Python util.path函数代码示例

    def builder(srcdir):
        """
        :param str srcdir: app.srcdir
        """
        srcdir = path(srcdir)
        for dirpath, dirs, files in os.walk(srcdir):
            dirpath = path(dirpath)
            for f in [f for f in files if f.endswith('.po')]:
                po = dirpath / f
                mo = srcdir / 'xx' / 'LC_MESSAGES' / (
                    os.path.relpath(po[:-3], srcdir) + '.mo')
                if not mo.parent.exists():
                    mo.parent.makedirs()

                write_mo(mo, read_po(po))

def setup_module():
    if not root.exists():
        (rootdir / 'roots' / 'test-intl').copytree(root)
    # Delete remnants left over after failed build
    # Compile all required catalogs into binary format (*.mo).
    for dirpath, dirs, files in os.walk(root):
        dirpath = path(dirpath)
        for f in [f for f in files if f.endswith('.po')]:
            po = dirpath / f
            mo = root / 'xx' / 'LC_MESSAGES' / (
                os.path.relpath(po[:-3], root) + '.mo')
            if not mo.parent.exists():
                mo.parent.makedirs()
            try:
                p = Popen(['msgfmt', po, '-o', mo],
                          stdout=PIPE, stderr=PIPE)
            except OSError:
                raise SkipTest  # most likely msgfmt was not found
            else:
                stdout, stderr = p.communicate()
                if p.returncode != 0:
                    print(stdout)
                    print(stderr)
                    assert False, \
                        'msgfmt exited with return code %s' % p.returncode
                assert mo.isfile(), 'msgfmt failed'

    def __init__(self, meta, p):
        self.p = p
        path_builder = path("{topdir}/{p}")
        self.path_builder = path_builder.fill(topdir=meta.topdir, p=self.p)
        self.key = key.key(p=p)

        # perparam differs from meta
        self.ndims = meta.params[self.p]
        self.allzs = meta.allzs[:self.ndims+1]#sorted(set(self.zlos+self.zhis))
        self.zlos = self.allzs[:-1]#meta.allzlos[:self.ndims]
        self.zhis = self.allzs[1:]#meta.allzhis[:self.ndims]
        self.zmids = (self.zlos+self.zhis)/2.
        self.zavg = sum(self.zmids)/self.ndims

        # define realistic underlying P(z) for this number of parameters
        self.realsum = sum(meta.realistic[:self.ndims])
        self.realistic_pdf = np.array([meta.realistic[k]/self.realsum/meta.zdifs[k] for k in xrange(0,self.ndims)])
        self.truePz = self.realistic_pdf
        self.logtruePz = np.array([m.log(max(tPz,sys.float_info.epsilon)) for tPz in self.truePz])

        # define flat P(z) for this number of parameters
        self.avgprob = 1./self.ndims/meta.zdif
        self.logavgprob = m.log(self.avgprob)
        self.flatPz = [self.avgprob]*self.ndims
        self.logflatPz = [self.logavgprob]*self.ndims

        print('initialized '+str(self.ndims)+' parameter test')

def test_multibyte_path(app):
    srcdir = path(app.srcdir)
    mb_name = u"\u65e5\u672c\u8a9e"
    (srcdir / mb_name).makedirs()
    (srcdir / mb_name / (mb_name + ".txt")).write_text(
        dedent(
            """
        multi byte file name page
        ==========================
        """
        )
    )

    master_doc = srcdir / "contents.txt"
    master_doc.write_bytes(
        (
            master_doc.text()
            + dedent(
                """
            .. toctree::

               %(mb_name)s/%(mb_name)s
            """
                % locals()
            )
        ).encode("utf-8")
    )
    app.builder.build_all()

 def groupDocument(self, doc):
     """Called, if grouping is enabled, to group the document."""
     i = self._items[doc]
     p = util.path(doc.url())
     new_parent = self._paths.get(p)
     if new_parent is None:
         new_parent = self._paths[p] = QTreeWidgetItem(self)
         new_parent._path = p
         new_parent.setText(0, p or _("Untitled"))
         new_parent.setIcon(0, icons.get("folder-open"))
         new_parent.setFlags(Qt.ItemIsEnabled)
         new_parent.setExpanded(True)
         self.sortItems(0, Qt.AscendingOrder)
     old_parent = i.parent()
     if old_parent == new_parent:
         return
     if old_parent:
         old_parent.takeChild(old_parent.indexOfChild(i))
         if old_parent.childCount() == 0:
             self.takeTopLevelItem(self.indexOfTopLevelItem(old_parent))
             del self._paths[old_parent._path]
     else:
         self.takeTopLevelItem(self.indexOfTopLevelItem(i))
     new_parent.addChild(i)
     new_parent.sortChildren(0, Qt.AscendingOrder)

def _script_names(src_dir):
    if not src_dir:
        return []

    is_script = lambda f: isfile(path(src_dir, f)) and f.endswith('.sh')
    
    return [f for f in listdir(src_dir) if is_script(f)]

def db_connect(password):
	db = dbapi2.connect(path(app.config['DB_NAME']))
	# TODO: Use something better than re.escape for this
	# For some reason, normal '?' placeholders don't work for PRAGMA's
	db.execute("PRAGMA key = '%s'" % re.escape(password))
	db.execute("PRAGMA foreign_keys = ON")
	return db

def _get_db_log_path(conf):
    logs = []
    if conf.db_logs_dir:
        log_file_path = lambda f : path(conf.db_logs_dir) + f
        collect_logs = conf.db_logs_files if conf.db_logs_files else ls(conf.db_logs_dir)
        for file in collect_logs:
            logs.append(log_file_path(file))
    return logs

 def setDocumentStatus(self, doc):
     if doc in self.docs:
         index = self.docs.index(doc)
         text = doc.documentName().replace('&', '&&')
         if self.tabText(index) != text:
             self.setTabText(index, text)
         tooltip = util.path(doc.url())
         self.setTabToolTip(index, tooltip)
         self.setTabIcon(index, documenticon.icon(doc, self.window()))

def test_docutils_source_link_with_nonascii_file(app, status, warning):
    srcdir = path(app.srcdir)
    mb_name = u'\u65e5\u672c\u8a9e'
    try:
        (srcdir / (mb_name + '.txt')).write_text('')
    except UnicodeEncodeError:
        from path import FILESYSTEMENCODING
        raise SkipTest(
            'nonascii filename not supported on this filesystem encoding: '
            '%s', FILESYSTEMENCODING)

    app.builder.build_all()

def parse_docs_configuration():

    doc_path = util.path("docs", "configuration.rst")
    with open(doc_path, encoding="utf-8") as file:
        doc_lines = file.readlines()

    sections = {}
    sec_name = None
    options = None
    opt_name = None
    opt_desc = None
    name = None
    last = last2 = None
    for line in doc_lines:

        # start of new section
        if re.match(r"^=+$", line):
            if sec_name and options:
                sections[sec_name] = options
            sec_name = last.strip()
            options = {}

        elif re.match(r"^=+ =+$", line):
            # start of option table
            if re.match(r"^-+$", last):
                opt_name = last2.strip()
                opt_desc = {}
            # end of option table
            elif opt_desc:
                options[opt_name] = opt_desc
                opt_name = None
                name = None

        # inside option table
        elif opt_name:
            if line[0].isalpha():
                name, _, line = line.partition(" ")
                opt_desc[name] = ""
            line = line.strip()
            if line.startswith(("* ", "- ")):
                line = "\n" + line
            elif line.startswith("| "):
                line = line[2:] + "\n.br"
            opt_desc[name] += line + "\n"

        last2 = last
        last = line
    sections[sec_name] = options

    return sections

def test_second_update():
    # delete, add and "edit" (change saved mtime) some files and update again
    env.all_docs['contents'] = 0
    root = path(app.srcdir)
    # important: using "autodoc" because it is the last one to be included in
    # the contents.txt toctree; otherwise section numbers would shift
    (root / 'autodoc.txt').unlink()
    (root / 'new.txt').write_text('New file\n========\n')
    updated = env.update(app.config, app.srcdir, app.doctreedir, app)
    # "includes" and "images" are in there because they contain references
    # to nonexisting downloadable or image files, which are given another
    # chance to exist
    assert set(updated) == set(['contents', 'new', 'includes', 'images'])
    assert 'autodoc' not in env.all_docs
    assert 'autodoc' not in env.found_docs

 def setDocumentStatus(self, doc):
     try:
         i = self._items[doc]
     except KeyError:
         # this fails when a document is closed that had a job running,
         # in that case setDocumentStatus is called twice (the second time
         # when the job quits, but then we already removed the document)
         return
     # set properties according to document
     i.setText(0, doc.documentName())
     i.setIcon(0, documenticon.icon(doc, self.parentWidget().mainwindow()))
     i.setToolTip(0, util.path(doc.url()))
     # handle ordering in groups if desired
     if self._group:
         self.groupDocument(doc)
     else:
         self.sortItems(0, Qt.AscendingOrder)

def test_image_glob(app, status, warning):
    app.builder.build_all()

    # index.rst
    doctree = pickle.loads((app.doctreedir / 'index.doctree').bytes())

    assert isinstance(doctree[0][1], nodes.image)
    assert doctree[0][1]['candidates'] == {'*': 'rimg.png'}
    assert doctree[0][1]['uri'] == 'rimg.png'

    assert isinstance(doctree[0][2], nodes.figure)
    assert isinstance(doctree[0][2][0], nodes.image)
    assert doctree[0][2][0]['candidates'] == {'*': 'rimg.png'}
    assert doctree[0][2][0]['uri'] == 'rimg.png'

    assert isinstance(doctree[0][3], nodes.image)
    assert doctree[0][3]['candidates'] == {'application/pdf': 'img.pdf',
                                           'image/gif': 'img.gif',
                                           'image/png': 'img.png'}
    assert doctree[0][3]['uri'] == 'img.*'

    assert isinstance(doctree[0][4], nodes.figure)
    assert isinstance(doctree[0][4][0], nodes.image)
    assert doctree[0][4][0]['candidates'] == {'application/pdf': 'img.pdf',
                                              'image/gif': 'img.gif',
                                              'image/png': 'img.png'}
    assert doctree[0][4][0]['uri'] == 'img.*'

    # subdir/index.rst
    doctree = pickle.loads((app.doctreedir / 'subdir/index.doctree').bytes())

    assert isinstance(doctree[0][1], nodes.image)
    sub = path('subdir')
    assert doctree[0][1]['candidates'] == {'*': sub / 'rimg.png'}
    assert doctree[0][1]['uri'] == sub / 'rimg.png'

    assert isinstance(doctree[0][2], nodes.image)
    assert doctree[0][2]['candidates'] == {'application/pdf': 'subdir/svgimg.pdf',
                                           'image/svg+xml': 'subdir/svgimg.svg'}
    assert doctree[0][2]['uri'] == sub / 'svgimg.*'

    assert isinstance(doctree[0][3], nodes.figure)
    assert isinstance(doctree[0][3][0], nodes.image)
    assert doctree[0][3][0]['candidates'] == {'application/pdf': 'subdir/svgimg.pdf',
                                              'image/svg+xml': 'subdir/svgimg.svg'}
    assert doctree[0][3][0]['uri'] == sub / 'svgimg.*'

 def save_registered_trojans(self, filename):
     """
     saves the already registered trojans from the internal list into a given textfile
     :param filename: (string) the name of the text file in which the trojan info is saved
     :return: (void)
     """
     if "\\" in filename:
         filepath = filename
     else:
         filepath = path()+"\\"+filename+".txt"
     # opens the file of the filename passed, in case it exists
     if not os.path.exists(filepath):
         createfile(filepath)
     with open(filepath, "w") as file:
         # itering through the list of registered trojans and writing the information into the lines, separated
         # by semicolons
         for trojan in self.registered:
             file.write(trojan.ip + ";")
             file.write(trojan.port + ";")
             file.write(trojan.name)
             file.write("\n")