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• The Rise of Women's Football: A Global Perspective
• Top Rising Stars in Romanian Women's Footballnju/cocotb<|file_sep|>/tests/unit/test_cocotbext.py from unittest import TestCase from collections import OrderedDict import os from cocotb import _utils from cocotb.handle import BaseHandle from cocotb.clock import Clock from cocotb.triggers import Timer class TestCocotbExt(TestCase): # def setUp(self): # self.sim_dir = os.path.join(os.path.dirname(__file__), 'sim') # if not os.path.exists(self.sim_dir): # os.makedirs(self.sim_dir) # def tearDown(self): # pass # def test_get_sim_path(self): # path = _utils.get_sim_path('tmp') # self.assertTrue(os.path.exists(path)) # def test_create_sim_path(self): # path = _utils.create_sim_path('tmp') # self.assertTrue(os.path.exists(path)) # def test_get_unique_id(self): # # First call returns zero # id = _utils.get_unique_id() # self.assertEqual(id ,0) # # Second call returns one # id = _utils.get_unique_id() # self.assertEqual(id ,1) # def test_get_sim_files(self): # files = _utils.get_sim_files(os.path.join(os.path.dirname(__file__), 'sim')) # self.assertEqual(len(files) ,9) # def test_get_file_list(self): # files = _utils.get_file_list(os.path.join(os.path.dirname(__file__), 'sim')) # self.assertEqual(len(files) ,9) # def test_get_base_filename(self): # filename = _utils.get_base_filename('test.v') # self.assertEqual(filename , 'test') # def test_remove_prefix(self): # prefix = 'prefix_' # filename = _utils.remove_prefix(prefix + 'test', prefix) # self.assertEqual(filename , 'test') # def test_remove_suffix(self): # suffix = '_suffix' # filename = _utils.remove_suffix('test' + suffix , suffix) # self.assertEqual(filename , 'test') class TestHandle(TestCase): class TestClock(TestCase): class TestTimer(TestCase): class TestOrderedDict(TestCase): <|file_sep|># -*- coding: utf-8 -*- """ Created on Tue Apr 17 10:29:15 2018 @author: nju Testbench file for DUT simulation. """ import random import cocotb from cocotb.triggers import Timer from cocotb.triggers import RisingEdge @cocotb.test() def dut_test(dut): <|repo_name|>nju/cocotb<|file_sep|>/tests/unit/test_spy.py import unittest from cocotb.spy import Spy class TestSpy(unittest.TestCase): <|repo_name|>nju/cocotb<|file_sep|>/tests/unit/test_trigger.py import unittest from cocotb.triggers import Timer from cocotb.triggers import Event from cocotb.triggers import First class TestTrigger(unittest.TestCase): <|repo_name|>nju/cocotb<|file_sep|>/cocotb/triggers.py """ This module contains some useful triggers that can be used by coroutines. """ import sys if sys.version_info >= (3,) : from queue import Queue else: from Queue import Queue import threading __all__ = ['Timer', 'First', 'Event'] class Timer(object) : """ This trigger waits until a specified time interval has elapsed. :param float delay : The time interval (in seconds) that must elapse before triggering. :param clock : The clock signal which defines simulation time units. .. note:: This trigger does not work properly when combined with :meth:`cocotb.coroutine.fork` (i.e., when using forked coroutines). In this case please use :class:`Event`. """ def __init__(self , delay , clock=None) : self.delay = delay * clock.period if clock else delay self.clock = clock def __await__(self) : return (yield from _timer_wait(self.delay)) def __repr__(self) : return "Timer(%s)" % str(self.delay) class First(object) : """ This trigger waits until any one coroutine triggers. :param list coros : A list containing coroutines which may trigger. .. note:: This trigger does not work properly when combined with :meth:`cocotb.coroutine.fork` (i.e., when using forked coroutines). In this case please use :class:`Event`. """ def __init__(self , *coros) : self.coros = list(coros) def __await__(self) : return (yield from _first_wait(*self.coros)) def __repr__(self) : return "First(%s)" % str([str(coro) for coro in self.coros]) class Event(object) : """ This trigger is used when multiple coroutines should wait until one coroutine triggers. :param bool set : Set event state initially. .. note:: This trigger is thread-safe. Example: In this example three coroutines will wait until one coroutine triggers an event: .. code-block:: python @cocotb.test() async def example(dut): evt = Event() await First( wait_event(dut.clk , evt), wait_event(dut.clk , evt), wait_event(dut.clk , evt), ) evt.set() async def wait_event(clk , evt): await clk.posedge await evt.wait() print("wait event finished") The output will be: .. code-block:: text wait event finished wait event finished wait event finished In this example three coroutines will wait until a timer triggers an event: .. code-block:: python @cocotb.test() async def example(dut): evt = Event() await First( wait_event(dut.clk , evt), wait_event(dut.clk , evt), timer_event(10e-6 , dut.clk , evt), ) async def wait_event(clk , evt): await clk.posedge await evt.wait() print("wait event finished") async def timer_event(delay , clk , evt): await Timer(delay , clk) evt.set() The output will be: .. code-block:: text wait event finished wait event finished In this example two coroutines will work concurrently by waiting different events: .. code-block:: python @cocotb.test() async def example(dut): evt_a = Event() evt_b = Event() task_a = cocotb.fork(wait_event(dut.clk , evt_a)) task_b = cocotb.fork(wait_event(dut.clk , evt_b)) await First( timer_event(10e-6 , dut.clk , evt_a), timer_event(20e-6 , dut.clk , evt_b), ) async def wait_event(clk , evt): await clk.posedge await evt.wait() print("wait event finished") async def timer_event(delay , clk , evt): await Timer(delay , clk) evt.set() The output will be: .. code-block:: text wait event finished # task_a finishes first because its timer is shorter than task_b's timer. wait event finished # task_b finishes later. The following example shows how forked coroutines should be used instead of using :meth:`cocotb.triggers.First`: .. code-block:: python @cocotb.test() async def example(dut): task_a = cocotb.fork(wait_timer(10e-6 , dut.clk)) task_b = cocotb.fork(wait_timer(20e-6 , dut.clk)) await First(task_a.task_done() , task_b.task_done()) async def wait_timer(delay , clk): await Timer(delay , clk)