def argparse(cls, p):
descrip = 'executables and data files for %s' % (cls.formatname,)
g = p.add_argument_group(title=cls.__name__, description=descrip)
g.add_argument('--asciidoc-asciidoc', type=arg_isexecutable,
default=which('asciidoc'),
help='full path to asciidoc [%(default)s]')
g.add_argument('--asciidoc-xmllint', type=arg_isexecutable,
default=which('xmllint'),
help='full path to xmllint [%(default)s]')
def test_fq_executable(self):
f = ntf(prefix='tldp-which-test', delete=False)
f.close()
notfound = which(f.name)
self.assertIsNone(notfound)
mode = stat.S_IRWXU | stat.S_IRGRP | stat.S_IROTH
os.chmod(f.name, mode)
found = which(f.name)
self.assertEqual(f.name, found)
os.unlink(f.name)
def test_fq_executable(self):
f = ntf(prefix='tldp-which-test', delete=False)
f.close()
notfound = which(f.name)
self.assertIsNone(notfound)
mode = stat.S_IRWXU | stat.S_IRGRP | stat.S_IROTH
os.chmod(f.name, mode)
found = which(f.name)
self.assertEqual(f.name, found)
os.unlink(f.name)
def argparse(cls, p):
descrip = 'executables and data files for %s' % (cls.formatname, )
g = p.add_argument_group(title=cls.__name__, description=descrip)
g.add_argument('--asciidoc-asciidoc',
type=arg_isexecutable,
default=which('asciidoc'),
help='full path to asciidoc [%(default)s]')
g.add_argument('--asciidoc-xmllint',
type=arg_isexecutable,
default=which('xmllint'),
help='full path to xmllint [%(default)s]')
def argparse(cls, p):
descrip = 'executables and data files for %s' % (cls.formatname,)
g = p.add_argument_group(title=cls.__name__, description=descrip)
g.add_argument('--linuxdoc-sgmlcheck', type=arg_isexecutable,
default=which('sgmlcheck'),
help='full path to sgmlcheck [%(default)s]')
g.add_argument('--linuxdoc-sgml2html', type=arg_isexecutable,
default=which('sgml2html'),
help='full path to sgml2html [%(default)s]')
g.add_argument('--linuxdoc-html2text', type=arg_isexecutable,
default=which('html2text'),
help='full path to html2text [%(default)s]')
g.add_argument('--linuxdoc-htmldoc', type=arg_isexecutable,
default=which('htmldoc'),
help='full path to htmldoc [%(default)s]')
def test_execute_exception_when_logdir_enoent(self):
exe = which('true')
logdir = os.path.join(self.tempdir, 'nonexistent-directory')
with self.assertRaises(IOError) as ecm:
execute([exe], logdir=logdir)
e = ecm.exception
self.assertTrue('nonexistent' in e.filename)
def test_execute_stdout_to_devnull(self):
exe = which('cat')
cmd = [exe, '/etc/hosts']
devnull = open('/dev/null', 'w')
result = execute(cmd, stdout=devnull, logdir=self.tempdir)
devnull.close()
self.assertEqual(0, result)
def test_execute_exception_when_logdir_enoent(self):
exe = which('true')
logdir = os.path.join(self.tempdir, 'nonexistent-directory')
with self.assertRaises(IOError) as ecm:
execute([exe], logdir=logdir)
e = ecm.exception
self.assertTrue('nonexistent' in e.filename)
def test_execute_stderr_to_devnull(self):
exe = which('cat')
cmd = [exe, '/etc/hosts']
devnull = open('/dev/null', 'w')
result = execute(cmd, stderr=devnull, logdir=self.tempdir)
devnull.close()
self.assertEqual(0, result)
def argparse(cls, p):
descrip = 'executables for %s' % (cls.formatname,)
g = p.add_argument_group(title=cls.__name__, description=descrip)
gadd = g.add_argument
gadd('--docbook5xml-xslchunk', type=arg_isreadablefile,
default=xslchunk_finder(),
help='full path to LDP HTML chunker XSL [%(default)s]')
gadd('--docbook5xml-xslsingle', type=arg_isreadablefile,
default=xslsingle_finder(),
help='full path to LDP HTML single-page XSL [%(default)s]')
gadd('--docbook5xml-xslprint', type=arg_isreadablefile,
default=xslprint_finder(),
help='full path to LDP FO print XSL [%(default)s]')
gadd('--docbook5xml-rngfile', type=arg_isreadablefile,
default=rngfile_finder(),
help='full path to docbook.rng [%(default)s]')
gadd('--docbook5xml-xmllint', type=arg_isexecutable,
default=which('xmllint'),
help='full path to xmllint [%(default)s]')
gadd('--docbook5xml-xsltproc', type=arg_isexecutable,
default=which('xsltproc'),
help='full path to xsltproc [%(default)s]')
gadd('--docbook5xml-html2text', type=arg_isexecutable,
default=which('html2text'),
help='full path to html2text [%(default)s]')
gadd('--docbook5xml-fop', type=arg_isexecutable,
default=which('fop'),
help='full path to fop [%(default)s]')
gadd('--docbook5xml-dblatex', type=arg_isexecutable,
default=which('dblatex'),
help='full path to dblatex [%(default)s]')
gadd('--docbook5xml-jing', type=arg_isexecutable,
default=which('jing'),
help='full path to jing [%(default)s]')
def argparse(cls, p):
descrip = 'executables and data files for %s' % (cls.formatname, )
g = p.add_argument_group(title=cls.__name__, description=descrip)
gadd = g.add_argument
gadd('--docbook4xml-xslchunk',
type=arg_isreadablefile,
default=xslchunk_finder(),
help='full path to LDP HTML chunker XSL [%(default)s]')
gadd('--docbook4xml-xslsingle',
type=arg_isreadablefile,
default=xslsingle_finder(),
help='full path to LDP HTML single-page XSL [%(default)s]')
gadd('--docbook4xml-xslprint',
type=arg_isstr,
default=xslprint_finder(),
help='full path to LDP FO print XSL [%(default)s]')
gadd('--docbook4xml-xmllint',
type=arg_isexecutable,
default=which('xmllint'),
help='full path to xmllint [%(default)s]')
gadd('--docbook4xml-xsltproc',
type=arg_isexecutable,
default=which('xsltproc'),
help='full path to xsltproc [%(default)s]')
gadd('--docbook4xml-html2text',
type=arg_isexecutable,
default=which('html2text'),
help='full path to html2text [%(default)s]')
gadd('--docbook4xml-fop',
type=arg_isexecutable,
default=which('fop'),
help='full path to fop [%(default)s]')
gadd('--docbook4xml-dblatex',
type=arg_isexecutable,
default=which('dblatex'),
help='full path to dblatex [%(default)s]')
def argparse(cls, p):
descrip = 'executables and data files for %s' % (cls.formatname,)
g = p.add_argument_group(title=cls.__name__, description=descrip)
g.add_argument('--docbooksgml-docbookdsl', type=arg_isreadablefile,
default=docbookdsl_finder(),
help='full path to html/docbook.dsl [%(default)s]')
g.add_argument('--docbooksgml-ldpdsl', type=arg_isreadablefile,
default=ldpdsl_finder(),
help='full path to ldp/ldp.dsl [%(default)s]')
g.add_argument('--docbooksgml-jw', type=arg_isexecutable,
default=which('jw'),
help='full path to jw [%(default)s]')
g.add_argument('--docbooksgml-html2text', type=arg_isexecutable,
default=which('html2text'),
help='full path to html2text [%(default)s]')
g.add_argument('--docbooksgml-openjade', type=arg_isexecutable,
default=which('openjade'),
help='full path to openjade [%(default)s]')
g.add_argument('--docbooksgml-dblatex', type=arg_isexecutable,
default=which('dblatex'),
help='full path to dblatex [%(default)s]')
g.add_argument('--docbooksgml-collateindex', type=arg_isexecutable,
default=which('collateindex.pl'),
help='full path to collateindex [%(default)s]')
def test_execute_exception_when_logdir_none(self):
exe = which('true')
with self.assertRaises(ValueError) as ecm:
execute([exe], logdir=None)
e = ecm.exception
self.assertTrue('logdir must be a directory' in e.args[0])
def test_execute_returns_nonzero(self):
exe = which('false')
result = execute([exe], logdir=self.tempdir)
self.assertEqual(1, result)
def test_execute_exception_when_logdir_none(self):
exe = which('true')
with self.assertRaises(ValueError) as ecm:
execute([exe], logdir=None)
e = ecm.exception
self.assertTrue('logdir must be a directory' in e.args[0])
def test_execute_returns_zero(self):
exe = which('true')
result = execute([exe], logdir=self.tempdir)
self.assertEqual(0, result)
def test_good_which_python(self):
python = which('python')
self.assertIsNotNone(python)
self.assertTrue(os.path.isfile(python))
qualified_python = which(python)
self.assertEqual(python, qualified_python)
def test_bad_silly_name(self):
silly = which('silliest-executable-name-which-may-yet-be-possible')
self.assertIsNone(silly)
def test_bad_silly_name(self):
silly = which('silliest-executable-name-which-may-yet-be-possible')
self.assertIsNone(silly)
def test_good_which_python(self):
python = which('python')
self.assertIsNotNone(python)
self.assertTrue(os.path.isfile(python))
qualified_python = which(python)
self.assertEqual(python, qualified_python)
def test_execute_returns_zero(self):
exe = which('true')
result = execute([exe], logdir=self.tempdir)
self.assertEqual(0, result)
def test_execute_returns_nonzero(self):
exe = which('false')
result = execute([exe], logdir=self.tempdir)
self.assertEqual(1, result)