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PK d��Z�4� � & __pycache__/hypothesis.cpython-310.pycnu �[��� o G�_'% � @ s� d Z ddlmZ zddlZ[W n ey! ddlmZ dZY dS w ddlm Z ddl m Z m Z ddlmZmZ dd lmZ dd lmZmZmZmZmZmZmZmZ dd lm Z d d l m Z m Z ddlm!Z! ddl"m#Z#m$Z$m%Z%m&Z&m'Z' ddl(m)Z)m*Z*m+Z, dZed�Z-eede-f ge-f Z.ze/ W n e0y� e1Z/Y nw dd� Z2da3e#d)dd��Z4e#d*dd��Z5e#d+d d ��Z6e#d,d d ��Z7d!d"� Z8da9e#d#d$� �Z:e#d%d&� �Z;e#d'd(� �Z<dS )-z Hypothesis strategies. � )�absolute_importN)�Tuple� )�reader)�dirname�join)� ascii_letters�digits)� maxunicode)�Callable�Iterable�List�Optional�Sequence�Text�TypeVar�cast)�open� )� DecodedURL� EncodedURL)�assume)� composite�integers�lists� sampled_from�text)� IDNAError� check_label�encode)� decoded_urls� encoded_urls�hostname_labels� hostnames� idna_text�paths� port_numbers�T.c C s� t swg } ttt�d�}t|��[}tdd� |D �dd�}t|� |D ]A}|\}}}|dkr-q!|d �dd �}t|�d krB|� |d � d d� |D �\} } t | | d �D ]} | t krZ n| � t | �� qRq!W d � n1 smw Y d �| �a t S ) z> Returns a string containing IDNA characters. z idna-tables-properties.csv.gzc s s � | ]}|� d �V qdS )�utf-8N)�decode)�.0�liner r �6/usr/lib/python3/dist-packages/hyperlink/hypothesis.py� <genexpr>Q � � z"idna_characters.<locals>.<genexpr>�,)� delimiter�PVALIDr �-r c s s � | ]}t |d �V qdS )� N)�int)r* �ir r r, r- b r. N� ) �_idnaCharactersr r �__file__� open_gzip� csv_reader�next�split�len�append�ranger �unichr) �result� dataFileName�dataFiler �row�codes�prop� description�startEnd�start�endr5 r r r, �idna_characters? s8 � � �� � rK r6 c C sj t � }|dks J �|dur|dksJ �tt| t|||d���}zt|� W |S ty4 td� Y |S w )a( A strategy which generates IDNA-encodable text. @param min_size: The minimum number of characters in the text. C{None} is treated as C{0}. @param max_size: The maximum number of characters in the text. Use C{None} for an unbounded size. r N��min_size�max_size�alphabetF)rK r r r � idna_encoder r )�drawrM rN rO rA r r r, r$ o s � � �r$ Fc C s$ |rd}nd}t t| t|dd���S )z� A strategy which generates port numbers. @param allow_zero: Whether to allow port C{0} as a possible value. r r i�� )� min_value� max_value)r r4 r )rQ � allow_zerorR r r r, r& � s r& Tc C s� |r>t t| tddd���}z|�d� W n; ty= t|�d��dtd� kr;|dd� }t|�d��dtd� ks(Y nw t t| tddttt d �d ���}zt |� W |S t ye t d � Y |S w ) z� A strategy which generates host name labels. @param allow_idn: Whether to allow non-ASCII characters as allowed by internationalized domain names (IDNs). r �? �rM rN �ascii�punycodezxn--N���r2 rL F) r r r$ r �UnicodeEncodeErrorr= r r r r � UnicodeErrorr )rQ � allow_idn�labelr r r, r" � s6 ��� ��� � �r" c s� t t| t|d��� fdd����g}|t tt | tt|d�ddd���7 }tdd� |D ��t|� d d krM|d d � }tdd� |D ��t|� d d ks6d �|�S ) aD A strategy which generates host names. @param allow_leading_digit: Whether to allow a leading digit in host names; they were not allowed prior to RFC 1123. @param allow_idn: Whether to allow non-ASCII characters as allowed by internationalized domain names (IDNs). )r\ c s � rdS | d t vS )NTr )r )�l��allow_leading_digitr r, �<lambda>� s zhostnames.<locals>.<lambda>r � rV c s s � | ]}t |�V qd S )N)r= )r* r] r r r, r- � s � z hostnames.<locals>.<genexpr>� NrY �.) r r r" �filterr r �sumr= r )rQ r` r\ �labelsr r_ r, r# � s. ���� ���" "� r# c C s t du rdd� } d�| � �a t S )zH Returns a string containing valid URL path characters. Nc s sN � t t�D ] } t| �}|dv rqz|�d� W n ty Y qw |V qd S )Nz#/?r( )r? r r@ r rZ )r5 �cr r r, �chars s � ��z path_characters.<locals>.charsr6 )�_path_charactersr )ri r r r, �path_characters� s rk c C s$ t tt | ttdt� d�dd���S )Nr )rM rO � )rN )r r r r r rk �rQ r r r, r% s ��r% c C sf t tt | tdd���}t t| t� ��}t tt | t� ��}|dkr$d}tt t| t d���|||d�S )z� A strategy which generates L{EncodedURL}s. Call the L{EncodedURL.to_uri} method on each URL to get an HTTP protocol-friendly URI. T)rT r N)�http�https)�scheme�host�port�path) r r r4 r& r r# r r% r r )rQ rr rq rs r r r, r! # s �r! c C s t | t� ��S )z� A strategy which generates L{DecodedURL}s. Call the L{EncodedURL.to_uri} method on each URL to get an HTTP protocol-friendly URI. )r r! rm r r r, r 9 s r )r N)F)T)TT)=�__doc__� __future__r � hypothesis� ImportError�typingr �__all__�csvr r: �os.pathr r �stringr r �sysr r r r r r r r r �gzipr r9 r6 r r r �hypothesis.strategiesr r r r r �idnar r r rP r' � DrawCallabler@ � NameError�chrrK r7 r$ r& r" r# rk rj r% r! r r r r r, �<module> sZ � ( �. - + PK d��ZG��a, , $ __pycache__/__init__.cpython-310.pycnu �[��� o sI&^� � @ s( d dl mZmZmZmZmZmZ dZdS )� )�parse�register_scheme�URL� EncodedURL� DecodedURL� URLParseErrorN)�_urlr r r r r r �__all__� r r �4/usr/lib/python3/dist-packages/hyperlink/__init__.py�<module> s PK d��Z�� � # __pycache__/_socket.cpython-310.pycnu �[��� o �(_� � @ s| z d dl mZ W dS ey= d dlmZ erY dS d dlZd dl Z G dd� dej�Zejj j Z ejj j Z dd� ZY dS w )� )� inet_pton)� TYPE_CHECKINGNc @ s@ e Zd Zdejfdejfdejd fdejd fdejfgZdS ) �SockAddr� sa_family�__pad1� ipv4_addr� � ipv6_addr� �__pad2N) �__name__� __module__� __qualname__�ctypes�c_short�c_ushort�c_byte�c_ulong�_fields_� r r �3/usr/lib/python3/dist-packages/hyperlink/_socket.pyr s �r c C s� t � }|�d�}| |_t�t�|��}ztjdtjdi| \}}W n t y- t� d��w t || d t� |�t� |��dkrEt� t� � ��t�t||�|�S )N�ascii)r r )r r zunknown address familyr )r �encoder r �c_int�sizeof�socket�AF_INET�AF_INET6�KeyError�error�WSAStringToAddressA�byref� FormatError� string_at�getattr)�address_family� ip_string�addr�ip_string_bytes� addr_size� attribute�sizer r r r s0 � � ��� r ) r r � ImportError�typingr r � Structurer �windll�ws2_32r �WSAAddressToStringAr r r r �<module> s �PK d��Z/� � __pycache__/_url.cpython-310.pycnu �[��� o G�_cF � @ s^ d Z ddlZddlZddlZddlZddlmZmZ zddlmZ W n ey- e ZY nw ddl m Z m Z m Z mZmZmZmZmZmZmZmZmZmZmZmZ ddlmZ ddl m Z zdd l mZ W n eys dd l mZ Y nw dd l!m"Z#m$Z% ej&d d kZ'ze( W n e)y� e*Z(Y nw e+d�Z,eeeee f d f Z-eeeee f e-eeeee f f Z.ed �Z/d�dd�Z0e0d� Z1Z2e3d�Z4e�5d�Z6e�5d�Z7e�5d�Z8e9dd� ej:D ��Z;e�5d�Z<e3d�Z=e3d�Z>e=e>B Z?e4e>B e@d �B ZAe?eA ZBeAe@d �B ZCe?eC ZDeCe@d � ZEe?eE ZFe4eCB e@d �B ZGe?eG ZHe4eGe@d � B ZIe?eI ZJe4eIe@d!� B ZKe?eK ZLd�d#d$�ZMd%d&� ZNeNeA�ZOeMeB�ZPeNeC�ZQeNeE�ZReMeD�ZSeNeK�ZTeMeL�ZUeNeI�ZVeMeJ�ZWeNeG�ZXeMeH�ZYeNe4�ZZe9d'd� e;�[� D ��Z\e3d(�Z]d�d*d+�Z^d�d,d-�Z_d�d.d/�Z` " ) ) )d�d0d1�Zad�d2d3�Zbd�d4d5�Zcd�d6d7�Zdd�d8d9�Zei d:d;�d<d=�d>d?�d@dA�dBd�dCdD�dEdF�dGdH�dIdJ�dKdL�dMdN�dOdP�dQdP�dRdS�dTdU�dVdW�dXdY�i dZd[�d\d]�d^d�d_d`�dadb�dcdd�dedf�dgdh�didj�dkdl�dmdn�dodp�dqdr�dsdt�dudv�dwdx�dydz��dvdd{d|d}d~ddJdLdd�� �Zfe@g d���Zge@� Zh )d�d�d��Zid�d�d��ZjG d�d�� d�ek�Zld�d�� Zmd�d�� Zne3� d"fd�d��Zod�d�� Zpd�d�d��Zq "d�d�d��Zrd�d�d��Zsd�d�d��Zt "d�d�d��Zu "d�d�d��Zvd"d�d"d"e;fd�d��Zwd�d�� Zxd�d�� Zyd�d�� ZzG d�d�� d�e{�Z|e|Z}e|� Z~d�d�� Zd�d�� Z�G d�d�� d�e{�Z�d�d�d��Z�dS )�a Hyperlink provides Pythonic URL parsing, construction, and rendering. Usage is straightforward:: >>> import hyperlink >>> url = hyperlink.parse(u'http://github.com/mahmoud/hyperlink?utm_source=docs') >>> url.host u'github.com' >>> secure_url = url.replace(scheme=u'https') >>> secure_url.get('utm_source')[0] u'docs' Hyperlink's API centers on the :class:`DecodedURL` type, which wraps the lower-level :class:`URL`, both of which can be returned by the :func:`parse()` convenience function. � N)�AF_INET�AF_INET6)� AddressFamily)�Any�Callable�Dict�Iterable�Iterator�List�Mapping�Optional�Sequence�Text�Tuple�Type�TypeVar�Union�cast)� normalize� )� inet_pton)r )�encode�decode� .�T�_MISSING� c s G � �fdd�dt �}|� S )a� Creates and returns a new **instance** of a new class, suitable for usage as a "sentinel", a kind of singleton often used to indicate a value is missing when ``None`` is a valid input. Args: name: Name of the Sentinel var_name: Set this name to the name of the variable in its respective module enable pickle-ability. >>> make_sentinel(var_name='_MISSING') _MISSING The most common use cases here in boltons are as default values for optional function arguments, partly because of its less-confusing appearance in automatically generated documentation. Sentinels also function well as placeholders in queues and linked lists. .. note:: By design, additional calls to ``make_sentinel`` with the same values will not produce equivalent objects. >>> make_sentinel('TEST') == make_sentinel('TEST') False >>> type(make_sentinel('TEST')) == type(make_sentinel('TEST')) False c s: e Zd Z� �fdd�Zdd� Z�rdd� Zdd� ZeZd S ) z make_sentinel.<locals>.Sentinelc s � | _ �| _d S �N��name�var_name��selfr � �0/usr/lib/python3/dist-packages/hyperlink/_url.py�__init__j s z(make_sentinel.<locals>.Sentinel.__init__c S s | j r| j S d| jj| jf S )Nz%s(%r))r � __class__�__name__r r! r# r# r$ �__repr__o s z(make_sentinel.<locals>.Sentinel.__repr__c S � | j S r )r r! r# r# r$ � __reduce__x s z*make_sentinel.<locals>.Sentinel.__reduce__c S s dS )NFr# r! r# r# r$ � __nonzero__| � z+make_sentinel.<locals>.Sentinel.__nonzero__N)r' � __module__� __qualname__r% r( r* r+ �__bool__r# r r# r$ �Sentineli s r0 )�object)r r r0 r# r r$ � make_sentinelJ s r2 �_UNSETzB~-._0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzz^((?P<scheme>[^:/?#]+):)?((?P<_netloc_sep>//)(?P<authority>[^/?#]*))?(?P<path>[^?#]*)(\?(?P<query>[^#]*))?(#(?P<fragment>.*))?$z^[a-zA-Z0-9+-.]*$z�^(?:(?P<userinfo>[^@/?#]*)@)?(?P<host>(?:\[(?P<ipv6_host>[^[\]/?#]*)\])|(?P<plain_host>[^:/?#[\]]*)|(?P<bad_host>.*?))?(?::(?P<port>.*))?$c C s> g | ]}t jD ]}|| �d �tt|| d���d�f�qqS )�ascii� �charmap)�string� hexdigitsr �unichr�int)�.0�a�br# r# r$ � <listcomp>� s �$��r> z([ -]+)z:/?#[]@z !$&'()*+,;=�%z:@�:z/?�&�=Fc C sd t t�}|st| �tdg�B } | D ] }d�t|���d�}|�� }|�|� ||kr/|�|� q|S )Nr? z{0:02X}r4 )�dict� _HEX_CHAR_MAP�set�format�ordr �lower�pop)�delims� allow_percent�ret�delim�_hexord� _hexord_lowerr# r# r$ �_make_decode_map� s �rP c C s\ i }t td�td��D ] \}}t|�}|| v r | ||< ||< q d�|� ||< ||< q |S )N� z%{0:02X})�zip�range�chrrF )� safe_charsrL �i�v�cr# r# r$ �_make_quote_map� s rY c C s( g | ]\}}|� d d�tv r||f�qS )r4 �replace)r �_UNRESERVED_CHARS�r; �krW r# r# r$ r> � � �)r# �r Tc C �< |rt d| ��d�}d�dd� |D ��S d�dd� | D ��S )z�A very comprehensive percent encoding for encoding all delimiters. Used for arguments to DecodedURL, where a % means a percent sign, and not the character used by URLs for escaping bytes. �NFC�utf8r c S � g | ]}t | �qS r# )�_UNRESERVED_QUOTE_MAP�r; r= r# r# r$ r> � � z$_encode_reserved.<locals>.<listcomp>c S � g | ] }|t v r t| n|�qS r# )r[ rd �r; �tr# r# r$ r> � � ���r r �join��text�maximal�bytestrr# r# r$ �_encode_reserved� s ��rq c C r` )z.Percent-encode a single segment of a URL path.ra rb r c S rc r# )�_PATH_PART_QUOTE_MAPre r# r# r$ r> rf z%_encode_path_part.<locals>.<listcomp>c S rg r# )� _PATH_DELIMSrr rh r# r# r$ r> � rk rm r# r# r$ �_encode_path_part s �ru c C r` )z]Percent-encode the first segment of a URL path for a URL without a scheme specified. ra rb r c S rc r# )� _SCHEMELESS_PATH_PART_QUOTE_MAPre r# r# r$ r> rf z0_encode_schemeless_path_part.<locals>.<listcomp>c S rg r# )�_SCHEMELESS_PATH_DELIMSrv rh r# r# r$ r> s ���rk rm r# r# r$ � _encode_schemeless_path_part s ��rx c sp | sdS |r dt | � } g }|r � fdd�| D �}t |�S t| d �g}|�� fdd�| dd� D �� t |�S ) aL Percent-encode a tuple of path parts into a complete path. Setting *maximal* to False percent-encodes only the reserved characters that are syntactically necessary for serialization, preserving any IRI-style textual data. Leaving *maximal* set to its default True percent-encodes everything required to convert a portion of an IRI to a portion of a URI. RFC 3986 3.3: If a URI contains an authority component, then the path component must either be empty or begin with a slash ("/") character. If a URI does not contain an authority component, then the path cannot begin with two slash characters ("//"). In addition, a URI reference (Section 4.1) may be a relative-path reference, in which case the first path segment cannot contain a colon (":") character. r# r_ c � g | ] }|r t |� d �n|�qS ��ro �ru �r; �partr{ r# r$ r> F rj z&_encode_path_parts.<locals>.<listcomp>r c ry rz r| r} r{ r# r$ r> M rj r N)�tuplerx �extend)� text_parts�rooted� has_scheme� has_authorityro � encoded_partsr# r{ r$ �_encode_path_parts" s" � � ��r� c C r` )�< Percent-encode a single query string key or value. ra rb r c S rc r# )�_QUERY_KEY_QUOTE_MAPre r# r# r$ r> \ rf z%_encode_query_key.<locals>.<listcomp>c S rg r# )�_QUERY_KEY_DELIMSr� rh r# r# r$ r> ^ rt rk rm r# r# r$ �_encode_query_keyU � �r� c C r` )r� ra rb r c S rc r# )�_QUERY_VALUE_QUOTE_MAPre r# r# r$ r> i rf z'_encode_query_value.<locals>.<listcomp>c S rg r# )�_QUERY_VALUE_DELIMSr� rh r# r# r$ r> k rj rk rm r# r# r$ �_encode_query_valueb � ��r� c C r` )zyQuote the fragment part of the URL. Fragments don't have subdelimiters, so the whole URL fragment can be passed. ra rb r c S rc r# )�_FRAGMENT_QUOTE_MAPre r# r# r$ r> y rf z)_encode_fragment_part.<locals>.<listcomp>c S rg r# )�_FRAGMENT_DELIMSr� rh r# r# r$ r> { rt rk rm r# r# r$ �_encode_fragment_partr r� r� c C r` )zXQuote special characters in either the username or password section of the URL. ra rb r c S rc r# )�_USERINFO_PART_QUOTE_MAPre r# r# r$ r> � rf z)_encode_userinfo_part.<locals>.<listcomp>c S rg r# )�_USERINFO_DELIMSr� rh r# r# r$ r> � rj rk rm r# r# r$ �_encode_userinfo_part r� r� �acapi� �afpi$ rC iD �dns�5 �file�ftp� �giti�$ �gopher�F �http�P �httpsi� �imap� �ippiw �ipps�irc�� �ircsi) �ldapi� �ldapsi| �mmsi� �msrpi' �msrps�mtqpi �nfs�o �nntp�w �nntpsi3 rI �n �prosperoi� �redisi� �rsyncii �rtspi* �rtspsiB �rtspui� �sftp� �smbi� �snmp� ij � i� i �� ) �ssh�steam�svn�telnet�ventrilo�vnc�wais�ws�wss�xmpp) �urn�about�bitcoin�blob�data�geo�magnet�mailto�news�pkcs11�sip�sips�telc C s� | � � } |dur zt|�}W n ttfy td|f ��w |du r(|t| < n|du r<|dur6td| ��t�| � ntd| ��|sIt�| � dS )a� Registers new scheme information, resulting in correct port and slash behavior from the URL object. There are dozens of standard schemes preregistered, so this function is mostly meant for proprietary internal customizations or stopgaps on missing standards information. If a scheme seems to be missing, please `file an issue`_! Args: text: A string representation of the scheme. (the 'http' in 'http://hatnote.com') uses_netloc: Does the scheme support specifying a network host? For instance, "http" does, "mailto" does not. Defaults to True. default_port: The default port, if any, for netloc-using schemes. query_plus_is_space: If true, a "+" in the query string should be decoded as a space by DecodedURL. .. _file an issue: https://github.com/mahmoud/hyperlink/issues Nz-default_port expected integer or None, not %rTFz>unexpected default port while specifying non-netloc scheme: %rz"uses_netloc expected bool, not: %r)rH r: � ValueError� TypeError�SCHEME_PORT_MAP�NO_NETLOC_SCHEMES�add�NO_QUERY_PLUS_SCHEMES)rn � uses_netloc� default_port�query_plus_is_spacer# r# r$ �register_scheme� s2 ��� �� r� c C sB | sdS | � � } | tv rdS | tv rdS | �d�d tv r dS |S )aA Whether or not a URL uses :code:`:` or :code:`://` to separate the scheme from the rest of the URL depends on the scheme's own standard definition. There is no way to infer this behavior from other parts of the URL. A scheme either supports network locations or it does not. The URL type's approach to this is to check for explicitly registered schemes, with common schemes like HTTP preregistered. This is the same approach taken by :mod:`urlparse`. URL adds two additional heuristics if the scheme as a whole is not registered. First, it attempts to check the subpart of the scheme after the last ``+`` character. This adds intuitive behavior for schemes like ``git+ssh``. Second, if a URL with an unrecognized scheme is loaded, it will maintain the separator it sees. FT�+���)rH r� r� �split)�scheme�defaultr# r# r$ �scheme_uses_netloc s r� c @ s e Zd ZdZdS )� URLParseErrorz�Exception inheriting from :exc:`ValueError`, raised when failing to parse a URL. Mostly raised on invalid ports and IPv6 addresses. N)r' r- r. �__doc__r# r# r# r$ r� - s r� c C s | t u r|S | S r )r3 )�argumentr� r# r# r$ � _optional5 s r� c G s< |st d��t||�s tdd�dd� |D ��| |f ��|S )z� Check that the given *value* is one of the given *types*, or raise an exception describing the problem using *name*. z1expected one or more types, maybe use _textcheck?�expected %s for %s, got %rz or c S s g | ]}|j �qS r# )r' rh r# r# r$ r> H s z _typecheck.<locals>.<listcomp>)r� � isinstancer� rl )r �value�typesr# r# r$ � _typecheck= s ��r� c C sx t |t�s$|r |d u r |S trdnd}|r|d n|}td|| |f ��|r:t|�t|�@ r:tdd�|�| |f ��|S )N�unicode�strz or NoneTyper� z4one or more reserved delimiters %s present in %s: %rr )r� r �PY2r� rE r� rl )r r� rJ �nullable�str_name�expr# r# r$ � _textcheckM s ��r� c C s t | t�r | �� } t| �S )z� Iterate over the (key, value) pairs in ``iterable``. This handles dictionaries sensibly, and falls back to assuming the iterable yields (key, value) pairs. This behaviour is similar to what Python's ``dict()`` constructor does. )r� � MappingABC�items�iter)�iterabler# r# r$ � iter_pairs_ s r� c C � t | ||td�S �N��normalize_case�encode_stray_percents� _decode_map)�_percent_decode�_UNRESERVED_DECODE_MAP�rn r r r# r# r$ �_decode_unreservedm � �r c C r� r )r �_USERINFO_DECODE_MAPr r# r# r$ �_decode_userinfo_partw � �r c C r� )z� >>> _decode_path_part(u'%61%77%2f%7a') u'aw%2fz' >>> _decode_path_part(u'%61%77%2f%7a', normalize_case=True) u'aw%2Fz' r )r �_PATH_DECODE_MAPr r# r# r$ �_decode_path_part� s �r c C r� r )r �_QUERY_KEY_DECODE_MAPr r# r# r$ �_decode_query_key� r r c C r� r )r �_QUERY_VALUE_DECODE_MAPr r# r# r$ �_decode_query_value� r r c C r� r )r �_FRAGMENT_DECODE_MAPr r# r# r$ �_decode_fragment_part� r r zutf-8c C s" z| � |�}W n ty | Y S w |�d�}t|�dkr | S |d g}|j} |dd� D ]H} | dd� | dd� } } z | || � | | � W q. tyv | tv } | sX|s]| d� n| d� |rp| rp| | �� � | | � n| | � Y q.w d�|�}z|� |�W S t y� |r�� | Y S w )a� Convert percent-encoded text characters to their normal, human-readable equivalents. All characters in the input text must be encodable by *subencoding*. All special characters underlying the values in the percent-encoding must be decodable as *subencoding*. If a non-*subencoding*-valid string is passed, the original text is returned with no changes applied. Only called by field-tailored variants, e.g., :func:`_decode_path_part`, as every percent-encodable part of the URL has characters which should not be percent decoded. >>> _percent_decode(u'abc%20def') u'abc def' Args: text: Text with percent-encoding present. normalize_case: Whether undecoded percent segments, such as encoded delimiters, should be uppercased, per RFC 3986 Section 2.1. See :func:`_decode_path_part` for an example. subencoding: The name of the encoding underlying the percent-encoding. raise_subencoding_exc: Whether an error in decoding the bytes underlying the percent-decoding should be raised. Returns: Text: The percent-decoded version of *text*, decoded by *subencoding*. � %r r Nr s %25� ) r �UnicodeEncodeErrorr� �len�append�KeyErrorrD �upperrl r �UnicodeDecodeError)rn r � subencoding�raise_subencoding_excr r � quoted_bytes�bits�resr �item�hexpair�rest� pair_is_hex�unquoted_bytesr# r# r$ r � sD % � �� �r c C s\ | sdS z| � d�}W n ty | }Y |S w z t|dd�}W |S ty- | }Y |S w )u� Decode a host from ASCII-encodable text to IDNA-decoded text. If the host text is not ASCII, it is returned unchanged, as it is presumed that it is already IDNA-decoded. Some technical details: _decode_host is built on top of the "idna" package, which has some quirks: Capital letters are not valid IDNA2008. The idna package will raise an exception like this on capital letters: > idna.core.InvalidCodepoint: Codepoint U+004B at position 1 ... not allowed However, if a segment of a host (i.e., something in url.host.split('.')) is already ASCII, idna doesn't perform its usual checks. In fact, for capital letters it automatically lowercases them. This check and some other functionality can be bypassed by passing uts46=True to idna.encode/decode. This allows a more permissive and convenient interface. So far it seems like the balanced approach. Example output (from idna==2.6): >> idna.encode(u'mahmöud.io') 'xn--mahmud-zxa.io' >> idna.encode(u'Mahmöud.io') Traceback (most recent call last): File "<stdin>", line 1, in <module> File "/home/mahmoud/virtualenvs/hyperlink/local/lib/python2.7/site-packages/idna/core.py", line 355, in encode result.append(alabel(label)) File "/home/mahmoud/virtualenvs/hyperlink/local/lib/python2.7/site-packages/idna/core.py", line 276, in alabel check_label(label) File "/home/mahmoud/virtualenvs/hyperlink/local/lib/python2.7/site-packages/idna/core.py", line 253, in check_label raise InvalidCodepoint('Codepoint {0} at position {1} of {2} not allowed'.format(_unot(cp_value), pos+1, repr(label))) idna.core.InvalidCodepoint: Codepoint U+004D at position 1 of u'Mahmöud' not allowed >> idna.encode(u'Mahmoud.io') 'Mahmoud.io' # Similar behavior for decodes below >> idna.decode(u'Mahmoud.io') u'mahmoud.io >> idna.decode(u'Méhmoud.io', uts46=True) u'méhmoud.io' r r4 T��uts46)r r � idna_decoder� )�host� host_bytes� host_textr# r# r$ � _decode_host s . � ��r- c C sb g }| D ]}|dkr q|dkr|r|� � q|�|� qt| dd� �dgdgfv r/|�d� |S )a� Normalize the URL path by resolving segments of '.' and '..'. For more details, see `RFC 3986 section 5.2.4, Remove Dot Segments`_. Args: path: sequence of path segments in text form Returns: A new sequence of path segments with the '.' and '..' elements removed and resolved. .. _RFC 3986 section 5.2.4, Remove Dot Segments: https://tools.ietf.org/html/rfc3986#section-5.2.4 �.z..r� Nr )rI r �list)�path�segs�segr# r# r$ �_resolve_dot_segmentsE s � r3 c C s� | sdS d| v r6zt t| � W n tjy$ } ztd| |f ��d}~w ty/ Y || fS w t}|| fS zt t| � W n tjtfyN d}Y || fS w t}|| fS )aH Parse the host into a tuple of ``(family, host)``, where family is the appropriate :mod:`socket` module constant when the host is an IP address. Family is ``None`` when the host is not an IP. Will raise :class:`URLParseError` on invalid IPv6 constants. Returns: family (socket constant or None), host (string) >>> import socket >>> parse_host('googlewebsite.com') == (None, 'googlewebsite.com') True >>> parse_host('::1') == (socket.AF_INET6, '::1') True >>> parse_host('192.168.1.1') == (socket.AF_INET, '192.168.1.1') True )Nr r@ zinvalid IPv6 host: %r (%r)N)r r �socket�errorr� r r )r* �se�familyr# r# r$ � parse_hostd s, � � ��r8 c @ s� e Zd ZdZ dMdd�ZdNdd �Zed d � �Zed d � �Zedd� �Z edd� �Z edd� �Z edd� �Z edd� �Z edd� �Zedd� �Zed d � �ZdNd d �Zd d!� Zd"d#� Zd$d%� Zed&d'� �Zeeeeeeeeef d(d)�Zed*d+� �Z , , , , , , ,dOd-d.�Zd/d0� Zd1d2� Z dPd3d4�Z d5d6� Z d7d8� Z dNd9d:�Z d;d<� Z!d=d>� Z"e#r�e"Z$e Z%ne"Z&e Z$e Z'e Z(ed?d@� �Z)dNdAdB�Z*dCdD� Z+dQdEdF�Z,dQdGdH�Z-dIdJ� Z.edfdKdL�Z/dS )R�URLa� From blogs to billboards, URLs are so common, that it's easy to overlook their complexity and power. With hyperlink's :class:`URL` type, working with URLs doesn't have to be hard. URLs are made of many parts. Most of these parts are officially named in `RFC 3986`_ and this diagram may prove handy in identifying them:: foo://user:pass@example.com:8042/over/there?name=ferret#nose \_/ \_______/ \_________/ \__/\_________/ \_________/ \__/ | | | | | | | scheme userinfo host port path query fragment While :meth:`~URL.from_text` is used for parsing whole URLs, the :class:`URL` constructor builds a URL from the individual components, like so:: >>> from hyperlink import URL >>> url = URL(scheme=u'https', host=u'example.com', path=[u'hello', u'world']) >>> print(url.to_text()) https://example.com/hello/world The constructor runs basic type checks. All strings are expected to be text (:class:`str` in Python 3, :class:`unicode` in Python 2). All arguments are optional, defaulting to appropriately empty values. A full list of constructor arguments is below. Args: scheme: The text name of the scheme. host: The host portion of the network location port: The port part of the network location. If ``None`` or no port is passed, the port will default to the default port of the scheme, if it is known. See the ``SCHEME_PORT_MAP`` and :func:`register_default_port` for more info. path: A tuple of strings representing the slash-separated parts of the path, each percent-encoded. query: The query parameters, as a dictionary or as an sequence of percent-encoded key-value pairs. fragment: The fragment part of the URL. rooted: A rooted URL is one which indicates an absolute path. This is True on any URL that includes a host, or any relative URL that starts with a slash. userinfo: The username or colon-separated username:password pair. uses_netloc: Indicates whether ``://`` (the "netloc separator") will appear to separate the scheme from the *path* in cases where no host is present. Setting this to ``True`` is a non-spec-compliant affordance for the common practice of having URIs that are *not* URLs (cannot have a 'host' part) but nevertheless use the common ``://`` idiom that most people associate with URLs; e.g. ``message:`` URIs like ``message://message-id`` being equivalent to ``message:message-id``. This may be inferred based on the scheme depending on whether :func:`register_scheme` has been used to register the scheme and should not be passed directly unless you know the scheme works like this and you know it has not been registered. All of these parts are also exposed as read-only attributes of :class:`URL` instances, along with several useful methods. .. _RFC 3986: https://tools.ietf.org/html/rfc3986 .. _RFC 3987: https://tools.ietf.org/html/rfc3987 Nr# r c C s� |d ur |d u r d}|d u r|d urt �|�}|r |r |s d}|d u r%d}|d u r+d}|d u r3t|�}td|�| _| jrMt�| j�sMtd| j| jj f ��t td|d��\} | _ t |t �rdtd|f ��td d � |D ��| _td d � t|�D ��| _td |�| _td |tt�| _td|t�| _td|d�| _| d u r�t| j| �} td| tt�| _| j p�| jo�| jt �|�k} | r�d| _d| _| js�| j d d� dkr�d| _| jdd � | _| s�| jr�| js�d| _d S d S d S d S )Nr� r_ r r� zginvalid scheme: %r. Only alphanumeric, "+", "-", and "." allowed. Did you meant to call %s.from_text()?r* z/?#@z+expected iterable of text for path, not: %rc s s � | ] }t d |d�V qdS )� path segmentz/?#N�r� �r; �segmentr# r# r$ � <genexpr>� s � z URL.__init__.<locals>.<genexpr>c s s0 � | ]\}}t d |d�t d|ddd�fV qdS )zquery parameter namez&=#zquery parameter valuez&#T)r� Nr; r\ r# r# r$ r> s � �� ��fragment�portr� �userinfor� Tr F) r� �get�boolr� �_scheme� _SCHEME_RE�matchr� r& r' r8 �_hostr� r r� r �_pathr� �_query� _fragmentr� r: �NoneType�_port�_rooted� _userinfor� � _uses_netlocr0 ) r" r� r* r0 �queryr? r@ r� rA r� �_�will_have_authorityr# r# r$ r% � sh �� � � � �� �z URL.__init__Fc C s. z| j W S ty t| |d�| _ Y | j S w �N��lazy)� _decoded_url�AttributeError� DecodedURL)r" rU r# r# r$ �get_decoded_url# s �zURL.get_decoded_urlc C r) )aM The scheme is a string, and the first part of an absolute URL, the part before the first colon, and the part which defines the semantics of the rest of the URL. Examples include "http", "https", "ssh", "file", "mailto", and many others. See :func:`~hyperlink.register_scheme()` for more info. )rD r! r# r# r$ r� + s z URL.schemec C r) )a The host is a string, and the second standard part of an absolute URL. When present, a valid host must be a domain name, or an IP (v4 or v6). It occurs before the first slash, or the second colon, if a :attr:`~hyperlink.URL.port` is provided. )rG r! r# r# r$ r* 6 � zURL.hostc C r) )a� The port is an integer that is commonly used in connecting to the :attr:`host`, and almost never appears without it. When not present in the original URL, this attribute defaults to the scheme's default port. If the scheme's default port is not known, and the port is not provided, this attribute will be set to None. >>> URL.from_text(u'http://example.com/pa/th').port 80 >>> URL.from_text(u'foo://example.com/pa/th').port >>> URL.from_text(u'foo://example.com:8042/pa/th').port 8042 .. note:: Per the standard, when the port is the same as the schemes default port, it will be omitted in the text URL. )rL r! r# r# r$ r@ @ s zURL.portc C r) )z�A tuple of strings, created by splitting the slash-separated hierarchical path. Started by the first slash after the host, terminated by a "?", which indicates the start of the :attr:`~hyperlink.URL.query` string. )rH r! r# r# r$ r0 X rZ zURL.pathc C r) )a� Tuple of pairs, created by splitting the ampersand-separated mapping of keys and optional values representing non-hierarchical data used to identify the resource. Keys are always strings. Values are strings when present, or None when missing. For more operations on the mapping, see :meth:`~hyperlink.URL.get()`, :meth:`~hyperlink.URL.add()`, :meth:`~hyperlink.URL.set()`, and :meth:`~hyperlink.URL.delete()`. )rI r! r# r# r$ rP b s z URL.queryc C r) )a A string, the last part of the URL, indicated by the first "#" after the :attr:`~hyperlink.URL.path` or :attr:`~hyperlink.URL.query`. Enables indirect identification of a secondary resource, like an anchor within an HTML page. )rJ r! r# r# r$ r? r rZ z URL.fragmentc C r) )aw Whether or not the path starts with a forward slash (``/``). This is taken from the terminology in the BNF grammar, specifically the "path-rootless", rule, since "absolute path" and "absolute URI" are somewhat ambiguous. :attr:`path` does not contain the implicit prefixed ``"/"`` since that is somewhat awkward to work with. )rM r! r# r# r$ r� | s z URL.rootedc C r) )zVThe colon-separated string forming the username-password combination. )rN r! r# r# r$ rA � � z URL.userinfoc C r) )z� Indicates whether ``://`` (the "netloc separator") will appear to separate the scheme from the *path* in cases where no host is present. )rO r! r# r# r$ r� � s zURL.uses_netlocc C s | j �d�d S )zF The user portion of :attr:`~hyperlink.URL.userinfo`. r@ r )rA r� r! r# r# r$ �user� s zURL.userc K s� |� d|�}|rtd|�� ��| j}d|v r d| d g}n| jg}| jt�| j�kr4|�t | j�� g }| j rR| j }|sMd|v rM|d|� d�d � }|�|� |�d� |�� d� |�S ) aP Compute and return the appropriate host/port/userinfo combination. >>> url = URL.from_text(u'http://user:pass@localhost:8080/a/b?x=y') >>> url.authority() u'user:@localhost:8080' >>> url.authority(with_password=True) u'user:pass@localhost:8080' Args: with_password: Whether the return value of this method include the password in the URL, if it is set. Defaults to False. Returns: Text: The authority (network location and user information) portion of the URL. �includeSecretsz$got unexpected keyword arguments: %rr@ �[�]Nr �@) rI r� �keysr* r@ r� rB r� r r rA �indexrl )r" � with_password�kwr* �hostport� authorityrA r# r# r$ rf � s" z URL.authorityc C s\ t || j�stS dD ]}t| |�t||�kr dS q | j|jks*| jtv r,|jtv r,dS dS )N)r� rA r* rP r? r@ r� r� FT)r� r& �NotImplemented�getattrr0 � _ROOT_PATHS)r" �other�attrr# r# r$ �__eq__� s � z URL.__eq__c C � t || j�stS | �|� S r �r� r& rg rl �r" rj r# r# r$ �__ne__� � z URL.__ne__c C �0 t | j| j| j| j| j| j| j| j| j | j f �S r � �hashr& r� rA r* r0 rP r? r@ r� r� r! r# r# r$ �__hash__� � ��z URL.__hash__c C s t | jo| j�S )ao Whether or not the URL is "absolute". Absolute URLs are complete enough to resolve to a network resource without being relative to a base URI. >>> URL.from_text(u'http://wikipedia.org/').absolute True >>> URL.from_text(u'?a=b&c=d').absolute False Absolute URLs must have both a scheme and a host set. )rC r� r* r! r# r# r$ �absolute� s z URL.absolutec C sz |t ur || jkr d} | jt|| j�t|| j�t|| j�t|| j�t|| j�t|| j�t|| j �t|| j �t| | j �d� S )a� :class:`URL` objects are immutable, which means that attributes are designed to be set only once, at construction. Instead of modifying an existing URL, one simply creates a copy with the desired changes. If any of the following arguments is omitted, it defaults to the value on the current URL. Args: scheme: The text name of the scheme. host: The host portion of the network location. path: A tuple of strings representing the slash-separated parts of the path. query: The query parameters, as a dictionary or as an sequence of key-value pairs. fragment: The fragment part of the URL. port: The port part of the network location. rooted: Whether or not the path begins with a slash. userinfo: The username or colon-separated username:password pair. uses_netloc: Indicates whether ``://`` (the "netloc separator") will appear to separate the scheme from the *path* in cases where no host is present. Setting this to ``True`` is a non-spec-compliant affordance for the common practice of having URIs that are *not* URLs (cannot have a 'host' part) but nevertheless use the common ``://`` idiom that most people associate with URLs; e.g. ``message:`` URIs like ``message://message-id`` being equivalent to ``message:message-id``. This may be inferred based on the scheme depending on whether :func:`register_scheme` has been used to register the scheme and should not be passed directly unless you know the scheme works like this and you know it has not been registered. Returns: URL: A copy of the current :class:`URL`, with new values for parameters passed. N� r� r* r0 rP r? r@ r� rA r� ) r3 r� r& r� r* r0 rP r? r@ r� rA r� ) r" r� r* r0 rP r? r@ r� rA r� r# r# r$ rZ s 2 �z URL.replacec C s� t �td|��}|du rtd| ��|�� }|d pd}t�|�}|du r-td||f ��|�� }|d r?td|d |f ��|d pDd}|d pL|d }|d } | durqzt| �} W n typ | sjtd | ��td| ��w |d pvd} |d p|d} t|d �} |d r�t |d � d��} | d s�| dd� } d}n d}nd} t|�}|d r�t dd� |d � d �D ��}nd}| | || || | ||| � S ) aF Whereas the :class:`URL` constructor is useful for constructing URLs from parts, :meth:`~URL.from_text` supports parsing whole URLs from their string form:: >>> URL.from_text(u'http://example.com') URL.from_text(u'http://example.com') >>> URL.from_text(u'?a=b&x=y') URL.from_text(u'?a=b&x=y') As you can see above, it's also used as the :func:`repr` of :class:`URL` objects. The natural counterpart to :func:`~URL.to_text()`. This method only accepts *text*, so be sure to decode those bytestrings. Args: text: A valid URL string. Returns: URL: The structured object version of the parsed string. .. note:: Somewhat unexpectedly, URLs are a far more permissive format than most would assume. Many strings which don't look like URLs are still valid URLs. As a result, this method only raises :class:`URLParseError` on invalid port and IPv6 values in the host portion of the URL. rn Nzcould not parse url: %rrf r z invalid authority %r in url: %r�bad_hostzinvalid host %r in url: %rrA � ipv6_host� plain_hostr@ zport must not be empty: %rz!expected integer for port, not %rr� r? � _netloc_sepr0 �/r r TFr# rP c s s, � | ]}d |v r|� d d�n|dfV qdS )rB r N)r� )r; �qer# r# r$ r> � s � � � �z URL.from_text.<locals>.<genexpr>rA ) �_URL_RErF r� r� � groupdict� _AUTHORITY_REr: r� rC r r� )�clsrn �um�gs�au_text�au_m�au_gsrA r* r@ r� r? r� r0 r� rP r# r# r$ � from_textH sj �� � � �z URL.from_textTc s� i }|r | j �� |d< |r| j�� |d< �fdd�� |r2| jr.� fdd�t| j�D �|d< nd|d< |r@� fd d�| jD �|d < |rI� | j�|d < |r^d �� fd d�| j� d d�D ��|d< | j di |��S )a Return a new URL object with several standard normalizations applied: * Decode unreserved characters (`RFC 3986 2.3`_) * Uppercase remaining percent-encoded octets (`RFC 3986 2.1`_) * Convert scheme and host casing to lowercase (`RFC 3986 3.2.2`_) * Resolve any "." and ".." references in the path (`RFC 3986 6.2.2.3`_) * Ensure an ending slash on URLs with an empty path (`RFC 3986 6.2.3`_) * Encode any stray percent signs (`%`) in percent-encoded fields (path, query, fragment, userinfo) (`RFC 3986 2.4`_) All are applied by default, but normalizations can be disabled per-part by passing `False` for that part's corresponding name. Args: scheme: Convert the scheme to lowercase host: Convert the host to lowercase path: Normalize the path (see above for details) query: Normalize the query string fragment: Normalize the fragment userinfo: Normalize the userinfo percents: Encode isolated percent signs for any percent-encoded fields which are being normalized (defaults to `True`). >>> url = URL.from_text(u'Http://example.COM/a/../b/./c%2f?%61%') >>> print(url.normalize().to_text()) http://example.com/b/c%2F?a%25 .. _RFC 3986 3.2.2: https://tools.ietf.org/html/rfc3986#section-3.2.2 .. _RFC 3986 2.3: https://tools.ietf.org/html/rfc3986#section-2.3 .. _RFC 3986 2.1: https://tools.ietf.org/html/rfc3986#section-2.1 .. _RFC 3986 6.2.2.3: https://tools.ietf.org/html/rfc3986#section-6.2.2.3 .. _RFC 3986 6.2.3: https://tools.ietf.org/html/rfc3986#section-6.2.3 .. _RFC 3986 2.4: https://tools.ietf.org/html/rfc3986#section-2.4 r� r* c s t | d� d�S )NT)r r )r )�target)�percentsr# r$ � _dec_unres� s �z!URL.normalize.<locals>._dec_unresc � g | ]}� |��qS r# r# �r; �p�r� r# r$ r> � s �z!URL.normalize.<locals>.<listcomp>r0 r_ c s( g | ]\}}� |�|r� |�n|f�qS r# r# r\ r� r# r$ r> � s ��rP r? r@ c r� r# r# r� r� r# r$ r> � rf r rA Nr# ) r� rH r* r0 r3 rP r? rl rA r� rZ ) r" r� r* r0 rP r? rA r� rd r# )r� r� r$ r � s. / � ��z URL.normalizec G s` |s| S dd� |D �}t | j�}| jr | jd dkr |dd� }|t t|dd��7 }| j|d�S ) a� Make a new :class:`URL` where the given path segments are a child of this URL, preserving other parts of the URL, including the query string and fragment. For example:: >>> url = URL.from_text(u'http://localhost/a/b?x=y') >>> child_url = url.child(u"c", u"d") >>> child_url.to_text() u'http://localhost/a/b/c/d?x=y' Args: segments: Additional parts to be joined and added to the path, like :func:`os.path.join`. Special characters in segments will be percent encoded. Returns: URL: A copy of the current URL with the extra path segments. c S s g | ]}t d |��qS )r: r; �r; �sr# r# r$ r> s �z URL.child.<locals>.<listcomp>r� r NFr{ �r0 )r r0 r� rZ )r" �segments�new_pathr# r# r$ �child� s � z URL.childc C s2 t d|� t| j�dd� t|�f }| j|d�S )am Make a new :class:`URL` with a single path segment that is a sibling of this URL path. Args: segment: A single path segment. Returns: URL: A copy of the current URL with the last path segment replaced by *segment*. Special characters such as ``/?#`` will be percent encoded. r: Nr� r� )r� r r0 ru rZ )r" r= r� r# r# r$ �sibling s z URL.siblingc C s� |rt |t�r |}n td|� t�|�}|jr|S n| }|j}|jr,|js,td|f ��|jr3|j }n|j rEt | j �dd� t |j � }n| j }|sM| j}| j |jpT| j|j pY| j |j p^| j t|�||jd�S )a7 Resolve the given URL relative to this URL. The resulting URI should match what a web browser would generate if you visited the current URL and clicked on *href*. >>> url = URL.from_text(u'http://blog.hatnote.com/') >>> url.click(u'/post/155074058790').to_text() u'http://blog.hatnote.com/post/155074058790' >>> url = URL.from_text(u'http://localhost/a/b/c/') >>> url.click(u'../d/./e').to_text() u'http://localhost/a/b/d/e' Args (Text): href: A string representing a clicked URL. Return: A copy of the current URL with navigation logic applied. For more information, see `RFC 3986 section 5`_. .. _RFC 3986 section 5: https://tools.ietf.org/html/rfc3986#section-5 z relative URLz#absolute URI with rootless path: %rNr� )r� r* r@ r0 rP r? )r� r9 r� r� rw rP r� r� �NotImplementedErrorr0 r rZ r* r@ r3 r? )r" �href�clickedrP r0 r# r# r$ �click+ s: � � �z URL.clickc C s� d� dd� | j�dd�D ��}t| jt| j�ddd�}| js!| jn t| jdd�� d �}| j |||t d d� | j D ��t | jdd �d �S ) uD Make a new :class:`URL` instance with all non-ASCII characters appropriately percent-encoded. This is useful to do in preparation for sending a :class:`URL` over a network protocol. For example:: >>> URL.from_text(u'https://ايران.com/foo⇧bar/').to_uri() URL.from_text(u'https://xn--mgba3a4fra.com/foo%E2%87%A7bar/') Returns: URL: A new instance with its path segments, query parameters, and hostname encoded, so that they are all in the standard US-ASCII range. r@ c S � g | ]}t |��qS r# )r� r� r# r# r$ r> | rf z URL.to_uri.<locals>.<listcomp>r FT)r� r� ro r' r4 c S s4 g | ]\}}t |d d�|durt|d d�ndf�qS )Tr{ N)r� r� r\ r# r# r$ r> � s � ���r{ �rA r* r0 rP r? )rl rA r� r� r0 rC r� r* � idna_encoder rZ r rP r� r? )r" � new_userinfor� �new_hostr# r# r$ �to_urik s* ������ �z URL.to_uric C s^ d� dd� | j�dd�D ��}t| j�}| j||dd� | jD �tdd� | jD ��t | j �d�S ) u� Make a new :class:`URL` instance with all but a few reserved characters decoded into human-readable format. Percent-encoded Unicode and IDNA-encoded hostnames are decoded, like so:: >>> url = URL.from_text(u'https://xn--mgba3a4fra.example.com/foo%E2%87%A7bar/') >>> print(url.to_iri().to_text()) https://ايران.example.com/foo⇧bar/ .. note:: As a general Python issue, "narrow" (UCS-2) builds of Python may not be able to fully decode certain URLs, and the in those cases, this method will return a best-effort, partially-decoded, URL which is still valid. This issue does not affect any Python builds 3.4+. Returns: URL: A new instance with its path segments, query parameters, and hostname decoded for display purposes. r@ c S r� r# )r r� r# r# r$ r> � rf z URL.to_iri.<locals>.<listcomp>r c S r� r# )r r< r# r# r$ r> � rf c s s0 � | ]\}}t |�|d urt|�nd fV qd S r )r r r\ r# r# r$ r> � s � �� �z URL.to_iri.<locals>.<genexpr>r� ) rl rA r� r- r* rZ r0 r rP r r? )r" r� r, r# r# r$ �to_iri� s � ��z URL.to_iric C sL | j }| �|�}d�t| j| jt|�t|�dd��}g }| jD ]$\}}|du r1|�t |dd�� q |�d�t |dd�t |dd�f�� q d�|�}| j } g } | j} |r[| |� | d� |rf| d � | |� n|rw|dd � d krw| j rw| d � |r�|r�|r�|dd � dkr�| d� | |� |r�| d � | |� | r�| d � | | � d�| �S )a� Render this URL to its textual representation. By default, the URL text will *not* include a password, if one is set. RFC 3986 considers using URLs to represent such sensitive information as deprecated. Quoting from RFC 3986, `section 3.2.1`: "Applications should not render as clear text any data after the first colon (":") character found within a userinfo subcomponent unless the data after the colon is the empty string (indicating no password)." Args (bool): with_password: Whether or not to include the password in the URL text. Defaults to False. Returns: Text: The serialized textual representation of this URL, such as ``u"http://example.com/some/path?some=query"``. The natural counterpart to :class:`URL.from_text()`. .. _section 3.2.1: https://tools.ietf.org/html/rfc3986#section-3.2.1 r} F)r� r� r� ro Nr{ rB rA r@ z//r r �?�#r ) r� rf rl r� r0 r� rC rP r r� r� r? r� ) r" rc r� rf r0 � query_partsr] rW � query_stringr? �parts�_addr# r# r$ �to_text� sZ �� ��� z URL.to_textc C s d| j j| �� f S )z�Convert this URL to an representation that shows all of its constituent parts, as well as being a valid argument to :func:`eval`. z%s.from_text(%r))r& r' r� r! r# r# r$ r( s z URL.__repr__c C s | � � �� �d�S )z� Allows for direct usage of URL objects with libraries like requests, which automatically stringify URL parameters. See issue #49. r4 )r� r� r r! r# r# r$ � _to_bytes s z URL._to_bytesc C s | � |�S r �r� )r� r� r# r# r$ �fromText+ � z URL.fromTextc C � | j |d�S �N)rc �r� �r" r] r# r# r$ �asText0 � z URL.asTextc C �V zt �| �}W n ty t| j�t| j�� � }Y nw tt |�t g d�� �}|S �N)r� �asURI�asIRIr� � r1 �__dir__rW �dirr& r/ �__dict__ra �sortedrE �r" rL r# r# r$ r� 4 � �z URL.__dir__c C � | j | j||ff d�S )a� Make a new :class:`URL` instance with a given query argument, *name*, added to it with the value *value*, like so:: >>> URL.from_text(u'https://example.com/?x=y').add(u'x') URL.from_text(u'https://example.com/?x=y&x') >>> URL.from_text(u'https://example.com/?x=y').add(u'x', u'z') URL.from_text(u'https://example.com/?x=y&x=z') Args: name: The name of the query parameter to add. The part before the ``=``. value: The value of the query parameter to add. The part after the ``=``. Defaults to ``None``, meaning no value. Returns: URL: A new :class:`URL` instance with the parameter added. �rP �rZ rP �r" r r� r# r# r$ r� @ s zURL.addc sP � fdd�| j D �}t� fdd�t| j �D �d�}� |fg|||�< | j|d�S )a Make a new :class:`URL` instance with the query parameter *name* set to *value*. All existing occurences, if any are replaced by the single name-value pair. >>> URL.from_text(u'https://example.com/?x=y').set(u'x') URL.from_text(u'https://example.com/?x') >>> URL.from_text(u'https://example.com/?x=y').set(u'x', u'z') URL.from_text(u'https://example.com/?x=z') Args: name: The name of the query parameter to set. The part before the ``=``. value: The value of the query parameter to set. The part after the ``=``. Defaults to ``None``, meaning no value. Returns: URL: A new :class:`URL` instance with the parameter set. c � g | ] \}}|� kr||f�qS r# r# r\ �r r# r$ r> l rt zURL.set.<locals>.<listcomp>c 3 �$ � | ] \}\}}|� kr|V qd S r r# �r; rV r] rW r� r# r$ r> n � �" zURL.set.<locals>.<genexpr>r� r� �rP �next� enumeraterZ )r" r r� �q�idxr# r� r$ rE V s � zURL.setc � � fdd�| j D �S )a5 Get a list of values for the given query parameter, *name*:: >>> url = URL.from_text(u'?x=1&x=2') >>> url.get('x') [u'1', u'2'] >>> url.get('y') [] If the given *name* is not set, an empty list is returned. A list is always returned, and this method raises no exceptions. Args: name: The name of the query parameter to get. Returns: List[Optional[Text]]: A list of all the values associated with the key, in string form. c � g | ] \}}� |kr|�qS r# r# )r; �keyr� r� r# r$ r> � � zURL.get.<locals>.<listcomp>r� �r" r r# r� r$ rB s s zURL.getc � |du r �t u r� fdd�| jD �}n5� �fdd�| jD �}n)g d}}| jD ] \}}|� kr@�t u s7|�kr@||k r@|d7 }q'|�||f� q'| j|d�S )a� Make a new :class:`URL` instance with occurrences of the query parameter *name* removed, or, if *value* is set, parameters matching *name* and *value*. No exception is raised if the parameter is not already set. Args: name: The name of the query parameter to remove. value: Optional value to additionally filter on. Setting this removes query parameters which match both name and value. limit: Optional maximum number of parameters to remove. Returns: URL: A new :class:`URL` instance with the parameter removed. Nc r� r# r# r\ r� r# r$ r> � rt z URL.remove.<locals>.<listcomp>c �( g | ]\}}|� kr|�ks||f�qS r# r# r\ �r r� r# r$ r> � r^ r r r� �r3 rP r rZ �r" r r� �limit�nq� removed_countr] rW r# r� r$ �remove� s � z URL.remove) NNr# r# r NNr N�F�TTTTTTTr_ r )0r' r- r. r� r% rY �propertyr� r* r@ r0 rP r? r� rA r� r\ rf rl rp ru rw r3 rZ � classmethodr� r r� r� r� r� r� r� r( r� r� �__str__� __unicode__� __bytes__r� r� r� r� r� r� rE rB r� r# r# r# r$ r9 � s� A � U ' �B b �P! @- +L �r9 c C s | � dd�S )Nr� z%20)rZ �rn r# r# r$ � _replace_plus� r� r� c C s | S r r# r� r# r# r$ �_no_op� r, r� c @ s� e Zd ZdZeddfdd�ZedLdd��Zedd � �Z dMd d �Z d d � Z dd� Z dd� Z dNdd�Zdd� Zdd� Z dOdd�Zed d � �Zed d � �Zed d!� �Zed"d#� �Zed$d%� �Zed&d'� �Zed(d)� �Zed*d+� �Zed,d-� �Zed.d/� �Zed0d1� �Z e e e e e e e e e f d2d3�Z d4d5� Z dPd6d7�Z dPd8d9�Z!e dfd:d;�Z"d<d=� Z#d>d?� Z$d@dA� Z%dBdC� Z&dDdE� Z'e Z(e Z)edMdFdG��Z*dMdHdI�Z+dJdK� Z,dS )QrX aI :class:`DecodedURL` is a type designed to act as a higher-level interface to :class:`URL` and the recommended type for most operations. By analogy, :class:`DecodedURL` is the :class:`unicode` to URL's :class:`bytes`. :class:`DecodedURL` automatically handles encoding and decoding all its components, such that all inputs and outputs are in a maximally-decoded state. Note that this means, for some special cases, a URL may not "roundtrip" character-for-character, but this is considered a good tradeoff for the safety of automatic encoding. Otherwise, :class:`DecodedURL` has almost exactly the same API as :class:`URL`. Where applicable, a UTF-8 encoding is presumed. Be advised that some interactions can raise :exc:`UnicodeEncodeErrors` and :exc:`UnicodeDecodeErrors`, just like when working with bytestrings. Examples of such interactions include handling query strings encoding binary data, and paths containing segments with special characters encoded with codecs other than UTF-8. Args: url: A :class:`URL` object to wrap. lazy: Set to True to avoid pre-decode all parts of the URL to check for validity. Defaults to False. query_plus_is_space: + characters in the query string should be treated as spaces when decoding. If unspecified, the default is taken from the scheme. .. note:: The :class:`DecodedURL` initializer takes a :class:`URL` object, not URL components, like :class:`URL`. To programmatically construct a :class:`DecodedURL`, you can use this pattern: >>> print(DecodedURL().replace(scheme=u'https', ... host=u'pypi.org', path=(u'projects', u'hyperlink')).to_text()) https://pypi.org/projects/hyperlink .. versionadded:: 18.0.0 FNc C s> || _ |d u r |jtv}|| _|s | j| j| j| j| jf d S r ) �_urlr� r� �_query_plus_is_spacer* rA r0 rP r? )r" �urlrU r� r# r# r$ r% � s zDecodedURL.__init__c C s t �|�}| |||d�S )a Make a `DecodedURL` instance from any text string containing a URL. Args: text: Text containing the URL lazy: Whether to pre-decode all parts of the URL to check for validity. Defaults to True. )rU r� )r9 r� )r� rn rU r� r� r# r# r$ r� s zDecodedURL.from_textc C r) )zeAccess the underlying :class:`URL` object, which has any special characters encoded. )r� r! r# r# r$ � encoded_url r[ zDecodedURL.encoded_urlc C s | j �|�S )z/Passthrough to :meth:`~hyperlink.URL.to_text()`)r� r� )r" rc r# r# r$ r� � zDecodedURL.to_textc C � | j �� S )z.Passthrough to :meth:`~hyperlink.URL.to_uri()`)r� r� r! r# r# r$ r� r� zDecodedURL.to_uric C r� )z.Passthrough to :meth:`~hyperlink.URL.to_iri()`)r� r� r! r# r# r$ r� " r� zDecodedURL.to_iric C s | j || jd�S )N)r� )r& r� )r" r� r# r# r$ �_clone' s �zDecodedURL._cloner c C s$ t |t�r|j}| �| jj|d��S )z^Return a new DecodedURL wrapping the result of :meth:`~hyperlink.URL.click()` )r� )r� rX r� r� r� )r" r� r# r# r$ r� / s �zDecodedURL.clickc C s | � | j�t|���S )z�Automatically encode any reserved characters in *segment* and return a new `DecodedURL` wrapping the result of :meth:`~hyperlink.URL.sibling()` )r� r� r� rq )r" r= r# r# r$ r� : s �zDecodedURL.siblingc G s( |s| S dd� |D �}| � | jj|� �S )z�Automatically encode any reserved characters in *segments* and return a new `DecodedURL` wrapping the result of :meth:`~hyperlink.URL.child()`. c S r� r# �rq r� r# r# r$ r> L rf z$DecodedURL.child.<locals>.<listcomp>)r� r� r� )r" r� �new_segsr# r# r$ r� D s zDecodedURL.childTc C s | � | j�|||||||��S )zdReturn a new `DecodedURL` wrapping the result of :meth:`~hyperlink.URL.normalize()` )r� r� r )r" r� r* r0 rP r? rA r� r# r# r$ r O s ��zDecodedURL.normalizec C � | j jS r )r� rw r! r# r# r$ rw c � zDecodedURL.absolutec C r� r )r� r� r! r# r# r$ r� h r� zDecodedURL.schemec C s t | jj�S r )r- r� r* r! r# r# r$ r* m r� zDecodedURL.hostc C r� r )r� r@ r! r# r# r$ r@ r r� zDecodedURL.portc C r� r )r� r� r! r# r# r$ r� w r� zDecodedURL.rootedc C s( t | d�stdd� | jjD ��| _| jS )NrH c S s g | ]}t |d d��qS )T�r �r r� r# r# r$ r> � s ��z#DecodedURL.path.<locals>.<listcomp>)�hasattrr r� r0 rH r! r# r# r$ r0 | s ��zDecodedURL.pathc sB t | d�s | jr t� nt� ttt� fdd�| jjD ���| _ | j S )NrI c 3 s. � | ]\}}t � fd d�||fD ��V qdS )c 3 s, � | ]}|d urt � |�dd�nd V qd S )NTr� r� �r; �x�� predecoder# r$ r> � s � ��� �z-DecodedURL.query.<locals>.<genexpr>.<genexpr>N�r r\ r� r# r$ r> � s � �� �z#DecodedURL.query.<locals>.<genexpr>) r� r� r� r� r � QueryPairsr r� rP rI r! r# r� r$ rP � s ��zDecodedURL.queryc C s& t | d�s| jj}t|dd�| _| jS )NrJ Tr� )r� r� r? r rJ )r" �fragr# r# r$ r? � s zDecodedURL.fragmentc C sN t | d�s$tttt tttf f ttdd� | jj�dd�D ����| _ | j S )NrN c s s � | ] }t |d d�V qdS )Tr� Nr� r� r# r# r$ r> � s � � �z&DecodedURL.userinfo.<locals>.<genexpr>r@ r ) r� r r r r� r r� rA r� rN r! r# r# r$ rA � s ��� zDecodedURL.userinfoc C s | j d S )Nr )rA r! r# r# r$ r\ � r� zDecodedURL.userc C r� r )r� r� r! r# r# r$ r� � r� zDecodedURL.uses_netlocc C s� |t ur tdd� |D ��}|t ur tttdd� t|�D ���}|t ur;t|�dkr0td|f ��d�dd� |D ��} nt } | jj |||||||| | d � } | j | d �S ) a� While the signature is the same, this `replace()` differs a little from URL.replace. For instance, it accepts userinfo as a tuple, not as a string, handling the case of having a username containing a `:`. As with the rest of the methods on DecodedURL, if you pass a reserved character, it will be automatically encoded instead of an error being raised. c s s � | ]}t |�V qd S r r� r� r# r# r$ r> � s � z%DecodedURL.replace.<locals>.<genexpr>c s s* � | ]\}}t d d� ||fD ��V qdS )c s s$ � | ] }|d ur t |�nd V qd S r r� r� r# r# r$ r> � s � � �z/DecodedURL.replace.<locals>.<genexpr>.<genexpr>Nr� r\ r# r# r$ r> � s � �� �r zFuserinfo expected sequence of ["user"] or ["user", "password"], got %rr@ c S r� r# r� r� r# r# r$ r> � rf z&DecodedURL.replace.<locals>.<listcomp>rx )r� ) r3 r r r� r� r r� rl r� rZ r� ) r" r� r* r0 rP r? r@ r� rA r� � userinfo_text�new_urlr# r# r$ rZ � s< �� ��� zDecodedURL.replacec r� )z?Get the value of all query parameters whose name matches *name*c r� r# r# r\ r� r# r$ r> � r� z"DecodedURL.get.<locals>.<listcomp>r� r� r# r� r$ rB � s zDecodedURL.getc C r� )zRReturn a new DecodedURL with the query parameter *name* and *value* added.r� r� r� r# r# r$ r� � s zDecodedURL.addc sR | j }� fdd�|D �}t� fdd�t|�D �d�}� |fg|||�< | j|d�S )zBReturn a new DecodedURL with query parameter *name* set to *value*c r� r# r# r\ r� r# r$ r> rt z"DecodedURL.set.<locals>.<listcomp>c 3 r� r r# r� r� r# r$ r> r� z!DecodedURL.set.<locals>.<genexpr>r� r� r� )r" r r� rP r� r� r# r� r$ rE s zDecodedURL.setc r� )z�Return a new DecodedURL with query parameter *name* removed. Optionally also filter for *value*, as well as cap the number of parameters removed with *limit*. Nc r� r# r# r\ r� r# r$ r> rt z%DecodedURL.remove.<locals>.<listcomp>c r� r# r# r\ r� r# r$ r> r^ r r r� r� r� r# r� r$ r� s � zDecodedURL.removec C s | j j}d|| jf S )Nz %s(url=%r))r& r' r� )r" �cnr# r# r$ r( 0 s zDecodedURL.__repr__c C s t | j�S r )r� r� r! r# r# r$ r� 5 s zDecodedURL.__str__c C s( t || j�stS | �� �� |�� �� kS r )r� r& rg r r� ro r# r# r$ rl ; s zDecodedURL.__eq__c C rm r rn ro r# r# r$ rp A rq zDecodedURL.__ne__c C rr r rs r! r# r# r$ ru G rv zDecodedURL.__hash__c C s | j ||d�S rS r� )r� r� rU r# r# r$ r� \ s zDecodedURL.fromTextc C r� r� r� r� r# r# r$ r� a r� zDecodedURL.asTextc C r� r� r� r� r# r# r$ r� e r� zDecodedURL.__dir__)FNr� r_ r� r )-r' r- r. r� � _EMPTY_URLr% r� r� r� r� r� r� r� r� r� r� r� r rw r� r* r@ r� r0 rP r? rA r\ r� r3 rZ rB r� rE r� r( r� rl rp ru r� r� r� r� r� r# r# r# r$ rX � s� - � �7 �# rX c C s" t �| �}|s |S t||d�}|S )a~ Automatically turn text into a structured URL object. >>> url = parse(u"https://github.com/python-hyper/hyperlink") >>> print(url.to_text()) https://github.com/python-hyper/hyperlink Args: url: A text string representation of a URL. decoded: Whether or not to return a :class:`DecodedURL`, which automatically handles all encoding/decoding/quoting/unquoting for all the various accessors of parts of the URL, or a :class:`URL`, which has the same API, but requires handling of special characters for different parts of the URL. lazy: In the case of `decoded=True`, this controls whether the URL is decoded immediately or as accessed. The default, `lazy=False`, checks all encoded parts of the URL for decodability. .. versionadded:: 18.0.0 rT )� EncodedURLr� rX )r� �decodedrU �enc_url�dec_urlr# r# r$ �parser s r )r r r� )T)FTTT)TNTr )FF)TF)�r� �re�sysr7 r4 r r r � ImportErrorr: �typingr r r r r r r r r r r r r r r � unicodedatar �_socketr �collections.abcr� � collections�idnar r� r r) � version_infor� r9 � NameErrorrT �typerK r� �QueryParametersr r2 � _unspecifiedr3 � frozensetr[ �compiler rE r� rC r8 rD � _ASCII_RE� _GEN_DELIMS� _SUB_DELIMS� _ALL_DELIMSrE �_USERINFO_SAFEr� � _PATH_SAFErs �_SCHEMELESS_PATH_SAFErw �_FRAGMENT_SAFEr� �_QUERY_VALUE_SAFEr� �_QUERY_KEY_SAFEr� rP rY r� r rr rv r r� r r� r r� r rd r� r ri rq ru rx r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r r r r r r r r- r3 r8 r1 r9 r� r� r� r� rX r r# r# r# r$ �<module> s� �D � ��� ;�� � �� �� � 3 �������� � � � � ��������������� � � � � �!�"�#�0� � 4 � � � �P@ * 2 .PK d��ZaX��1 1 py.typednu �[��� # See: https://www.python.org/dev/peps/pep-0561/ PK d��Z�R�o� � test/test_decoded_url.pynu �[��� # -*- coding: utf-8 -*- from __future__ import unicode_literals from typing import Dict, Union from .. import DecodedURL, URL from .._url import _percent_decode from .common import HyperlinkTestCase BASIC_URL = "http://example.com/#" TOTAL_URL = ( "https://%75%73%65%72:%00%00%00%00@xn--bcher-kva.ch:8080/" "a/nice%20nice/./path/?zot=23%25&zut#frég" ) class TestURL(HyperlinkTestCase): def test_durl_basic(self): # type: () -> None bdurl = DecodedURL.from_text(BASIC_URL) assert bdurl.scheme == "http" assert bdurl.host == "example.com" assert bdurl.port == 80 assert bdurl.path == ("",) assert bdurl.fragment == "" durl = DecodedURL.from_text(TOTAL_URL) assert durl.scheme == "https" assert durl.host == "bücher.ch" assert durl.port == 8080 assert durl.path == ("a", "nice nice", ".", "path", "") assert durl.fragment == "frég" assert durl.get("zot") == ["23%"] assert durl.user == "user" assert durl.userinfo == ("user", "\0\0\0\0") def test_passthroughs(self): # type: () -> None # just basic tests for the methods that more or less pass straight # through to the underlying URL durl = DecodedURL.from_text(TOTAL_URL) assert durl.sibling("te%t").path[-1] == "te%t" assert durl.child("../test2%").path[-1] == "../test2%" assert durl.child() == durl assert durl.child() is durl assert durl.click("/").path[-1] == "" assert durl.user == "user" assert "." in durl.path assert "." not in durl.normalize().path assert durl.to_uri().fragment == "fr%C3%A9g" assert " " in durl.to_iri().path[1] assert durl.to_text(with_password=True) == TOTAL_URL assert durl.absolute assert durl.rooted assert durl == durl.encoded_url.get_decoded_url() durl2 = DecodedURL.from_text(TOTAL_URL, lazy=True) assert durl2 == durl2.encoded_url.get_decoded_url(lazy=True) assert ( str(DecodedURL.from_text(BASIC_URL).child(" ")) == "http://example.com/%20" ) assert not (durl == 1) assert durl != 1 def test_repr(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) assert repr(durl) == "DecodedURL(url=" + repr(durl._url) + ")" def test_query_manipulation(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) assert durl.get("zot") == ["23%"] durl = durl.add(" ", "space") assert durl.get(" ") == ["space"] durl = durl.set(" ", "spa%ed") assert durl.get(" ") == ["spa%ed"] durl = DecodedURL(url=durl.to_uri()) assert durl.get(" ") == ["spa%ed"] durl = durl.remove(" ") assert durl.get(" ") == [] durl = DecodedURL.from_text("/?%61rg=b&arg=c") assert durl.get("arg") == ["b", "c"] assert durl.set("arg", "d").get("arg") == ["d"] durl = DecodedURL.from_text( "https://example.com/a/b/?fóó=1&bar=2&fóó=3" ) assert durl.remove("fóó") == DecodedURL.from_text( "https://example.com/a/b/?bar=2" ) assert durl.remove("fóó", value="1") == DecodedURL.from_text( "https://example.com/a/b/?bar=2&fóó=3" ) assert durl.remove("fóó", limit=1) == DecodedURL.from_text( "https://example.com/a/b/?bar=2&fóó=3" ) assert durl.remove("fóó", value="1", limit=0) == DecodedURL.from_text( "https://example.com/a/b/?fóó=1&bar=2&fóó=3" ) def test_equality_and_hashability(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) durl2 = DecodedURL.from_text(TOTAL_URL) burl = DecodedURL.from_text(BASIC_URL) durl_uri = durl.to_uri() assert durl == durl assert durl == durl2 assert durl != burl assert durl is not None assert durl != durl._url AnyURL = Union[URL, DecodedURL] durl_map = {} # type: Dict[AnyURL, AnyURL] durl_map[durl] = durl durl_map[durl2] = durl2 assert len(durl_map) == 1 durl_map[burl] = burl assert len(durl_map) == 2 durl_map[durl_uri] = durl_uri assert len(durl_map) == 3 def test_replace_roundtrip(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) durl2 = durl.replace( scheme=durl.scheme, host=durl.host, path=durl.path, query=durl.query, fragment=durl.fragment, port=durl.port, rooted=durl.rooted, userinfo=durl.userinfo, uses_netloc=durl.uses_netloc, ) assert durl == durl2 def test_replace_userinfo(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) with self.assertRaises(ValueError): durl.replace( userinfo=( # type: ignore[arg-type] "user", "pw", "thiswillcauseafailure", ) ) return def test_twisted_compat(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) assert durl == DecodedURL.fromText(TOTAL_URL) assert "to_text" in dir(durl) assert "asText" not in dir(durl) assert durl.to_text() == durl.asText() def test_percent_decode_mixed(self): # type: () -> None # See https://github.com/python-hyper/hyperlink/pull/59 for a # nice discussion of the possibilities assert _percent_decode("abcdé%C3%A9éfg") == "abcdéééfg" # still allow percent encoding in the case of an error assert _percent_decode("abcdé%C3éfg") == "abcdé%C3éfg" # ...unless explicitly told otherwise with self.assertRaises(UnicodeDecodeError): _percent_decode("abcdé%C3éfg", raise_subencoding_exc=True) # when not encodable as subencoding assert _percent_decode("é%25é", subencoding="ascii") == "é%25é" def test_click_decoded_url(self): # type: () -> None durl = DecodedURL.from_text(TOTAL_URL) durl_dest = DecodedURL.from_text("/tëst") clicked = durl.click(durl_dest) assert clicked.host == durl.host assert clicked.path == durl_dest.path assert clicked.path == ("tëst",) def test_decode_plus(self): # type: () -> None durl = DecodedURL.from_text("/x+y%2B?a=b+c%2B") assert durl.path == ("x+y+",) assert durl.get("a") == ["b c+"] assert durl.query == (("a", "b c+"),) def test_decode_nonplussed(self): # type: () -> None durl = DecodedURL.from_text( "/x+y%2B?a=b+c%2B", query_plus_is_space=False ) assert durl.path == ("x+y+",) assert durl.get("a") == ["b+c+"] assert durl.query == (("a", "b+c+"),) PK d��Z 1C�V V 0 test/__pycache__/test_hypothesis.cpython-310.pycnu �[��� o �(_� � @ s d Z zddlZ[W n ey Y dS w ddlmZ ddlmZmZ zddlm Z W n ey9 ddl m Z Y nw ddlm Z m Z ddl mZmZ ddlmZmZmZ d d lmZ d d lmZmZ d d lmZmZm Z m Z m Z m Z m Z m!Z!m"Z" G dd� de�Z#dS )z! Tests for hyperlink.hypothesis. � N)�digits)�Sequence�Text)�patch)�given�settings)�SearchStrategy�data)� IDNAError� check_label�encode� )�HyperlinkTestCase� )� DecodedURL� EncodedURL) � DrawCallable� composite� decoded_urls� encoded_urls�hostname_labels� hostnames� idna_text�paths� port_numbersc @ s, e Zd ZdZee� �dd� �Zee� �dd� �Zee � �dd� �Z ee dd ��d d � �Z ee � �d d � �Z ee� �edd�dd� ��Zee dd��dd� �Zee� �dd� �Zeedd��dd� �Zeedd��dd � �Zeeddd ��d d � �Zee� �d d!� �Zee� �d"d#� �Zee� �d$d%� �Zd&S )'�TestHypothesisStrategiesz1 Tests for hyperlink.hypothesis. c C s, zt |� W dS ty td�|���w )zD idna_text() generates IDNA-encodable text. zInvalid IDNA text: {!r}N)� idna_encoder �AssertionError�format)�self�text� r! �@/usr/lib/python3/dist-packages/hyperlink/test/test_hypothesis.py�test_idna_text_valid- s �z-TestHypothesisStrategies.test_idna_text_validc C s0 | � t|jtdd�� | � t|jtdd�� dS )zO idna_text() raises AssertionError if min_size is < 1. r )�min_size)�max_sizeN)� assertRaisesr �drawr )r r r! r! r" �test_idna_text_min_max8 s z/TestHypothesisStrategies.test_idna_text_min_maxc C � | � |d� | �|d� dS )z[ port_numbers() generates integers between 1 and 65535, inclusive. r � N��assertGreaterEqual�assertLessEqual�r �portr! r! r" �test_port_numbers_boundsA s z1TestHypothesisStrategies.test_port_numbers_boundsT)� allow_zeroc C r) )zv port_numbers(allow_zero=True) generates integers between 0 and 65535, inclusive. r r* Nr+ r. r! r! r" �#test_port_numbers_bounds_allow_zeroJ s z<TestHypothesisStrategies.test_port_numbers_bounds_allow_zeroc C s4 z t |� t|� W dS ty td�|���w )zK hostname_labels() generates IDN host name labels. �Invalid IDN label: {!r}N)r r � UnicodeErrorr r �r �labelr! r! r" � test_hostname_labels_valid_idnT s �z7TestHypothesisStrategies.test_hostname_labels_valid_idn� )� max_examplesc C sz t dd� �}td|��( |�t� �}z t|� t|� W n ty* td�|���w W d � dS 1 s6w Y dS )z� hostname_labels() handles case where idna_text() generates text that encoded to punycode ends up as longer than allowed. c S s d| S )N� ár! )r' r$ r% r! r! r" �mock_idna_texti s zWTestHypothesisStrategies.test_hostname_labels_long_idn_punycode.<locals>.mock_idna_textz hyperlink.hypothesis.idna_textr3 N) r r r' r r r r4 r r )r r r; r6 r! r! r" �&test_hostname_labels_long_idn_punycode` s ���"�z?TestHypothesisStrategies.test_hostname_labels_long_idn_punycodeF)� allow_idnc C s6 z t |� |�d� W dS ty td�|���w )zO hostname_labels() generates a ASCII host name labels. �asciizInvalid ASCII label: {!r}N)r r r4 r r r5 r! r! r" � test_hostname_labels_valid_ascii} s �z9TestHypothesisStrategies.test_hostname_labels_valid_asciic C sD z|� d�D ]}t|� qt|� W dS ty! td�|���w )zA hostnames() generates a IDN host names. �.zInvalid IDN host name: {!r}N)�splitr r r4 r r �r �hostnamer6 r! r! r" �test_hostnames_idn� s ��z+TestHypothesisStrategies.test_hostnames_idn)�allow_leading_digitc C � | � ||�t�k� dS )z} hostnames(allow_leading_digit=False) generates a IDN host names without leading digits. N�� assertTrue�lstripr �r rC r! r! r" �test_hostnames_idn_nolead� � z2TestHypothesisStrategies.test_hostnames_idn_noleadc C sF z|� d�D ]}t|� q|�d� W dS ty" td�|���w )zC hostnames() generates a ASCII host names. r@ r> z Invalid ASCII host name: {!r}N)rA r r r4 r r rB r! r! r" �test_hostnames_ascii� s ��z-TestHypothesisStrategies.test_hostnames_ascii)rE r= c C rF )z� hostnames(allow_leading_digit=False, allow_idn=False) generates ASCII host names without leading digits. NrG rJ r! r! r" �test_hostnames_ascii_nolead� rL z4TestHypothesisStrategies.test_hostnames_ascii_noleadc C sP d� |�}z|�d� W n ty td�|���w |D ]}| �d|� q dS )zM paths() generates sequences of URL path components. �/zutf-8zInvalid URL path: {!r}z#/?N)�joinr r4 r r � assertNotIn)r �pathr �segmentr! r! r" � test_paths� s ��z#TestHypothesisStrategies.test_pathsc C � | � |t� dS )z? encoded_urls() generates EncodedURLs. 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N) r" r% r& r) r* �port�userinfo�tupler' ) r+ r, r" r% r& r) r* r3 r4 �actual�expectedr0 r0 r1 � assertURL� s" � � zTestURL.assertURLc sD � fdd�}|t dd�� |t ddg g �� |t ddg g d�� dS )z@ L{URL} should have appropriate default values. c s& � � | � � �| ddg g ddd� d S )N�httpr �P )r2 r8 )r, �r+ r0 r1 �check� s z(TestURL.test_initDefaults.<locals>.checkr9 r N)r )r+ r< r0 r; r1 �test_initDefaults� s zTestURL.test_initDefaultsc C sj t dddgddgd�}| �|� | �|dddgddgdd� | �t dd d gd gd �dd d gd gd d � dS )z= L{URL} should accept L{unicode} parameters. �s�h�p��kr/ )rB N�fNr9 � à� é)u λu πu ⊥r: �r r2 r8 �r+ r, r0 r0 r1 � test_init� s �zTestURL.test_initc C s@ t dddgddgd�}| �|� | �|dddgddgdd� dS )zN L{URL} should accept (and not interpret) percent characters. r> z%68z%70)�%6Bz%76)rI Nz%66NrF rG r0 r0 r1 �test_initPercent� s �zTestURL.test_initPercentc C s2 | � ttdddgddgdd��dtd �f � d S ) z� L{URL.__repr__} will display the canonical form of the URL, wrapped in a L{URL.from_text} invocation, so that it is C{eval}-able but still easy to read. r9 �foo�bar)�bazNrA �frob�r" r% r& r) r* zURL.from_text(%s)zhttp://foo/bar?baz&k=v#frobN)r' r$ r r; r0 r0 r1 � test_repr s �� �zTestURL.test_reprc C s t �t�}| �t|�� � dS )zc Round-tripping L{URL.from_text} with C{str} results in an equivalent URL. N)r � from_text� BASIC_URLr' �to_text�r+ �urlpathr0 r0 r1 �test_from_text s zTestURL.test_from_textc C s, t D ]}t�|�jdd�}| �||� qdS )z@ L{URL.to_text} should invert L{URL.from_text}. T�� with_passwordN)�ROUNDTRIP_TESTSr rQ rS r' )r+ �test�resultr0 r0 r1 �test_roundtrip% s �zTestURL.test_roundtripc C sX t D ]'}t�|�}|�� }|�� }||ksJ �|jdd�}|jdd�}||ks)J �qd S )NTrW )rY r rQ �to_irirS )r+ rZ �url�iri� double_iri�iri_text�double_iri_textr0 r0 r1 �test_roundtrip_double_iri. s z!TestURL.test_roundtrip_double_iric C s2 t �t�}| �|t �t�� | �|t �d�� dS )z� Two URLs decoded using L{URL.from_text} will be equal (C{==}) if they decoded same URL string, and unequal (C{!=}) if they decoded different strings. z:ftp://www.anotherinvaliddomain.com/foo/bar/baz/?zot=21&zutN)r rQ rR r' �assertNotEqualrT r0 r0 r1 � test_equality; s ��zTestURL.test_equalityc C s0 | � tdd�t� � | � t�d�t�d�� dS )z� An URL created with the empty string for a fragment compares equal to an URL created with an unspecified fragment. r )r* zhttp://localhost/#r N)r' r rQ r; r0 r0 r1 �test_fragmentEqualityK s �z TestURL.test_fragmentEqualityc C sf t �t�}| �d|�d��� � | �d|�d��� � | �d|�d��� � | �d|�d��� � d S ) zm L{URL.child} appends a new path segment, but does not affect the query or fragment. z.http://www.foo.com/a/nice/path/gong?zot=23&zut�gongz1http://www.foo.com/a/nice/path/gong%2F?zot=23&zutzgong/z7http://www.foo.com/a/nice/path/gong%2Fdouble?zot=23&zutz gong/doublez:http://www.foo.com/a/nice/path/gong%2Fdouble%2F?zot=23&zutz gong/double/N)r rQ rR r' �childrS rT r0 r0 r1 � test_childW s" � � � �zTestURL.test_childc C s( t �d�}| �|�ddd��� d� dS )zg L{URL.child} receives multiple segments as C{*args} and appends each in turn. zhttp://example.com/a/b�c�d�ez http://example.com/a/b/c/d/eN)r rQ r' rh rS �r+ r^ r0 r0 r1 �test_multiChildo s �zTestURL.test_multiChildc C s0 t dd��d�}| �|j� | �d|�� � dS )zo L{URL.child} of a L{URL} without a path produces a L{URL} with a single path segment. � www.foo.com�r% rj zhttp://www.foo.com/cN)r rh r �rootedr' rS )r+ �childURLr0 r0 r1 �test_childInitRootz s zTestURL.test_childInitRootc C s t dd�}| �|�� |� dS )zT L{URL.child} without any new segments returns the original L{URL}. ro rp N)r r' rh rm r0 r0 r1 �test_emptyChild� s zTestURL.test_emptyChildc C sH t �t�}| �d|�d��� � d}t �|�}| �d|�d��� � dS )z L{URL.sibling} of a L{URL} replaces the last path segment, but does not affect the query or fragment. z0http://www.foo.com/a/nice/path/sister?zot=23&zut�sisterz)http://www.foo.com/a/nice/path?zot=23&zutz+http://www.foo.com/a/nice/sister?zot=23&zutN)r rQ rR r' �siblingrS )r+ rU �url_textr0 r0 r1 � test_sibling� s � �zTestURL.test_siblingc C s$ t �t�}| �d|�d��� � | �d|�d��� � | �d|�d��� � | �d|�d��� � | �d |�d ��� v� t �d �}| �d |�d ��� � t �d�}| �|�d��� d� t �d�}d}| �|�d��� |� | �|�� �� |� t �d�}t �d�}|�|�}| �|�� d� dS )z� L{URL.click} interprets the given string as a relative URI-reference and returns a new L{URL} interpreting C{self} as the base absolute URI. r r z$http://www.foo.com/a/nice/path/click�clickzhttp://www.foo.com/clickz/clickz$http://www.foo.com/a/nice/path/?burpz?burpz//foobarzhttp://www.foo.com/foobarz http://www.foo.com/me/noqueryz!http://www.foo.com/me/17?spam=158z/me/17?spam=158z http://localhost/foo?abc=defzhttp://www.python.orgz$http://hatnote.com/a/b/../c/./d/e/..zhttp://hatnote.com/a/c/d/z http://localhost/foo/?abc=defrL zhttp://localhost/foo/barN)r rQ rR r' ry rS r �fromText)r+ rU r, �res�u2�u3r0 r0 r1 � test_click� sL � �� � �� � � zTestURL.test_clickc C s2 t �t�}tD ]\}}| �|�|��� |� qdS )zQ L{URL.click} should correctly resolve the examples in RFC 3986. N)r rQ �relativeLinkBaseForRFC3986�relativeLinkTestsForRFC3986r' ry rS )r+ �base�refr7 r0 r0 r1 �test_clickRFC3986� s �zTestURL.test_clickRFC3986c C s. t �t�}| �t|jd� | �t|jd� dS )zM L{URL.click} should not accept schemes with relative paths. zg:hzhttp:hN)r rQ r � assertRaises�NotImplementedErrorry )r+ r� r0 r0 r1 �test_clickSchemeRelPath� s z TestURL.test_clickSchemeRelPathc C sF t �d�}| �|�|j|j|j|j|j|j �|� | �|�� |� dS )zf Verify that L{URL.replace} doesn't change any of the arguments it is passed. zhttps://x:1/y?z=1#AN) r rQ r' �replacer" r% r& r) r* r3 rT r0 r0 r1 �test_cloneUnchanged� s �� zTestURL.test_cloneUnchangedc C s� g d�g d�g d�g d�g d�g d�g d�g d�g d �g d �g d �g d �g d �g }|D ] \}}}t �|��|��� }| �||dj|t|�||d�� q+dS )zd L{URL.click} collapses C{.} and C{..} according to RFC 3986 section 5.2.4. )r r r )r r r )�http://localhost/a/b/cr zhttp://localhost/a/b/)r� r zhttp://localhost/a/)r� z./d/ezhttp://localhost/a/b/d/e)r� �../d/e�http://localhost/a/d/e)r� z/./d/e�http://localhost/d/e)r� z/../d/er� )zhttp://localhost/a/b/c/z ../../d/e/zhttp://localhost/a/d/e/)zhttp://localhost/a/./cr� r� )zhttp://localhost/a/./c/r� r� )zhttp://localhost/a/b/c/dz ./e/../f/../gzhttp://localhost/a/b/c/g)r� zd//ezhttp://localhost/a/b/d//ez1{start}.click({click}) => {actual} not {expected})�startry r6 r7 N)r rQ ry rS r' �formatr$ )r+ �testsr� ry r7 r6 r0 r0 r1 �test_clickCollapse s6 ����zTestURL.test_clickCollapsec C s� | � dt�d��dd��� � | � dtdd��dd��� � t�t�}| � d|�d ��� � | � d |�d d ��� � | � d |�d d ��d ��� � | � d|�d ��d d ��� � | � d|�d d ��dd��� � dS )z3 L{URL.add} adds query parameters. z'http://www.foo.com/a/nice/path/?foo=barz http://www.foo.com/a/nice/path/rK rL zhttp://www.foo.com/?foo=barro rp z/http://www.foo.com/a/nice/path/?zot=23&zut&burp�burpz3http://www.foo.com/a/nice/path/?zot=23&zut&burp=xxx�xxxz8http://www.foo.com/a/nice/path/?zot=23&zut&burp=xxx&zing�zingz8http://www.foo.com/a/nice/path/?zot=23&zut&zing&burp=xxxz:http://www.foo.com/a/nice/path/?zot=23&zut&burp=xxx&zot=32�zot�32N)r' r rQ �addrS rR rT r0 r0 r1 � test_queryAdd- s> �� �����zTestURL.test_queryAddc C sd t �t�}| �d|�dd��� � | �d|�d��dd��� � | �d|�dd��dd��� � dS ) z? L{URL.set} replaces query parameters by name. z*http://www.foo.com/a/nice/path/?zot=32&zutr� r� z0http://www.foo.com/a/nice/path/?zot&zut=itworked�zut�itworkedr� N)r rQ rR r' �setrS r� rT r0 r0 r1 � test_querySetT s ���zTestURL.test_querySetc C s| t �d�}| �|�d�t �d�� | �|jddd�t �d�� | �|jddd�t �d�� | �|jddd d �t �d�� d S ) zG L{URL.remove} removes instances of a query parameter. z*https://example.com/a/b/?foo=1&bar=2&foo=3rK z https://example.com/a/b/?bar=2�1)�name�valuez$https://example.com/a/b/?bar=2&foo=3r )r� �limitr )r� r� r� N)r rQ r' �removerm r0 r0 r1 �test_queryRemovej s � � ��zTestURL.test_queryRemovec C s� t �d�}| �|�d�dg� | �|�� d� t �d�}| �|jd� | �|�� d� t �d�}|�� }| �|�d�dg� | �|�� �d�dg� d S ) z� Every C{=}-sign after the first in a query parameter is simply included in the value of the parameter. zhttp://localhost/?=x=x=xr �x=x=xz!http://localhost/?foo=x=x=x&bar=y))rK r� )rL �yz7https://example.com/?argument=3&argument=4&operator=%3D�operator�=N)r rQ r' �getrS r) r] �to_uri)r+ r, r_ r0 r0 r1 � test_parseEqualSignInParamValue� s � z'TestURL.test_parseEqualSignInParamValuec C s | � t� �� d� dS )zG An empty L{URL} should serialize as the empty string. r N)r' r rS r; r0 r0 r1 � test_empty� s zTestURL.test_emptyc C s t dgd�}| �|�� d� dS )zP An L{URL} with query text should serialize as just query text. ��hello�world�r) z ?hello=worldN)r r' rS rG r0 r0 r1 �test_justQueryText� s zTestURL.test_justQueryTextc C s t �d�}| �||� dS )z2 L{URL} compares equal to itself. r N�r rQ r' rG r0 r0 r1 �test_identicalEqual� s zTestURL.test_identicalEqualc C s$ t �d�}t �d�}| �||� dS )zG URLs with equivalent components should compare equal. �%http://u@localhost:8080/p/a/t/h?q=p#fNr� �r+ �u1r| r0 r0 r1 �test_similarEqual� s zTestURL.test_similarEqualc C s< t �d�}t �d�}| �||kd||f � | �||� dS )z| L{URL}s that refer to different resources are both unequal (C{!=}) and also not equal (not C{==}). �http://localhost/a�http://localhost/b�%r != %rN)r rQ � assertFalserd r� r0 r0 r1 �test_differentNotEqual� s z TestURL.test_differentNotEqualc C sJ t �d�}| �|dkd� | �|t� kd� | �|d� | �|t� � dS )z= L{URL} is not equal (C{==}) to other types. r �* z URL must not equal a number.z URL must not equal an object.N)r rQ r� �objectrd rG r0 r0 r1 �test_otherTypesNotEqual� s z TestURL.test_otherTypesNotEqualc C s" t �d�}| �||kd| � dS )zJ Identical L{URL}s are not unequal (C{!=}) to each other. r� z %r == itselfN�r rQ r� rG r0 r0 r1 �test_identicalNotUnequal� s z TestURL.test_identicalNotUnequalc C s0 t �d�}t �d�}| �||kd||f � dS )zU Structurally similar L{URL}s are not unequal (C{!=}) to each other. r� �%r == %rNr� r� r0 r0 r1 �test_similarNotUnequal� � z TestURL.test_similarNotUnequalc C s0 t �d�}t �d�}| �||kd||f � dS )zS Structurally different L{URL}s are unequal (C{!=}) to each other. r� r� r� N)r rQ r r� r0 r0 r1 �test_differentUnequal� r� z TestURL.test_differentUnequalc C s0 t �d�}| �|dkd� | �|t� kd� dS )z; L{URL} is unequal (C{!=}) to other types. r r� z URL must differ from a number.z"URL must be differ from an object.N)r rQ r r� rG r0 r0 r1 �test_otherTypesUnequal� s z TestURL.test_otherTypesUnequalc C �l d}t �|�}|�� }| �|jd� | �|jd d� | �|�� |� d}|�� }| �||d||f � dS )z� L{URL.asURI} produces an URI which converts any URI unicode encoding into pure US-ASCII and returns a new L{URL}. � http://é.com/é?á=í#úu é.comr u é�.http://xn--9ca.com/%C3%A9?%C3%A1=%C3%AD#%C3%BAr� N)r rQ �asURIr' r% r& rS )r+ �unicodeyr_ �uri� expectedURI� actualURIr0 r0 r1 � test_asURI� s � ��zTestURL.test_asURIc C r� )z� L{URL.asIRI} decodes any percent-encoded text in the URI, making it more suitable for reading by humans, and returns a new L{URL}. r� z xn--9ca.comr z%C3%A9u http://é.com/é?á=í#úr� N)r rQ �asIRIr' r% r& rS )r+ �asciiishr� r_ � expectedIRI� actualIRIr0 r0 r1 � test_asIRI s ��zTestURL.test_asIRIc C s< d}t �|�}|�� }d}|�� }| �||d||f � dS )z� Bad UTF-8 in a path segment, query parameter, or fragment results in that portion of the URI remaining percent-encoded in the IRI. z http://xn--9ca.com/%00%FF/%C3%A9u http://é.com/%00%FF/ér� N)r rQ r� rS r' )r+ � urlWithBinaryr� r_ r� r� r0 r0 r1 �test_badUTF8AsIRI# s ��zTestURL.test_badUTF8AsIRIc C s* d}t �|�}|�� }| �|�� |� dS )zT A L{URL} composed of non-ASCII text will result in non-ASCII text. r� N)r rQ r� r' rS )r+ r� r_ �alsoIRIr0 r0 r1 �test_alreadyIRIAsIRI6 s � z TestURL.test_alreadyIRIAsIRIc C s* d}t �|�}|�� �� }| �||� dS )zH A L{URL} composed of encoded text will remain encoded. r� N)r rQ r� rS r' )r+ r� r� r� r0 r0 r1 �test_alreadyURIAsURIF s z TestURL.test_alreadyURIAsURIc C sv t �d�}| �|�d�d� | �|�d�d� | �|jd� | �|jd� | �|�� d� | �|jdd ��� d � d S ) z{ L{URL.from_text} will parse the C{userinfo} portion of the URI separately from the host and port. z<http://someuser:somepassword@example.com/some-segment@ignoreTz!someuser:somepassword@example.comFzsomeuser:@example.comzsomeuser:somepassword�someuserz0http://someuser:@example.com/some-segment@ignore�r4 z/http://someuser@example.com/some-segment@ignoreN)r rQ r' � authorityr4 �userrS r� rm r0 r0 r1 � test_userinfoP s � ���zTestURL.test_userinfoc C s, t �d�}| �|jd� | �|�� d� dS )zJ L{URL.from_text} parses custom port numbers as integers. z http://www.example.com:8080/i� N)r rQ r' r3 rS )r+ �portURLr0 r0 r1 � test_portTextg s zTestURL.test_portTextc C s | � t�d��� d� dS )a Although L{URL} instances are mainly for dealing with HTTP, other schemes (such as C{mailto:}) should work as well. For example, L{URL.from_text}/L{URL.to_text} round-trips cleanly for a C{mailto:} URL representing an email address. zmailto:user@example.comN)r' r rQ rS r; r0 r0 r1 � test_mailtop s �zTestURL.test_mailtoc C sH t �d�}| �|jd� | �|jd� | �|jd� | �|�� d� dS )zj An HTTP URL without a hostname, but with a path, should also round-trip cleanly. zhttp:relative-pathr )z relative-pathFN)r rQ r' r% r& � uses_netlocrS )r+ � without_hostr0 r0 r1 �test_httpWithoutHost} s z TestURL.test_httpWithoutHostc C s> d}t dgd�}| �|j|� t ddid�}| �|j|� dS )z� When a L{URL} is created with a C{query} argument, the C{query} argument is converted into an N-tuple of 2-tuples, sensibly handling dictionaries. )��alpha�betar� r� r� r� N)r r' r) )r+ r7 r^ r0 r0 r1 �test_queryIterable� s zTestURL.test_queryIterablec C s t ddgd�}| �|jd� dS )zr When a L{URL} is created with a C{path} argument, the C{path} is converted into a tuple. r� r� �r& r� N)r r' r& rm r0 r0 r1 �test_pathIterable� s zTestURL.test_pathIterablec s G dd� dt �� ttu rdnd}�fdd��|f� ��fdd� }|d � |d � |d � |d d � |d� |dd� ��t��}ttt� � �gd� W d � n1 sTw Y �||d� ��t��}tdtt� � �fgd� W d � n1 s{w Y �||d d� ��t��}ttt� � �dfgd� W d � n1 s�w Y �||d� ��t�� tttttf � � �gd� W d � n1 s�w Y ��t �� tttttf d�gd� W d � n1 s�w Y ��t �� tttttf d�gd� W d � n 1 �sw Y t� d �}��t��}|� tt� � �� W d � n 1 �s6w Y �||d� ��t��}|� tt� � �� W d � n 1 �s[w Y �||d� ��t��}|� tt� � �� W d � n 1 �s�w Y �||d � dS ) a� Passing an argument of the wrong type to any of the constructor arguments of L{URL} will raise a descriptive L{TypeError}. L{URL} typechecks very aggressively to ensure that its constitutent parts are all properly immutable and to prevent confusing errors when bad data crops up in a method call long after the code that called the constructor is off the stack. c @ s e Zd Zdd� Zdd� ZdS )z1TestURL.test_invalidArguments.<locals>.Unexpectedc S � dS )N�wrongr0 r; r0 r0 r1 �__str__� � z9TestURL.test_invalidArguments.<locals>.Unexpected.__str__c S r� )N� <unexpected>r0 r; r0 r0 r1 �__repr__� r� z:TestURL.test_invalidArguments.<locals>.Unexpected.__repr__N)�__name__� __module__� __qualname__r� r� r0 r0 r0 r1 � Unexpected� s r� r# �strc s � � t| j�d�||d�� d S )Nz expected {0} for {1}, got {2}r� )r' r� � exceptionr� )�raised� expectationr� r; r0 r1 � assertRaised� s ��z3TestURL.test_invalidArguments.<locals>.assertRaisedc sN �� t��}tdi | � � i�� W d � n1 sw Y �||| � d S )Nr0 )r� � TypeErrorr )�paramr� r� �r� r� r+ r0 r1 r< � s �z,TestURL.test_invalidArguments.<locals>.checkr" r% r* rq �boolr4 r3 zint or NoneTyper� Nz path segmentr� r� z or NoneTypezquery parameter valuer� zquery parameter name)rB r/ �vv)rB zhttps://valid.example.com/z relative URL)r� �bytesr� r� r� r r r r � ValueErrorrQ rh rv ry )r+ �defaultExpectationr< r� r^ r0 r� r1 �test_invalidArguments� s\ � � � � � � � � � �z TestURL.test_invalidArgumentsc C sT | � t�� }tdd� W d � n1 sw Y | �t|j�d�td��� dS )z� Technically, L{str} (or L{unicode}, as appropriate) is iterable, but C{URL(path="foo")} resulting in C{URL.from_text("f/o/o")} is never what you want. rK r� Nz,expected iterable of text for path, not: {0})r� r� r r' r� r� r� r$ )r+ r� r0 r0 r1 �!test_technicallyTextIsIterableBut� s � �z)TestURL.test_technicallyTextIsIterableButc C s: t dd�}| �|jd� | �|�� d� | �t �d�jd� | �t �d�jd� | �t �d�jd� t ddd�}| �|jd� | �|�� d� t d d�}| �|jd� | �|�� d � t d d�}| �|jd� | �|�� d � t d d�}| �|jd � | �|�� d� t �d�}| �|jd� t �d�}| �|jd� d S )N�https�r" Tzhttps://zhttps:Fzhttps:/)r" r� z git+httpsz git+https://�mailtozmailto:�ztpzztp:zztp://test.comz ztp:test:com)r r' r� rS rQ rm r0 r0 r1 � test_netloc s, zTestURL.test_netlocc C sB d}t �|�}|jdksJ �|jdksJ �t|j |jks J �d S )Nz5https://[2001:0db8:85a3:0000:0000:8a2e:0370:7334]:80/z'2001:0db8:85a3:0000:0000:8a2e:0370:7334r: )r rQ r% r3 r r" )r+ �tr^ r0 r0 r1 �test_ipv6_with_port$ s zTestURL.test_ipv6_with_portc C s� d}t �|�}|jdksJ �|jdksJ �|jdks J �|jdks#J �|jdks*J �d}t �|�}|jdks8J �|jdks?J �|jdksFJ �|jdksMJ �d }t �|�}|jdks[J �|jdksbJ �|jd ksiJ �|jdkspJ �d S ) Nz3https://user:pass@example.com/path/to/here?k=v#nicer � user:pass� example.com)r& �to�here�nicez1https://user:pass@127.0.0.1/path/to/here?k=v#nicez 127.0.0.1z-https://user:pass@[::1]/path/to/here?k=v#nicez::1)r rQ r" r4 r% r& r* �r+ �textr^ r0 r0 r1 � test_basic, s& zTestURL.test_basicc C � | � ttjd� d S )Nz# �r� r r rQ r; r0 r0 r1 �test_invalid_urlD � zTestURL.test_invalid_urlc C r )Nzhttp://abc: /#r r; r0 r0 r1 �test_invalid_authority_urlH r z"TestURL.test_invalid_authority_urlc C sF g d�}|D ]}d| d }| � tjttj|� | � ttj|� qd S )N)z 2001::0234:C1ab::A0:aabc:003Fz 2001::1::3F�:z::::z ::256.0.0.1zhttp://[�])r� �socket�errorr �AF_INET6r r rQ )r+ �invalid_ipv6_ips�iprw r0 r0 r1 �test_invalid_ipv6L s �zTestURL.test_invalid_ipv6c C s$ | � ttjd� | � ttjd� d S )Nzftp://portmouth:smashz+http://reader.googlewebsite.com:neverforget)r� r r rQ r� r; r0 r0 r1 �test_invalid_portZ s �zTestURL.test_invalid_portc C s| t �d�}| �|jd� | �|�� d� | �|�� �� d� t �d�}| �|jd� | �|�� d� | �|�� �� d� d S )Nu http://bücher.chu bücher.chzhttp://xn--bcher-kva.chr zxn--bcher-kva.chu https://bücher.ch)r rQ r' r% rS r� r] r� r0 r0 r1 � test_idnac s zTestURL.test_idnac C s� t �d�}| �|jd� | �|�� d� t �d�}| �|jd� | �|�� d� t �d�}| �|jd� | �|�� d� t �d�}| �|jd� | �|�� d� t �d �}| �|jd � | �|�� d � t �d �}| �|jd � | �|�� d � t d ddd�}| �|�� d� t d dddd�}| �|�� d� t �d�}|jdd�}| �|�� d� d}t �|�}|jdd�}| �|�� d� |jdd�}| �|�� |� d S ) Nzmailto:mahmoud@hatnote.comr zhttp://hatnote.comr9 znewscheme:a:b:c� newschemeznewerscheme://a/b/c� newerschemez%git+ftp://gitstub.biz/glyph/lefkowitzzgit+ftpz'what+mailto:freerealestate@enotuniq.orgz what+mailtor )�xr� �zT)r" r& rq z ztp:/x/y/z)r! r� r" r )r" r& rq r� zgit+ftp:///x/y/z/zfile:///path/to/heckr zmailto:/path/to/heckzunregisteredscheme:///a/b/cF)r� zunregisteredscheme:/a/b/c)r rQ r' r" rS r� )r+ r^ �url2rw � no_netloc_url� netloc_urlr0 r0 r1 �test_netloc_slasheso sN �� zTestURL.test_netloc_slashesc C sH t dgd�}| �|�� d� |jdd�}| �|�� d� | �||� dS )z� On host-relative URLs, the C{rooted} flag can be updated to indicate that the path should no longer be treated as absolute. r� r� T)rq z/helloN)r r' rS r� rd )r+ �a�br0 r0 r1 �test_rooted_to_relative� s z TestURL.test_rooted_to_relativec C s� t ddgdd�}| �|jd� t dgdd�}| �|jd� | �||� t ddgdd�}t ddgd�}| �||� | �|jd� | �|jd� d S ) a The C{rooted} flag can be updated in some cases, but it cannot be made to conflict with other facts surrounding the URL; for example, all URLs involving an authority (host) are inherently rooted because it is not syntactically possible to express otherwise; also, once an unrooted URL gains a path that starts with an empty string, that empty string is elided and it becomes rooted, because these cases are syntactically indistinguisable in real URL text. r rK F)r& rq TrL )r% r& rq )r% r& N)r r' rq )r+ �relative_path_rooted�relative_flag_rooted�attempt_unrooted_absolute�normal_absoluter0 r0 r1 �test_autorooted� s zTestURL.test_autorootedc C s� t dddd�}t ddd�}t dddd�}| �|jd� | �|jd� | �|jd� t �d�}| �t|�t|�� | �t|�t|�� | �|�� |�� � | �||� | �||� | �||� | �||� | �||� dS ) a� URLs which include a ``://`` netloc-separator for any reason are inherently rooted, regardless of the value or presence of the ``rooted`` constructor argument. They may include a netloc-separator because their constructor was directly invoked with an explicit host or port, or because they were parsed from a string which included the literal ``://`` separator. �udpi$ F)r" r3 rq )r" r3 Tz udp://:4900N)r r' rq rQ r� �asText)r+ �directly_constructed� directly_constructed_implict�directly_constructed_rooted�parsedr0 r0 r1 �!test_rooted_with_port_but_no_host� s z)TestURL.test_rooted_with_port_but_no_hostc C sj | � t�� tt� W d � n1 sw Y | � t�� td� W d � d S 1 s.w Y d S )N�HTTP_____more_like_imHoTTeP)r� r� r rR r; r0 r0 r1 �test_wrong_constructor� s � "�z TestURL.test_wrong_constructorc C sp t �d�}|jdks J �|jdd�}|�� }|jdd�dks J �|jdd�d ks*J �|�� jdd�d ks6J �d S ) Nz http://user:pass@example.comr z us%20her:passr� TrW z http://us her:pass@example.comFzhttp://us her:@example.comz http://us%20her:pass@example.com)r rQ r4 r� r] rS r� �r+ r^ r_ r0 r0 r1 �test_encoded_userinfo� s �z TestURL.test_encoded_userinfoc C s� i }t �d�}t|�t|�ksJ �d||< t �d�}|�dd�}d||< t|�dks,J �t|�� �dgks7J �tt � �tt � �ksCJ �d S )Nz.http://blog.hatnote.com/ask?utm_source=geocityr zhttp://blog.hatnote.com/ask� utm_source�geocityr )r rQ �hashr� �len�list�values)r+ �url_map�url1r# r0 r0 r1 � test_hash s zTestURL.test_hashc C sR t � }t|�}t|�dksJ �d|vsJ �d|vsJ �d|vs!J �d|vs'J �d S )N� rz r0 r� r� )r �dirr= )r+ r^ r{ r0 r0 r1 �test_dir s zTestURL.test_dirc C s2 t �d�}|�� dks J �|�� �� dksJ �d S )Nu" http://example.com/a%20té%C3%A9stz&http://example.com/a%20t%C3%A9%C3%A9st)r rz r0 r� rm r0 r0 r1 �test_twisted_compat s zTestURL.test_twisted_compatc C s6 t �d�}|�dd�}|�dd�}|�� dksJ �d S )Nzhttp://example.com/?a=b&cr! r� z!http://example.com/?a=b&x=x&c&x=y)r rQ r� r� rS rm r0 r0 r1 �test_set_ordering% s zTestURL.test_set_orderingc C s� t �d�}t �|�� �}||ksJ �t �|�� �� �}||ks!J �||ks'J �t �d�}|�� }|�� dks8J �t �|�� ��� }||ksGJ �dS )z See issue #4z#urn%3Aietf%3Awg%3Aoauth%3A2.0%3Aoobz1first-segment/urn%3Aietf%3Awg%3Aoauth%3A2.0%3Aoobz'first-segment/urn:ietf:wg:oauth:2.0:oobN)r rQ rS r] r� )r+ r� r| r} �u4�u5�u6r0 r0 r1 �test_schemeless_path0 s z TestURL.test_schemeless_pathc C s t �d�}|�� }|�� dS )z4See issue #7, affecting only narrow builds (2.6-3.3)zhttps://xn--vi8hiv.wsN)r rQ r] rS r8 r0 r0 r1 �test_emoji_domainC s zTestURL.test_emoji_domainc C sF | j ttddd� | j ttdd� | j ttdd� | j ttdd� d S ) zPer issue #6 and #8r9 za/c)r" r% )�?r� )�#)�&rZ r� N)r� r� r r; r0 r0 r1 �test_delim_in_paramK s zTestURL.test_delim_in_paramc C s� t �d�}t �d�}||ksJ �t �d�}t �d�}||ks J �t �d�}t �d�}||ks0J �t �d�}t �d�}||ks@J �d S )Nzhttp://example.com/zhttp://example.com)r rQ r� r0 r0 r1 �test_empty_paths_eqS s zTestURL.test_empty_paths_eqc C s: t �d�jdks J �| �tt jd� | �tt jt� � d S )Nz#ok�oks bytes://x.y.z)r rQ r* r� r� r� r; r0 r0 r1 �test_from_text_typei s zTestURL.test_from_text_typec C st | � ttjd� | � ttjd� | � ttjd� | � ttjd� | � ttjd� | � ttjd� | � ttjd� d S )Nz http://[::1/z http://::1]/zhttp://[[::1]/zhttp://[::1]]/zhttp://127.0.0.1:zhttp://127.0.0.1:hizhttp://127.0.0.1::80r r; r0 r0 r1 � test_from_text_bad_authorityo s z$TestURL.test_from_text_bad_authorityc C s� t �d�}|�d�g ksJ �|�d�dgksJ �t|j�dks!J �|�� }|jdks,J �|jdks3J �|jdks:J �|�d�d gksDJ �|jd ksKJ �|� � d ksSJ �|jd d d d d d �}||kscJ �t �d�}|�� }|� � dkstJ �t �d�}|�� }|� � dks�J �t dd�jd d�� � dks�J �t dd��� � � dks�J �t dddgdgdd d �}|j d d �d ks�J �|�� j d d �d!ks�J �d S )"Nz0HTTP://Example.com/A%61/./../A%61?B%62=C%63#D%64�BbzB%62zC%63� r9 r )�Aa�Cc�Ddz http://example.com/Aa?Bb=Cc#DdFrO zhttp://example.iozhttp://example.io/z/a%2fb/cd%3f?k%3d=v%23#testz/a%2Fb/cd%3F?k%3D=v%23#test)r z%te%stsr� )�percentsz/%te%stsz /%25te%25sts�ftpz%%%z%a%b)�%z%%r\ z%:%)r" r& r) r* r4 TrW zftp://%:%@/%%%/%a%b?%=%%#%z0ftp://%25:%25@/%25%25%25/%25a%25b?%25=%25%25#%25) r rQ r� r= r& � normalizer" r% r* rS ) r+ r^ �norm_url� noop_norm_url� slashless_url� slashful_url� delimited_url�norm_delimited_url� percenty_urlr0 r0 r1 �test_normalize sL � �� � �zTestURL.test_normalizec C s� d}t �|�}t|�|ksJ �t|�dksJ �tr-tt|�t�s"J �tt|�t�s+J �d S tt|�t�s6J �tt|�t�s?J �d S )Nu& http://example.com/á/y%20a%20y/?b=%25s* http://example.com/%C3%A1/y%20a%20y/?b=%25)r rQ r# r� �PY2r! r� r r0 r0 r1 �test_str� s zTestURL.test_strc C s� t �d�}|�� jdksJ �|�� jdksJ �t �d�}|�� jdks%J �|�� jdks.J �|�� �� jdks9J �d}t �|��� �� jdksIJ �d S ) Nu http://abé.com/u abé.comzxn--ab-cja.comu( http://ドメイン.テスト.co.jp#testu ドメイン.テスト.co.jpz xn--eckwd4c7c.xn--zckzah.co.jpzhttp://Example.comr )r rQ r] r% r� �get_decoded_url)r+ r^ r r0 r0 r1 �test_idna_corners� s zTestURL.test_idna_cornersN)r )Or� r� r� �__doc__r2 r8 r= rH rJ rP rV r\ rc re rf ri rn rs rt rx r~ r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r r r r r r r r r r& r) r. r5 r7 r9 rB rE rF rG rK rL rP rQ rS rT re rg ri r0 r0 r0 r1 r � s� �3 > *' U" ; 9 r ) � __future__r �sysr �typingr r r r r r �commonr r r r �_urlr r � version_inforf r( r# rR r r� rY r r0 r0 r0 r1 �<module> s 4DPK d��Zֽ6 � � 9 test/__pycache__/test_scheme_registration.cpython-310.pycnu �[��� o G�_� � @ sX d dl mZ d dlmZ ddlmZ ddlmZ ddlmZm Z m Z G dd � d e�Z d S ) � )�unicode_literals)�cast� )�_url� )�HyperlinkTestCase)�register_scheme�URL� DecodedURLc @ sT e Zd Zdd� Zdd� Zdd� Zdd� Zd d � Zd d � Zd d� Z dd� Z dd� Z dS )�TestSchemeRegistrationc C s t tj�| _ttj�| _d S �N)�dictr �SCHEME_PORT_MAP�_orig_scheme_port_map�set�NO_NETLOC_SCHEMES�_orig_no_netloc_schemes��self� r �I/usr/lib/python3/dist-packages/hyperlink/test/test_scheme_registration.py�setUp s z TestSchemeRegistration.setUpc C s | j t_| jt_d S r )r r r r r r r r r �tearDown s z TestSchemeRegistration.tearDownc C s� t dddd� t�d�}|jdksJ �|jdksJ �|jdu s!J �t�d�}|jdd�}|�� dks4J �t�d �}|�� dksAJ �t d d d � td d �}|jdd�}|�� dksZJ �d S )N�deltronTi� �� uses_netloc� default_portzdeltron://example.comzdeltron:z example.com)�hostzdeltron://example.com:3030�nonetroni� �r ��schemeznonetron://example.com)r r � from_textr! �portr �replace�to_text)r �u1�u2�u3�u4r r r �test_register_scheme_basic s z1TestSchemeRegistration.test_register_scheme_basicc C s6 t ddd� tdd�}|jdd�}|�� dksJ �d S )N� noloctronF�r r )�example�path)r. znoloctron:example/path)r r r$ r% )r r) r r r � test_register_no_netloc_scheme- s z5TestSchemeRegistration.test_register_no_netloc_schemec C s> | � t�� tdddd� W d � d S 1 sw Y d S )N� badnetloclessF� r )� assertRaises� ValueErrorr r r r r �!test_register_no_netloc_with_port4 s "�z8TestSchemeRegistration.test_register_no_netloc_with_portc C s� | � t�� tdttd �d� W d � n1 sw Y | � t�� tdttt� �d� W d � d S 1 s9w Y d S )N� badnetlocr, �r2 r3 r r �bool�objectr r r r �test_invalid_uses_netloc9 s � "�z/TestSchemeRegistration.test_invalid_uses_netlocc C �D | � t�� tdttt� �d� W d � d S 1 sw Y d S )N�lolr, r6 r r r r �!test_register_invalid_uses_netloc@ � "�z8TestSchemeRegistration.test_register_invalid_uses_netlocc C r: )N�noper r6 r r r r �test_register_invalid_portE r= z1TestSchemeRegistration.test_register_invalid_portc C sL t ddd� t�d�}t�d�}|�d�dgksJ �|�d�dgks$J �d S ) N�keepplusF)�query_plus_is_spacez keepplus://example.com/?q=a+bzhttps://example.com/?q=a+b�qza+bza b)r r r" �get)r �plus_is_not_space� plus_is_spacer r r �"test_register_no_quote_plus_schemeJ s � z9TestSchemeRegistration.test_register_no_quote_plus_schemeN) �__name__� __module__� __qualname__r r r* r/ r4 r9 r< r? rF r r r r r s r N) � __future__r �typingr � r �commonr r r r r r r r r �<module> s PK d��Z�sp8 8 ' test/__pycache__/common.cpython-310.pycnu �[��� o G�_� � @ sH d dl mZmZmZmZ d dlmZ G dd� de�ZG dd� de�Z dS )� )�Any�Callable�Optional�Type)�TestCasec @ s e Zd ZdZ ddd�ZdS )�HyperlinkTestCaseznThis type mostly exists to provide a backwards-compatible assertRaises method for Python 2.6 testing. Nc O sN t || �}|du r |S |� ||i |�� W d � dS 1 s w Y dS )a� Fail unless an exception of class expected_exception is raised by callableObj when invoked with arguments args and keyword arguments kwargs. If a different type of exception is raised, it will not be caught, and the test case will be deemed to have suffered an error, exactly as for an unexpected exception. If called with callableObj omitted or None, will return a context object used like this:: with self.assertRaises(SomeException): do_something() The context manager keeps a reference to the exception as the 'exception' attribute. This allows you to inspect the exception after the assertion:: with self.assertRaises(SomeException) as cm: do_something() the_exception = cm.exception self.assertEqual(the_exception.error_code, 3) N)�_AssertRaisesContext)�self�expected_exception� callableObj�args�kwargs�context� r �7/usr/lib/python3/dist-packages/hyperlink/test/common.py� assertRaises s "�z HyperlinkTestCase.assertRaises�N)�__name__� __module__� __qualname__�__doc__r r r r r r s �r c @ s( e Zd ZdZdd� Zdd� Zdd� ZdS ) r zCA context manager used to implement HyperlinkTestCase.assertRaises.c C s || _ |j| _d S r )�expected�failureException)r r � test_caser r r �__init__2 s z _AssertRaisesContext.__init__c C s | S r r )r r r r � __enter__7 s z _AssertRaisesContext.__enter__c C s: |d u r| j j}| �d|f ��t|| j �sdS || _dS )Nz %s not raisedFT)r r r � issubclass� exception)r �exc_type� exc_value�tb�exc_namer r r �__exit__; s z _AssertRaisesContext.__exit__N)r r r r r r r" r r r r r / s r N) �typingr r r r �unittestr r �objectr r r r r �<module> s *PK d��Z�o.W� � test/test_hypothesis.pynu �[��� # -*- coding: utf-8 -*- """ Tests for hyperlink.hypothesis. """ try: import hypothesis del hypothesis except ImportError: pass else: from string import digits from typing import Sequence, Text try: from unittest.mock import patch except ImportError: from mock import patch # type: ignore[misc] from hypothesis import given, settings from hypothesis.strategies import SearchStrategy, data from idna import IDNAError, check_label, encode as idna_encode from .common import HyperlinkTestCase from .. import DecodedURL, EncodedURL from ..hypothesis import ( DrawCallable, composite, decoded_urls, encoded_urls, hostname_labels, hostnames, idna_text, paths, port_numbers, ) class TestHypothesisStrategies(HyperlinkTestCase): """ Tests for hyperlink.hypothesis. """ @given(idna_text()) def test_idna_text_valid(self, text): # type: (Text) -> None """ idna_text() generates IDNA-encodable text. """ try: idna_encode(text) except IDNAError: # pragma: no cover raise AssertionError("Invalid IDNA text: {!r}".format(text)) @given(data()) def test_idna_text_min_max(self, data): # type: (SearchStrategy) -> None """ idna_text() raises AssertionError if min_size is < 1. """ self.assertRaises(AssertionError, data.draw, idna_text(min_size=0)) self.assertRaises(AssertionError, data.draw, idna_text(max_size=0)) @given(port_numbers()) def test_port_numbers_bounds(self, port): # type: (int) -> None """ port_numbers() generates integers between 1 and 65535, inclusive. """ self.assertGreaterEqual(port, 1) self.assertLessEqual(port, 65535) @given(port_numbers(allow_zero=True)) def test_port_numbers_bounds_allow_zero(self, port): # type: (int) -> None """ port_numbers(allow_zero=True) generates integers between 0 and 65535, inclusive. """ self.assertGreaterEqual(port, 0) self.assertLessEqual(port, 65535) @given(hostname_labels()) def test_hostname_labels_valid_idn(self, label): # type: (Text) -> None """ hostname_labels() generates IDN host name labels. """ try: check_label(label) idna_encode(label) except UnicodeError: # pragma: no cover raise AssertionError("Invalid IDN label: {!r}".format(label)) @given(data()) @settings(max_examples=10) def test_hostname_labels_long_idn_punycode(self, data): # type: (SearchStrategy) -> None """ hostname_labels() handles case where idna_text() generates text that encoded to punycode ends up as longer than allowed. """ @composite def mock_idna_text(draw, min_size, max_size): # type: (DrawCallable, int, int) -> Text # We want a string that does not exceed max_size, but when # encoded to punycode, does exceed max_size. # So use a unicode character that is larger when encoded, # "á" being a great example, and use it max_size times, which # will be max_size * 3 in size when encoded. return u"\N{LATIN SMALL LETTER A WITH ACUTE}" * max_size with patch("hyperlink.hypothesis.idna_text", mock_idna_text): label = data.draw(hostname_labels()) try: check_label(label) idna_encode(label) except UnicodeError: # pragma: no cover raise AssertionError( "Invalid IDN label: {!r}".format(label) ) @given(hostname_labels(allow_idn=False)) def test_hostname_labels_valid_ascii(self, label): # type: (Text) -> None """ hostname_labels() generates a ASCII host name labels. """ try: check_label(label) label.encode("ascii") except UnicodeError: # pragma: no cover raise AssertionError("Invalid ASCII label: {!r}".format(label)) @given(hostnames()) def test_hostnames_idn(self, hostname): # type: (Text) -> None """ hostnames() generates a IDN host names. """ try: for label in hostname.split(u"."): check_label(label) idna_encode(hostname) except UnicodeError: # pragma: no cover raise AssertionError( "Invalid IDN host name: {!r}".format(hostname) ) @given(hostnames(allow_leading_digit=False)) def test_hostnames_idn_nolead(self, hostname): # type: (Text) -> None """ hostnames(allow_leading_digit=False) generates a IDN host names without leading digits. """ self.assertTrue(hostname == hostname.lstrip(digits)) @given(hostnames(allow_idn=False)) def test_hostnames_ascii(self, hostname): # type: (Text) -> None """ hostnames() generates a ASCII host names. """ try: for label in hostname.split(u"."): check_label(label) hostname.encode("ascii") except UnicodeError: # pragma: no cover raise AssertionError( "Invalid ASCII host name: {!r}".format(hostname) ) @given(hostnames(allow_leading_digit=False, allow_idn=False)) def test_hostnames_ascii_nolead(self, hostname): # type: (Text) -> None """ hostnames(allow_leading_digit=False, allow_idn=False) generates ASCII host names without leading digits. """ self.assertTrue(hostname == hostname.lstrip(digits)) @given(paths()) def test_paths(self, path): # type: (Sequence[Text]) -> None """ paths() generates sequences of URL path components. """ text = u"/".join(path) try: text.encode("utf-8") except UnicodeError: # pragma: no cover raise AssertionError("Invalid URL path: {!r}".format(path)) for segment in path: self.assertNotIn("#/?", segment) @given(encoded_urls()) def test_encoded_urls(self, url): # type: (EncodedURL) -> None """ encoded_urls() generates EncodedURLs. """ self.assertIsInstance(url, EncodedURL) @given(decoded_urls()) def test_decoded_urls(self, url): # type: (DecodedURL) -> None """ decoded_urls() generates DecodedURLs. """ self.assertIsInstance(url, DecodedURL) PK d��Z�$� � � test/test_socket.pynu �[��� # mypy: always-true=inet_pton try: from socket import inet_pton except ImportError: inet_pton = None # type: ignore[assignment] if not inet_pton: import socket from .common import HyperlinkTestCase from .._socket import inet_pton class TestSocket(HyperlinkTestCase): def test_inet_pton_ipv4_valid(self): # type: () -> None data = inet_pton(socket.AF_INET, "127.0.0.1") assert isinstance(data, bytes) def test_inet_pton_ipv4_bogus(self): # type: () -> None with self.assertRaises(socket.error): inet_pton(socket.AF_INET, "blah") def test_inet_pton_ipv6_valid(self): # type: () -> None data = inet_pton(socket.AF_INET6, "::1") assert isinstance(data, bytes) def test_inet_pton_ipv6_bogus(self): # type: () -> None with self.assertRaises(socket.error): inet_pton(socket.AF_INET6, "blah") def test_inet_pton_bogus_family(self): # type: () -> None # Find an integer not associated with a known address family i = int(socket.AF_INET6) while True: if i != socket.AF_INET and i != socket.AF_INET6: break i += 100 with self.assertRaises(socket.error): inet_pton(i, "127.0.0.1") PK d��Z�g�!S S test/test_parse.pynu �[��� # -*- coding: utf-8 -*- from __future__ import unicode_literals from .common import HyperlinkTestCase from hyperlink import parse, EncodedURL, DecodedURL BASIC_URL = "http://example.com/#" TOTAL_URL = ( "https://%75%73%65%72:%00%00%00%00@xn--bcher-kva.ch:8080" "/a/nice%20nice/./path/?zot=23%25&zut#frég" ) UNDECODABLE_FRAG_URL = TOTAL_URL + "%C3" # the %C3 above percent-decodes to an unpaired \xc3 byte which makes this # invalid utf8 class TestURL(HyperlinkTestCase): def test_parse(self): # type: () -> None purl = parse(TOTAL_URL) assert isinstance(purl, DecodedURL) assert purl.user == "user" assert purl.get("zot") == ["23%"] assert purl.fragment == "frég" purl2 = parse(TOTAL_URL, decoded=False) assert isinstance(purl2, EncodedURL) assert purl2.get("zot") == ["23%25"] with self.assertRaises(UnicodeDecodeError): purl3 = parse(UNDECODABLE_FRAG_URL) purl3 = parse(UNDECODABLE_FRAG_URL, lazy=True) with self.assertRaises(UnicodeDecodeError): purl3.fragment PK d��Zߙ�� � test/test_scheme_registration.pynu �[��� # -*- coding: utf-8 -*- from __future__ import unicode_literals from typing import cast from .. import _url from .common import HyperlinkTestCase from .._url import register_scheme, URL, DecodedURL class TestSchemeRegistration(HyperlinkTestCase): def setUp(self): # type: () -> None self._orig_scheme_port_map = dict(_url.SCHEME_PORT_MAP) self._orig_no_netloc_schemes = set(_url.NO_NETLOC_SCHEMES) def tearDown(self): # type: () -> None _url.SCHEME_PORT_MAP = self._orig_scheme_port_map _url.NO_NETLOC_SCHEMES = self._orig_no_netloc_schemes def test_register_scheme_basic(self): # type: () -> None register_scheme("deltron", uses_netloc=True, default_port=3030) u1 = URL.from_text("deltron://example.com") assert u1.scheme == "deltron" assert u1.port == 3030 assert u1.uses_netloc is True # test netloc works even when the original gives no indication u2 = URL.from_text("deltron:") u2 = u2.replace(host="example.com") assert u2.to_text() == "deltron://example.com" # test default port means no emission u3 = URL.from_text("deltron://example.com:3030") assert u3.to_text() == "deltron://example.com" register_scheme("nonetron", default_port=3031) u4 = URL(scheme="nonetron") u4 = u4.replace(host="example.com") assert u4.to_text() == "nonetron://example.com" def test_register_no_netloc_scheme(self): # type: () -> None register_scheme("noloctron", uses_netloc=False) u4 = URL(scheme="noloctron") u4 = u4.replace(path=("example", "path")) assert u4.to_text() == "noloctron:example/path" def test_register_no_netloc_with_port(self): # type: () -> None with self.assertRaises(ValueError): register_scheme("badnetlocless", uses_netloc=False, default_port=7) def test_invalid_uses_netloc(self): # type: () -> None with self.assertRaises(ValueError): register_scheme("badnetloc", uses_netloc=cast(bool, None)) with self.assertRaises(ValueError): register_scheme("badnetloc", uses_netloc=cast(bool, object())) def test_register_invalid_uses_netloc(self): # type: () -> None with self.assertRaises(ValueError): register_scheme("lol", uses_netloc=cast(bool, object())) def test_register_invalid_port(self): # type: () -> None with self.assertRaises(ValueError): register_scheme("nope", default_port=cast(bool, object())) def test_register_no_quote_plus_scheme(self): # type: () -> None register_scheme("keepplus", query_plus_is_space=False) plus_is_not_space = DecodedURL.from_text( "keepplus://example.com/?q=a+b" ) plus_is_space = DecodedURL.from_text("https://example.com/?q=a+b") assert plus_is_not_space.get("q") == ["a+b"] assert plus_is_space.get("q") == ["a b"] PK d��Z 0с� � test/common.pynu �[��� from typing import Any, Callable, Optional, Type from unittest import TestCase class HyperlinkTestCase(TestCase): """This type mostly exists to provide a backwards-compatible assertRaises method for Python 2.6 testing. """ def assertRaises( # type: ignore[override] self, expected_exception, # type: Type[BaseException] callableObj=None, # type: Optional[Callable[..., Any]] *args, # type: Any **kwargs # type: Any ): # type: (...) -> Any """Fail unless an exception of class expected_exception is raised by callableObj when invoked with arguments args and keyword arguments kwargs. If a different type of exception is raised, it will not be caught, and the test case will be deemed to have suffered an error, exactly as for an unexpected exception. If called with callableObj omitted or None, will return a context object used like this:: with self.assertRaises(SomeException): do_something() The context manager keeps a reference to the exception as the 'exception' attribute. This allows you to inspect the exception after the assertion:: with self.assertRaises(SomeException) as cm: do_something() the_exception = cm.exception self.assertEqual(the_exception.error_code, 3) """ context = _AssertRaisesContext(expected_exception, self) if callableObj is None: return context with context: callableObj(*args, **kwargs) class _AssertRaisesContext(object): "A context manager used to implement HyperlinkTestCase.assertRaises." def __init__(self, expected, test_case): # type: (Type[BaseException], TestCase) -> None self.expected = expected self.failureException = test_case.failureException def __enter__(self): # type: () -> "_AssertRaisesContext" return self def __exit__(self, exc_type, exc_value, tb): # type: (Optional[Type[BaseException]], Any, Any) -> bool if exc_type is None: exc_name = self.expected.__name__ raise self.failureException("%s not raised" % (exc_name,)) if not issubclass(exc_type, self.expected): # let unexpected exceptions pass through return False self.exception = exc_value # store for later retrieval return True PK d��Z}a�a a test/test_common.pynu �[��� """ Tests for hyperlink.test.common """ from typing import Any from unittest import TestCase from .common import HyperlinkTestCase class _ExpectedException(Exception): """An exception used to test HyperlinkTestCase.assertRaises.""" class _UnexpectedException(Exception): """An exception used to test HyperlinkTestCase.assertRaises.""" class TestHyperlink(TestCase): """Tests for HyperlinkTestCase""" def setUp(self): # type: () -> None self.hyperlink_test = HyperlinkTestCase("run") def test_assertRaisesWithCallable(self): # type: () -> None """HyperlinkTestCase.assertRaises does not raise an AssertionError when given a callable that, when called with the provided arguments, raises the expected exception. """ called_with = [] def raisesExpected(*args, **kwargs): # type: (Any, Any) -> None called_with.append((args, kwargs)) raise _ExpectedException self.hyperlink_test.assertRaises( _ExpectedException, raisesExpected, 1, keyword=True ) self.assertEqual(called_with, [((1,), {"keyword": True})]) def test_assertRaisesWithCallableUnexpectedException(self): # type: () -> None """When given a callable that raises an unexpected exception, HyperlinkTestCase.assertRaises raises that exception. """ def doesNotRaiseExpected(*args, **kwargs): # type: (Any, Any) -> None raise _UnexpectedException try: self.hyperlink_test.assertRaises( _ExpectedException, doesNotRaiseExpected ) except _UnexpectedException: pass def test_assertRaisesWithCallableDoesNotRaise(self): # type: () -> None """HyperlinkTestCase.assertRaises raises an AssertionError when given a callable that, when called, does not raise any exception. """ def doesNotRaise(*args, **kwargs): # type: (Any, Any) -> None pass try: self.hyperlink_test.assertRaises(_ExpectedException, doesNotRaise) except AssertionError: pass def test_assertRaisesContextManager(self): # type: () -> None """HyperlinkTestCase.assertRaises does not raise an AssertionError when used as a context manager with a suite that raises the expected exception. The context manager stores the exception instance under its `exception` instance variable. """ with self.hyperlink_test.assertRaises(_ExpectedException) as cm: raise _ExpectedException self.assertTrue( # type: ignore[unreachable] isinstance(cm.exception, _ExpectedException) ) def test_assertRaisesContextManagerUnexpectedException(self): # type: () -> None """When used as a context manager with a block that raises an unexpected exception, HyperlinkTestCase.assertRaises raises that unexpected exception. """ try: with self.hyperlink_test.assertRaises(_ExpectedException): raise _UnexpectedException except _UnexpectedException: pass def test_assertRaisesContextManagerDoesNotRaise(self): # type: () -> None """HyperlinkTestcase.assertRaises raises an AssertionError when used as a context manager with a block that does not raise any exception. """ try: with self.hyperlink_test.assertRaises(_ExpectedException): pass except AssertionError: pass PK d��Z�T�?� ?� test/test_url.pynu �[��� # -*- coding: utf-8 -*- # Copyright (c) Twisted Matrix Laboratories. # See LICENSE for details. from __future__ import unicode_literals import sys import socket from typing import Any, Iterable, Optional, Text, Tuple, cast from .common import HyperlinkTestCase from .. import URL, URLParseError from .._url import inet_pton, SCHEME_PORT_MAP PY2 = sys.version_info[0] == 2 unicode = type("") BASIC_URL = "http://www.foo.com/a/nice/path/?zot=23&zut" # Examples from RFC 3986 section 5.4, Reference Resolution Examples relativeLinkBaseForRFC3986 = "http://a/b/c/d;p?q" relativeLinkTestsForRFC3986 = [ # "Normal" # ('g:h', 'g:h'), # can't click on a scheme-having url without an abs path ("g", "http://a/b/c/g"), ("./g", "http://a/b/c/g"), ("g/", "http://a/b/c/g/"), ("/g", "http://a/g"), ("//g", "http://g"), ("?y", "http://a/b/c/d;p?y"), ("g?y", "http://a/b/c/g?y"), ("#s", "http://a/b/c/d;p?q#s"), ("g#s", "http://a/b/c/g#s"), ("g?y#s", "http://a/b/c/g?y#s"), (";x", "http://a/b/c/;x"), ("g;x", "http://a/b/c/g;x"), ("g;x?y#s", "http://a/b/c/g;x?y#s"), ("", "http://a/b/c/d;p?q"), (".", "http://a/b/c/"), ("./", "http://a/b/c/"), ("..", "http://a/b/"), ("../", "http://a/b/"), ("../g", "http://a/b/g"), ("../..", "http://a/"), ("../../", "http://a/"), ("../../g", "http://a/g"), # Abnormal examples # ".." cannot be used to change the authority component of a URI. ("../../../g", "http://a/g"), ("../../../../g", "http://a/g"), # Only include "." and ".." when they are only part of a larger segment, # not by themselves. ("/./g", "http://a/g"), ("/../g", "http://a/g"), ("g.", "http://a/b/c/g."), (".g", "http://a/b/c/.g"), ("g..", "http://a/b/c/g.."), ("..g", "http://a/b/c/..g"), # Unnecessary or nonsensical forms of "." and "..". ("./../g", "http://a/b/g"), ("./g/.", "http://a/b/c/g/"), ("g/./h", "http://a/b/c/g/h"), ("g/../h", "http://a/b/c/h"), ("g;x=1/./y", "http://a/b/c/g;x=1/y"), ("g;x=1/../y", "http://a/b/c/y"), # Separating the reference's query and fragment components from the path. ("g?y/./x", "http://a/b/c/g?y/./x"), ("g?y/../x", "http://a/b/c/g?y/../x"), ("g#s/./x", "http://a/b/c/g#s/./x"), ("g#s/../x", "http://a/b/c/g#s/../x"), ] ROUNDTRIP_TESTS = ( "http://localhost", "http://localhost/", "http://127.0.0.1/", "http://[::127.0.0.1]/", "http://[::1]/", "http://localhost/foo", "http://localhost/foo/", "http://localhost/foo!!bar/", "http://localhost/foo%20bar/", "http://localhost/foo%2Fbar/", "http://localhost/foo?n", "http://localhost/foo?n=v", "http://localhost/foo?n=/a/b", "http://example.com/foo!@$bar?b!@z=123", "http://localhost/asd?a=asd%20sdf/345", "http://(%2525)/(%2525)?(%2525)&(%2525)=(%2525)#(%2525)", "http://(%C3%A9)/(%C3%A9)?(%C3%A9)&(%C3%A9)=(%C3%A9)#(%C3%A9)", "?sslrootcert=/Users/glyph/Downloads/rds-ca-2015-root.pem&sslmode=verify", # from boltons.urlutils' tests "http://googlewebsite.com/e-shops.aspx", "http://example.com:8080/search?q=123&business=Nothing%20Special", "http://hatnote.com:9000/?arg=1&arg=2&arg=3", "https://xn--bcher-kva.ch", "http://xn--ggbla1c4e.xn--ngbc5azd/", "http://tools.ietf.org/html/rfc3986#section-3.4", # 'http://wiki:pedia@hatnote.com', "ftp://ftp.rfc-editor.org/in-notes/tar/RFCs0001-0500.tar.gz", "http://[1080:0:0:0:8:800:200C:417A]/index.html", "ssh://192.0.2.16:2222/", "https://[::101.45.75.219]:80/?hi=bye", "ldap://[::192.9.5.5]/dc=example,dc=com??sub?(sn=Jensen)", "mailto:me@example.com?to=me@example.com&body=hi%20http://wikipedia.org", "news:alt.rec.motorcycle", "tel:+1-800-867-5309", "urn:oasis:member:A00024:x", ( "magnet:?xt=urn:btih:1a42b9e04e122b97a5254e3df77ab3c4b7da725f&dn=Puppy%" "20Linux%20precise-5.7.1.iso&tr=udp://tracker.openbittorrent.com:80&" "tr=udp://tracker.publicbt.com:80&tr=udp://tracker.istole.it:6969&" "tr=udp://tracker.ccc.de:80&tr=udp://open.demonii.com:1337" ), # percent-encoded delimiters in percent-encodable fields "https://%3A@example.com/", # colon in username "https://%40@example.com/", # at sign in username "https://%2f@example.com/", # slash in username "https://a:%3a@example.com/", # colon in password "https://a:%40@example.com/", # at sign in password "https://a:%2f@example.com/", # slash in password "https://a:%3f@example.com/", # question mark in password "https://example.com/%2F/", # slash in path "https://example.com/%3F/", # question mark in path "https://example.com/%23/", # hash in path "https://example.com/?%23=b", # hash in query param name "https://example.com/?%3D=b", # equals in query param name "https://example.com/?%26=b", # ampersand in query param name "https://example.com/?a=%23", # hash in query param value "https://example.com/?a=%26", # ampersand in query param value "https://example.com/?a=%3D", # equals in query param value "https://example.com/?foo+bar=baz", # plus in query param name "https://example.com/?foo=bar+baz", # plus in query param value # double-encoded percent sign in all percent-encodable positions: "http://(%2525):(%2525)@example.com/(%2525)/?(%2525)=(%2525)#(%2525)", # colon in first part of schemeless relative url "first_seg_rel_path__colon%3Anotok/second_seg__colon%3Aok", ) class TestURL(HyperlinkTestCase): """ Tests for L{URL}. """ def assertUnicoded(self, u): # type: (URL) -> None """ The given L{URL}'s components should be L{unicode}. @param u: The L{URL} to test. """ self.assertTrue( isinstance(u.scheme, unicode) or u.scheme is None, repr(u) ) self.assertTrue(isinstance(u.host, unicode) or u.host is None, repr(u)) for seg in u.path: self.assertEqual(type(seg), unicode, repr(u)) for (_k, v) in u.query: self.assertEqual(type(seg), unicode, repr(u)) self.assertTrue(v is None or isinstance(v, unicode), repr(u)) self.assertEqual(type(u.fragment), unicode, repr(u)) def assertURL( self, u, # type: URL scheme, # type: Text host, # type: Text path, # type: Iterable[Text] query, # type: Iterable[Tuple[Text, Optional[Text]]] fragment, # type: Text port, # type: Optional[int] userinfo="", # type: Text ): # type: (...) -> None """ The given L{URL} should have the given components. @param u: The actual L{URL} to examine. @param scheme: The expected scheme. @param host: The expected host. @param path: The expected path. @param query: The expected query. @param fragment: The expected fragment. @param port: The expected port. @param userinfo: The expected userinfo. """ actual = ( u.scheme, u.host, u.path, u.query, u.fragment, u.port, u.userinfo, ) expected = ( scheme, host, tuple(path), tuple(query), fragment, port, u.userinfo, ) self.assertEqual(actual, expected) def test_initDefaults(self): # type: () -> None """ L{URL} should have appropriate default values. """ def check(u): # type: (URL) -> None self.assertUnicoded(u) self.assertURL(u, "http", "", [], [], "", 80, "") check(URL("http", "")) check(URL("http", "", [], [])) check(URL("http", "", [], [], "")) def test_init(self): # type: () -> None """ L{URL} should accept L{unicode} parameters. """ u = URL("s", "h", ["p"], [("k", "v"), ("k", None)], "f") self.assertUnicoded(u) self.assertURL(u, "s", "h", ["p"], [("k", "v"), ("k", None)], "f", None) self.assertURL( URL("http", "\xe0", ["\xe9"], [("\u03bb", "\u03c0")], "\u22a5"), "http", "\xe0", ["\xe9"], [("\u03bb", "\u03c0")], "\u22a5", 80, ) def test_initPercent(self): # type: () -> None """ L{URL} should accept (and not interpret) percent characters. """ u = URL("s", "%68", ["%70"], [("%6B", "%76"), ("%6B", None)], "%66") self.assertUnicoded(u) self.assertURL( u, "s", "%68", ["%70"], [("%6B", "%76"), ("%6B", None)], "%66", None ) def test_repr(self): # type: () -> None """ L{URL.__repr__} will display the canonical form of the URL, wrapped in a L{URL.from_text} invocation, so that it is C{eval}-able but still easy to read. """ self.assertEqual( repr( URL( scheme="http", host="foo", path=["bar"], query=[("baz", None), ("k", "v")], fragment="frob", ) ), "URL.from_text(%s)" % (repr("http://foo/bar?baz&k=v#frob"),), ) def test_from_text(self): # type: () -> None """ Round-tripping L{URL.from_text} with C{str} results in an equivalent URL. """ urlpath = URL.from_text(BASIC_URL) self.assertEqual(BASIC_URL, urlpath.to_text()) def test_roundtrip(self): # type: () -> None """ L{URL.to_text} should invert L{URL.from_text}. """ for test in ROUNDTRIP_TESTS: result = URL.from_text(test).to_text(with_password=True) self.assertEqual(test, result) def test_roundtrip_double_iri(self): # type: () -> None for test in ROUNDTRIP_TESTS: url = URL.from_text(test) iri = url.to_iri() double_iri = iri.to_iri() assert iri == double_iri iri_text = iri.to_text(with_password=True) double_iri_text = double_iri.to_text(with_password=True) assert iri_text == double_iri_text return def test_equality(self): # type: () -> None """ Two URLs decoded using L{URL.from_text} will be equal (C{==}) if they decoded same URL string, and unequal (C{!=}) if they decoded different strings. """ urlpath = URL.from_text(BASIC_URL) self.assertEqual(urlpath, URL.from_text(BASIC_URL)) self.assertNotEqual( urlpath, URL.from_text( "ftp://www.anotherinvaliddomain.com/" "foo/bar/baz/?zot=21&zut" ), ) def test_fragmentEquality(self): # type: () -> None """ An URL created with the empty string for a fragment compares equal to an URL created with an unspecified fragment. """ self.assertEqual(URL(fragment=""), URL()) self.assertEqual( URL.from_text("http://localhost/#"), URL.from_text("http://localhost/"), ) def test_child(self): # type: () -> None """ L{URL.child} appends a new path segment, but does not affect the query or fragment. """ urlpath = URL.from_text(BASIC_URL) self.assertEqual( "http://www.foo.com/a/nice/path/gong?zot=23&zut", urlpath.child("gong").to_text(), ) self.assertEqual( "http://www.foo.com/a/nice/path/gong%2F?zot=23&zut", urlpath.child("gong/").to_text(), ) self.assertEqual( "http://www.foo.com/a/nice/path/gong%2Fdouble?zot=23&zut", urlpath.child("gong/double").to_text(), ) self.assertEqual( "http://www.foo.com/a/nice/path/gong%2Fdouble%2F?zot=23&zut", urlpath.child("gong/double/").to_text(), ) def test_multiChild(self): # type: () -> None """ L{URL.child} receives multiple segments as C{*args} and appends each in turn. """ url = URL.from_text("http://example.com/a/b") self.assertEqual( url.child("c", "d", "e").to_text(), "http://example.com/a/b/c/d/e" ) def test_childInitRoot(self): # type: () -> None """ L{URL.child} of a L{URL} without a path produces a L{URL} with a single path segment. """ childURL = URL(host="www.foo.com").child("c") self.assertTrue(childURL.rooted) self.assertEqual("http://www.foo.com/c", childURL.to_text()) def test_emptyChild(self): # type: () -> None """ L{URL.child} without any new segments returns the original L{URL}. """ url = URL(host="www.foo.com") self.assertEqual(url.child(), url) def test_sibling(self): # type: () -> None """ L{URL.sibling} of a L{URL} replaces the last path segment, but does not affect the query or fragment. """ urlpath = URL.from_text(BASIC_URL) self.assertEqual( "http://www.foo.com/a/nice/path/sister?zot=23&zut", urlpath.sibling("sister").to_text(), ) # Use an url without trailing '/' to check child removal. url_text = "http://www.foo.com/a/nice/path?zot=23&zut" urlpath = URL.from_text(url_text) self.assertEqual( "http://www.foo.com/a/nice/sister?zot=23&zut", urlpath.sibling("sister").to_text(), ) def test_click(self): # type: () -> None """ L{URL.click} interprets the given string as a relative URI-reference and returns a new L{URL} interpreting C{self} as the base absolute URI. """ urlpath = URL.from_text(BASIC_URL) # A null uri should be valid (return here). self.assertEqual( "http://www.foo.com/a/nice/path/?zot=23&zut", urlpath.click("").to_text(), ) # A simple relative path remove the query. self.assertEqual( "http://www.foo.com/a/nice/path/click", urlpath.click("click").to_text(), ) # An absolute path replace path and query. self.assertEqual( "http://www.foo.com/click", urlpath.click("/click").to_text() ) # Replace just the query. self.assertEqual( "http://www.foo.com/a/nice/path/?burp", urlpath.click("?burp").to_text(), ) # One full url to another should not generate '//' between authority. # and path self.assertTrue( "//foobar" not in urlpath.click("http://www.foo.com/foobar").to_text() ) # From a url with no query clicking a url with a query, the query # should be handled properly. u = URL.from_text("http://www.foo.com/me/noquery") self.assertEqual( "http://www.foo.com/me/17?spam=158", u.click("/me/17?spam=158").to_text(), ) # Check that everything from the path onward is removed when the click # link has no path. u = URL.from_text("http://localhost/foo?abc=def") self.assertEqual( u.click("http://www.python.org").to_text(), "http://www.python.org" ) # https://twistedmatrix.com/trac/ticket/8184 u = URL.from_text("http://hatnote.com/a/b/../c/./d/e/..") res = "http://hatnote.com/a/c/d/" self.assertEqual(u.click("").to_text(), res) # test click default arg is same as empty string above self.assertEqual(u.click().to_text(), res) # test click on a URL instance u = URL.fromText("http://localhost/foo/?abc=def") u2 = URL.from_text("bar") u3 = u.click(u2) self.assertEqual(u3.to_text(), "http://localhost/foo/bar") def test_clickRFC3986(self): # type: () -> None """ L{URL.click} should correctly resolve the examples in RFC 3986. """ base = URL.from_text(relativeLinkBaseForRFC3986) for (ref, expected) in relativeLinkTestsForRFC3986: self.assertEqual(base.click(ref).to_text(), expected) def test_clickSchemeRelPath(self): # type: () -> None """ L{URL.click} should not accept schemes with relative paths. """ base = URL.from_text(relativeLinkBaseForRFC3986) self.assertRaises(NotImplementedError, base.click, "g:h") self.assertRaises(NotImplementedError, base.click, "http:h") def test_cloneUnchanged(self): # type: () -> None """ Verify that L{URL.replace} doesn't change any of the arguments it is passed. """ urlpath = URL.from_text("https://x:1/y?z=1#A") self.assertEqual( urlpath.replace( urlpath.scheme, urlpath.host, urlpath.path, urlpath.query, urlpath.fragment, urlpath.port, ), urlpath, ) self.assertEqual(urlpath.replace(), urlpath) def test_clickCollapse(self): # type: () -> None """ L{URL.click} collapses C{.} and C{..} according to RFC 3986 section 5.2.4. """ tests = [ ["http://localhost/", ".", "http://localhost/"], ["http://localhost/", "..", "http://localhost/"], ["http://localhost/a/b/c", ".", "http://localhost/a/b/"], ["http://localhost/a/b/c", "..", "http://localhost/a/"], ["http://localhost/a/b/c", "./d/e", "http://localhost/a/b/d/e"], ["http://localhost/a/b/c", "../d/e", "http://localhost/a/d/e"], ["http://localhost/a/b/c", "/./d/e", "http://localhost/d/e"], ["http://localhost/a/b/c", "/../d/e", "http://localhost/d/e"], [ "http://localhost/a/b/c/", "../../d/e/", "http://localhost/a/d/e/", ], ["http://localhost/a/./c", "../d/e", "http://localhost/d/e"], ["http://localhost/a/./c/", "../d/e", "http://localhost/a/d/e"], [ "http://localhost/a/b/c/d", "./e/../f/../g", "http://localhost/a/b/c/g", ], ["http://localhost/a/b/c", "d//e", "http://localhost/a/b/d//e"], ] for start, click, expected in tests: actual = URL.from_text(start).click(click).to_text() self.assertEqual( actual, expected, "{start}.click({click}) => {actual} not {expected}".format( start=start, click=repr(click), actual=actual, expected=expected, ), ) def test_queryAdd(self): # type: () -> None """ L{URL.add} adds query parameters. """ self.assertEqual( "http://www.foo.com/a/nice/path/?foo=bar", URL.from_text("http://www.foo.com/a/nice/path/") .add("foo", "bar") .to_text(), ) self.assertEqual( "http://www.foo.com/?foo=bar", URL(host="www.foo.com").add("foo", "bar").to_text(), ) urlpath = URL.from_text(BASIC_URL) self.assertEqual( "http://www.foo.com/a/nice/path/?zot=23&zut&burp", urlpath.add("burp").to_text(), ) self.assertEqual( "http://www.foo.com/a/nice/path/?zot=23&zut&burp=xxx", urlpath.add("burp", "xxx").to_text(), ) self.assertEqual( "http://www.foo.com/a/nice/path/?zot=23&zut&burp=xxx&zing", urlpath.add("burp", "xxx").add("zing").to_text(), ) # Note the inversion! self.assertEqual( "http://www.foo.com/a/nice/path/?zot=23&zut&zing&burp=xxx", urlpath.add("zing").add("burp", "xxx").to_text(), ) # Note the two values for the same name. self.assertEqual( "http://www.foo.com/a/nice/path/?zot=23&zut&burp=xxx&zot=32", urlpath.add("burp", "xxx").add("zot", "32").to_text(), ) def test_querySet(self): # type: () -> None """ L{URL.set} replaces query parameters by name. """ urlpath = URL.from_text(BASIC_URL) self.assertEqual( "http://www.foo.com/a/nice/path/?zot=32&zut", urlpath.set("zot", "32").to_text(), ) # Replace name without value with name/value and vice-versa. self.assertEqual( "http://www.foo.com/a/nice/path/?zot&zut=itworked", urlpath.set("zot").set("zut", "itworked").to_text(), ) # Q: what happens when the query has two values and we replace? # A: we replace both values with a single one self.assertEqual( "http://www.foo.com/a/nice/path/?zot=32&zut", urlpath.add("zot", "xxx").set("zot", "32").to_text(), ) def test_queryRemove(self): # type: () -> None """ L{URL.remove} removes instances of a query parameter. """ url = URL.from_text("https://example.com/a/b/?foo=1&bar=2&foo=3") self.assertEqual( url.remove("foo"), URL.from_text("https://example.com/a/b/?bar=2") ) self.assertEqual( url.remove(name="foo", value="1"), URL.from_text("https://example.com/a/b/?bar=2&foo=3"), ) self.assertEqual( url.remove(name="foo", limit=1), URL.from_text("https://example.com/a/b/?bar=2&foo=3"), ) self.assertEqual( url.remove(name="foo", value="1", limit=0), URL.from_text("https://example.com/a/b/?foo=1&bar=2&foo=3"), ) def test_parseEqualSignInParamValue(self): # type: () -> None """ Every C{=}-sign after the first in a query parameter is simply included in the value of the parameter. """ u = URL.from_text("http://localhost/?=x=x=x") self.assertEqual(u.get(""), ["x=x=x"]) self.assertEqual(u.to_text(), "http://localhost/?=x=x=x") u = URL.from_text("http://localhost/?foo=x=x=x&bar=y") self.assertEqual(u.query, (("foo", "x=x=x"), ("bar", "y"))) self.assertEqual(u.to_text(), "http://localhost/?foo=x=x=x&bar=y") u = URL.from_text( "https://example.com/?argument=3&argument=4&operator=%3D" ) iri = u.to_iri() self.assertEqual(iri.get("operator"), ["="]) # assert that the equals is not unnecessarily escaped self.assertEqual(iri.to_uri().get("operator"), ["="]) def test_empty(self): # type: () -> None """ An empty L{URL} should serialize as the empty string. """ self.assertEqual(URL().to_text(), "") def test_justQueryText(self): # type: () -> None """ An L{URL} with query text should serialize as just query text. """ u = URL(query=[("hello", "world")]) self.assertEqual(u.to_text(), "?hello=world") def test_identicalEqual(self): # type: () -> None """ L{URL} compares equal to itself. """ u = URL.from_text("http://localhost/") self.assertEqual(u, u) def test_similarEqual(self): # type: () -> None """ URLs with equivalent components should compare equal. """ u1 = URL.from_text("http://u@localhost:8080/p/a/t/h?q=p#f") u2 = URL.from_text("http://u@localhost:8080/p/a/t/h?q=p#f") self.assertEqual(u1, u2) def test_differentNotEqual(self): # type: () -> None """ L{URL}s that refer to different resources are both unequal (C{!=}) and also not equal (not C{==}). """ u1 = URL.from_text("http://localhost/a") u2 = URL.from_text("http://localhost/b") self.assertFalse(u1 == u2, "%r != %r" % (u1, u2)) self.assertNotEqual(u1, u2) def test_otherTypesNotEqual(self): # type: () -> None """ L{URL} is not equal (C{==}) to other types. """ u = URL.from_text("http://localhost/") self.assertFalse(u == 42, "URL must not equal a number.") self.assertFalse(u == object(), "URL must not equal an object.") self.assertNotEqual(u, 42) self.assertNotEqual(u, object()) def test_identicalNotUnequal(self): # type: () -> None """ Identical L{URL}s are not unequal (C{!=}) to each other. """ u = URL.from_text("http://u@localhost:8080/p/a/t/h?q=p#f") self.assertFalse(u != u, "%r == itself" % u) def test_similarNotUnequal(self): # type: () -> None """ Structurally similar L{URL}s are not unequal (C{!=}) to each other. """ u1 = URL.from_text("http://u@localhost:8080/p/a/t/h?q=p#f") u2 = URL.from_text("http://u@localhost:8080/p/a/t/h?q=p#f") self.assertFalse(u1 != u2, "%r == %r" % (u1, u2)) def test_differentUnequal(self): # type: () -> None """ Structurally different L{URL}s are unequal (C{!=}) to each other. """ u1 = URL.from_text("http://localhost/a") u2 = URL.from_text("http://localhost/b") self.assertTrue(u1 != u2, "%r == %r" % (u1, u2)) def test_otherTypesUnequal(self): # type: () -> None """ L{URL} is unequal (C{!=}) to other types. """ u = URL.from_text("http://localhost/") self.assertTrue(u != 42, "URL must differ from a number.") self.assertTrue(u != object(), "URL must be differ from an object.") def test_asURI(self): # type: () -> None """ L{URL.asURI} produces an URI which converts any URI unicode encoding into pure US-ASCII and returns a new L{URL}. """ unicodey = ( "http://\N{LATIN SMALL LETTER E WITH ACUTE}.com/" "\N{LATIN SMALL LETTER E}\N{COMBINING ACUTE ACCENT}" "?\N{LATIN SMALL LETTER A}\N{COMBINING ACUTE ACCENT}=" "\N{LATIN SMALL LETTER I}\N{COMBINING ACUTE ACCENT}" "#\N{LATIN SMALL LETTER U}\N{COMBINING ACUTE ACCENT}" ) iri = URL.from_text(unicodey) uri = iri.asURI() self.assertEqual(iri.host, "\N{LATIN SMALL LETTER E WITH ACUTE}.com") self.assertEqual( iri.path[0], "\N{LATIN SMALL LETTER E}\N{COMBINING ACUTE ACCENT}" ) self.assertEqual(iri.to_text(), unicodey) expectedURI = "http://xn--9ca.com/%C3%A9?%C3%A1=%C3%AD#%C3%BA" actualURI = uri.to_text() self.assertEqual( actualURI, expectedURI, "%r != %r" % (actualURI, expectedURI) ) def test_asIRI(self): # type: () -> None """ L{URL.asIRI} decodes any percent-encoded text in the URI, making it more suitable for reading by humans, and returns a new L{URL}. """ asciiish = "http://xn--9ca.com/%C3%A9?%C3%A1=%C3%AD#%C3%BA" uri = URL.from_text(asciiish) iri = uri.asIRI() self.assertEqual(uri.host, "xn--9ca.com") self.assertEqual(uri.path[0], "%C3%A9") self.assertEqual(uri.to_text(), asciiish) expectedIRI = ( "http://\N{LATIN SMALL LETTER E WITH ACUTE}.com/" "\N{LATIN SMALL LETTER E WITH ACUTE}" "?\N{LATIN SMALL LETTER A WITH ACUTE}=" "\N{LATIN SMALL LETTER I WITH ACUTE}" "#\N{LATIN SMALL LETTER U WITH ACUTE}" ) actualIRI = iri.to_text() self.assertEqual( actualIRI, expectedIRI, "%r != %r" % (actualIRI, expectedIRI) ) def test_badUTF8AsIRI(self): # type: () -> None """ Bad UTF-8 in a path segment, query parameter, or fragment results in that portion of the URI remaining percent-encoded in the IRI. """ urlWithBinary = "http://xn--9ca.com/%00%FF/%C3%A9" uri = URL.from_text(urlWithBinary) iri = uri.asIRI() expectedIRI = ( "http://\N{LATIN SMALL LETTER E WITH ACUTE}.com/" "%00%FF/" "\N{LATIN SMALL LETTER E WITH ACUTE}" ) actualIRI = iri.to_text() self.assertEqual( actualIRI, expectedIRI, "%r != %r" % (actualIRI, expectedIRI) ) def test_alreadyIRIAsIRI(self): # type: () -> None """ A L{URL} composed of non-ASCII text will result in non-ASCII text. """ unicodey = ( "http://\N{LATIN SMALL LETTER E WITH ACUTE}.com/" "\N{LATIN SMALL LETTER E}\N{COMBINING ACUTE ACCENT}" "?\N{LATIN SMALL LETTER A}\N{COMBINING ACUTE ACCENT}=" "\N{LATIN SMALL LETTER I}\N{COMBINING ACUTE ACCENT}" "#\N{LATIN SMALL LETTER U}\N{COMBINING ACUTE ACCENT}" ) iri = URL.from_text(unicodey) alsoIRI = iri.asIRI() self.assertEqual(alsoIRI.to_text(), unicodey) def test_alreadyURIAsURI(self): # type: () -> None """ A L{URL} composed of encoded text will remain encoded. """ expectedURI = "http://xn--9ca.com/%C3%A9?%C3%A1=%C3%AD#%C3%BA" uri = URL.from_text(expectedURI) actualURI = uri.asURI().to_text() self.assertEqual(actualURI, expectedURI) def test_userinfo(self): # type: () -> None """ L{URL.from_text} will parse the C{userinfo} portion of the URI separately from the host and port. """ url = URL.from_text( "http://someuser:somepassword@example.com/some-segment@ignore" ) self.assertEqual( url.authority(True), "someuser:somepassword@example.com" ) self.assertEqual(url.authority(False), "someuser:@example.com") self.assertEqual(url.userinfo, "someuser:somepassword") self.assertEqual(url.user, "someuser") self.assertEqual( url.to_text(), "http://someuser:@example.com/some-segment@ignore" ) self.assertEqual( url.replace(userinfo="someuser").to_text(), "http://someuser@example.com/some-segment@ignore", ) def test_portText(self): # type: () -> None """ L{URL.from_text} parses custom port numbers as integers. """ portURL = URL.from_text("http://www.example.com:8080/") self.assertEqual(portURL.port, 8080) self.assertEqual(portURL.to_text(), "http://www.example.com:8080/") def test_mailto(self): # type: () -> None """ Although L{URL} instances are mainly for dealing with HTTP, other schemes (such as C{mailto:}) should work as well. For example, L{URL.from_text}/L{URL.to_text} round-trips cleanly for a C{mailto:} URL representing an email address. """ self.assertEqual( URL.from_text("mailto:user@example.com").to_text(), "mailto:user@example.com", ) def test_httpWithoutHost(self): # type: () -> None """ An HTTP URL without a hostname, but with a path, should also round-trip cleanly. """ without_host = URL.from_text("http:relative-path") self.assertEqual(without_host.host, "") self.assertEqual(without_host.path, ("relative-path",)) self.assertEqual(without_host.uses_netloc, False) self.assertEqual(without_host.to_text(), "http:relative-path") def test_queryIterable(self): # type: () -> None """ When a L{URL} is created with a C{query} argument, the C{query} argument is converted into an N-tuple of 2-tuples, sensibly handling dictionaries. """ expected = (("alpha", "beta"),) url = URL(query=[("alpha", "beta")]) self.assertEqual(url.query, expected) url = URL(query={"alpha": "beta"}) self.assertEqual(url.query, expected) def test_pathIterable(self): # type: () -> None """ When a L{URL} is created with a C{path} argument, the C{path} is converted into a tuple. """ url = URL(path=["hello", "world"]) self.assertEqual(url.path, ("hello", "world")) def test_invalidArguments(self): # type: () -> None """ Passing an argument of the wrong type to any of the constructor arguments of L{URL} will raise a descriptive L{TypeError}. L{URL} typechecks very aggressively to ensure that its constitutent parts are all properly immutable and to prevent confusing errors when bad data crops up in a method call long after the code that called the constructor is off the stack. """ class Unexpected(object): def __str__(self): # type: () -> str return "wrong" def __repr__(self): # type: () -> str return "<unexpected>" defaultExpectation = "unicode" if bytes is str else "str" def assertRaised(raised, expectation, name): # type: (Any, Text, Text) -> None self.assertEqual( str(raised.exception), "expected {0} for {1}, got {2}".format( expectation, name, "<unexpected>" ), ) def check(param, expectation=defaultExpectation): # type: (Any, str) -> None with self.assertRaises(TypeError) as raised: URL(**{param: Unexpected()}) # type: ignore[arg-type] assertRaised(raised, expectation, param) check("scheme") check("host") check("fragment") check("rooted", "bool") check("userinfo") check("port", "int or NoneType") with self.assertRaises(TypeError) as raised: URL(path=[cast(Text, Unexpected())]) assertRaised(raised, defaultExpectation, "path segment") with self.assertRaises(TypeError) as raised: URL(query=[("name", cast(Text, Unexpected()))]) assertRaised( raised, defaultExpectation + " or NoneType", "query parameter value" ) with self.assertRaises(TypeError) as raised: URL(query=[(cast(Text, Unexpected()), "value")]) assertRaised(raised, defaultExpectation, "query parameter name") # No custom error message for this one, just want to make sure # non-2-tuples don't get through. with self.assertRaises(TypeError): URL(query=[cast(Tuple[Text, Text], Unexpected())]) with self.assertRaises(ValueError): URL(query=[cast(Tuple[Text, Text], ("k", "v", "vv"))]) with self.assertRaises(ValueError): URL(query=[cast(Tuple[Text, Text], ("k",))]) url = URL.from_text("https://valid.example.com/") with self.assertRaises(TypeError) as raised: url.child(cast(Text, Unexpected())) assertRaised(raised, defaultExpectation, "path segment") with self.assertRaises(TypeError) as raised: url.sibling(cast(Text, Unexpected())) assertRaised(raised, defaultExpectation, "path segment") with self.assertRaises(TypeError) as raised: url.click(cast(Text, Unexpected())) assertRaised(raised, defaultExpectation, "relative URL") def test_technicallyTextIsIterableBut(self): # type: () -> None """ Technically, L{str} (or L{unicode}, as appropriate) is iterable, but C{URL(path="foo")} resulting in C{URL.from_text("f/o/o")} is never what you want. """ with self.assertRaises(TypeError) as raised: URL(path="foo") self.assertEqual( str(raised.exception), "expected iterable of text for path, not: {0}".format(repr("foo")), ) def test_netloc(self): # type: () -> None url = URL(scheme="https") self.assertEqual(url.uses_netloc, True) self.assertEqual(url.to_text(), "https://") # scheme, no host, no path, no netloc hack self.assertEqual(URL.from_text("https:").uses_netloc, False) # scheme, no host, absolute path, no netloc hack self.assertEqual(URL.from_text("https:/").uses_netloc, False) # scheme, no host, no path, netloc hack to indicate :// syntax self.assertEqual(URL.from_text("https://").uses_netloc, True) url = URL(scheme="https", uses_netloc=False) self.assertEqual(url.uses_netloc, False) self.assertEqual(url.to_text(), "https:") url = URL(scheme="git+https") self.assertEqual(url.uses_netloc, True) self.assertEqual(url.to_text(), "git+https://") url = URL(scheme="mailto") self.assertEqual(url.uses_netloc, False) self.assertEqual(url.to_text(), "mailto:") url = URL(scheme="ztp") self.assertEqual(url.uses_netloc, None) self.assertEqual(url.to_text(), "ztp:") url = URL.from_text("ztp://test.com") self.assertEqual(url.uses_netloc, True) url = URL.from_text("ztp:test:com") self.assertEqual(url.uses_netloc, False) def test_ipv6_with_port(self): # type: () -> None t = "https://[2001:0db8:85a3:0000:0000:8a2e:0370:7334]:80/" url = URL.from_text(t) assert url.host == "2001:0db8:85a3:0000:0000:8a2e:0370:7334" assert url.port == 80 assert SCHEME_PORT_MAP[url.scheme] != url.port def test_basic(self): # type: () -> None text = "https://user:pass@example.com/path/to/here?k=v#nice" url = URL.from_text(text) assert url.scheme == "https" assert url.userinfo == "user:pass" assert url.host == "example.com" assert url.path == ("path", "to", "here") assert url.fragment == "nice" text = "https://user:pass@127.0.0.1/path/to/here?k=v#nice" url = URL.from_text(text) assert url.scheme == "https" assert url.userinfo == "user:pass" assert url.host == "127.0.0.1" assert url.path == ("path", "to", "here") text = "https://user:pass@[::1]/path/to/here?k=v#nice" url = URL.from_text(text) assert url.scheme == "https" assert url.userinfo == "user:pass" assert url.host == "::1" assert url.path == ("path", "to", "here") def test_invalid_url(self): # type: () -> None self.assertRaises(URLParseError, URL.from_text, "#\n\n") def test_invalid_authority_url(self): # type: () -> None self.assertRaises(URLParseError, URL.from_text, "http://abc:\n\n/#") def test_invalid_ipv6(self): # type: () -> None invalid_ipv6_ips = [ "2001::0234:C1ab::A0:aabc:003F", "2001::1::3F", ":", "::::", "::256.0.0.1", ] for ip in invalid_ipv6_ips: url_text = "http://[" + ip + "]" self.assertRaises(socket.error, inet_pton, socket.AF_INET6, ip) self.assertRaises(URLParseError, URL.from_text, url_text) def test_invalid_port(self): # type: () -> None self.assertRaises(URLParseError, URL.from_text, "ftp://portmouth:smash") self.assertRaises( ValueError, URL.from_text, "http://reader.googlewebsite.com:neverforget", ) def test_idna(self): # type: () -> None u1 = URL.from_text("http://bücher.ch") self.assertEqual(u1.host, "bücher.ch") self.assertEqual(u1.to_text(), "http://bücher.ch") self.assertEqual(u1.to_uri().to_text(), "http://xn--bcher-kva.ch") u2 = URL.from_text("https://xn--bcher-kva.ch") self.assertEqual(u2.host, "xn--bcher-kva.ch") self.assertEqual(u2.to_text(), "https://xn--bcher-kva.ch") self.assertEqual(u2.to_iri().to_text(), "https://bücher.ch") def test_netloc_slashes(self): # type: () -> None # basic sanity checks url = URL.from_text("mailto:mahmoud@hatnote.com") self.assertEqual(url.scheme, "mailto") self.assertEqual(url.to_text(), "mailto:mahmoud@hatnote.com") url = URL.from_text("http://hatnote.com") self.assertEqual(url.scheme, "http") self.assertEqual(url.to_text(), "http://hatnote.com") # test that unrecognized schemes stay consistent with '//' url = URL.from_text("newscheme:a:b:c") self.assertEqual(url.scheme, "newscheme") self.assertEqual(url.to_text(), "newscheme:a:b:c") url = URL.from_text("newerscheme://a/b/c") self.assertEqual(url.scheme, "newerscheme") self.assertEqual(url.to_text(), "newerscheme://a/b/c") # test that reasonable guesses are made url = URL.from_text("git+ftp://gitstub.biz/glyph/lefkowitz") self.assertEqual(url.scheme, "git+ftp") self.assertEqual(url.to_text(), "git+ftp://gitstub.biz/glyph/lefkowitz") url = URL.from_text("what+mailto:freerealestate@enotuniq.org") self.assertEqual(url.scheme, "what+mailto") self.assertEqual( url.to_text(), "what+mailto:freerealestate@enotuniq.org" ) url = URL(scheme="ztp", path=("x", "y", "z"), rooted=True) self.assertEqual(url.to_text(), "ztp:/x/y/z") # also works when the input doesn't include '//' url = URL( scheme="git+ftp", path=("x", "y", "z", ""), rooted=True, uses_netloc=True, ) # broken bc urlunsplit self.assertEqual(url.to_text(), "git+ftp:///x/y/z/") # really why would this ever come up but ok url = URL.from_text("file:///path/to/heck") url2 = url.replace(scheme="mailto") self.assertEqual(url2.to_text(), "mailto:/path/to/heck") url_text = "unregisteredscheme:///a/b/c" url = URL.from_text(url_text) no_netloc_url = url.replace(uses_netloc=False) self.assertEqual(no_netloc_url.to_text(), "unregisteredscheme:/a/b/c") netloc_url = url.replace(uses_netloc=True) self.assertEqual(netloc_url.to_text(), url_text) return def test_rooted_to_relative(self): # type: () -> None """ On host-relative URLs, the C{rooted} flag can be updated to indicate that the path should no longer be treated as absolute. """ a = URL(path=["hello"]) self.assertEqual(a.to_text(), "hello") b = a.replace(rooted=True) self.assertEqual(b.to_text(), "/hello") self.assertNotEqual(a, b) def test_autorooted(self): # type: () -> None """ The C{rooted} flag can be updated in some cases, but it cannot be made to conflict with other facts surrounding the URL; for example, all URLs involving an authority (host) are inherently rooted because it is not syntactically possible to express otherwise; also, once an unrooted URL gains a path that starts with an empty string, that empty string is elided and it becomes rooted, because these cases are syntactically indistinguisable in real URL text. """ relative_path_rooted = URL(path=["", "foo"], rooted=False) self.assertEqual(relative_path_rooted.rooted, True) relative_flag_rooted = URL(path=["foo"], rooted=True) self.assertEqual(relative_flag_rooted.rooted, True) self.assertEqual(relative_path_rooted, relative_flag_rooted) attempt_unrooted_absolute = URL(host="foo", path=["bar"], rooted=False) normal_absolute = URL(host="foo", path=["bar"]) self.assertEqual(attempt_unrooted_absolute, normal_absolute) self.assertEqual(normal_absolute.rooted, True) self.assertEqual(attempt_unrooted_absolute.rooted, True) def test_rooted_with_port_but_no_host(self): # type: () -> None """ URLs which include a ``://`` netloc-separator for any reason are inherently rooted, regardless of the value or presence of the ``rooted`` constructor argument. They may include a netloc-separator because their constructor was directly invoked with an explicit host or port, or because they were parsed from a string which included the literal ``://`` separator. """ directly_constructed = URL(scheme="udp", port=4900, rooted=False) directly_constructed_implict = URL(scheme="udp", port=4900) directly_constructed_rooted = URL(scheme="udp", port=4900, rooted=True) self.assertEqual(directly_constructed.rooted, True) self.assertEqual(directly_constructed_implict.rooted, True) self.assertEqual(directly_constructed_rooted.rooted, True) parsed = URL.from_text("udp://:4900") self.assertEqual(str(directly_constructed), str(parsed)) self.assertEqual(str(directly_constructed_implict), str(parsed)) self.assertEqual(directly_constructed.asText(), parsed.asText()) self.assertEqual(directly_constructed, parsed) self.assertEqual(directly_constructed, directly_constructed_implict) self.assertEqual(directly_constructed, directly_constructed_rooted) self.assertEqual(directly_constructed_implict, parsed) self.assertEqual(directly_constructed_rooted, parsed) def test_wrong_constructor(self): # type: () -> None with self.assertRaises(ValueError): # whole URL not allowed URL(BASIC_URL) with self.assertRaises(ValueError): # explicitly bad scheme not allowed URL("HTTP_____more_like_imHoTTeP") def test_encoded_userinfo(self): # type: () -> None url = URL.from_text("http://user:pass@example.com") assert url.userinfo == "user:pass" url = url.replace(userinfo="us%20her:pass") iri = url.to_iri() assert ( iri.to_text(with_password=True) == "http://us her:pass@example.com" ) assert iri.to_text(with_password=False) == "http://us her:@example.com" assert ( iri.to_uri().to_text(with_password=True) == "http://us%20her:pass@example.com" ) def test_hash(self): # type: () -> None url_map = {} url1 = URL.from_text("http://blog.hatnote.com/ask?utm_source=geocity") assert hash(url1) == hash(url1) # sanity url_map[url1] = 1 url2 = URL.from_text("http://blog.hatnote.com/ask") url2 = url2.set("utm_source", "geocity") url_map[url2] = 2 assert len(url_map) == 1 assert list(url_map.values()) == [2] assert hash(URL()) == hash(URL()) # slightly more sanity def test_dir(self): # type: () -> None url = URL() res = dir(url) assert len(res) > 15 # twisted compat assert "fromText" not in res assert "asText" not in res assert "asURI" not in res assert "asIRI" not in res def test_twisted_compat(self): # type: () -> None url = URL.fromText("http://example.com/a%20té%C3%A9st") assert url.asText() == "http://example.com/a%20té%C3%A9st" assert url.asURI().asText() == "http://example.com/a%20t%C3%A9%C3%A9st" # TODO: assert url.asIRI().asText() == u'http://example.com/a%20téést' def test_set_ordering(self): # type: () -> None # TODO url = URL.from_text("http://example.com/?a=b&c") url = url.set("x", "x") url = url.add("x", "y") assert url.to_text() == "http://example.com/?a=b&x=x&c&x=y" # Would expect: # assert url.to_text() == u'http://example.com/?a=b&c&x=x&x=y' def test_schemeless_path(self): # type: () -> None "See issue #4" u1 = URL.from_text("urn%3Aietf%3Awg%3Aoauth%3A2.0%3Aoob") u2 = URL.from_text(u1.to_text()) assert u1 == u2 # sanity testing roundtripping u3 = URL.from_text(u1.to_iri().to_text()) assert u1 == u3 assert u2 == u3 # test that colons are ok past the first segment u4 = URL.from_text("first-segment/urn%3Aietf%3Awg%3Aoauth%3A2.0%3Aoob") u5 = u4.to_iri() assert u5.to_text() == "first-segment/urn:ietf:wg:oauth:2.0:oob" u6 = URL.from_text(u5.to_text()).to_uri() assert u5 == u6 # colons stay decoded bc they're not in the first seg def test_emoji_domain(self): # type: () -> None "See issue #7, affecting only narrow builds (2.6-3.3)" url = URL.from_text("https://xn--vi8hiv.ws") iri = url.to_iri() iri.to_text() # as long as we don't get ValueErrors, we're good def test_delim_in_param(self): # type: () -> None "Per issue #6 and #8" self.assertRaises(ValueError, URL, scheme="http", host="a/c") self.assertRaises(ValueError, URL, path=("?",)) self.assertRaises(ValueError, URL, path=("#",)) self.assertRaises(ValueError, URL, query=(("&", "test"))) def test_empty_paths_eq(self): # type: () -> None u1 = URL.from_text("http://example.com/") u2 = URL.from_text("http://example.com") assert u1 == u2 u1 = URL.from_text("http://example.com") u2 = URL.from_text("http://example.com") assert u1 == u2 u1 = URL.from_text("http://example.com") u2 = URL.from_text("http://example.com/") assert u1 == u2 u1 = URL.from_text("http://example.com/") u2 = URL.from_text("http://example.com/") assert u1 == u2 def test_from_text_type(self): # type: () -> None assert URL.from_text("#ok").fragment == "ok" # sanity self.assertRaises(TypeError, URL.from_text, b"bytes://x.y.z") self.assertRaises(TypeError, URL.from_text, object()) def test_from_text_bad_authority(self): # type: () -> None # bad ipv6 brackets self.assertRaises(URLParseError, URL.from_text, "http://[::1/") self.assertRaises(URLParseError, URL.from_text, "http://::1]/") self.assertRaises(URLParseError, URL.from_text, "http://[[::1]/") self.assertRaises(URLParseError, URL.from_text, "http://[::1]]/") # empty port self.assertRaises(URLParseError, URL.from_text, "http://127.0.0.1:") # non-integer port self.assertRaises(URLParseError, URL.from_text, "http://127.0.0.1:hi") # extra port colon (makes for an invalid host) self.assertRaises(URLParseError, URL.from_text, "http://127.0.0.1::80") def test_normalize(self): # type: () -> None url = URL.from_text("HTTP://Example.com/A%61/./../A%61?B%62=C%63#D%64") assert url.get("Bb") == [] assert url.get("B%62") == ["C%63"] assert len(url.path) == 4 # test that most expected normalizations happen norm_url = url.normalize() assert norm_url.scheme == "http" assert norm_url.host == "example.com" assert norm_url.path == ("Aa",) assert norm_url.get("Bb") == ["Cc"] assert norm_url.fragment == "Dd" assert norm_url.to_text() == "http://example.com/Aa?Bb=Cc#Dd" # test that flags work noop_norm_url = url.normalize( scheme=False, host=False, path=False, query=False, fragment=False ) assert noop_norm_url == url # test that empty paths get at least one slash slashless_url = URL.from_text("http://example.io") slashful_url = slashless_url.normalize() assert slashful_url.to_text() == "http://example.io/" # test case normalization for percent encoding delimited_url = URL.from_text("/a%2fb/cd%3f?k%3d=v%23#test") norm_delimited_url = delimited_url.normalize() assert norm_delimited_url.to_text() == "/a%2Fb/cd%3F?k%3D=v%23#test" # test invalid percent encoding during normalize assert ( URL(path=("", "%te%sts")).normalize(percents=False).to_text() == "/%te%sts" ) assert URL(path=("", "%te%sts")).normalize().to_text() == "/%25te%25sts" percenty_url = URL( scheme="ftp", path=["%%%", "%a%b"], query=[("%", "%%")], fragment="%", userinfo="%:%", ) assert ( percenty_url.to_text(with_password=True) == "ftp://%:%@/%%%/%a%b?%=%%#%" ) assert ( percenty_url.normalize().to_text(with_password=True) == "ftp://%25:%25@/%25%25%25/%25a%25b?%25=%25%25#%25" ) def test_str(self): # type: () -> None # see also issue #49 text = "http://example.com/á/y%20a%20y/?b=%25" url = URL.from_text(text) assert unicode(url) == text assert bytes(url) == b"http://example.com/%C3%A1/y%20a%20y/?b=%25" if PY2: assert isinstance(str(url), bytes) assert isinstance(unicode(url), unicode) else: assert isinstance(str(url), unicode) assert isinstance(bytes(url), bytes) def test_idna_corners(self): # type: () -> None url = URL.from_text("http://abé.com/") assert url.to_iri().host == "abé.com" assert url.to_uri().host == "xn--ab-cja.com" url = URL.from_text("http://ドメイン.テスト.co.jp#test") assert url.to_iri().host == "ドメイン.テスト.co.jp" assert url.to_uri().host == "xn--eckwd4c7c.xn--zckzah.co.jp" assert url.to_uri().get_decoded_url().host == "ドメイン.テスト.co.jp" text = "http://Example.com" assert ( URL.from_text(text).to_uri().get_decoded_url().host == "example.com" ) PK d��ZJ]* Y Y test/__init__.pynu �[��� # -*- coding: utf-8 -*- """ Tests for hyperlink """ __all = () def _init_hypothesis(): # type: () -> None from os import environ if "CI" in environ: try: from hypothesis import HealthCheck, settings except ImportError: return settings.register_profile( "patience", settings( suppress_health_check=[ HealthCheck.too_slow, HealthCheck.filter_too_much, ] ), ) settings.load_profile("patience") _init_hypothesis() PK d��Z$��M�c �c idna-tables-properties.csv.gznu �[��� � ��a��K�뾎/:?@���*$~h @���+���G�JM��AON7���~�+R�e�!3kc��U6� %�%���������������G������?����?���������Dٲ����⟪��??y�x0���?�/v/�?��Y���QV}�o$��s�\�ڮ~~~���ф>���(G�ײ;�Ȧ�����J"!S��y.������6�K���2�(ʘ�"�+�S�P\���:ٜ����� `�3ŜEs��̻��5��d���,Ｉ�Omy��-��6U'�t�?�R��<���%PHKo)�}R��gٱI����)rřG�r�k��v�4��슓(�ld[be��\ Q~�mYWS!rP5� ��жk�܄}�a/g��6 �4ۃ�Z����j��GE��%��?0�U~}�+yC��`F "p��x�i�b��8���e�G~��/=Yp0*���ꡊ�c ���K�F3��L��P�X��|gI|9S�kwC��1����+�ғ..�XST�ɕ.�1�!���-Ӹ��6CB�1 {I�AfԌ�` $;0���p���%�9$�4c~ 2{g�|� ��1���kL�����kF~� �V {.'�戨H&>x�1ʌ��GJ�ӕw�Y\.�"fT�&�x�1���S�1�c C,��M\��c Cퟩ����n���mO%Rz ��e��u}#O寝��זy�.���86�����O X6�f {k���P��"��]��qF�?/ ?F�� 2�ؑ���0�!�%�PA��h�v�ˠx��̨�CM�E+�`E R��� ����1cl� ! 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""" from __future__ import absolute_import try: import hypothesis del hypothesis except ImportError: from typing import Tuple __all__ = () # type: Tuple[str, ...] else: from csv import reader as csv_reader from os.path import dirname, join from string import ascii_letters, digits from sys import maxunicode from typing import ( Callable, Iterable, List, Optional, Sequence, Text, TypeVar, cast, ) from gzip import open as open_gzip from . import DecodedURL, EncodedURL from hypothesis import assume from hypothesis.strategies import ( composite, integers, lists, sampled_from, text, ) from idna import IDNAError, check_label, encode as idna_encode __all__ = ( "decoded_urls", "encoded_urls", "hostname_labels", "hostnames", "idna_text", "paths", "port_numbers", ) T = TypeVar("T") DrawCallable = Callable[[Callable[..., T]], T] try: unichr except NameError: # Py3 unichr = chr # type: Callable[[int], Text] def idna_characters(): # type: () -> Text """ Returns a string containing IDNA characters. """ global _idnaCharacters if not _idnaCharacters: result = [] # Data source "IDNA Derived Properties": # https://www.iana.org/assignments/idna-tables-6.3.0/ # idna-tables-6.3.0.xhtml#idna-tables-properties dataFileName = join( dirname(__file__), "idna-tables-properties.csv.gz" ) with open_gzip(dataFileName) as dataFile: reader = csv_reader( (line.decode("utf-8") for line in dataFile), delimiter=",", ) next(reader) # Skip header row for row in reader: codes, prop, description = row if prop != "PVALID": # CONTEXTO or CONTEXTJ are also allowed, but they come # with rules, so we're punting on those here. # See: https://tools.ietf.org/html/rfc5892 continue startEnd = row[0].split("-", 1) if len(startEnd) == 1: # No end of range given; use start startEnd.append(startEnd[0]) start, end = (int(i, 16) for i in startEnd) for i in range(start, end + 1): if i > maxunicode: # Happens using Py2 on Windows break result.append(unichr(i)) _idnaCharacters = u"".join(result) return _idnaCharacters _idnaCharacters = "" # type: Text @composite def idna_text(draw, min_size=1, max_size=None): # type: (DrawCallable, int, Optional[int]) -> Text """ A strategy which generates IDNA-encodable text. @param min_size: The minimum number of characters in the text. C{None} is treated as C{0}. @param max_size: The maximum number of characters in the text. Use C{None} for an unbounded size. """ alphabet = idna_characters() assert min_size >= 1 if max_size is not None: assert max_size >= 1 result = cast( Text, draw(text(min_size=min_size, max_size=max_size, alphabet=alphabet)), ) # FIXME: There should be a more efficient way to ensure we produce # valid IDNA text. try: idna_encode(result) except IDNAError: assume(False) return result @composite def port_numbers(draw, allow_zero=False): # type: (DrawCallable, bool) -> int """ A strategy which generates port numbers. @param allow_zero: Whether to allow port C{0} as a possible value. """ if allow_zero: min_value = 0 else: min_value = 1 return cast(int, draw(integers(min_value=min_value, max_value=65535))) @composite def hostname_labels(draw, allow_idn=True): # type: (DrawCallable, bool) -> Text """ A strategy which generates host name labels. @param allow_idn: Whether to allow non-ASCII characters as allowed by internationalized domain names (IDNs). """ if allow_idn: label = cast(Text, draw(idna_text(min_size=1, max_size=63))) try: label.encode("ascii") except UnicodeEncodeError: # If the label doesn't encode to ASCII, then we need to check # the length of the label after encoding to punycode and adding # the xn-- prefix. while len(label.encode("punycode")) > 63 - len("xn--"): # Rather than bombing out, just trim from the end until it # is short enough, so hypothesis doesn't have to generate # new data. label = label[:-1] else: label = cast( Text, draw( text( min_size=1, max_size=63, alphabet=Text(ascii_letters + digits + u"-"), ) ), ) # Filter invalid labels. # It would be better to reliably avoid generation of bogus labels in # the first place, but it's hard... try: check_label(label) except UnicodeError: # pragma: no cover (not always drawn) assume(False) return label @composite def hostnames(draw, allow_leading_digit=True, allow_idn=True): # type: (DrawCallable, bool, bool) -> Text """ A strategy which generates host names. @param allow_leading_digit: Whether to allow a leading digit in host names; they were not allowed prior to RFC 1123. @param allow_idn: Whether to allow non-ASCII characters as allowed by internationalized domain names (IDNs). """ # Draw first label, filtering out labels with leading digits if needed labels = [ cast( Text, draw( hostname_labels(allow_idn=allow_idn).filter( lambda l: ( True if allow_leading_digit else l[0] not in digits ) ) ), ) ] # Draw remaining labels labels += cast( List[Text], draw( lists( hostname_labels(allow_idn=allow_idn), min_size=1, max_size=4, ) ), ) # Trim off labels until the total host name length fits in 252 # characters. This avoids having to filter the data. while sum(len(label) for label in labels) + len(labels) - 1 > 252: labels = labels[:-1] return u".".join(labels) def path_characters(): # type: () -> str """ Returns a string containing valid URL path characters. """ global _path_characters if _path_characters is None: def chars(): # type: () -> Iterable[Text] for i in range(maxunicode): c = unichr(i) # Exclude reserved characters if c in "#/?": continue # Exclude anything not UTF-8 compatible try: c.encode("utf-8") except UnicodeEncodeError: continue yield c _path_characters = "".join(chars()) return _path_characters _path_characters = None # type: Optional[str] @composite def paths(draw): # type: (DrawCallable) -> Sequence[Text] return cast( List[Text], draw( lists(text(min_size=1, alphabet=path_characters()), max_size=10) ), ) @composite def encoded_urls(draw): # type: (DrawCallable) -> EncodedURL """ A strategy which generates L{EncodedURL}s. Call the L{EncodedURL.to_uri} method on each URL to get an HTTP protocol-friendly URI. """ port = cast(Optional[int], draw(port_numbers(allow_zero=True))) host = cast(Text, draw(hostnames())) path = cast(Sequence[Text], draw(paths())) if port == 0: port = None return EncodedURL( scheme=cast(Text, draw(sampled_from((u"http", u"https")))), host=host, port=port, path=path, ) @composite def decoded_urls(draw): # type: (DrawCallable) -> DecodedURL """ A strategy which generates L{DecodedURL}s. Call the L{EncodedURL.to_uri} method on each URL to get an HTTP protocol-friendly URI. """ return DecodedURL(draw(encoded_urls())) PK d��Z6���cF cF _url.pynu �[��� # -*- coding: utf-8 -*- u"""Hyperlink provides Pythonic URL parsing, construction, and rendering. Usage is straightforward:: >>> import hyperlink >>> url = hyperlink.parse(u'http://github.com/mahmoud/hyperlink?utm_source=docs') >>> url.host u'github.com' >>> secure_url = url.replace(scheme=u'https') >>> secure_url.get('utm_source')[0] u'docs' Hyperlink's API centers on the :class:`DecodedURL` type, which wraps the lower-level :class:`URL`, both of which can be returned by the :func:`parse()` convenience function. """ # noqa: E501 import re import sys import string import socket from socket import AF_INET, AF_INET6 try: from socket import AddressFamily except ImportError: AddressFamily = int # type: ignore[assignment,misc] from typing import ( Any, Callable, Dict, Iterable, Iterator, List, Mapping, Optional, Sequence, Text, Tuple, Type, TypeVar, Union, cast, ) from unicodedata import normalize from ._socket import inet_pton try: from collections.abc import Mapping as MappingABC except ImportError: # Python 2 from collections import Mapping as MappingABC from idna import encode as idna_encode, decode as idna_decode PY2 = sys.version_info[0] == 2 try: unichr except NameError: # Py3 unichr = chr # type: Callable[[int], Text] NoneType = type(None) # type: Type[None] QueryPairs = Tuple[Tuple[Text, Optional[Text]], ...] # internal representation QueryParameters = Union[ Mapping[Text, Optional[Text]], QueryPairs, Sequence[Tuple[Text, Optional[Text]]], ] T = TypeVar("T") # from boltons.typeutils def make_sentinel(name="_MISSING", var_name=""): # type: (str, str) -> object """Creates and returns a new **instance** of a new class, suitable for usage as a "sentinel", a kind of singleton often used to indicate a value is missing when ``None`` is a valid input. Args: name: Name of the Sentinel var_name: Set this name to the name of the variable in its respective module enable pickle-ability. >>> make_sentinel(var_name='_MISSING') _MISSING The most common use cases here in boltons are as default values for optional function arguments, partly because of its less-confusing appearance in automatically generated documentation. Sentinels also function well as placeholders in queues and linked lists. .. note:: By design, additional calls to ``make_sentinel`` with the same values will not produce equivalent objects. >>> make_sentinel('TEST') == make_sentinel('TEST') False >>> type(make_sentinel('TEST')) == type(make_sentinel('TEST')) False """ class Sentinel(object): def __init__(self): # type: () -> None self.name = name self.var_name = var_name def __repr__(self): # type: () -> str if self.var_name: return self.var_name return "%s(%r)" % (self.__class__.__name__, self.name) if var_name: # superclass type hints don't allow str return type, but it is # allowed in the docs, hence the ignore[override] below def __reduce__(self): # type: () -> str return self.var_name def __nonzero__(self): # type: () -> bool return False __bool__ = __nonzero__ return Sentinel() _unspecified = _UNSET = make_sentinel("_UNSET") # type: Any # RFC 3986 Section 2.3, Unreserved URI Characters # https://tools.ietf.org/html/rfc3986#section-2.3 _UNRESERVED_CHARS = frozenset( "~-._0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ" "abcdefghijklmnopqrstuvwxyz" ) # URL parsing regex (based on RFC 3986 Appendix B, with modifications) _URL_RE = re.compile( r"^((?P<scheme>[^:/?#]+):)?" r"((?P<_netloc_sep>//)" r"(?P<authority>[^/?#]*))?" r"(?P<path>[^?#]*)" r"(\?(?P<query>[^#]*))?" r"(#(?P<fragment>.*))?$" ) _SCHEME_RE = re.compile(r"^[a-zA-Z0-9+-.]*$") _AUTHORITY_RE = re.compile( r"^(?:(?P<userinfo>[^@/?#]*)@)?" r"(?P<host>" r"(?:\[(?P<ipv6_host>[^[\]/?#]*)\])" r"|(?P<plain_host>[^:/?#[\]]*)" r"|(?P<bad_host>.*?))?" r"(?::(?P<port>.*))?$" ) _HEX_CHAR_MAP = dict( [ ((a + b).encode("ascii"), unichr(int(a + b, 16)).encode("charmap")) for a in string.hexdigits for b in string.hexdigits ] ) _ASCII_RE = re.compile("([\x00-\x7f]+)") # RFC 3986 section 2.2, Reserved Characters # https://tools.ietf.org/html/rfc3986#section-2.2 _GEN_DELIMS = frozenset(u":/?#[]@") _SUB_DELIMS = frozenset(u"!$&'()*+,;=") _ALL_DELIMS = _GEN_DELIMS | _SUB_DELIMS _USERINFO_SAFE = _UNRESERVED_CHARS | _SUB_DELIMS | set(u"%") _USERINFO_DELIMS = _ALL_DELIMS - _USERINFO_SAFE _PATH_SAFE = _USERINFO_SAFE | set(u":@") _PATH_DELIMS = _ALL_DELIMS - _PATH_SAFE _SCHEMELESS_PATH_SAFE = _PATH_SAFE - set(":") _SCHEMELESS_PATH_DELIMS = _ALL_DELIMS - _SCHEMELESS_PATH_SAFE _FRAGMENT_SAFE = _UNRESERVED_CHARS | _PATH_SAFE | set(u"/?") _FRAGMENT_DELIMS = _ALL_DELIMS - _FRAGMENT_SAFE _QUERY_VALUE_SAFE = _UNRESERVED_CHARS | _FRAGMENT_SAFE - set(u"&") _QUERY_VALUE_DELIMS = _ALL_DELIMS - _QUERY_VALUE_SAFE _QUERY_KEY_SAFE = _UNRESERVED_CHARS | _QUERY_VALUE_SAFE - set(u"=") _QUERY_KEY_DELIMS = _ALL_DELIMS - _QUERY_KEY_SAFE def _make_decode_map(delims, allow_percent=False): # type: (Iterable[Text], bool) -> Mapping[bytes, bytes] ret = dict(_HEX_CHAR_MAP) if not allow_percent: delims = set(delims) | set([u"%"]) for delim in delims: _hexord = "{0:02X}".format(ord(delim)).encode("ascii") _hexord_lower = _hexord.lower() ret.pop(_hexord) if _hexord != _hexord_lower: ret.pop(_hexord_lower) return ret def _make_quote_map(safe_chars): # type: (Iterable[Text]) -> Mapping[Union[int, Text], Text] ret = {} # type: Dict[Union[int, Text], Text] # v is included in the dict for py3 mostly, because bytestrings # are iterables of ints, of course! for i, v in zip(range(256), range(256)): c = chr(v) if c in safe_chars: ret[c] = ret[v] = c else: ret[c] = ret[v] = "%{0:02X}".format(i) return ret _USERINFO_PART_QUOTE_MAP = _make_quote_map(_USERINFO_SAFE) _USERINFO_DECODE_MAP = _make_decode_map(_USERINFO_DELIMS) _PATH_PART_QUOTE_MAP = _make_quote_map(_PATH_SAFE) _SCHEMELESS_PATH_PART_QUOTE_MAP = _make_quote_map(_SCHEMELESS_PATH_SAFE) _PATH_DECODE_MAP = _make_decode_map(_PATH_DELIMS) _QUERY_KEY_QUOTE_MAP = _make_quote_map(_QUERY_KEY_SAFE) _QUERY_KEY_DECODE_MAP = _make_decode_map(_QUERY_KEY_DELIMS) _QUERY_VALUE_QUOTE_MAP = _make_quote_map(_QUERY_VALUE_SAFE) _QUERY_VALUE_DECODE_MAP = _make_decode_map(_QUERY_VALUE_DELIMS) _FRAGMENT_QUOTE_MAP = _make_quote_map(_FRAGMENT_SAFE) _FRAGMENT_DECODE_MAP = _make_decode_map(_FRAGMENT_DELIMS) _UNRESERVED_QUOTE_MAP = _make_quote_map(_UNRESERVED_CHARS) _UNRESERVED_DECODE_MAP = dict( [ (k, v) for k, v in _HEX_CHAR_MAP.items() if v.decode("ascii", "replace") in _UNRESERVED_CHARS ] ) _ROOT_PATHS = frozenset(((), (u"",))) def _encode_reserved(text, maximal=True): # type: (Text, bool) -> Text """A very comprehensive percent encoding for encoding all delimiters. Used for arguments to DecodedURL, where a % means a percent sign, and not the character used by URLs for escaping bytes. """ if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_UNRESERVED_QUOTE_MAP[b] for b in bytestr]) return u"".join( [ _UNRESERVED_QUOTE_MAP[t] if t in _UNRESERVED_CHARS else t for t in text ] ) def _encode_path_part(text, maximal=True): # type: (Text, bool) -> Text "Percent-encode a single segment of a URL path." if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_PATH_PART_QUOTE_MAP[b] for b in bytestr]) return u"".join( [_PATH_PART_QUOTE_MAP[t] if t in _PATH_DELIMS else t for t in text] ) def _encode_schemeless_path_part(text, maximal=True): # type: (Text, bool) -> Text """Percent-encode the first segment of a URL path for a URL without a scheme specified. """ if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_SCHEMELESS_PATH_PART_QUOTE_MAP[b] for b in bytestr]) return u"".join( [ _SCHEMELESS_PATH_PART_QUOTE_MAP[t] if t in _SCHEMELESS_PATH_DELIMS else t for t in text ] ) def _encode_path_parts( text_parts, # type: Sequence[Text] rooted=False, # type: bool has_scheme=True, # type: bool has_authority=True, # type: bool maximal=True, # type: bool ): # type: (...) -> Sequence[Text] """ Percent-encode a tuple of path parts into a complete path. Setting *maximal* to False percent-encodes only the reserved characters that are syntactically necessary for serialization, preserving any IRI-style textual data. Leaving *maximal* set to its default True percent-encodes everything required to convert a portion of an IRI to a portion of a URI. RFC 3986 3.3: If a URI contains an authority component, then the path component must either be empty or begin with a slash ("/") character. If a URI does not contain an authority component, then the path cannot begin with two slash characters ("//"). In addition, a URI reference (Section 4.1) may be a relative-path reference, in which case the first path segment cannot contain a colon (":") character. """ if not text_parts: return () if rooted: text_parts = (u"",) + tuple(text_parts) # elif has_authority and text_parts: # raise Exception('see rfc above') # TODO: too late to fail like this? encoded_parts = [] # type: List[Text] if has_scheme: encoded_parts = [ _encode_path_part(part, maximal=maximal) if part else part for part in text_parts ] else: encoded_parts = [_encode_schemeless_path_part(text_parts[0])] encoded_parts.extend( [ _encode_path_part(part, maximal=maximal) if part else part for part in text_parts[1:] ] ) return tuple(encoded_parts) def _encode_query_key(text, maximal=True): # type: (Text, bool) -> Text """ Percent-encode a single query string key or value. """ if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_QUERY_KEY_QUOTE_MAP[b] for b in bytestr]) return u"".join( [_QUERY_KEY_QUOTE_MAP[t] if t in _QUERY_KEY_DELIMS else t for t in text] ) def _encode_query_value(text, maximal=True): # type: (Text, bool) -> Text """ Percent-encode a single query string key or value. """ if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_QUERY_VALUE_QUOTE_MAP[b] for b in bytestr]) return u"".join( [ _QUERY_VALUE_QUOTE_MAP[t] if t in _QUERY_VALUE_DELIMS else t for t in text ] ) def _encode_fragment_part(text, maximal=True): # type: (Text, bool) -> Text """Quote the fragment part of the URL. Fragments don't have subdelimiters, so the whole URL fragment can be passed. """ if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_FRAGMENT_QUOTE_MAP[b] for b in bytestr]) return u"".join( [_FRAGMENT_QUOTE_MAP[t] if t in _FRAGMENT_DELIMS else t for t in text] ) def _encode_userinfo_part(text, maximal=True): # type: (Text, bool) -> Text """Quote special characters in either the username or password section of the URL. """ if maximal: bytestr = normalize("NFC", text).encode("utf8") return u"".join([_USERINFO_PART_QUOTE_MAP[b] for b in bytestr]) return u"".join( [ _USERINFO_PART_QUOTE_MAP[t] if t in _USERINFO_DELIMS else t for t in text ] ) # This port list painstakingly curated by hand searching through # https://www.iana.org/assignments/uri-schemes/uri-schemes.xhtml # and # https://www.iana.org/assignments/service-names-port-numbers/service-names-port-numbers.xhtml SCHEME_PORT_MAP = { "acap": 674, "afp": 548, "dict": 2628, "dns": 53, "file": None, "ftp": 21, "git": 9418, "gopher": 70, "http": 80, "https": 443, "imap": 143, "ipp": 631, "ipps": 631, "irc": 194, "ircs": 6697, "ldap": 389, "ldaps": 636, "mms": 1755, "msrp": 2855, "msrps": None, "mtqp": 1038, "nfs": 111, "nntp": 119, "nntps": 563, "pop": 110, "prospero": 1525, "redis": 6379, "rsync": 873, "rtsp": 554, "rtsps": 322, "rtspu": 5005, "sftp": 22, "smb": 445, "snmp": 161, "ssh": 22, "steam": None, "svn": 3690, "telnet": 23, "ventrilo": 3784, "vnc": 5900, "wais": 210, "ws": 80, "wss": 443, "xmpp": None, } # This list of schemes that don't use authorities is also from the link above. NO_NETLOC_SCHEMES = set( [ "urn", "about", "bitcoin", "blob", "data", "geo", "magnet", "mailto", "news", "pkcs11", "sip", "sips", "tel", ] ) # As of Mar 11, 2017, there were 44 netloc schemes, and 13 non-netloc NO_QUERY_PLUS_SCHEMES = set() def register_scheme( text, uses_netloc=True, default_port=None, query_plus_is_space=True ): # type: (Text, bool, Optional[int], bool) -> None """Registers new scheme information, resulting in correct port and slash behavior from the URL object. There are dozens of standard schemes preregistered, so this function is mostly meant for proprietary internal customizations or stopgaps on missing standards information. If a scheme seems to be missing, please `file an issue`_! Args: text: A string representation of the scheme. (the 'http' in 'http://hatnote.com') uses_netloc: Does the scheme support specifying a network host? For instance, "http" does, "mailto" does not. Defaults to True. default_port: The default port, if any, for netloc-using schemes. query_plus_is_space: If true, a "+" in the query string should be decoded as a space by DecodedURL. .. _file an issue: https://github.com/mahmoud/hyperlink/issues """ text = text.lower() if default_port is not None: try: default_port = int(default_port) except (ValueError, TypeError): raise ValueError( "default_port expected integer or None, not %r" % (default_port,) ) if uses_netloc is True: SCHEME_PORT_MAP[text] = default_port elif uses_netloc is False: if default_port is not None: raise ValueError( "unexpected default port while specifying" " non-netloc scheme: %r" % default_port ) NO_NETLOC_SCHEMES.add(text) else: raise ValueError("uses_netloc expected bool, not: %r" % uses_netloc) if not query_plus_is_space: NO_QUERY_PLUS_SCHEMES.add(text) return def scheme_uses_netloc(scheme, default=None): # type: (Text, Optional[bool]) -> Optional[bool] """Whether or not a URL uses :code:`:` or :code:`://` to separate the scheme from the rest of the URL depends on the scheme's own standard definition. There is no way to infer this behavior from other parts of the URL. A scheme either supports network locations or it does not. The URL type's approach to this is to check for explicitly registered schemes, with common schemes like HTTP preregistered. This is the same approach taken by :mod:`urlparse`. URL adds two additional heuristics if the scheme as a whole is not registered. First, it attempts to check the subpart of the scheme after the last ``+`` character. This adds intuitive behavior for schemes like ``git+ssh``. Second, if a URL with an unrecognized scheme is loaded, it will maintain the separator it sees. """ if not scheme: return False scheme = scheme.lower() if scheme in SCHEME_PORT_MAP: return True if scheme in NO_NETLOC_SCHEMES: return False if scheme.split("+")[-1] in SCHEME_PORT_MAP: return True return default class URLParseError(ValueError): """Exception inheriting from :exc:`ValueError`, raised when failing to parse a URL. Mostly raised on invalid ports and IPv6 addresses. """ pass def _optional(argument, default): # type: (Any, Any) -> Any if argument is _UNSET: return default else: return argument def _typecheck(name, value, *types): # type: (Text, T, Type[Any]) -> T """ Check that the given *value* is one of the given *types*, or raise an exception describing the problem using *name*. """ if not types: raise ValueError("expected one or more types, maybe use _textcheck?") if not isinstance(value, types): raise TypeError( "expected %s for %s, got %r" % (" or ".join([t.__name__ for t in types]), name, value) ) return value def _textcheck(name, value, delims=frozenset(), nullable=False): # type: (Text, T, Iterable[Text], bool) -> T if not isinstance(value, Text): if nullable and value is None: # used by query string values return value # type: ignore[unreachable] else: str_name = "unicode" if PY2 else "str" exp = str_name + " or NoneType" if nullable else str_name raise TypeError("expected %s for %s, got %r" % (exp, name, value)) if delims and set(value) & set(delims): # TODO: test caching into regexes raise ValueError( "one or more reserved delimiters %s present in %s: %r" % ("".join(delims), name, value) ) return value # type: ignore[return-value] # T vs. Text def iter_pairs(iterable): # type: (Iterable[Any]) -> Iterator[Any] """ Iterate over the (key, value) pairs in ``iterable``. This handles dictionaries sensibly, and falls back to assuming the iterable yields (key, value) pairs. This behaviour is similar to what Python's ``dict()`` constructor does. """ if isinstance(iterable, MappingABC): iterable = iterable.items() return iter(iterable) def _decode_unreserved(text, normalize_case=False, encode_stray_percents=False): # type: (Text, bool, bool) -> Text return _percent_decode( text, normalize_case=normalize_case, encode_stray_percents=encode_stray_percents, _decode_map=_UNRESERVED_DECODE_MAP, ) def _decode_userinfo_part( text, normalize_case=False, encode_stray_percents=False ): # type: (Text, bool, bool) -> Text return _percent_decode( text, normalize_case=normalize_case, encode_stray_percents=encode_stray_percents, _decode_map=_USERINFO_DECODE_MAP, ) def _decode_path_part(text, normalize_case=False, encode_stray_percents=False): # type: (Text, bool, bool) -> Text """ >>> _decode_path_part(u'%61%77%2f%7a') u'aw%2fz' >>> _decode_path_part(u'%61%77%2f%7a', normalize_case=True) u'aw%2Fz' """ return _percent_decode( text, normalize_case=normalize_case, encode_stray_percents=encode_stray_percents, _decode_map=_PATH_DECODE_MAP, ) def _decode_query_key(text, normalize_case=False, encode_stray_percents=False): # type: (Text, bool, bool) -> Text return _percent_decode( text, normalize_case=normalize_case, encode_stray_percents=encode_stray_percents, _decode_map=_QUERY_KEY_DECODE_MAP, ) def _decode_query_value( text, normalize_case=False, encode_stray_percents=False ): # type: (Text, bool, bool) -> Text return _percent_decode( text, normalize_case=normalize_case, encode_stray_percents=encode_stray_percents, _decode_map=_QUERY_VALUE_DECODE_MAP, ) def _decode_fragment_part( text, normalize_case=False, encode_stray_percents=False ): # type: (Text, bool, bool) -> Text return _percent_decode( text, normalize_case=normalize_case, encode_stray_percents=encode_stray_percents, _decode_map=_FRAGMENT_DECODE_MAP, ) def _percent_decode( text, # type: Text normalize_case=False, # type: bool subencoding="utf-8", # type: Text raise_subencoding_exc=False, # type: bool encode_stray_percents=False, # type: bool _decode_map=_HEX_CHAR_MAP, # type: Mapping[bytes, bytes] ): # type: (...) -> Text """Convert percent-encoded text characters to their normal, human-readable equivalents. All characters in the input text must be encodable by *subencoding*. All special characters underlying the values in the percent-encoding must be decodable as *subencoding*. If a non-*subencoding*-valid string is passed, the original text is returned with no changes applied. Only called by field-tailored variants, e.g., :func:`_decode_path_part`, as every percent-encodable part of the URL has characters which should not be percent decoded. >>> _percent_decode(u'abc%20def') u'abc def' Args: text: Text with percent-encoding present. normalize_case: Whether undecoded percent segments, such as encoded delimiters, should be uppercased, per RFC 3986 Section 2.1. See :func:`_decode_path_part` for an example. subencoding: The name of the encoding underlying the percent-encoding. raise_subencoding_exc: Whether an error in decoding the bytes underlying the percent-decoding should be raised. Returns: Text: The percent-decoded version of *text*, decoded by *subencoding*. """ try: quoted_bytes = text.encode(subencoding) except UnicodeEncodeError: return text bits = quoted_bytes.split(b"%") if len(bits) == 1: return text res = [bits[0]] append = res.append for item in bits[1:]: hexpair, rest = item[:2], item[2:] try: append(_decode_map[hexpair]) append(rest) except KeyError: pair_is_hex = hexpair in _HEX_CHAR_MAP if pair_is_hex or not encode_stray_percents: append(b"%") else: # if it's undecodable, treat as a real percent sign, # which is reserved (because it wasn't in the # context-aware _decode_map passed in), and should # stay in an encoded state. append(b"%25") if normalize_case and pair_is_hex: append(hexpair.upper()) append(rest) else: append(item) unquoted_bytes = b"".join(res) try: return unquoted_bytes.decode(subencoding) except UnicodeDecodeError: if raise_subencoding_exc: raise return text def _decode_host(host): # type: (Text) -> Text """Decode a host from ASCII-encodable text to IDNA-decoded text. If the host text is not ASCII, it is returned unchanged, as it is presumed that it is already IDNA-decoded. Some technical details: _decode_host is built on top of the "idna" package, which has some quirks: Capital letters are not valid IDNA2008. The idna package will raise an exception like this on capital letters: > idna.core.InvalidCodepoint: Codepoint U+004B at position 1 ... not allowed However, if a segment of a host (i.e., something in url.host.split('.')) is already ASCII, idna doesn't perform its usual checks. In fact, for capital letters it automatically lowercases them. This check and some other functionality can be bypassed by passing uts46=True to idna.encode/decode. This allows a more permissive and convenient interface. So far it seems like the balanced approach. Example output (from idna==2.6): >> idna.encode(u'mahmöud.io') 'xn--mahmud-zxa.io' >> idna.encode(u'Mahmöud.io') Traceback (most recent call last): File "<stdin>", line 1, in <module> File "/home/mahmoud/virtualenvs/hyperlink/local/lib/python2.7/site-packages/idna/core.py", line 355, in encode result.append(alabel(label)) File "/home/mahmoud/virtualenvs/hyperlink/local/lib/python2.7/site-packages/idna/core.py", line 276, in alabel check_label(label) File "/home/mahmoud/virtualenvs/hyperlink/local/lib/python2.7/site-packages/idna/core.py", line 253, in check_label raise InvalidCodepoint('Codepoint {0} at position {1} of {2} not allowed'.format(_unot(cp_value), pos+1, repr(label))) idna.core.InvalidCodepoint: Codepoint U+004D at position 1 of u'Mahm\xf6ud' not allowed >> idna.encode(u'Mahmoud.io') 'Mahmoud.io' # Similar behavior for decodes below >> idna.decode(u'Mahmoud.io') u'mahmoud.io >> idna.decode(u'Méhmoud.io', uts46=True) u'm\xe9hmoud.io' """ # noqa: E501 if not host: return u"" try: host_bytes = host.encode("ascii") except UnicodeEncodeError: host_text = host else: try: host_text = idna_decode(host_bytes, uts46=True) except ValueError: # only reached on "narrow" (UCS-2) Python builds <3.4, see #7 # NOTE: not going to raise here, because there's no # ambiguity in the IDNA, and the host is still # technically usable host_text = host return host_text def _resolve_dot_segments(path): # type: (Sequence[Text]) -> Sequence[Text] """Normalize the URL path by resolving segments of '.' and '..'. For more details, see `RFC 3986 section 5.2.4, Remove Dot Segments`_. Args: path: sequence of path segments in text form Returns: A new sequence of path segments with the '.' and '..' elements removed and resolved. .. _RFC 3986 section 5.2.4, Remove Dot Segments: https://tools.ietf.org/html/rfc3986#section-5.2.4 """ # noqa: E501 segs = [] # type: List[Text] for seg in path: if seg == u".": pass elif seg == u"..": if segs: segs.pop() else: segs.append(seg) if list(path[-1:]) in ([u"."], [u".."]): segs.append(u"") return segs def parse_host(host): # type: (Text) -> Tuple[Optional[AddressFamily], Text] """Parse the host into a tuple of ``(family, host)``, where family is the appropriate :mod:`socket` module constant when the host is an IP address. Family is ``None`` when the host is not an IP. Will raise :class:`URLParseError` on invalid IPv6 constants. Returns: family (socket constant or None), host (string) >>> import socket >>> parse_host('googlewebsite.com') == (None, 'googlewebsite.com') True >>> parse_host('::1') == (socket.AF_INET6, '::1') True >>> parse_host('192.168.1.1') == (socket.AF_INET, '192.168.1.1') True """ if not host: return None, u"" if u":" in host: try: inet_pton(AF_INET6, host) except socket.error as se: raise URLParseError("invalid IPv6 host: %r (%r)" % (host, se)) except UnicodeEncodeError: pass # TODO: this can't be a real host right? else: family = AF_INET6 # type: Optional[AddressFamily] else: try: inet_pton(AF_INET, host) except (socket.error, UnicodeEncodeError): family = None # not an IP else: family = AF_INET return family, host class URL(object): r"""From blogs to billboards, URLs are so common, that it's easy to overlook their complexity and power. With hyperlink's :class:`URL` type, working with URLs doesn't have to be hard. URLs are made of many parts. Most of these parts are officially named in `RFC 3986`_ and this diagram may prove handy in identifying them:: foo://user:pass@example.com:8042/over/there?name=ferret#nose \_/ \_______/ \_________/ \__/\_________/ \_________/ \__/ | | | | | | | scheme userinfo host port path query fragment While :meth:`~URL.from_text` is used for parsing whole URLs, the :class:`URL` constructor builds a URL from the individual components, like so:: >>> from hyperlink import URL >>> url = URL(scheme=u'https', host=u'example.com', path=[u'hello', u'world']) >>> print(url.to_text()) https://example.com/hello/world The constructor runs basic type checks. All strings are expected to be text (:class:`str` in Python 3, :class:`unicode` in Python 2). All arguments are optional, defaulting to appropriately empty values. A full list of constructor arguments is below. Args: scheme: The text name of the scheme. host: The host portion of the network location port: The port part of the network location. If ``None`` or no port is passed, the port will default to the default port of the scheme, if it is known. See the ``SCHEME_PORT_MAP`` and :func:`register_default_port` for more info. path: A tuple of strings representing the slash-separated parts of the path, each percent-encoded. query: The query parameters, as a dictionary or as an sequence of percent-encoded key-value pairs. fragment: The fragment part of the URL. rooted: A rooted URL is one which indicates an absolute path. This is True on any URL that includes a host, or any relative URL that starts with a slash. userinfo: The username or colon-separated username:password pair. uses_netloc: Indicates whether ``://`` (the "netloc separator") will appear to separate the scheme from the *path* in cases where no host is present. Setting this to ``True`` is a non-spec-compliant affordance for the common practice of having URIs that are *not* URLs (cannot have a 'host' part) but nevertheless use the common ``://`` idiom that most people associate with URLs; e.g. ``message:`` URIs like ``message://message-id`` being equivalent to ``message:message-id``. This may be inferred based on the scheme depending on whether :func:`register_scheme` has been used to register the scheme and should not be passed directly unless you know the scheme works like this and you know it has not been registered. All of these parts are also exposed as read-only attributes of :class:`URL` instances, along with several useful methods. .. _RFC 3986: https://tools.ietf.org/html/rfc3986 .. _RFC 3987: https://tools.ietf.org/html/rfc3987 """ # noqa: E501 def __init__( self, scheme=None, # type: Optional[Text] host=None, # type: Optional[Text] path=(), # type: Iterable[Text] query=(), # type: QueryParameters fragment=u"", # type: Text port=None, # type: Optional[int] rooted=None, # type: Optional[bool] userinfo=u"", # type: Text uses_netloc=None, # type: Optional[bool] ): # type: (...) -> None if host is not None and scheme is None: scheme = u"http" # TODO: why if port is None and scheme is not None: port = SCHEME_PORT_MAP.get(scheme) if host and query and not path: # per RFC 3986 6.2.3, "a URI that uses the generic syntax # for authority with an empty path should be normalized to # a path of '/'." path = (u"",) # Now that we're done detecting whether they were passed, we can set # them to their defaults: if scheme is None: scheme = u"" if host is None: host = u"" if rooted is None: rooted = bool(host) # Set attributes. self._scheme = _textcheck("scheme", scheme) if self._scheme: if not _SCHEME_RE.match(self._scheme): raise ValueError( 'invalid scheme: %r. Only alphanumeric, "+",' ' "-", and "." allowed. Did you meant to call' " %s.from_text()?" % (self._scheme, self.__class__.__name__) ) _, self._host = parse_host(_textcheck("host", host, "/?#@")) if isinstance(path, Text): raise TypeError( "expected iterable of text for path, not: %r" % (path,) ) self._path = tuple( (_textcheck("path segment", segment, "/?#") for segment in path) ) self._query = tuple( ( _textcheck("query parameter name", k, "&=#"), _textcheck("query parameter value", v, "&#", nullable=True), ) for k, v in iter_pairs(query) ) self._fragment = _textcheck("fragment", fragment) self._port = _typecheck("port", port, int, NoneType) self._rooted = _typecheck("rooted", rooted, bool) self._userinfo = _textcheck("userinfo", userinfo, "/?#@") if uses_netloc is None: uses_netloc = scheme_uses_netloc(self._scheme, uses_netloc) self._uses_netloc = _typecheck( "uses_netloc", uses_netloc, bool, NoneType ) will_have_authority = self._host or ( self._port and self._port != SCHEME_PORT_MAP.get(scheme) ) if will_have_authority: # fixup for rooted consistency; if there's any 'authority' # represented in the textual URL, then the path must be rooted, and # we're definitely using a netloc (there must be a ://). self._rooted = True self._uses_netloc = True if (not self._rooted) and self.path[:1] == (u"",): self._rooted = True self._path = self._path[1:] if not will_have_authority and self._path and not self._rooted: # If, after fixing up the path, there *is* a path and it *isn't* # rooted, then we are definitely not using a netloc; if we did, it # would make the path (erroneously) look like a hostname. self._uses_netloc = False def get_decoded_url(self, lazy=False): # type: (bool) -> DecodedURL try: return self._decoded_url except AttributeError: self._decoded_url = DecodedURL(self, lazy=lazy) # type: DecodedURL return self._decoded_url @property def scheme(self): # type: () -> Text """The scheme is a string, and the first part of an absolute URL, the part before the first colon, and the part which defines the semantics of the rest of the URL. Examples include "http", "https", "ssh", "file", "mailto", and many others. See :func:`~hyperlink.register_scheme()` for more info. """ return self._scheme @property def host(self): # type: () -> Text """The host is a string, and the second standard part of an absolute URL. When present, a valid host must be a domain name, or an IP (v4 or v6). It occurs before the first slash, or the second colon, if a :attr:`~hyperlink.URL.port` is provided. """ return self._host @property def port(self): # type: () -> Optional[int] """The port is an integer that is commonly used in connecting to the :attr:`host`, and almost never appears without it. When not present in the original URL, this attribute defaults to the scheme's default port. If the scheme's default port is not known, and the port is not provided, this attribute will be set to None. >>> URL.from_text(u'http://example.com/pa/th').port 80 >>> URL.from_text(u'foo://example.com/pa/th').port >>> URL.from_text(u'foo://example.com:8042/pa/th').port 8042 .. note:: Per the standard, when the port is the same as the schemes default port, it will be omitted in the text URL. """ return self._port @property def path(self): # type: () -> Sequence[Text] """A tuple of strings, created by splitting the slash-separated hierarchical path. Started by the first slash after the host, terminated by a "?", which indicates the start of the :attr:`~hyperlink.URL.query` string. """ return self._path @property def query(self): # type: () -> QueryPairs """Tuple of pairs, created by splitting the ampersand-separated mapping of keys and optional values representing non-hierarchical data used to identify the resource. Keys are always strings. Values are strings when present, or None when missing. For more operations on the mapping, see :meth:`~hyperlink.URL.get()`, :meth:`~hyperlink.URL.add()`, :meth:`~hyperlink.URL.set()`, and :meth:`~hyperlink.URL.delete()`. """ return self._query @property def fragment(self): # type: () -> Text """A string, the last part of the URL, indicated by the first "#" after the :attr:`~hyperlink.URL.path` or :attr:`~hyperlink.URL.query`. Enables indirect identification of a secondary resource, like an anchor within an HTML page. """ return self._fragment @property def rooted(self): # type: () -> bool """Whether or not the path starts with a forward slash (``/``). This is taken from the terminology in the BNF grammar, specifically the "path-rootless", rule, since "absolute path" and "absolute URI" are somewhat ambiguous. :attr:`path` does not contain the implicit prefixed ``"/"`` since that is somewhat awkward to work with. """ return self._rooted @property def userinfo(self): # type: () -> Text """The colon-separated string forming the username-password combination. """ return self._userinfo @property def uses_netloc(self): # type: () -> Optional[bool] """ Indicates whether ``://`` (the "netloc separator") will appear to separate the scheme from the *path* in cases where no host is present. """ return self._uses_netloc @property def user(self): # type: () -> Text """ The user portion of :attr:`~hyperlink.URL.userinfo`. """ return self.userinfo.split(u":")[0] def authority(self, with_password=False, **kw): # type: (bool, Any) -> Text """Compute and return the appropriate host/port/userinfo combination. >>> url = URL.from_text(u'http://user:pass@localhost:8080/a/b?x=y') >>> url.authority() u'user:@localhost:8080' >>> url.authority(with_password=True) u'user:pass@localhost:8080' Args: with_password: Whether the return value of this method include the password in the URL, if it is set. Defaults to False. Returns: Text: The authority (network location and user information) portion of the URL. """ # first, a bit of twisted compat with_password = kw.pop("includeSecrets", with_password) if kw: raise TypeError("got unexpected keyword arguments: %r" % kw.keys()) host = self.host if ":" in host: hostport = ["[" + host + "]"] else: hostport = [self.host] if self.port != SCHEME_PORT_MAP.get(self.scheme): hostport.append(Text(self.port)) authority = [] if self.userinfo: userinfo = self.userinfo if not with_password and u":" in userinfo: userinfo = userinfo[: userinfo.index(u":") + 1] authority.append(userinfo) authority.append(u":".join(hostport)) return u"@".join(authority) def __eq__(self, other): # type: (Any) -> bool if not isinstance(other, self.__class__): return NotImplemented for attr in [ "scheme", "userinfo", "host", "query", "fragment", "port", "uses_netloc", "rooted", ]: if getattr(self, attr) != getattr(other, attr): return False if self.path == other.path or ( self.path in _ROOT_PATHS and other.path in _ROOT_PATHS ): return True return False def __ne__(self, other): # type: (Any) -> bool if not isinstance(other, self.__class__): return NotImplemented return not self.__eq__(other) def __hash__(self): # type: () -> int return hash( ( self.__class__, self.scheme, self.userinfo, self.host, self.path, self.query, self.fragment, self.port, self.rooted, self.uses_netloc, ) ) @property def absolute(self): # type: () -> bool """Whether or not the URL is "absolute". Absolute URLs are complete enough to resolve to a network resource without being relative to a base URI. >>> URL.from_text(u'http://wikipedia.org/').absolute True >>> URL.from_text(u'?a=b&c=d').absolute False Absolute URLs must have both a scheme and a host set. """ return bool(self.scheme and self.host) def replace( self, scheme=_UNSET, # type: Optional[Text] host=_UNSET, # type: Optional[Text] path=_UNSET, # type: Iterable[Text] query=_UNSET, # type: QueryParameters fragment=_UNSET, # type: Text port=_UNSET, # type: Optional[int] rooted=_UNSET, # type: Optional[bool] userinfo=_UNSET, # type: Text uses_netloc=_UNSET, # type: Optional[bool] ): # type: (...) -> URL """:class:`URL` objects are immutable, which means that attributes are designed to be set only once, at construction. Instead of modifying an existing URL, one simply creates a copy with the desired changes. If any of the following arguments is omitted, it defaults to the value on the current URL. Args: scheme: The text name of the scheme. host: The host portion of the network location. path: A tuple of strings representing the slash-separated parts of the path. query: The query parameters, as a dictionary or as an sequence of key-value pairs. fragment: The fragment part of the URL. port: The port part of the network location. rooted: Whether or not the path begins with a slash. userinfo: The username or colon-separated username:password pair. uses_netloc: Indicates whether ``://`` (the "netloc separator") will appear to separate the scheme from the *path* in cases where no host is present. Setting this to ``True`` is a non-spec-compliant affordance for the common practice of having URIs that are *not* URLs (cannot have a 'host' part) but nevertheless use the common ``://`` idiom that most people associate with URLs; e.g. ``message:`` URIs like ``message://message-id`` being equivalent to ``message:message-id``. This may be inferred based on the scheme depending on whether :func:`register_scheme` has been used to register the scheme and should not be passed directly unless you know the scheme works like this and you know it has not been registered. Returns: URL: A copy of the current :class:`URL`, with new values for parameters passed. """ if scheme is not _UNSET and scheme != self.scheme: # when changing schemes, reset the explicit uses_netloc preference # to honor the new scheme. uses_netloc = None return self.__class__( scheme=_optional(scheme, self.scheme), host=_optional(host, self.host), path=_optional(path, self.path), query=_optional(query, self.query), fragment=_optional(fragment, self.fragment), port=_optional(port, self.port), rooted=_optional(rooted, self.rooted), userinfo=_optional(userinfo, self.userinfo), uses_netloc=_optional(uses_netloc, self.uses_netloc), ) @classmethod def from_text(cls, text): # type: (Text) -> URL """Whereas the :class:`URL` constructor is useful for constructing URLs from parts, :meth:`~URL.from_text` supports parsing whole URLs from their string form:: >>> URL.from_text(u'http://example.com') URL.from_text(u'http://example.com') >>> URL.from_text(u'?a=b&x=y') URL.from_text(u'?a=b&x=y') As you can see above, it's also used as the :func:`repr` of :class:`URL` objects. The natural counterpart to :func:`~URL.to_text()`. This method only accepts *text*, so be sure to decode those bytestrings. Args: text: A valid URL string. Returns: URL: The structured object version of the parsed string. .. note:: Somewhat unexpectedly, URLs are a far more permissive format than most would assume. Many strings which don't look like URLs are still valid URLs. As a result, this method only raises :class:`URLParseError` on invalid port and IPv6 values in the host portion of the URL. """ um = _URL_RE.match(_textcheck("text", text)) if um is None: raise URLParseError("could not parse url: %r" % text) gs = um.groupdict() au_text = gs["authority"] or u"" au_m = _AUTHORITY_RE.match(au_text) if au_m is None: raise URLParseError( "invalid authority %r in url: %r" % (au_text, text) ) au_gs = au_m.groupdict() if au_gs["bad_host"]: raise URLParseError( "invalid host %r in url: %r" % (au_gs["bad_host"], text) ) userinfo = au_gs["userinfo"] or u"" host = au_gs["ipv6_host"] or au_gs["plain_host"] port = au_gs["port"] if port is not None: try: port = int(port) # type: ignore[assignment] # FIXME, see below except ValueError: if not port: # TODO: excessive? raise URLParseError("port must not be empty: %r" % au_text) raise URLParseError("expected integer for port, not %r" % port) scheme = gs["scheme"] or u"" fragment = gs["fragment"] or u"" uses_netloc = bool(gs["_netloc_sep"]) if gs["path"]: path = tuple(gs["path"].split(u"/")) if not path[0]: path = path[1:] rooted = True else: rooted = False else: path = () rooted = bool(au_text) if gs["query"]: query = tuple( ( qe.split(u"=", 1) # type: ignore[misc] if u"=" in qe else (qe, None) ) for qe in gs["query"].split(u"&") ) # type: QueryPairs else: query = () return cls( scheme, host, path, query, fragment, port, # type: ignore[arg-type] # FIXME, see above rooted, userinfo, uses_netloc, ) def normalize( self, scheme=True, host=True, path=True, query=True, fragment=True, userinfo=True, percents=True, ): # type: (bool, bool, bool, bool, bool, bool, bool) -> URL """Return a new URL object with several standard normalizations applied: * Decode unreserved characters (`RFC 3986 2.3`_) * Uppercase remaining percent-encoded octets (`RFC 3986 2.1`_) * Convert scheme and host casing to lowercase (`RFC 3986 3.2.2`_) * Resolve any "." and ".." references in the path (`RFC 3986 6.2.2.3`_) * Ensure an ending slash on URLs with an empty path (`RFC 3986 6.2.3`_) * Encode any stray percent signs (`%`) in percent-encoded fields (path, query, fragment, userinfo) (`RFC 3986 2.4`_) All are applied by default, but normalizations can be disabled per-part by passing `False` for that part's corresponding name. Args: scheme: Convert the scheme to lowercase host: Convert the host to lowercase path: Normalize the path (see above for details) query: Normalize the query string fragment: Normalize the fragment userinfo: Normalize the userinfo percents: Encode isolated percent signs for any percent-encoded fields which are being normalized (defaults to `True`). >>> url = URL.from_text(u'Http://example.COM/a/../b/./c%2f?%61%') >>> print(url.normalize().to_text()) http://example.com/b/c%2F?a%25 .. _RFC 3986 3.2.2: https://tools.ietf.org/html/rfc3986#section-3.2.2 .. _RFC 3986 2.3: https://tools.ietf.org/html/rfc3986#section-2.3 .. _RFC 3986 2.1: https://tools.ietf.org/html/rfc3986#section-2.1 .. _RFC 3986 6.2.2.3: https://tools.ietf.org/html/rfc3986#section-6.2.2.3 .. _RFC 3986 6.2.3: https://tools.ietf.org/html/rfc3986#section-6.2.3 .. _RFC 3986 2.4: https://tools.ietf.org/html/rfc3986#section-2.4 """ # noqa: E501 kw = {} # type: Dict[str, Any] if scheme: kw["scheme"] = self.scheme.lower() if host: kw["host"] = self.host.lower() def _dec_unres(target): # type: (Text) -> Text return _decode_unreserved( target, normalize_case=True, encode_stray_percents=percents ) if path: if self.path: kw["path"] = [ _dec_unres(p) for p in _resolve_dot_segments(self.path) ] else: kw["path"] = (u"",) if query: kw["query"] = [ (_dec_unres(k), _dec_unres(v) if v else v) for k, v in self.query ] if fragment: kw["fragment"] = _dec_unres(self.fragment) if userinfo: kw["userinfo"] = u":".join( [_dec_unres(p) for p in self.userinfo.split(":", 1)] ) return self.replace(**kw) def child(self, *segments): # type: (Text) -> URL """Make a new :class:`URL` where the given path segments are a child of this URL, preserving other parts of the URL, including the query string and fragment. For example:: >>> url = URL.from_text(u'http://localhost/a/b?x=y') >>> child_url = url.child(u"c", u"d") >>> child_url.to_text() u'http://localhost/a/b/c/d?x=y' Args: segments: Additional parts to be joined and added to the path, like :func:`os.path.join`. Special characters in segments will be percent encoded. Returns: URL: A copy of the current URL with the extra path segments. """ if not segments: return self segments = [ # type: ignore[assignment] # variable is tuple _textcheck("path segment", s) for s in segments ] new_path = tuple(self.path) if self.path and self.path[-1] == u"": new_path = new_path[:-1] new_path += tuple(_encode_path_parts(segments, maximal=False)) return self.replace(path=new_path) def sibling(self, segment): # type: (Text) -> URL """Make a new :class:`URL` with a single path segment that is a sibling of this URL path. Args: segment: A single path segment. Returns: URL: A copy of the current URL with the last path segment replaced by *segment*. Special characters such as ``/?#`` will be percent encoded. """ _textcheck("path segment", segment) new_path = tuple(self.path)[:-1] + (_encode_path_part(segment),) return self.replace(path=new_path) def click(self, href=u""): # type: (Union[Text, URL]) -> URL """Resolve the given URL relative to this URL. The resulting URI should match what a web browser would generate if you visited the current URL and clicked on *href*. >>> url = URL.from_text(u'http://blog.hatnote.com/') >>> url.click(u'/post/155074058790').to_text() u'http://blog.hatnote.com/post/155074058790' >>> url = URL.from_text(u'http://localhost/a/b/c/') >>> url.click(u'../d/./e').to_text() u'http://localhost/a/b/d/e' Args (Text): href: A string representing a clicked URL. Return: A copy of the current URL with navigation logic applied. For more information, see `RFC 3986 section 5`_. .. _RFC 3986 section 5: https://tools.ietf.org/html/rfc3986#section-5 """ if href: if isinstance(href, URL): clicked = href else: # TODO: This error message is not completely accurate, # as URL objects are now also valid, but Twisted's # test suite (wrongly) relies on this exact message. _textcheck("relative URL", href) clicked = URL.from_text(href) if clicked.absolute: return clicked else: clicked = self query = clicked.query if clicked.scheme and not clicked.rooted: # Schemes with relative paths are not well-defined. RFC 3986 calls # them a "loophole in prior specifications" that should be avoided, # or supported only for backwards compatibility. raise NotImplementedError( "absolute URI with rootless path: %r" % (href,) ) else: if clicked.rooted: path = clicked.path elif clicked.path: path = tuple(self.path)[:-1] + tuple(clicked.path) else: path = self.path if not query: query = self.query return self.replace( scheme=clicked.scheme or self.scheme, host=clicked.host or self.host, port=clicked.port or self.port, path=_resolve_dot_segments(path), query=query, fragment=clicked.fragment, ) def to_uri(self): # type: () -> URL u"""Make a new :class:`URL` instance with all non-ASCII characters appropriately percent-encoded. This is useful to do in preparation for sending a :class:`URL` over a network protocol. For example:: >>> URL.from_text(u'https://ايران.com/foo⇧bar/').to_uri() URL.from_text(u'https://xn--mgba3a4fra.com/foo%E2%87%A7bar/') Returns: URL: A new instance with its path segments, query parameters, and hostname encoded, so that they are all in the standard US-ASCII range. """ new_userinfo = u":".join( [_encode_userinfo_part(p) for p in self.userinfo.split(":", 1)] ) new_path = _encode_path_parts( self.path, has_scheme=bool(self.scheme), rooted=False, maximal=True ) new_host = ( self.host if not self.host else idna_encode(self.host, uts46=True).decode("ascii") ) return self.replace( userinfo=new_userinfo, host=new_host, path=new_path, query=tuple( [ ( _encode_query_key(k, maximal=True), _encode_query_value(v, maximal=True) if v is not None else None, ) for k, v in self.query ] ), fragment=_encode_fragment_part(self.fragment, maximal=True), ) def to_iri(self): # type: () -> URL u"""Make a new :class:`URL` instance with all but a few reserved characters decoded into human-readable format. Percent-encoded Unicode and IDNA-encoded hostnames are decoded, like so:: >>> url = URL.from_text(u'https://xn--mgba3a4fra.example.com/foo%E2%87%A7bar/') >>> print(url.to_iri().to_text()) https://ايران.example.com/foo⇧bar/ .. note:: As a general Python issue, "narrow" (UCS-2) builds of Python may not be able to fully decode certain URLs, and the in those cases, this method will return a best-effort, partially-decoded, URL which is still valid. This issue does not affect any Python builds 3.4+. Returns: URL: A new instance with its path segments, query parameters, and hostname decoded for display purposes. """ # noqa: E501 new_userinfo = u":".join( [_decode_userinfo_part(p) for p in self.userinfo.split(":", 1)] ) host_text = _decode_host(self.host) return self.replace( userinfo=new_userinfo, host=host_text, path=[_decode_path_part(segment) for segment in self.path], query=tuple( ( _decode_query_key(k), _decode_query_value(v) if v is not None else None, ) for k, v in self.query ), fragment=_decode_fragment_part(self.fragment), ) def to_text(self, with_password=False): # type: (bool) -> Text """Render this URL to its textual representation. By default, the URL text will *not* include a password, if one is set. RFC 3986 considers using URLs to represent such sensitive information as deprecated. Quoting from RFC 3986, `section 3.2.1`: "Applications should not render as clear text any data after the first colon (":") character found within a userinfo subcomponent unless the data after the colon is the empty string (indicating no password)." Args (bool): with_password: Whether or not to include the password in the URL text. Defaults to False. Returns: Text: The serialized textual representation of this URL, such as ``u"http://example.com/some/path?some=query"``. The natural counterpart to :class:`URL.from_text()`. .. _section 3.2.1: https://tools.ietf.org/html/rfc3986#section-3.2.1 """ scheme = self.scheme authority = self.authority(with_password) path = "/".join( _encode_path_parts( self.path, rooted=self.rooted, has_scheme=bool(scheme), has_authority=bool(authority), maximal=False, ) ) query_parts = [] for k, v in self.query: if v is None: query_parts.append(_encode_query_key(k, maximal=False)) else: query_parts.append( u"=".join( ( _encode_query_key(k, maximal=False), _encode_query_value(v, maximal=False), ) ) ) query_string = u"&".join(query_parts) fragment = self.fragment parts = [] # type: List[Text] _add = parts.append if scheme: _add(scheme) _add(":") if authority: _add("//") _add(authority) elif scheme and path[:2] != "//" and self.uses_netloc: _add("//") if path: if scheme and authority and path[:1] != "/": _add("/") # relpaths with abs authorities auto get '/' _add(path) if query_string: _add("?") _add(query_string) if fragment: _add("#") _add(fragment) return u"".join(parts) def __repr__(self): # type: () -> str """Convert this URL to an representation that shows all of its constituent parts, as well as being a valid argument to :func:`eval`. """ return "%s.from_text(%r)" % (self.__class__.__name__, self.to_text()) def _to_bytes(self): # type: () -> bytes """ Allows for direct usage of URL objects with libraries like requests, which automatically stringify URL parameters. See issue #49. """ return self.to_uri().to_text().encode("ascii") if PY2: __str__ = _to_bytes __unicode__ = to_text else: __bytes__ = _to_bytes __str__ = to_text # # Begin Twisted Compat Code asURI = to_uri asIRI = to_iri @classmethod def fromText(cls, s): # type: (Text) -> URL return cls.from_text(s) def asText(self, includeSecrets=False): # type: (bool) -> Text return self.to_text(with_password=includeSecrets) def __dir__(self): # type: () -> Sequence[Text] try: ret = object.__dir__(self) except AttributeError: # object.__dir__ == AttributeError # pdw for py2 ret = dir(self.__class__) + list(self.__dict__.keys()) ret = sorted(set(ret) - set(["fromText", "asURI", "asIRI", "asText"])) return ret # # End Twisted Compat Code def add(self, name, value=None): # type: (Text, Optional[Text]) -> URL """Make a new :class:`URL` instance with a given query argument, *name*, added to it with the value *value*, like so:: >>> URL.from_text(u'https://example.com/?x=y').add(u'x') URL.from_text(u'https://example.com/?x=y&x') >>> URL.from_text(u'https://example.com/?x=y').add(u'x', u'z') URL.from_text(u'https://example.com/?x=y&x=z') Args: name: The name of the query parameter to add. The part before the ``=``. value: The value of the query parameter to add. The part after the ``=``. Defaults to ``None``, meaning no value. Returns: URL: A new :class:`URL` instance with the parameter added. """ return self.replace(query=self.query + ((name, value),)) def set(self, name, value=None): # type: (Text, Optional[Text]) -> URL """Make a new :class:`URL` instance with the query parameter *name* set to *value*. All existing occurences, if any are replaced by the single name-value pair. >>> URL.from_text(u'https://example.com/?x=y').set(u'x') URL.from_text(u'https://example.com/?x') >>> URL.from_text(u'https://example.com/?x=y').set(u'x', u'z') URL.from_text(u'https://example.com/?x=z') Args: name: The name of the query parameter to set. The part before the ``=``. value: The value of the query parameter to set. The part after the ``=``. Defaults to ``None``, meaning no value. Returns: URL: A new :class:`URL` instance with the parameter set. """ # Preserve the original position of the query key in the list q = [(k, v) for (k, v) in self.query if k != name] idx = next( (i for (i, (k, v)) in enumerate(self.query) if k == name), -1 ) q[idx:idx] = [(name, value)] return self.replace(query=q) def get(self, name): # type: (Text) -> List[Optional[Text]] """Get a list of values for the given query parameter, *name*:: >>> url = URL.from_text(u'?x=1&x=2') >>> url.get('x') [u'1', u'2'] >>> url.get('y') [] If the given *name* is not set, an empty list is returned. A list is always returned, and this method raises no exceptions. Args: name: The name of the query parameter to get. Returns: List[Optional[Text]]: A list of all the values associated with the key, in string form. """ return [value for (key, value) in self.query if name == key] def remove( self, name, # type: Text value=_UNSET, # type: Text limit=None, # type: Optional[int] ): # type: (...) -> URL """Make a new :class:`URL` instance with occurrences of the query parameter *name* removed, or, if *value* is set, parameters matching *name* and *value*. No exception is raised if the parameter is not already set. Args: name: The name of the query parameter to remove. value: Optional value to additionally filter on. Setting this removes query parameters which match both name and value. limit: Optional maximum number of parameters to remove. Returns: URL: A new :class:`URL` instance with the parameter removed. """ if limit is None: if value is _UNSET: nq = [(k, v) for (k, v) in self.query if k != name] else: nq = [ (k, v) for (k, v) in self.query if not (k == name and v == value) ] else: nq, removed_count = [], 0 for k, v in self.query: if ( k == name and (value is _UNSET or v == value) and removed_count < limit ): removed_count += 1 # drop it else: nq.append((k, v)) # keep it return self.replace(query=nq) EncodedURL = URL # An alias better describing what the URL really is _EMPTY_URL = URL() def _replace_plus(text): # type: (Text) -> Text return text.replace("+", "%20") def _no_op(text): # type: (Text) -> Text return text class DecodedURL(object): """ :class:`DecodedURL` is a type designed to act as a higher-level interface to :class:`URL` and the recommended type for most operations. By analogy, :class:`DecodedURL` is the :class:`unicode` to URL's :class:`bytes`. :class:`DecodedURL` automatically handles encoding and decoding all its components, such that all inputs and outputs are in a maximally-decoded state. Note that this means, for some special cases, a URL may not "roundtrip" character-for-character, but this is considered a good tradeoff for the safety of automatic encoding. Otherwise, :class:`DecodedURL` has almost exactly the same API as :class:`URL`. Where applicable, a UTF-8 encoding is presumed. Be advised that some interactions can raise :exc:`UnicodeEncodeErrors` and :exc:`UnicodeDecodeErrors`, just like when working with bytestrings. Examples of such interactions include handling query strings encoding binary data, and paths containing segments with special characters encoded with codecs other than UTF-8. Args: url: A :class:`URL` object to wrap. lazy: Set to True to avoid pre-decode all parts of the URL to check for validity. Defaults to False. query_plus_is_space: + characters in the query string should be treated as spaces when decoding. If unspecified, the default is taken from the scheme. .. note:: The :class:`DecodedURL` initializer takes a :class:`URL` object, not URL components, like :class:`URL`. To programmatically construct a :class:`DecodedURL`, you can use this pattern: >>> print(DecodedURL().replace(scheme=u'https', ... host=u'pypi.org', path=(u'projects', u'hyperlink')).to_text()) https://pypi.org/projects/hyperlink .. versionadded:: 18.0.0 """ def __init__(self, url=_EMPTY_URL, lazy=False, query_plus_is_space=None): # type: (URL, bool, Optional[bool]) -> None self._url = url if query_plus_is_space is None: query_plus_is_space = url.scheme not in NO_QUERY_PLUS_SCHEMES self._query_plus_is_space = query_plus_is_space if not lazy: # cache the following, while triggering any decoding # issues with decodable fields self.host, self.userinfo, self.path, self.query, self.fragment return @classmethod def from_text(cls, text, lazy=False, query_plus_is_space=None): # type: (Text, bool, Optional[bool]) -> DecodedURL """\ Make a `DecodedURL` instance from any text string containing a URL. Args: text: Text containing the URL lazy: Whether to pre-decode all parts of the URL to check for validity. Defaults to True. """ _url = URL.from_text(text) return cls(_url, lazy=lazy, query_plus_is_space=query_plus_is_space) @property def encoded_url(self): # type: () -> URL """Access the underlying :class:`URL` object, which has any special characters encoded. """ return self._url def to_text(self, with_password=False): # type: (bool) -> Text "Passthrough to :meth:`~hyperlink.URL.to_text()`" return self._url.to_text(with_password) def to_uri(self): # type: () -> URL "Passthrough to :meth:`~hyperlink.URL.to_uri()`" return self._url.to_uri() def to_iri(self): # type: () -> URL "Passthrough to :meth:`~hyperlink.URL.to_iri()`" return self._url.to_iri() def _clone(self, url): # type: (URL) -> DecodedURL return self.__class__( url, # TODO: propagate laziness? query_plus_is_space=self._query_plus_is_space, ) def click(self, href=u""): # type: (Union[Text, URL, DecodedURL]) -> DecodedURL """Return a new DecodedURL wrapping the result of :meth:`~hyperlink.URL.click()` """ if isinstance(href, DecodedURL): href = href._url return self._clone( self._url.click(href=href), ) def sibling(self, segment): # type: (Text) -> DecodedURL """Automatically encode any reserved characters in *segment* and return a new `DecodedURL` wrapping the result of :meth:`~hyperlink.URL.sibling()` """ return self._clone( self._url.sibling(_encode_reserved(segment)), ) def child(self, *segments): # type: (Text) -> DecodedURL """Automatically encode any reserved characters in *segments* and return a new `DecodedURL` wrapping the result of :meth:`~hyperlink.URL.child()`. """ if not segments: return self new_segs = [_encode_reserved(s) for s in segments] return self._clone(self._url.child(*new_segs)) def normalize( self, scheme=True, host=True, path=True, query=True, fragment=True, userinfo=True, percents=True, ): # type: (bool, bool, bool, bool, bool, bool, bool) -> DecodedURL """Return a new `DecodedURL` wrapping the result of :meth:`~hyperlink.URL.normalize()` """ return self._clone( self._url.normalize( scheme, host, path, query, fragment, userinfo, percents ) ) @property def absolute(self): # type: () -> bool return self._url.absolute @property def scheme(self): # type: () -> Text return self._url.scheme @property def host(self): # type: () -> Text return _decode_host(self._url.host) @property def port(self): # type: () -> Optional[int] return self._url.port @property def rooted(self): # type: () -> bool return self._url.rooted @property def path(self): # type: () -> Sequence[Text] if not hasattr(self, "_path"): self._path = tuple( [ _percent_decode(p, raise_subencoding_exc=True) for p in self._url.path ] ) return self._path @property def query(self): # type: () -> QueryPairs if not hasattr(self, "_query"): if self._query_plus_is_space: predecode = _replace_plus else: predecode = _no_op self._query = cast( QueryPairs, tuple( tuple( _percent_decode( predecode(x), raise_subencoding_exc=True ) if x is not None else None for x in (k, v) ) for k, v in self._url.query ), ) return self._query @property def fragment(self): # type: () -> Text if not hasattr(self, "_fragment"): frag = self._url.fragment self._fragment = _percent_decode(frag, raise_subencoding_exc=True) return self._fragment @property def userinfo(self): # type: () -> Union[Tuple[str], Tuple[str, str]] if not hasattr(self, "_userinfo"): self._userinfo = cast( Union[Tuple[str], Tuple[str, str]], tuple( tuple( _percent_decode(p, raise_subencoding_exc=True) for p in self._url.userinfo.split(":", 1) ) ), ) return self._userinfo @property def user(self): # type: () -> Text return self.userinfo[0] @property def uses_netloc(self): # type: () -> Optional[bool] return self._url.uses_netloc def replace( self, scheme=_UNSET, # type: Optional[Text] host=_UNSET, # type: Optional[Text] path=_UNSET, # type: Iterable[Text] query=_UNSET, # type: QueryParameters fragment=_UNSET, # type: Text port=_UNSET, # type: Optional[int] rooted=_UNSET, # type: Optional[bool] userinfo=_UNSET, # type: Union[Tuple[str], Tuple[str, str]] uses_netloc=_UNSET, # type: Optional[bool] ): # type: (...) -> DecodedURL """While the signature is the same, this `replace()` differs a little from URL.replace. For instance, it accepts userinfo as a tuple, not as a string, handling the case of having a username containing a `:`. As with the rest of the methods on DecodedURL, if you pass a reserved character, it will be automatically encoded instead of an error being raised. """ if path is not _UNSET: path = tuple(_encode_reserved(p) for p in path) if query is not _UNSET: query = cast( QueryPairs, tuple( tuple( _encode_reserved(x) if x is not None else None for x in (k, v) ) for k, v in iter_pairs(query) ), ) if userinfo is not _UNSET: if len(userinfo) > 2: raise ValueError( 'userinfo expected sequence of ["user"] or' ' ["user", "password"], got %r' % (userinfo,) ) userinfo_text = u":".join([_encode_reserved(p) for p in userinfo]) else: userinfo_text = _UNSET new_url = self._url.replace( scheme=scheme, host=host, path=path, query=query, fragment=fragment, port=port, rooted=rooted, userinfo=userinfo_text, uses_netloc=uses_netloc, ) return self._clone(url=new_url) def get(self, name): # type: (Text) -> List[Optional[Text]] "Get the value of all query parameters whose name matches *name*" return [v for (k, v) in self.query if name == k] def add(self, name, value=None): # type: (Text, Optional[Text]) -> DecodedURL """Return a new DecodedURL with the query parameter *name* and *value* added.""" return self.replace(query=self.query + ((name, value),)) def set(self, name, value=None): # type: (Text, Optional[Text]) -> DecodedURL "Return a new DecodedURL with query parameter *name* set to *value*" query = self.query q = [(k, v) for (k, v) in query if k != name] idx = next((i for (i, (k, v)) in enumerate(query) if k == name), -1) q[idx:idx] = [(name, value)] return self.replace(query=q) def remove( self, name, # type: Text value=_UNSET, # type: Text limit=None, # type: Optional[int] ): # type: (...) -> DecodedURL """Return a new DecodedURL with query parameter *name* removed. Optionally also filter for *value*, as well as cap the number of parameters removed with *limit*. """ if limit is None: if value is _UNSET: nq = [(k, v) for (k, v) in self.query if k != name] else: nq = [ (k, v) for (k, v) in self.query if not (k == name and v == value) ] else: nq, removed_count = [], 0 for k, v in self.query: if ( k == name and (value is _UNSET or v == value) and removed_count < limit ): removed_count += 1 # drop it else: nq.append((k, v)) # keep it return self.replace(query=nq) def __repr__(self): # type: () -> str cn = self.__class__.__name__ return "%s(url=%r)" % (cn, self._url) def __str__(self): # type: () -> str # TODO: the underlying URL's __str__ needs to change to make # this work as the URL, see #55 return str(self._url) def __eq__(self, other): # type: (Any) -> bool if not isinstance(other, self.__class__): return NotImplemented return self.normalize().to_uri() == other.normalize().to_uri() def __ne__(self, other): # type: (Any) -> bool if not isinstance(other, self.__class__): return NotImplemented return not self.__eq__(other) def __hash__(self): # type: () -> int return hash( ( self.__class__, self.scheme, self.userinfo, self.host, self.path, self.query, self.fragment, self.port, self.rooted, self.uses_netloc, ) ) # # Begin Twisted Compat Code asURI = to_uri asIRI = to_iri @classmethod def fromText(cls, s, lazy=False): # type: (Text, bool) -> DecodedURL return cls.from_text(s, lazy=lazy) def asText(self, includeSecrets=False): # type: (bool) -> Text return self.to_text(with_password=includeSecrets) def __dir__(self): # type: () -> Sequence[Text] try: ret = object.__dir__(self) except AttributeError: # object.__dir__ == AttributeError # pdw for py2 ret = dir(self.__class__) + list(self.__dict__.keys()) ret = sorted(set(ret) - set(["fromText", "asURI", "asIRI", "asText"])) return ret # # End Twisted Compat Code def parse(url, decoded=True, lazy=False): # type: (Text, bool, bool) -> Union[URL, DecodedURL] """ Automatically turn text into a structured URL object. >>> url = parse(u"https://github.com/python-hyper/hyperlink") >>> print(url.to_text()) https://github.com/python-hyper/hyperlink Args: url: A text string representation of a URL. decoded: Whether or not to return a :class:`DecodedURL`, which automatically handles all encoding/decoding/quoting/unquoting for all the various accessors of parts of the URL, or a :class:`URL`, which has the same API, but requires handling of special characters for different parts of the URL. lazy: In the case of `decoded=True`, this controls whether the URL is decoded immediately or as accessed. The default, `lazy=False`, checks all encoded parts of the URL for decodability. .. versionadded:: 18.0.0 """ enc_url = EncodedURL.from_text(url) if not decoded: return enc_url dec_url = DecodedURL(enc_url, lazy=lazy) return dec_url PK d��Z3� � � __init__.pynu �[��� from ._url import ( parse, register_scheme, URL, EncodedURL, DecodedURL, URLParseError, ) __all__ = ( "parse", "register_scheme", "URL", "EncodedURL", "DecodedURL", "URLParseError", ) PK d��Z�4� � & __pycache__/hypothesis.cpython-310.pycnu �[��� PK d��ZG��a, , $ � __pycache__/__init__.cpython-310.pycnu �[��� PK d��Z�� � # ] __pycache__/_socket.cpython-310.pycnu �[��� PK d��Z/� � � __pycache__/_url.cpython-310.pycnu �[��� PK d��ZaX��1 1 �. py.typednu �[��� PK d��Z�R�o� � / test/test_decoded_url.pynu �[��� PK d��Z 1C�V V 0 :K test/__pycache__/test_hypothesis.cpython-310.pycnu �[��� PK d��Z�a^v� � 1 �e test/__pycache__/test_decoded_url.cpython-310.pycnu �[��� PK d��Z�"�Ɔ � ) } test/__pycache__/__init__.cpython-310.pycnu �[��� PK d��Z�^�� � , � test/__pycache__/test_socket.cpython-310.pycnu �[��� PK d��Z�6un� � + ܆ test/__pycache__/test_parse.cpython-310.pycnu �[��� PK d��Zgbj�� � , � test/__pycache__/test_common.cpython-310.pycnu �[��� PK d��Z�i�D� D� ) O� test/__pycache__/test_url.cpython-310.pycnu �[��� PK d��Zֽ6 � � 9 �< test/__pycache__/test_scheme_registration.cpython-310.pycnu �[��� PK d��Z�sp8 8 ' �J test/__pycache__/common.cpython-310.pycnu �[��� PK d��Z�o.W� � eU test/test_hypothesis.pynu �[��� PK d��Z�$� � � �r test/test_socket.pynu �[��� PK d��Z�g�!S S ex test/test_parse.pynu �[��� PK d��Zߙ�� � �| test/test_scheme_registration.pynu �[��� PK d��Z 0с� � (� test/common.pynu �[��� PK d��Z}a�a a )� test/test_common.pynu �[��� PK d��Z�T�?� ?� ͡ test/test_url.pynu �[��� PK d��ZJ]* Y Y Lw test/__init__.pynu �[��� PK d��Z$��M�c �c �y idna-tables-properties.csv.gznu �[��� PK d��Z+͘�� � �� _socket.pynu �[��� PK d��Z��Rn'% '% � hypothesis.pynu �[��� PK d��Z6���cF cF o _url.pynu �[��� PK d��Z3� � � Q __init__.pynu �[��� PK & -R
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