Linux iad1-shared-b7-18 6.6.49-grsec-jammy+ #10 SMP Thu Sep 12 23:23:08 UTC 2024 x86_64
Apache
: 67.205.6.31 | : 216.73.216.47
Cant Read [ /etc/named.conf ]
8.2.29
fernandoquevedo
Terminal
AUTO ROOT
Adminer
Backdoor Destroyer
Linux Exploit
Lock Shell
Lock File
Create User
CREATE RDP
PHP Mailer
BACKCONNECT
UNLOCK SHELL
HASH IDENTIFIER
README
+ Create Folder
+ Create File
/
usr /
lib /
python3 /
dist-packages /
genshi /
__pycache__ /
[ HOME SHELL ]
Name
Size
Permission
Action
__init__.cpython-310.pyc
632
B
-rw-r--r--
builder.cpython-310.pyc
11.87
KB
-rw-r--r--
compat.cpython-310.pyc
3.35
KB
-rw-r--r--
core.cpython-310.pyc
26.87
KB
-rw-r--r--
input.cpython-310.pyc
15.32
KB
-rw-r--r--
output.cpython-310.pyc
23.89
KB
-rw-r--r--
path.cpython-310.pyc
47.64
KB
-rw-r--r--
util.cpython-310.pyc
6.69
KB
-rw-r--r--
Delete
Unzip
Zip
${this.title}
Close
Code Editor : builder.cpython-310.pyc
o !�b5. � @ s� d Z ddlZddlmZ ddlmZmZmZmZm Z m Z m Z m Z g d�Z dZG dd� de�Zd d � ZG d d � d e�ZG d d� de�Ze� ZdS )a Support for programmatically generating markup streams from Python code using a very simple syntax. The main entry point to this module is the `tag` object (which is actually an instance of the ``ElementFactory`` class). You should rarely (if ever) need to directly import and use any of the other classes in this module. Elements can be created using the `tag` object using attribute access. For example: >>> doc = tag.p('Some text and ', tag.a('a link', href='http://example.org/'), '.') >>> doc <Element "p"> This produces an `Element` instance which can be further modified to add child nodes and attributes. This is done by "calling" the element: positional arguments are added as child nodes (alternatively, the `Element.append` method can be used for that purpose), whereas keywords arguments are added as attributes: >>> doc(tag.br) <Element "p"> >>> print(doc) <p>Some text and <a href="http://example.org/">a link</a>.<br/></p> If an attribute name collides with a Python keyword, simply append an underscore to the name: >>> doc(class_='intro') <Element "p"> >>> print(doc) <p class="intro">Some text and <a href="http://example.org/">a link</a>.<br/></p> As shown above, an `Element` can easily be directly rendered to XML text by printing it or using the Python ``str()`` function. This is basically a shortcut for converting the `Element` to a stream and serializing that stream: >>> stream = doc.generate() >>> stream #doctest: +ELLIPSIS <genshi.core.Stream object at ...> >>> print(stream) <p class="intro">Some text and <a href="http://example.org/">a link</a>.<br/></p> The `tag` object also allows creating "fragments", which are basically lists of nodes (elements or text) that don't have a parent element. This can be useful for creating snippets of markup that are attached to a parent element later (for example in a template). Fragments are created by calling the `tag` object, which returns an object of type `Fragment`: >>> fragment = tag('Hello, ', tag.em('world'), '!') >>> fragment <Fragment> >>> print(fragment) Hello, <em>world</em>! � N)� numeric_types)�Attrs�Markup� Namespace�QName�Stream�START�END�TEXT)�Fragment�Element�ElementFactory�tagzrestructuredtext enc @ sn e Zd ZdZdgZdd� Zdd� Zdd� Zd d � Zd d � Z d d� Z dd� Z dd� Z dd� Z dd� Zdd� ZdS )r z_Represents a markup fragment, which is basically just a list of element or text nodes. �childrenc C s g | _ dS )zCreate a new fragment.N)r ��self� r �0/usr/lib/python3/dist-packages/genshi/builder.py�__init__W s zFragment.__init__c C s t � | |�S �N�r )r �otherr r r �__add__[ � zFragment.__add__c G s |D ]}| � |� q| S )zXAppend any positional arguments as child nodes. :see: `append` )�append)r �args�argr r r �__call__^ s zFragment.__call__c C s | � � S r )� _generater r r r �__iter__g s zFragment.__iter__c C s dt | �j S )Nz<%s>)�type�__name__r r r r �__repr__j � zFragment.__repr__c C � t | �� �S r )�str�generater r r r �__str__m r zFragment.__str__c C s t �| �� �S r )�six� text_typer& r r r r � __unicode__p r# zFragment.__unicode__c C r$ r )r r& r r r r �__html__s r zFragment.__html__c C s� t tftj t }t||�r| j�|� dS t|t�r$| j� |j� dS |durFz |D ]}| �|� q+W dS t yE | j�|� Y dS w dS )z�Append an element or string as child node. :param node: the node to append; can be an `Element`, `Fragment`, or a `Stream`, or a Python string or number N) r r r( � string_typesr � isinstancer r r �extend� TypeError)r �node� simple_types�childr r r r v s � ��zFragment.appendc c sp � | j D ]1}t|t�r|�� D ]}|V qqt|t�r$|D ]}|V q qt|tj�s/t�|�}t|dfV qd S �N)N���r4 ) r r- r r r r( r, r) r )r r2 �eventr r r r � s � � � �zFragment._generatec C r$ �zYReturn a markup event stream for the fragment. :rtype: `Stream` �r r r r r r r& � � zFragment.generateN)r! � __module__� __qualname__�__doc__� __slots__r r r r r" r' r* r+ r r r& r r r r r Q s r c C sh g }t � }| �� D ]&\}}|�d��dd�}|d ur/||vr/|�t|�t�|�f� |�|� q t |�S )N�_�-) �set�items�rstrip�replacer r r( r) �addr )�kwargs�attrs�names�name�valuer r r �_kwargs_to_attrs� s �rI c @ s@ e Zd ZdZddgZdd� Zdd� Zdd � Zd d � Zd d � Z dS )r a% Simple XML output generator based on the builder pattern. Construct XML elements by passing the tag name to the constructor: >>> print(Element('strong')) <strong/> Attributes can be specified using keyword arguments. The values of the arguments will be converted to strings and any special XML characters escaped: >>> print(Element('textarea', rows=10)) <textarea rows="10"/> >>> print(Element('span', title='1 < 2')) <span title="1 < 2"/> >>> print(Element('span', title='"baz"')) <span title=""baz""/> The " character is escaped using a numerical entity. The order in which attributes are rendered is undefined. If an attribute value evaluates to `None`, that attribute is not included in the output: >>> print(Element('a', name=None)) <a/> Attribute names that conflict with Python keywords can be specified by appending an underscore: >>> print(Element('div', class_='warning')) <div class="warning"/> Nested elements can be added to an element using item access notation. The call notation can also be used for this and for adding attributes using keyword arguments, as one would do in the constructor. >>> print(Element('ul')(Element('li'), Element('li'))) <ul><li/><li/></ul> >>> print(Element('a')('Label')) <a>Label</a> >>> print(Element('a')('Label', href="target")) <a href="target">Label</a> Text nodes can be nested in an element by adding strings instead of elements. Any special characters in the strings are escaped automatically: >>> print(Element('em')('Hello world')) <em>Hello world</em> >>> print(Element('em')(42)) <em>42</em> >>> print(Element('em')('1 < 2')) <em>1 < 2</em> This technique also allows mixed content: >>> print(Element('p')('Hello ', Element('b')('world'))) <p>Hello <b>world</b></p> Quotes are not escaped inside text nodes: >>> print(Element('p')('"Hello"')) <p>"Hello"</p> Elements can also be combined with other elements or strings using the addition operator, which results in a `Fragment` object that contains the operands: >>> print(Element('br') + 'some text' + Element('br')) <br/>some text<br/> Elements with a namespace can be generated using the `Namespace` and/or `QName` classes: >>> from genshi.core import Namespace >>> xhtml = Namespace('http://www.w3.org/1999/xhtml') >>> print(Element(xhtml.html, lang='en')) <html xmlns="http://www.w3.org/1999/xhtml" lang="en"/> r �attribc K s" t �| � t|�| _t|�| _d S r )r r r r rI rJ )r �tag_rJ r r r r � s zElement.__init__c O s( | j t|�O _ tj| g|�R � | S )z�Append any positional arguments as child nodes, and keyword arguments as attributes. :return: the element itself so that calls can be chained :rtype: `Element` :see: `Fragment.append` )rJ rI r r )r r rD r r r r s zElement.__call__c C s dt | �j| jf S )Nz <%s "%s">)r r! r r r r r r" s zElement.__repr__c c sJ � t | j| jfdfV t�| �D ] \}}}|||fV qt| jdfV d S r3 )r r rJ r r r )r �kind�data�posr r r r s �zElement._generatec C r$ r6 r7 r r r r r& r8 zElement.generateN) r! r9 r: r; r< r r r" r r& r r r r r � s N r c @ s2 e Zd ZdZd dd�Zdd� Zdd� Zd d � ZdS ) r a� Factory for `Element` objects. A new element is created simply by accessing a correspondingly named attribute of the factory object: >>> factory = ElementFactory() >>> print(factory.foo) <foo/> >>> print(factory.foo(id=2)) <foo id="2"/> Markup fragments (lists of nodes without a parent element) can be created by calling the factory: >>> print(factory('Hello, ', factory.em('world'), '!')) Hello, <em>world</em>! A factory can also be bound to a specific namespace: >>> factory = ElementFactory('http://www.w3.org/1999/xhtml') >>> print(factory.html(lang="en")) <html xmlns="http://www.w3.org/1999/xhtml" lang="en"/> The namespace for a specific element can be altered on an existing factory by specifying the new namespace using item access: >>> factory = ElementFactory() >>> print(factory.html(factory['http://www.w3.org/2000/svg'].g(id=3))) <html><g xmlns="http://www.w3.org/2000/svg" id="3"/></html> Usually, the `ElementFactory` class is not be used directly. Rather, the `tag` instance should be used to create elements. Nc C s |r t |t�s t|�}|| _dS )z�Create the factory, optionally bound to the given namespace. :param namespace: the namespace URI for any created elements, or `None` for no namespace N)r- r � namespace�r rO r r r r @ s zElementFactory.__init__c G s t � |� S )z�Create a fragment that has the given positional arguments as child nodes. :return: the created `Fragment` :rtype: `Fragment` r )r r r r r r J s zElementFactory.__call__c C s t |�S )a Return a new factory that is bound to the specified namespace. :param namespace: the namespace URI or `Namespace` object :return: an `ElementFactory` that produces elements bound to the given namespace :rtype: `ElementFactory` )r rP r r r � __getitem__S s zElementFactory.__getitem__c C s t | jr | j| p |�S )z�Create an `Element` with the given name. :param name: the tag name of the element to create :return: an `Element` with the specified name :rtype: `Element` )r rO )r rG r r r � __getattr__] s zElementFactory.__getattr__r )r! r9 r: r; r r rQ rR r r r r r s " r )r; r( � genshi.compatr � genshi.corer r r r r r r r �__all__� __docformat__�objectr rI r r r r r r r �<module> s 9 (N sJ
Close
