline + ['2>&1']
# create the source file
lib.WriteFile(infile, test['content'])
# convert and check results
lib.convert(cmdline)
lib.diff(outfile)
# remove the trash
os.remove(infile)
if os.path.isfile(lib.CSS_FILE): os.remove(lib.CSS_FILE)
if os.path.isfile(lib.CONFIG_FILE): os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all .t2t files found
for infile in glob.glob("*.t2t"):
basename = infile.replace('.t2t', '')
# Choose targets
targets = all_targets
if basename == 'table':
targets = tableable
for target in targets:
outfile = basename + '.' + target
outfilelite = basename + '.' + (lib.EXTENSION.get(target)
or target)
testname = '%s in %s' % (basename, target)
if lib.initTest(testname, infile, outfile):
cmdline = []
cmdline.extend(['-i', infile])
cmdline.extend(['-t', target])
if target == 'aap':
cmdline.extend(['--width', '80'])
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfilelite, os.path.join(lib.DIR_OK, outfile))
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
for test in tests:
infile = test['name'] + '.t2t'
outfile = test['name'] + '.' + (test.get('target') or 'out')
cmdline = test['cmdline'] + [infile]
extra = test.get('extra') or []
if lib.initTest(test['name'], infile, outfile):
# create the extra files (if needed for this test)
if 'config' in extra:
lib.WriteFile(lib.CONFIG_FILE, CONFIG_FILE_TXT)
if 'css' in extra:
lib.WriteFile(lib.CSS_FILE, CSS_FILE_TXT)
if not 'notarget' in extra:
cmdline = ['-t', test['target']] + cmdline
if test.get('redir'):
cmdline = cmdline + test['redir']
# create the source file
lib.WriteFile(infile, test['content'])
# convert and check results
lib.convert(cmdline)
lib.diff(outfile)
# remove the trash
os.remove(infile)
if os.path.isfile(lib.CSS_FILE): os.remove(lib.CSS_FILE)
if os.path.isfile(lib.CONFIG_FILE): os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
for outfile in glob.glob("ok/*"):
stderr = 0
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
if target == 'out':
target = 'txt'
stderr = 1
infile = basename + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = ['-H']
cmdline.extend(['-t', target])
cmdline.extend(['-i', infile])
if stderr:
cmdline.extend(['-o', '-'])
cmdline.append('>' + outfile)
cmdline.append('2>&1')
lib.convert(cmdline)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE): os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all .t2t files found
for infile in glob.glob("*.t2t"):
basename = infile.replace('.t2t', '')
# Choose targets
targets = all_targets
if basename == 'table':
targets = tableable
for target in targets:
outfile = basename + '.' + target
outfilelite = basename + '.' + (lib.EXTENSION.get(target) or target)
testname = '%s in %s' % (basename, target)
if lib.initTest(testname, infile, outfile):
cmdline = []
cmdline.extend(['-i', infile])
cmdline.extend(['-t', target])
if target == 'aap':
cmdline.extend(['--width', '80'])
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfilelite, os.path.join(lib.DIR_OK, outfile))
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all .t2t files found
for infile in glob.glob("*.t2t"):
basename = infile.replace('.t2t', '')
outfile = basename + '.html'
if lib.initTest(basename, infile, outfile):
cmdline = [infile]
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# using smart filters, same files generate more than one output
for alias in ALIASES.keys():
infile = ALIASES[alias] + '.t2t'
outfile = alias + '.html'
if lib.initTest(alias, infile, outfile):
cmdline = addFilters(FILTERS.get(alias))
cmdline.append('-H')
cmdline.extend(['-o', outfile, infile])
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all .t2t files found
for infile in glob.glob("*.t2t"):
basename = infile.replace('.t2t', '')
outfile = basename + '.html'
if lib.initTest(basename, infile, outfile):
cmdline = addFilters(FILTERS.get(basename))
cmdline.append(infile)
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# using smart filters, same files generate more than one output
for alias in ALIASES.keys():
infile = ALIASES[alias] + '.t2t'
outfile = alias + '.html'
if lib.initTest(alias, infile, outfile):
cmdline = addFilters(FILTERS.get(alias))
cmdline.extend(['-o', outfile, infile])
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def statistics(path, exception=False):
filename = path.as_posix()
print(filename)
im_in = cv2.imread(filename)
h, w, _ = im_in.shape
im_gray = cv2.cvtColor(im_in, cv2.COLOR_BGR2GRAY)
im = cv2.GaussianBlur(im_gray, (5, 5), 0)
yoko = (im.sum(0) / w).tolist()
tate = (im.sum(1) / h).tolist()
xs = determine(diff(yoko))
ys = determine(diff(tate))
if not exception and len(ys) == 8 and len(xs) == 4:
# xs, ys = estimate(xs, ys, h)
store(xs, ys)
def run(): for testid in tests.split(): infile = testid + '.t2t' outfile = testid + '.html' cmdline = ['-t html --css-sugar -C test.conf', infile] if lib.initTest(testid, infile, outfile): # compose source file contents infile_txt = [] for letter in testid: infile_txt.append(txt[letter]) infile_txt = '\n'.join(infile_txt) # create the source file lib.WriteFile(infile, infile_txt) # convert and check results lib.convert(cmdline) lib.diff(outfile) # remove the trash os.remove(infile) return lib.OK, lib.FAILED, lib.ERROR_FILES
def crop(path, exception=False, firstpath=False):
filename = path.as_posix()
print(filename)
im_in = cv2.imread(filename)
h, w, _ = im_in.shape
im_gray = cv2.cvtColor(im_in, cv2.COLOR_BGR2GRAY)
im_out = cv2.imread(filename)
im = cv2.GaussianBlur(im_gray, (5, 5), 0)
yoko = (im.sum(0) / w).tolist()
tate = (im.sum(1) / h).tolist()
xs = determine(diff(yoko))
ys = determine(diff(tate))
if not exception:
xs, ys = estimate(xs, ys, h)
# debug
# DEBUG = True
DEBUG = False
if DEBUG:
for x in xs:
cv2.line(im_out, (x, 0), (x, h), (0, 0, 255), 2)
for y in ys:
cv2.line(im_out, (0, y), (w, y), (0, 0, 255), 2)
new_path = path.parent / "test{0}".format(path.name)
cv2.imwrite(new_path.as_posix(), im_out)
return
name, ext = path.stem, path.suffix
new_dir = path.parent / "output"
new_suffix = "{0}_{1}".format(path.parent.name, name)
cnt = 0
for i in reversed(range(len(xs) - 1)):
for j in range(len(ys) - 1):
x1, x2 = xs[i], xs[i + 1]
y1, y2 = ys[j], ys[j + 1]
if 50000 < (x2 - x1) * (y2 - y1) and x2 < w and y2 < h:
im_trim = im_out[y1:y2, x1:x2]
new_path = new_dir / "{0}_{1}{2}".format(new_suffix, cnt, ext)
cv2.imwrite(new_path.as_posix(), im_trim)
cnt += 1
def run():
for test in tests:
target = test.get('target') or 'txt'
infile = test['name'] + '.t2t'
outfile = test.get('outfile') or test['name'] + '.' + target
extra = test.get('extra') or []
cmdline = ['-i', infile] + test.get('cmdline', [])
content = test['content']
if 'noversion' in extra:
content = VERSION_GOTCHA + content
if 'error' in extra:
outfile = test['name'] + '.out'
if lib.initTest(test['name'], infile, outfile):
# create the extra files (if needed for this test)
if 'config' in extra:
lib.WriteFile(lib.CONFIG_FILE, CONFIG_FILE_TXT)
if 'css' in extra:
lib.WriteFile(lib.CSS_FILE, CSS_FILE_TXT)
# may I add the -t target automatically?
if not 'notarget' in extra:
cmdline = ['-t', target] + cmdline
# may I redirect the output to a file?
if test.get('redir'):
cmdline.extend(test['redir'])
elif 'error' in extra:
cmdline.append('> %s.out' % test['name'])
# always catch the error output
cmdline.append('2>&1')
# create the source file
lib.WriteFile(infile, EMPTY_HEADER + content + '\n' + SIMPLE_BODY)
# convert and check results
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# remove the trash
os.remove(infile)
if os.path.isfile(lib.CSS_FILE):
os.remove(lib.CSS_FILE)
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
for outfile in glob.glob("ok/*"):
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
infile = basename + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = ['-H']
cmdline.extend(['-t', target])
cmdline.append(infile)
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
for outfile in glob.glob("ok/*"):
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
infile = basename + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = ['-H']
cmdline.extend(['-t', target])
cmdline.append(infile)
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
for testid in tests.split():
infile = testid + '.t2t'
outfile = testid + '.html'
cmdline = ['-t html --css-sugar -C test.conf', infile]
if lib.initTest(testid, infile, outfile):
# compose source file contents
infile_txt = []
for letter in testid:
infile_txt.append(txt[letter])
infile_txt = '\n'.join(infile_txt)
# create the source file
lib.WriteFile(infile, infile_txt)
# convert and check results
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# remove the trash
os.remove(infile)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
for test in tests:
infile = test['name'] + '.t2t'
outfile = test['name'] + '.' + (test.get('target') or 'out')
extra = test.get('extra') or []
cmdline = test['cmdline']
if not 'noinfile' in extra:
cmdline = test['cmdline'] + [infile]
if lib.initTest(test['name'], infile, outfile):
# create the extra files (if needed for this test)
if 'config' in extra:
lib.WriteFile(lib.CONFIG_FILE, CONFIG_FILE_TXT)
if 'css' in extra:
lib.WriteFile(lib.CSS_FILE, CSS_FILE_TXT)
# may I add the -t target automatically?
if not 'notarget' in extra:
cmdline = ['-t', test['target']] + cmdline
# may I remove the SVN revision number?
if 'norevision' in extra:
cmdline.append(' | sed "%s;%s"' %
(SED_NO_REVISION1, SED_NO_REVISION2))
# may I redirect the output to a file?
if test.get('redir'):
cmdline.extend(test['redir'])
# always catch the error output
cmdline.append('2>&1')
# create the source file
lib.WriteFile(infile, test['content'])
# convert and check results
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# remove the trash
os.remove(infile)
if os.path.isfile(lib.CSS_FILE):
os.remove(lib.CSS_FILE)
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
for outfile in glob.glob("ok/*"):
stderr = 0
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
if target == 'out':
target = 'txt'
stderr = 1
infile = basename + ".t2t"
# Using filename -H suffix to run new tests using -H option
if basename.endswith('-H'):
infile = basename.replace('-H', '') + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = []
cmdline = addFilters(FILTERS)
if basename == 'path':
cmdline.extend(['--width', '200'])
if basename.endswith('-H'):
cmdline.append('-H')
cmdline.extend(['-o', outfile])
cmdline.extend(['-t', target])
cmdline.extend(['-i', infile])
if stderr:
cmdline.extend(['-o', '-'])
cmdline.append('>' + outfile)
cmdline.append('2>&1')
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
for outfile in glob.glob("ok/*"):
stderr = 0
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
if target == 'out':
target = 'txt'
stderr = 1
infile = basename + ".t2t"
# Using filename -H suffix to run new tests using -H option
if basename.endswith('-H'):
infile = basename.replace('-H', '') + ".t2t"
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = []
cmdline = addFilters(FILTERS)
if basename == 'path':
cmdline.extend(['--width', '200'])
if basename.endswith('-H'):
cmdline.append('-H')
cmdline.extend(['-o', outfile])
cmdline.extend(['-t', target])
cmdline.extend(['-i', infile])
if stderr:
cmdline.extend(['-o', '-'])
cmdline.append('>' + outfile)
cmdline.append('2>&1')
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all OK files found
for outfile in glob.glob("ok/*"):
basename = re.sub('\..*?$', '', outfile.replace('ok/', ''))
target = re.sub('.*\.', '', outfile)
infile = basename + ".t2t"
if infile in remote_infiles:
infile = remote_root + infile
if basename in remote_mapping:
infile = remote_root + remote_mapping[basename]
outfile = outfile.replace('ok/', '')
if lib.initTest(basename, infile, outfile):
cmdline = []
cmdline.extend(['-i', infile])
if infile.startswith(remote_root) \
and basename != 'remote-outfile':
cmdline.extend(['-o', outfile])
if basename == 'not-found':
cmdline.append('>' + outfile)
cmdline.append('2>&1')
elif basename == 'stdout':
cmdline.extend(['-o', '-'])
cmdline.append('>' + outfile)
elif basename == 'remote-outfile':
cmdline.append('2>' + outfile)
elif basename == 'relative-path':
cmdline.extend(['-t', 'html'])
cmdline.append('--fix-path')
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
### First test the %!includeconf command
errors = [
'includeconf-itself',
'includeconf-not-found',
'includeconf-targeted',
'includeconf-text',
]
unnumbered = [
'includeconf-empty',
]
# test all t2t files found
for infile in glob.glob("includeconf-*.t2t"):
basename = infile.replace('.t2t', '')
outfile = basename + '.html'
if basename in unnumbered:
okfile = 'ok/not-numbered.html'
else:
okfile = 'ok/numbered.html'
if basename in errors:
outfile = basename + '.out'
okfile = 'ok/' + outfile
cmdline = ['-H', '-i', infile, '-o- >', outfile, '2>&1']
else:
cmdline = ['-H', '-i', infile, '-o', outfile]
if lib.initTest(basename, infile, outfile, okfile):
lib.convert(cmdline)
lib.diff(outfile, okfile)
lib.convert(cmdline, True)
lib.diff(outfile, okfile)
### Now test -C and --config-file command line options
errors = ['C-not-found', 'C-text']
default_cmdline = ['-H -i body-only.t2t']
infile = 'body-only.t2t'
for test in tests:
# --enum-title is used by this test?
if test.get('not-numbered'):
okfile = 'ok/not-numbered.html'
else:
okfile = 'ok/numbered.html'
# 1st turn (-C), 2nd turn (--config-file)
for i in (1, 2):
if i == 1:
name = test['name']
cmdline = test['cmdline']
else:
name = test['name'].replace('C', 'config-file')
cmdline = map(lambda x: x.replace('-C', '--config-file'), test['cmdline'])
outfile = name + '.html'
if test['name'] in errors:
outfile = name + '.out'
okfile = 'ok/' + outfile
cmdline = default_cmdline + cmdline + ['-o- >', outfile, '2>&1']
else:
cmdline = default_cmdline + cmdline + ['-o', outfile]
# convert and check results
if lib.initTest(name, infile, outfile, okfile):
lib.convert(cmdline)
lib.diff(outfile, okfile)
lib.convert(cmdline, True)
lib.diff(outfile, okfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def run():
# test all .t2t files found
for infile in glob.glob("*.t2t"):
basename = infile.replace('.t2t', '')
outfile = basename + '.html'
if lib.initTest(basename, infile, outfile):
cmdline = [infile]
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# extra: bar.t2t as TXT
infile = 'bar.t2t'
basename = 'bar'
outfile = basename + '.txt'
if lib.initTest(basename, infile, outfile):
cmdline = ['-t', 'txt', '-i', infile]
cmdline.extend(['--width', '150']) # to avoid wrapping
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# using smart filters, same files generate more than one output
for alias in ALIASES.keys():
infile = ALIASES[alias] + '.t2t'
outfile = alias + '.html'
if lib.initTest(alias, infile, outfile):
cmdline = addFilters(FILTERS.get(alias))
cmdline.append('-H')
cmdline.extend(['-o', outfile, infile])
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# extra: bar2.t2t as TXT
alias = 'bar2'
infile = ALIASES[alias] + '.t2t'
outfile = alias + '.txt'
if lib.initTest(alias, infile, outfile):
cmdline = addFilters(FILTERS.get(alias))
cmdline.append('-H')
cmdline.extend(['--width', '150']) # to avoid wrapping
cmdline.extend(['-t', 'txt', '-o', outfile, infile])
lib.convert(cmdline)
lib.diff(outfile)
lib.convert(cmdline, True)
lib.diff(outfile)
# clean up
if os.path.isfile(lib.CONFIG_FILE):
os.remove(lib.CONFIG_FILE)
return lib.OK, lib.FAILED, lib.ERROR_FILES
def test_diff():
assert diff(1, 1) == 0