code stringlengths 3 6.57k |
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on_message(self, msg: Message) |
msg.talker() |
msg.text() |
msg.room() |
conversation.ready() |
conversation.say('dong') |
conversation.say(file_box) |
HeartbeatTest(unittest.TestCase) |
setUp(self) |
TestInit(__file__) |
self.testInit.setLogging() |
self.testInit.setDatabaseConnection() |
tearDown(self) |
self.testInit.clearDatabase() |
testAddComponent(self) |
HeartbeatAPI("testComponent1", pollInterval=60, heartbeatTimeout=600) |
comp1.registerComponent() |
self.assertEqual(comp1.getHeartbeatInfo() |
comp1.registerWorker("testWorker1") |
self.assertEqual(len(comp1.getHeartbeatInfo() |
comp1.registerWorker("testWorker2") |
self.assertEqual(len(comp1.getHeartbeatInfo() |
HeartbeatAPI("testComponent2", pollInterval=30, heartbeatTimeout=300) |
comp2.registerComponent() |
self.assertEqual(comp2.getHeartbeatInfo() |
self.assertEqual(len(comp2.getAllHeartbeatInfo() |
comp2.registerWorker("testWorker21") |
self.assertEqual(len(comp2.getHeartbeatInfo() |
self.assertEqual(len(comp2.getAllHeartbeatInfo() |
comp1.updateWorkerHeartbeat("testWorker1", "Running") |
comp1.updateWorkerHeartbeat("testWorker2", "Running") |
comp2.updateWorkerHeartbeat("testWorker21", "Running") |
self.assertEqual(len(comp1.getAllHeartbeatInfo() |
self.assertEqual(len(comp2.getAllHeartbeatInfo() |
comp1.getHeartbeatInfo() |
comp2.getHeartbeatInfo() |
self.assertEqual(len(comp1Res) |
self.assertEqual(len(comp2Res) |
self.assertItemsEqual([item["name"] for item in comp1Res], ["testComponent1", "testComponent1"]) |
self.assertItemsEqual([item["worker_name"] for item in comp1Res], ["testWorker1", "testWorker2"]) |
self.assertItemsEqual([item["state"] for item in comp1Res], ["Running", "Running"]) |
self.assertItemsEqual([item["poll_interval"] for item in comp1Res], [60, 60]) |
self.assertItemsEqual([item["update_threshold"] for item in comp1Res], [600, 600]) |
self.assertItemsEqual([item["name"] for item in comp2Res], ["testComponent2"]) |
self.assertItemsEqual([item["worker_name"] for item in comp2Res], ["testWorker21"]) |
self.assertItemsEqual([item["state"] for item in comp2Res], ["Running"]) |
self.assertItemsEqual([item["poll_interval"] for item in comp2Res], [30]) |
self.assertItemsEqual([item["update_threshold"] for item in comp2Res], [300]) |
testUpdateWorkers(self) |
HeartbeatAPI("testComponent1", pollInterval=60, heartbeatTimeout=600) |
comp1.registerComponent() |
comp1.registerWorker("testWorker1") |
comp1.registerWorker("testWorker2") |
HeartbeatAPI("testComponent2", pollInterval=30, heartbeatTimeout=300) |
comp2.registerComponent() |
comp2.registerWorker("testWorker21") |
comp1.updateWorkerCycle("testWorker1", 1.001, None) |
comp2.updateWorkerCycle("testWorker21", 1234.1, 100) |
comp1.getHeartbeatInfo() |
comp2.getHeartbeatInfo() |
self.assertTrue(worker["cycle_time"] > 1.0) |
self.assertEqual(worker["cycle_time"], 0) |
self.assertItemsEqual([item["outcome"] for item in hb1], [None, None]) |
self.assertItemsEqual([item["error_message"] for item in hb1], [None, None]) |
self.assertEqual(round(hb2[0]["cycle_time"], 1) |
self.assertEqual(hb2[0]["outcome"], '100') |
self.assertEqual(hb2[0]["error_message"], None) |
comp1.updateWorkerError("testWorker2", "BAD JOB!!!") |
comp1.getHeartbeatInfo() |
self.assertTrue(worker["last_error"] > int(time.time() |
self.assertEqual(worker["state"], "Error") |
self.assertEqual(worker["error_message"], "BAD JOB!!!") |
unittest.main() |
Migration(migrations.Migration) |
wagtail.core.blocks.CharBlock() |
wagtail.core.blocks.RichTextBlock() |
wagtail.core.blocks.RawHTMLBlock() |
GeneratorLoss_NEW(nn.Module) |
__init__(self) |
super(GeneratorLoss_NEW, self) |
__init__() |
vgg16(pretrained=True) |
nn.Sequential(*list(vgg.features) |
eval() |
nn.Sequential(*list(vgg.features) |
eval() |
loss_network.parameters() |
nn.MSELoss() |
TVLoss() |
L1_Charbonnier_loss() |
forward(self, out_labels, out_images, target_images) |
torch.mean(1 - out_labels) |
self.mse_loss(self.loss_network(out_images) |
self.loss_network(target_images) |
self.charbonnier_loss(self.loss_network(out_images) |
self.loss_network(target_images) |
self.mse_loss(out_images, target_images) |
self.charbonnier_loss(out_images, target_images) |
self.tv_loss(out_images) |
TVLoss(nn.Module) |
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