Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

How to use _enumerate method in hypothesis

Best Python code snippet using hypothesis

texas.py

Source:texas.py

1#/usr/bin/env python2#3# Copyright (C) 2008  Christian Hergert <chris@dronelabs.com>4#5# This program is free software: you can redistribute it and/or modify6# it under the terms of the GNU General Public License or the7# GNU Lesser General Public License as published by the 8# Free Software Foundation, either version 3 of the License, or9# (at your option) any later version.10#11# This program is distributed in the hope that it will be useful,12# but WITHOUT ANY WARRANTY; without even the implied warranty of13# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the14# GNU General Public License for more details.15#16# You should have received a copy of the GNU General Public License17# along with this program.  If not, see <http://www.gnu.org/licenses/>.18import gio19import gobject20import glib21import os22import time23_NAME_ATTRIBUTE="standard::display-name"24_TYPE_ATTRIBUTE="standard::type"25class WalkerTexasRanger(object):26    def __init__(self, onResult, onClear=None, onFinish=None):27        self._onResult  = onResult28        self._onClear   = onClear29        self._onFinish  = onFinish30        self._enumerate = gio.Cancellable()31        self._userData  = None32    33    def _result(self, *args, **kwargs):34        if callable(self._onResult):35            userData = self._userData and [self._userData] or [None]36            apply(self._onResult, [self] + list(args) + userData, kwargs)37    38    def _clear(self, *args, **kwargs):39        if callable(self._onClear):40            userData = self._userData and [self._userData] or [None]41            apply(self._onClear, [self] + list(args) + userData, kwargs)42    43    def _finish(self, *args, **kwargs):44        if callable(self._onFinish):45            userData = self._userData and [self._userData] or [None]46            apply(self._onFinish, [self] + list(args) + userData, kwargs)47    48    def cancel(self):49        """50        Cancels a running query.51        """52        self._stamp = None53        self._enumerate.cancel()54        55    def walk(self, query, ignoredot = False, maxdepth = -1, user_data = None):56        # cancel any existing request57        self._enumerate.cancel()58        self._enumerate.reset()59        self._userData = user_data60        61        # call the clear callback62        self._clear()63        64        # consider doing query_info_async to determine if this is65        # a directory without potential blocking for slow disks.66        if not query or not os.path.isdir(query):67            False68        69        # build a unique stamp for this query70        stamp = self._stamp = str(time.time()) + query71        72        # build our state and file objects73        # state => (74        #   unique query stamp,75        #   dirs to traverse,76        #   ignore dot files/dirs77        #   max depth to traverse78        #   current traversal depth79        # )80        state = [stamp, [], ignoredot, maxdepth, 0]81        vfs = gio.vfs_get_default()82        gfile = vfs.get_file_for_path(query)83        84        # asynchronously get the list of children85        attrs = ','.join([_NAME_ATTRIBUTE, _TYPE_ATTRIBUTE])86        gfile.enumerate_children_async(attrs, self._walk, 0, 0,87                                       self._enumerate, state)88        89        return True90        91    def _walk(self, gfile, result, state):92        stamp, todo, ignoredot, maxdepth, curdepth = state93        94        # return immediately if we have been End-Of-Lifed95        if stamp != self._stamp:96            return97        98        try:99            children = gfile.enumerate_children_finish(result)100            dirname = gfile.get_path()101            dirs = []102            files = []103            104            # iterate the children found105            for child in children:106                childname = child.get_attribute_string(_NAME_ATTRIBUTE)107                childtype = child.get_attribute_uint32(_TYPE_ATTRIBUTE)108                109                # keep track of dirs and files for callback.110                # add directories to traverse if needed.111                if childtype == gio.FILE_TYPE_DIRECTORY:112                    if childname.startswith('.') and ignoredot:113                        continue114                    115                    # only add this to the todo list if its within116                    # our depth limit.117                    if maxdepth < 0 or curdepth + 1 <= maxdepth:118                        fullpath = os.path.join(gfile.get_path(), childname)119                        todo.insert(0, (fullpath, curdepth + 1))120                    121                    dirs.insert(0, childname)122                elif childtype == gio.FILE_TYPE_REGULAR:123                    if childname.startswith('.') and ignoredot:124                        continue125                    files.insert(0, childname)126            127            self._result(dirname, dirs, files)128            children.close()129            del children130        except gio.Error, ex:131            pass132        133        del gfile134        135        # we are done if no more dirs are left to traverse.136        # call finish and return.137        if not len(todo):138            self._finish()139            return140        141        # perform our next enumerate which calls this same method142        nextpath, nextdepth = todo.pop()143        state[-1] = nextdepth144        next = gio.file_parse_name(nextpath)145        attrs = ','.join([_NAME_ATTRIBUTE, _TYPE_ATTRIBUTE])146        next.enumerate_children_async(attrs, self._walk, 0, 0,147                                      self._enumerate, state)148        149if __name__ == '__main__':150    import gtk151    import pprint152    153    def p(walker, dirname, dirs, files, user):154        assert(user != None)155        print '=' * 76156        print dirname157        if dirs:158            print '  dirs:'159            print '    ' + '\n    '.join(dirs)160            print161        if files:162            print '  files:'163            print '    ' + '\n    '.join(files)164            print165    166    walker = WalkerTexasRanger(p, None, lambda *a: gtk.main_quit())167    #walker.walk('/home/chergert')168    169    def newwalk():170        walker.walk('/home/chergert', True, 2, "user data")171        return False172    173    # start a new search 50 mili later174    glib.timeout_add(50, newwalk)175    ...

ui.py

Source:ui.py

...3class UI:4  def __init__(self):5    self.disabled = True6  def initial(self, opponent, counts, values):7    items = self._enumerate(counts)8    self._display('Opponent name is: {}'.format(9      'unspecified ' if opponent is None else opponent.name))10    self._display('There are: ' + ', '.join(items))11    prices = self._prices(values)12    self._display(', '.join(prices))13  def offer(self, offer, counts, player):14    items = self._enumerate(offer)15    counter = self._enumerate(counts - offer)16    if len(items) == 0:17      me = 'I want nothing'18    else:19      me = 'I want ' + ', '.join(items)20    if len(counter) == 0:21      you = 'You get nothing'22    else:23      you = 'You get ' + ', '.join(counter)24    self._display('{}: {}; {}'.format(player, me, you))25  def accept(self, player, reward):26    self._display('{}: I accept and get ${}'.format(player, reward))27  def no_consensus(self):28    self._display('No consensus!')29  def _enumerate(self, counts):30    items = []31    for i, count in enumerate(counts):32      if count == 0:33        continue34      if count == 1:35        items.append('1 {}'.format(ITEM_NAMES[i]))36      else:37        items.append('{} {}s'.format(count, ITEM_NAMES[i]))38    return items39  def _prices(self, values):40    return [ '1 {} is worth ${}'.format(name, price) \41        for name, price in zip(ITEM_NAMES, values) if price > 0 ]42  def _display(self, message):43    if not self.disabled:...

__init__.py

Source:__init__.py

1from ._structural import IsomerEnumerator2from ._enumerate import enumerate_stereoisomers3from ._enumerate import enumerate_tautomers4from ._enumerate import enumerate_structisomers5from ._enumerate import remove_stereochemistry...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.