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Edit: graphics.cpython-38.pyc
U ��dZ�} � @ sl d dl mZmZ d dlmZ d dlmZmZ d dlm Z m Z m Z m Z m Z d dlmZmZmZmZmZmZmZmZmZmZmZmZmZm Z d dl m Z m Z d dl m!Z! d dl"m#Z# G d d � d e�Z$G d d � d e#e�Z%G d d� de�Z&dd� Z'G dd� de(�Z)G dd� dee&e��Z*dd� Z+G dd� de�Z,dd� Z-G dd � d e�Z.G d d � d e�Z/d d � Z0e1d!k�rhe0� d"S )#� )�division�print_function)�with_metaclass)�decompose_tagmarkup�get_encoding_mode)�CompositeCanvas� CanvasJoin� TextCanvas� CanvasCombine� SolidCanvas)� WidgetMeta�Widget�BOX�FIXED�FLOW�nocache_widget_render� nocache_widget_render_instance� fixed_size� WidgetWrap�Divider� SolidFill�Text�CENTER�CLIP)�Pile�Columns)�AttrSpec)�WidgetDecorationc @ sJ e Zd Zeeg�Zdd� Zdd� Zdd� Zdd� Z dd d �Z dd d�Z d S )�BigTextc C s | � |� | �|� dS )z_ markup -- same as Text widget markup font -- instance of a Font class N)�set_font�set_text)�self�markup�font� r$ �0/usr/lib/python3/dist-packages/urwid/graphics.py�__init__( s zBigText.__init__c C s t |�\| _| _| �� d S �N)r �text�attrib� _invalidate)r! r" r$ r$ r% r 0 s zBigText.set_textc C s | j | jfS )z- Returns (text, attributes). )r( r) �r! r$ r$ r% �get_text4 s zBigText.get_textc C s || _ | �� d S r' )r# r* )r! r# r$ r$ r% r : s zBigText.set_fontNFc C s0 | j j}d}| jD ]}|| j �|�7 }q||fS �Nr )r# �heightr( � char_width)r! �size�focus�rows�cols�cr$ r$ r% �pack> s z BigText.packc C s� t |� d }d }}g }| jj}| jd t| j�fg }| jD ]n} |sX|| \}}|d7 }|d8 }| j�| �} | srq<| j�| �} |d k r�t| �} | � |� |� | d d| f� q<|r�t |�} n t dg| ddd�} t| �} | � g � | S )Nr � F� )�maxcolZ check_width)r r# r. r) �lenr( r/ �renderr Z fill_attr�appendr r Z set_depends) r! r0 r1 �aZaiZak�or2 r) �ch�widthr4 �canvr$ r$ r% r: E s6 � zBigText.render)NF)F) �__name__� __module__� __qualname__� frozensetr �_sizingr& r r, r r5 r: r$ r$ r$ r% r % s r c @ s& e Zd Zdd d �Zd d � Zd d� ZdS )�LineBoxr7 �center� ┌� ─� │� ┐� └� ┘c C s� |r t |�}| rt | �} |r$t|�}| r0t| �} t|�t|� }}t|�t| � }} |sd|rdtd��t| �|��| _|r�|dkr�td��|dkr�d| jf|g} n |d| jfg} |dkr�| �|� t| �| _tdd|f| jdd|fg�} n d | _d } g }|�r|�dd|f� n|�dd td �f� |�|� t |�d }| �rN|�dd| f� t|d d g|d �}| �r�tdd|f| dd| fg�}nd }g }| �r�|�d| f� |�|� t |�d }|�r�|�d|f� t ||d�}t � | |� t � | |� d S )a Draw a line around original_widget. Use 'title' to set an initial title text with will be centered on top of the box. Use `title_align` to align the title to the 'left', 'right', or 'center'. The default is 'center'. You can also override the widgets used for the lines/corners: tline: top line bline: bottom line lline: left line rline: right line tlcorner: top left corner trcorner: top right corner blcorner: bottom left corner brcorner: bottom right corner If empty string is specified for one of the lines/corners, then no character will be output there. This allows for seamless use of adjoining LineBoxes. z.Cannot have a title when tline is empty string)�leftrG �rightz7title_align must be one of "left", "right", or "center"rN ZflowrG Zfixedr6 Nr r7 � )Z box_columnsZ focus_column)Z focus_item)r r r � ValueError� format_title� title_widgetr; r � tline_widgetr9 r r r& r )r! Zoriginal_widget�titleZ title_alignZtlcornerZtlineZllineZtrcornerZblcornerZrlineZblineZbrcornerZ tline_widgets�topZmiddle_widgetsZ focus_colZmiddleZbottomZ pile_widgetsZ focus_posZpiler$ r$ r% r& f st � � � zLineBox.__init__c C s t |�dkrd| S dS d S )Nr z %s r7 )r9 �r! r( r$ r$ r% rR � s zLineBox.format_titlec C s. | j std��| j �| �|�� | j�� d S )Nz$Cannot set title when tline is unset)rS rQ r rR rT r* rW r$ r$ r% � set_title� s zLineBox.set_titleN) r7 rG rH rI rJ rK rL rJ rI rM )rA rB rC r& rR rX r$ r$ r$ r% rF d s � brF c s e Zd ZdZ� fdd�Z� ZS )� BarGraphMetaz� Detect subclass get_data() method and dynamic change to get_data() method and disable caching in these cases. This is for backwards compatibility only, new programs should use set_data() instead of overriding get_data(). c sB t t| ��|||� d|kr.t| �| _| j| _tdd� t�| _d S )N�get_datac S s | j S r' )� _get_datar+ r$ r$ r% �<lambda>� � z'BarGraphMeta.__init__.<locals>.<lambda>) �superrY r& r r: rZ r[ �property�nocache_bargraph_get_data)�cls�name�bases�d�� __class__r$ r% r& � s �zBarGraphMeta.__init__)rA rB rC �__doc__r& � __classcell__r$ r$ re r% rY � s rY c C s t | �| _|| _dS )zm Disable caching on this bargraph because get_data_fn needs to be polled to get the latest data. N)r r: r[ )r! Z get_data_fnr$ r$ r% r` � s r` c @ s e Zd ZdS )� BarGraphErrorN)rA rB rC r$ r$ r$ r% ri � s ri c @ s� e Zd Zeeg�ZdZdZdZd dd�Z d dd�Z d d d �Z d d � Z d d� Z dd� Zdd� Zdd� Zdd� Zdd� Zdd� Zd!d d �ZdS )"�BarGraphTu ▁▂▃▄▅▆▇u _⎺⎻─⎼⎽Nc C s* | � |||� | �g dd� | �d� dS )z� Create a bar graph with the passed display characteristics. see set_segment_attributes for a description of the parameters. r6 N)�set_segment_attributes�set_data� set_bar_width)r! �attlist�hatt�sattr$ r$ r% r& � s zBarGraph.__init__c C s� g | _ g | _t|�dk r&td|f ��t|�dks:td��|D ]J}t|�tkrh| j �|� | j�d� q>|\}}| j �|� | j�|� q>g | _|dkr�| j d g}nt|�t kr�|g}|| _|dkr�i }|� � D ]�}z|\\}} }W n$ t k �r td|f ��Y nX t|�t k�s(|t|�k�r6td|f ��t| �t k�sR| t|�k�r`td |f ��|| kr�td || f ��q�|| _ dS ) a :param attlist: list containing display attribute or (display attribute, character) tuple for background, first segment, and optionally following segments. ie. len(attlist) == num segments+1 character defaults to ' ' if not specified. :param hatt: list containing attributes for horizontal lines. First element is for lines on background, second is for lines on first segment, third is for lines on second segment etc. :param satt: dictionary containing attributes for smoothed transitions of bars in UTF-8 display mode. The values are in the form: (fg,bg) : attr fg and bg are integers where 0 is the graph background, 1 is the first segment, 2 is the second, ... fg > bg in all values. attr is an attribute with a foreground corresponding to fg and a background corresponding to bg. If satt is not None and the bar graph is being displayed in a terminal using the UTF-8 encoding then the character cell that is shared between the segments specified will be smoothed with using the UTF-8 vertical eighth characters. eg: set_segment_attributes( ['no', ('unsure',"?"), 'yes'] ) will use the attribute 'no' for the background (the area from the top of the graph to the top of the bar), question marks with the attribute 'unsure' will be used for the topmost segment of the bar, and the attribute 'yes' will be used for the bottom segment of the bar. rP z5attlist must include at least background and seg1: %rz must at least specify bg and fg!� Nr z!satt not in (fg,bg:attr) form: %rzfg not valid integer: %rzbg not valid integer: %rzfg (%s) not > bg (%s))�attr�charr9 ri �AssertionError�type�tupler; ro �list�itemsrQ �intrp ) r! rn ro rp r< rr r> �i�fg�bgr$ r$ r% rk s@ # z BarGraph.set_segment_attributesc C s< |dk r$|dd� }|� � |�� |||f| _| �� dS )a� Store bar data, bargraph top and horizontal line positions. bardata -- a list of bar values. top -- maximum value for segments within bardata hlines -- None or a bar value marking horizontal line positions bar values are [ segment1, segment2, ... ] lists where top is the maximal value corresponding to the top of the bar graph and segment1, segment2, ... are the values for the top of each segment of this bar. Simple bar graphs will only have one segment in each bar value. Eg: if top is 100 and there is a bar value of [ 80, 30 ] then the top of this bar will be at 80% of full height of the graph and it will have a second segment that starts at 30%. N)�sort�reverse�datar* )r! �bardatarV �hlinesr$ r$ r% rl L s zBarGraph.set_datac C sT |\}}| j \}}}| �||f|�}t|�t|�krJ|dt|�� ||fS |||fS )a/ Return (bardata, top, hlines) This function is called by render to retrieve the data for the graph. It may be overloaded to create a dynamic bar graph. This implementation will truncate the bardata list returned if not all bars will fit within maxcol. N)r �calculate_bar_widthsr9 )r! r0 r8 �maxrowr� rV r� �widthsr$ r$ r% r[ e s zBarGraph._get_datac C s& |dks|dkst �|| _| �� dS )z� Set a preferred bar width for calculate_bar_widths to use. width -- width of bar or None for automatic width adjustment Nr )rt � bar_widthr* )r! r? r$ r$ r% rm x s zBarGraph.set_bar_widthc C s� |\}}| j dk r.| j gtt|�|| j � S t|�|krDdg| S g }|}t|�}|D ]2}tt|�| d �} |�| � || 8 }|d8 }qX|S )z� Return a list of bar widths, one for each bar in data. If self.bar_width is None this implementation will stretch the bars across the available space specified by maxcol. Nr6 � �?)r� �minr9 ry �floatr; ) r! r0 r� r8 r� r� ZgrowZremain�row�wr$ r$ r% r� � s" � z BarGraph.calculate_bar_widthsc C s dS �z Return False. Fr$ r+ r$ r$ r% � selectable� s zBarGraph.selectablec C s | j ot� dkS )N�utf8)rp r r+ r$ r$ r% � use_smoothed� s zBarGraph.use_smoothedc C sx |\}}| � ||f�\}}}| �||f|�}| �� rRt||||d �}| �|�}nt||||�}|rt| �||||�}|S )z) Calculate display data. � )rZ r� r� �calculate_bargraph_display�smooth_display�hlines_display) r! r0 r8 r� r� rV r� r� �dispr$ r$ r% �calculate_display� s � �zBarGraph.calculate_displayc s� � � � r d}dddddg}n d}dg}g }|D ]0}t|| �| | | } | dk rTq.|�| � q.g } d } |D ]J} t| �} | | kr�ql| | } |D ]"\}}| |k r�| �| |f� q�q�| } ql� fd d �}g }d}d}|D ]�\}}|t| �kr�|�||f� q�|| }|t| �k �rt| | d |k �rt| | \} }| | dk�rL|�| | |f� |�d |||�f� | d }|d 7 }�q ||k r�|�|| |f� |}q�|S ) a+ Add hlines to display structure represented as bar_type tuple values: (bg, 0-5) bg is the segment that has the hline on it 0-5 is the hline graphic to use where 0 is a regular underscore and 1-5 are the UTF-8 horizontal scan line characters. r )g�������?r6 )g�������?rP )g333333�?� )g�������?� )� �?� r� )r� r ���c sR g }| D ]D\}}t |�tkr>t� j�|kr>|�||f|f� q|�||f� q|S r' )ru ry r9 ro r; )r� �chnumZrout�bar_typer? r+ r$ r% �fill_row� s �z)BarGraph.hlines_display.<locals>.fill_rowr6 )r� r� r; ry r9 )r! r� rV r� r� Zshiftr�rZrhl�hZrhZhrowsZlast_irz �fZsplr� r� r= �kZrnum�y_countr� Z end_blockr$ r+ r% r� � s` � zBarGraph.hlines_displayc s� g � d���fdd��� �fdd�}|D ]�\}}�rjt d� |�}|||� ||8 }�|7 ��d �|sjq(�dksvt�|dkr�� �|d d |f� |d }|s�q(� �||f� |�q(dd � � D �S ) a0 smooth (col, row*8) display into (col, row) display using UTF vertical eighth characters represented as bar_type tuple values: ( fg, bg, 1-7 ) where fg is the lower segment, bg is the upper segment and 1-7 is the vertical eighth character to use. r c s� | | \}}\}}||f||fkr0||fd d fS t ||�}d }}||krX||| f}n||krl||| f}t|�tkr�||f||fS ||f�jkr�� dk r�||f||fS ||f||fS ||d� f|f||fS )Nr� r� )r� ru rv rp ) r< �bZbt1Zw1Zbt2Zw2Zwmin�l1�l2)r� r! r$ r% � seg_combine s z,BarGraph.smooth_display.<locals>.seg_combinec s� � d \}}|d d � }|d d � }g }|r��|� d�|� d��\\}}}}|rz|d d |krz||d d | f|d< n|�||f� |r�|g| }|r(|g| }q(|r�t�|| |f� d< d S )Nr� r r6 )�popr; rt ) �countr� Zo_countZo_row�lZbtr� r� r� )r= r� r$ r% �row_combine_last$ s$ � z1BarGraph.smooth_display.<locals>.row_combine_lastr� � c S s g | ]\}}|d |f�qS )r� r$ )�.0�yr� r$ r$ r% � <listcomp>K s z+BarGraph.smooth_display.<locals>.<listcomp>)r� rt r; )r! r� r� r� r� r� r$ )r= r� r� r! r% r� s, zBarGraph.smooth_displayFc C s |\}}| � ||f�}g }|D ]�\}}g } |D ]�\} } t| �tkr�t| �dkrv| \} } }| j| | f }| j| | }q�| \} }| j| }| j| | }n| j| }| j | | }| � ||f� q.t | �� |f�}|� � dks�td��||ddfg| 7 }q t|�}|S )z" Render BarGraph. r� r6 z Invalid characters in BarGraph!NF)r� ru rv r9 rp �eighthsro r� rr rs r; r r: r2 rt r )r! r0 r1 r8 r� r� � combinelistr� r� r� r� r? r{ r| r� r< �tr4 r@ r$ r$ r% r: M s, zBarGraph.render)NN)NN)N)F)rA rB rC rD r rE Z ignore_focusr� r� r& rk rl r[ rm r� r� r� r� r� r� r: r$ r$ r$ r% rj � s G KGrj c C s� t | �t |�kst�t|�}dg| }|fdd�}d}d}| D ]�} || } | dk rTq>|} t| ||�} tt | �d dd�D ]@} | | }||kr�qx|dk r�d}|| k rx|} || d ||| � qx|| 7 }|d7 }q>g }d}d|fg}|D �]�}|dkr�|d }q�|�r|�||f� d}d}|| \}}d}g }|D �]n\}}}||| k�rv|�||f� |d7 }||7 }|| \}}�q:||k�r�|�||| f� n2|| dk�r�|�||| f� |�||| f� ||k�r�t |�} �q�||| k�r |d7 }||7 }|| \}}�q�||k�r*|| | }|}�q.|d \}} | || | 7 } || f|d< |d7 }||7 }||k�rr �q�|t |�k �s�tt| |f���|| \}}�q.|t |�k �r�|||fg||d d� 7 }|}|d7 }q�|�r�|�||f� |S )a� Calculate a rendering of the bar graph described by data, bar_widths and height. bardata -- bar information with same structure as BarGraph.data top -- maximal value for bardata segments bar_widths -- list of integer column widths for each bar maxrow -- rows for display of bargraph Returns a structure as follows: [ ( y_count, [ ( bar_type, width), ... ] ), ... ] The outer tuples represent a set of identical rows. y_count is the number of rows in this set, the list contains the data to be displayed in the row repeated through the set. The inner tuple describes a run of width characters of bar_type. bar_type is an integer starting from 0 for the background, 1 for the 1st segment, 2 for the 2nd segment etc.. This function should complete in approximately O(n+m) time, where n is the number of bars displayed and m is the number of rows. Nc S s� || rv|| d \}}}||krJ||kr6|| d= qt|||f|| d< q�|| kr�||kr�|||| f|| d< d S n|| d kr�g ||< || � | ||| f� d S )Nr� )r; )�seg_num�colr� r? r2 Zlast_segZlast_colZlast_endr$ r$ r% � add_segment� s" �� z/calculate_bargraph_display.<locals>.add_segmentr r6 r� )r9 rt �sum�scale_bar_values�ranger; �repr) r� rV Z bar_widthsr� r8 r2 r� r� Zbarnum�barr? ZtallestZsegmentsr� �sZrowsetsr� Zlastr� rz ZlaZlnr4 r= r� �start�endZoaZonr$ r$ r% r� o s� r� c @ s8 e Zd Zeeg�Zdd� Zdd� Zdd� Zd dd �Z d S ) � GraphVScalec C s | � ||� dS )a] GraphVScale( [(label1 position, label1 markup),...], top ) label position -- 0 < position < top for the y position label markup -- text markup for this label top -- top y position This widget is a vertical scale for the BarGraph widget that can correspond to the BarGraph's horizontal lines N)� set_scale)r! �labelsrV r$ r$ r% r& s zGraphVScale.__init__c C s\ |dd� }|� � |�� g | _g | _|D ]$\}}| j�|� | j�t|�� q,|| _dS )z� set_scale( [(label1 position, label1 markup),...], top ) label position -- 0 < position < top for the y position label markup -- text markup for this label top -- top y position N)r} r~ �pos�txtr; r rV )r! r� rV r� r" r$ r$ r% r� s zGraphVScale.set_scalec C s dS r� r$ r+ r$ r$ r% r� s zGraphVScale.selectableFc C s� |\}}t | j| j|�}g }d}t|| j�D ]r\}} |d8 }||krH q�||k rRq,| �|f�} ||kr�|| } t| �} | �| d� || �� 7 }|� | ddf� q,|s�t d|d |d �S t |�} || r�| �d|| � | S )z% Render GraphVScale. r r6 NFrq ) r� r� rV �zipr� r: r Zpad_trim_top_bottomr2 r; r r ) r! r0 r1 r8 r� Zplr� r2 �pr� r4 �runr$ r$ r% r: % s. zGraphVScale.renderN)F) rA rB rC rD r rE r& r� r� r: r$ r$ r$ r% r� � s r� c s � �fdd�| D �S )zJ Return a list of bar values aliased to integer values of maxrow. c s( g | ] }� t t|�� � d � �qS )r� )ry r� )r� �v�r� rV r$ r% r� I s z$scale_bar_values.<locals>.<listcomp>r$ )r� rV r� r$ r� r% r� E s r� c @ sp e Zd Zeeg�ZdZeZddd�Z dd� Z e d d � e �Z d d � Z e d d � e �Zddd�Zdd� Zddd�ZdS )� ProgressBaru ▏▎▍▌▋▊▉r �d Nc C s" || _ || _|| _|| _|| _dS )a� :param normal: display attribute for incomplete part of progress bar :param complete: display attribute for complete part of progress bar :param current: current progress :param done: progress amount at 100% :param satt: display attribute for smoothed part of bar where the foreground of satt corresponds to the normal part and the background corresponds to the complete part. If satt is ``None`` then no smoothing will be done. >>> pb = ProgressBar('a', 'b') >>> pb <ProgressBar flow widget> >>> print(pb.get_text()) 0 % >>> pb.set_completion(34.42) >>> print(pb.get_text()) 34 % >>> class CustomProgressBar(ProgressBar): ... def get_text(self): ... return u'Foobar' >>> cpb = CustomProgressBar('a', 'b') >>> print(cpb.get_text()) Foobar >>> for x in range(101): ... cpb.set_completion(x) ... s = cpb.render((10, )) >>> cpb2 = CustomProgressBar('a', 'b', satt='c') >>> for x in range(101): ... cpb2.set_completion(x) ... s = cpb2.render((10, )) N)�normal�complete�_current�_donerp )r! r� r� �current�donerp r$ r$ r% r& S s !zProgressBar.__init__c C s || _ | �� dS )z- current -- current progress N)r� r* )r! r� r$ r$ r% �set_completionz s zProgressBar.set_completionc C s | j S r' )r� r+ r$ r$ r% r\ � r] zProgressBar.<lambda>c C s || _ | �� dS )z1 done -- progress amount at 100% N)r� r* )r! r� r$ r$ r% � _set_done� s zProgressBar._set_donec C s | j S r' )r� r+ r$ r$ r% r\ � r] Fc C s dS )Nr6 r$ �r! r0 r1 r$ r$ r% r2 � s zProgressBar.rowsc C s, t dtdt| jd | j ���}t|�d S )zw Return the progress bar percentage text. You can override this method to display custom text. r� r z %)r� �maxry r� r� �str)r! Zpercentr$ r$ r% r, � s zProgressBar.get_textc C s� |\}t | �� | jt�}|�|f�}t| j�| | j }t|�}t |j d d|� � dd�� d��}d} | j dk r�t|| d �} |dk s�|dkr�| dkr�| j|fgg|_�n||kr�| j|fgg|_n�| �r�|j d | dk�r�|j d } | j| � d�} | d|� | | |d d� |j d< g } |dk�r@| �| j|f� | �| j t | �f� || d dk�r~| �| j|| d f� | g|_dt |j d �fgg|_n | j|f| j|| fgg|_|S )z* Render the progress bar. r Nzutf-8�ignorer� rq r6 )r r, � text_alignr r: r� r� r� ry r9 Z_text�decode�encoderp r� Z_attrr� r� r; Z_cs) r! r0 r1 r8 r� r4 ZcfZ ccol_dirtyZccolZcsr� Zcencr< r$ r$ r% r: � sD �� & �zProgressBar.render)r r� N)F)F)rA rB rC rD r rE r� r r� r& r� r_ r� r� r� r2 r, r: r$ r$ r$ r% r� L s ' r� c @ s2 e Zd Zeeg�Zdd� Zd dd�Zd dd�ZdS ) � PythonLogoc C s^ t dd�}t dd�}d}t|df|df|df|df|d f|d f|d f|d fg��|f�| _d S )zd Create canvas containing an ASCII version of the Python Logo and store it. z light blue�defaultZyellow� z ______ z _|_o__ |z__ z | _____|z | z |__| z______| z |____o_|N)r r r: �_canvas)r! ZbluZyelr? r$ r$ r% r& � s ��zPythonLogo.__init__NFc C s | j �� | j �� fS )z? Return the size from our pre-rendered canvas. )r� r3 r2 r� r$ r$ r% r5 � s zPythonLogo.packc C s t |� | jS )z1 Return the pre-rendered canvas. )r r� r� r$ r$ r% r: � s zPythonLogo.render)NF)F) rA rB rC rD r rE r& r5 r: r$ r$ r$ r% r� � s r� c C s dd l } | �� d S r- )�doctestZtestmod)r� r$ r$ r% �_test� s r� �__main__N)2Z __future__r r Z urwid.compatr Z urwid.utilr r Z urwid.canvasr r r r r Z urwid.widgetr r r r r r r r r r r r r r Zurwid.containerr r Zurwid.display_commonr Zurwid.decorationr r rF rY r` � Exceptionri rj r� r� r� r� r� r� rA r$ r$ r$ r% �<module> s0 @ ?q ~ Gq
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