def test_socketserver(self):
green = emulation.patched("asyncore")
assert green.select.select is emulation.select.green_select
assert getattr(green.select, "poll", emulation.select.green_poll) is \
emulation.select.green_poll
assert getattr(green.select, "epoll",
emulation.select.green_epoll) is emulation.select.green_epoll
assert getattr(green.select, "kqueue", emulation.select.green_kqueue) \
is emulation.select.green_kqueue
def test_socketserver(self):
green = emulation.patched("asyncore")
assert green.select.select is emulation.select.green_select
assert getattr(green.select, "poll", emulation.select.green_poll) is \
emulation.select.green_poll
assert getattr(
green.select, "epoll",
emulation.select.green_epoll) is emulation.select.green_epoll
assert getattr(green.select, "kqueue", emulation.select.green_kqueue) \
is emulation.select.green_kqueue
def test_urllib(self):
import socket as socket1, urllib as urllib1
assert urllib1.socket.socket is socket1.socket
green = emulation.patched("urllib")
assert green.socket.socket is io.Socket
assert green.socket.socketpair is emulation.socket.green_socketpair
assert green.socket.fromfd is io.sockets.socket_fromfd
import socket, urllib
assert socket is socket1
assert socket.socket is socket1.socket
assert urllib is urllib1
assert urllib.socket.socket is urllib1.socket.socket
def test_urllib(self):
import socket as socket1, urllib as urllib1
assert urllib1.socket.socket is socket1.socket
green = emulation.patched("urllib")
assert green.socket.socket is io.Socket
assert green.socket.socketpair is emulation.socket.green_socketpair
assert green.socket.fromfd is io.sockets.socket_fromfd
import socket, urllib
assert socket is socket1
assert socket.socket is socket1.socket
assert urllib is urllib1
assert urllib.socket.socket is urllib1.socket.socket
def test_logging(self):
import thread as thread1, threading as threading1, logging as logging1
assert logging1.thread is thread1
assert logging1.threading is threading1
green = emulation.patched("logging")
assert green.thread.allocate_lock is util.Lock
assert green.thread.allocate is util.Lock
assert green.thread.start_new_thread is emulation.threading.green_start
assert green.thread.start_new is emulation.threading.green_start
assert green.threading.Event is util.Event
assert green.threading.Lock is util.Lock
assert green.threading.RLock is util.RLock
assert green.threading.Condition is util.Condition
assert green.threading.Semaphore is util.Semaphore
assert green.threading.BoundedSemaphore is util.BoundedSemaphore
assert green.threading.Timer is util.Timer
assert green.threading.Thread is util.Thread
assert green.threading.local is util.Local
assert green.threading.enumerate is util._enumerate_threads
assert green.threading.active_count is util._active_thread_count
assert green.threading.activeCount is util._active_thread_count
assert green.threading.current_thread is util._current_thread
assert green.threading.currentThread is util._current_thread
import thread, threading, logging
assert logging.thread.allocate_lock is thread1.allocate_lock
assert logging.thread.allocate is thread1.allocate
assert logging.thread.start_new_thread is thread1.start_new_thread
assert logging.thread.start_new is thread1.start_new
assert logging.threading.Event is threading1.Event
assert logging.threading.Lock is threading1.Lock
assert logging.threading.RLock is threading1.RLock
assert logging.threading.Condition is threading1.Condition
assert logging.threading.Semaphore is threading1.Semaphore
assert logging.threading.BoundedSemaphore is threading1.BoundedSemaphore
assert logging.threading.Timer is threading1.Timer
assert logging.threading.Thread is threading1.Thread
assert logging.threading.local is threading1.local
assert logging.threading.enumerate is threading1.enumerate
assert logging.threading.active_count is threading1.active_count
assert logging.threading.activeCount is threading1.activeCount
assert logging.threading.current_thread is threading1.current_thread
assert logging.threading.currentThread is threading1.currentThread
assert logging.thread.allocate_lock is thread.allocate_lock
assert logging.thread.allocate is thread.allocate
assert logging.thread.start_new_thread is thread.start_new_thread
assert logging.thread.start_new is thread.start_new
assert logging.threading.Event is threading.Event
assert logging.threading.Lock is threading.Lock
assert logging.threading.RLock is threading.RLock
assert logging.threading.Condition is threading.Condition
assert logging.threading.Semaphore is threading.Semaphore
assert logging.threading.BoundedSemaphore is threading.BoundedSemaphore
assert logging.threading.Timer is threading.Timer
assert logging.threading.Thread is threading.Thread
assert logging.threading.local is threading.local
assert logging.threading.enumerate is threading.enumerate
assert logging.threading.active_count is threading.active_count
assert logging.threading.activeCount is threading.activeCount
assert logging.threading.current_thread is threading.current_thread
assert logging.threading.currentThread is threading.currentThread
def test_logging(self):
import thread as thread1, threading as threading1, logging as logging1
assert logging1.thread is thread1
assert logging1.threading is threading1
green = emulation.patched("logging")
assert green.thread.allocate_lock is util.Lock
assert green.thread.allocate is util.Lock
assert green.thread.start_new_thread is emulation.threading.green_start
assert green.thread.start_new is emulation.threading.green_start
assert green.threading.Event is util.Event
assert green.threading.Lock is util.Lock
assert green.threading.RLock is util.RLock
assert green.threading.Condition is util.Condition
assert green.threading.Semaphore is util.Semaphore
assert green.threading.BoundedSemaphore is util.BoundedSemaphore
assert green.threading.Timer is util.Timer
assert green.threading.Thread is util.Thread
assert green.threading.local is util.Local
assert green.threading.enumerate is gthreading.enumerate_threads
assert green.threading.active_count is gthreading.active_thread_count
assert green.threading.activeCount is gthreading.active_thread_count
assert green.threading.current_thread is gthreading.current_thread
assert green.threading.currentThread is gthreading.current_thread
import thread, threading, logging
assert logging.thread.allocate_lock is thread1.allocate_lock
assert logging.thread.allocate is thread1.allocate
assert logging.thread.start_new_thread is thread1.start_new_thread
assert logging.thread.start_new is thread1.start_new
assert logging.threading.Event is threading1.Event
assert logging.threading.Lock is threading1.Lock
assert logging.threading.RLock is threading1.RLock
assert logging.threading.Condition is threading1.Condition
assert logging.threading.Semaphore is threading1.Semaphore
assert logging.threading.BoundedSemaphore is threading1.BoundedSemaphore
assert logging.threading.Timer is threading1.Timer
assert logging.threading.Thread is threading1.Thread
assert logging.threading.local is threading1.local
assert logging.threading.enumerate is threading1.enumerate
assert logging.threading.active_count is threading1.active_count
assert logging.threading.activeCount is threading1.activeCount
assert logging.threading.current_thread is threading1.current_thread
assert logging.threading.currentThread is threading1.currentThread
assert logging.thread.allocate_lock is thread.allocate_lock
assert logging.thread.allocate is thread.allocate
assert logging.thread.start_new_thread is thread.start_new_thread
assert logging.thread.start_new is thread.start_new
assert logging.threading.Event is threading.Event
assert logging.threading.Lock is threading.Lock
assert logging.threading.RLock is threading.RLock
assert logging.threading.Condition is threading.Condition
assert logging.threading.Semaphore is threading.Semaphore
assert logging.threading.BoundedSemaphore is threading.BoundedSemaphore
assert logging.threading.Timer is threading.Timer
assert logging.threading.Thread is threading.Thread
assert logging.threading.local is threading.local
assert logging.threading.enumerate is threading.enumerate
assert logging.threading.active_count is threading.active_count
assert logging.threading.activeCount is threading.activeCount
assert logging.threading.current_thread is threading.current_thread
assert logging.threading.currentThread is threading.currentThread
