GCC Code Coverage Report

Line	Branch	Exec	Source
1			/* GATE PROJECT LICENSE:
2			+----------------------------------------------------------------------------+
3			| Copyright(c) 2018-2025, Stefan Meislinger |
4			| All rights reserved. |
5			| |
6			| Redistribution and use in source and binary forms, with or without |
7			| modification, are permitted provided that the following conditions are met:|
8			| |
9			| 1. Redistributions of source code must retain the above copyright notice, |
10			| this list of conditions and the following disclaimer. |
11			| 2. Redistributions in binary form must reproduce the above copyright |
12			| notice, this list of conditions and the following disclaimer in the |
13			| documentation and/or other materials provided with the distribution. |
14			| |
15			| THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"|
16			| AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE |
17			| IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE |
18			| ARE DISCLAIMED.IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE |
19			| LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR |
20			| CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF |
21			| SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS |
22			| INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN |
23			| CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) |
24			| ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF |
25			| THE POSSIBILITY OF SUCH DAMAGE. |
26			+----------------------------------------------------------------------------+
27			*/
28
29			#include "gate/tech/tasks.hpp"
30			#include "gate/queues.hpp"
31
32			namespace gate
33			{
34			namespace tech
35			{
36
37		✗	ITaskFactory::~ITaskFactory() noexcept
38			{
39		✗	}
40
41
42		✗	TaskFactoryBase::TaskFactoryBase(String const& taskname, String const& descr, Property const& defaultParams)
43		✗	: name(taskname.clone()), description(descr.clone()), defaultParameters(defaultParams)
44			{
45		✗	}
46		✗	TaskFactoryBase::~TaskFactoryBase() noexcept
47			{
48		✗	}
49
50		✗	String TaskFactoryBase::getName() const
51			{
52		✗	return this->name;
53			}
54		✗	Property const& TaskFactoryBase::getDefaultParameters() const
55			{
56		✗	return this->defaultParameters;
57			}
58		✗	String TaskFactoryBase::getDescription(Property const& parameters)
59			{
60			//TODO
61		✗	return this->description;
62			}
63
64
65
66		✗	ManagedTask::Statistics::Statistics()
67		✗	: started(0), completed(0), failed(0)
68			{
69		✗	}
70
71		✗	ManagedTask::ManagedTask(id_t taskid, Ref<ThreadPool> workers, TaskFactory fact, Property const& params, time::Milliseconds autoRepeat)
72		✗	: id(taskid), threadpool(workers), factory(fact), parameters(params), repeatInterval(autoRepeat), task(NULL)
73			{
74		✗	}
75
76		✗	ManagedTask::~ManagedTask() noexcept
77			{
78		✗	}
79
80		✗	ManagedTask::id_t ManagedTask::getId()
81			{
82		✗	return this->id;
83			}
84
85		✗	Time ManagedTask::getLastStarted()
86			{
87		✗	MutexLock lock(this->mutex);
88		✗	return this->stats.lastStartTime;
89			}
90
91		✗	TimeCounter ManagedTask::getLastStartedTimestamp()
92			{
93		✗	MutexLock lock(this->mutex);
94		✗	return this->stats.lastStartTimestamp;
95			}
96
97		✗	Time ManagedTask::getNextPlannedStart()
98			{
99		✗	MutexLock lock(this->mutex);
100		✗	if (!this->stats.lastStartTime)
101			{
102		✗	return this->stats.lastStartTime;
103			}
104			else
105			{
106		✗	return this->stats.lastStartTime + this->repeatInterval;
107			}
108			}
109
110		✗	TimeCounter ManagedTask::getNextPlannedStartTimestamp()
111			{
112		✗	MutexLock lock(this->mutex);
113		✗	if (!this->stats.lastStartTimestamp)
114			{
115		✗	return this->stats.lastStartTimestamp;
116			}
117			else
118			{
119		✗	return this->stats.lastStartTimestamp + this->repeatInterval;
120			}
121			}
122
123		✗	Task::StatusEnum ManagedTask::getStatus()
124			{
125		✗	MutexLock lock(this->mutex);
126		✗	if (this->task.empty())
127			{
128		✗	return Task::Status_Prepared;
129			}
130			else
131			{
132		✗	return this->task.status();
133			}
134			}
135
136		✗	void ManagedTask::run()
137			{
138		✗	TimeCounter startTime = TimeCounter::now();
139		✗	Task task((NULL));
140			{
141		✗	MutexLock lock(this->mutex);
142		✗	task = this->task;
143		✗	this->stats.started++;
144		✗	this->stats.lastStartTime = Time::now();
145		✗	this->stats.lastStartTimestamp = startTime;
146			}
147
148		✗	Task::StatusEnum status = Task::Status_Failed;
149
150		✗	time::Milliseconds executionTime;
151		✗	if (!task.empty())
152			{
153			try
154			{
155		✗	task.run();
156		✗	status = task.status();
157			}
158		✗	catch (...)
159			{
160		✗	status = Task::Status_Failed;
161			}
162		✗	TimeCounter endTime = TimeCounter::now();
163
164		✗	time::Microseconds duration = endTime - startTime;
165		✗	executionTime = time::duration_cast<time::Milliseconds>(duration);
166			}
167
168			{
169		✗	MutexLock lock(this->mutex);
170		✗	if (status == Task::Status_Failed)
171			{
172		✗	this->stats.failed++;
173			}
174			else
175			{
176		✗	this->stats.completed++;
177			}
178		✗	this->stats.lastExecutionTime = executionTime;
179		✗	this->stats.totalExecutionTime += executionTime;
180
181		✗	if (this->repeatInterval.value() == 0)
182			{
183			// release task object
184		✗	this->task = Task(NULL);
185			}
186			}
187		✗	}
188
189			class GATE_API_LOCAL RunnableManagedTask : public IRunnableBuilder
190			{
191			private:
192			Ref<ManagedTask> task;
193			public:
194		✗	RunnableManagedTask(Ref<ManagedTask> const& mtask)
195		✗	: task(mtask)
196			{
197		✗	}
198
199		✗	~RunnableManagedTask() noexcept
200		✗	{
201		✗	}
202
203		✗	virtual void run()
204			{
205		✗	if (!this->task.empty())
206			{
207		✗	this->task->run();
208			}
209		✗	}
210			};
211
212		✗	static Runnable createRunnableManagedTask(Ref<ManagedTask> const& task)
213			{
214		✗	RunnableManagedTask* ptr = new RunnableManagedTask(task);
215		✗	Runnable ret(ptr->c_impl());
216		✗	return ret;
217			}
218
219
220
221		✗	TaskManager::TaskManager()
222		✗	: workers(Ref<ThreadPool>::fromPtr(new ThreadPool()))
223			{
224		✗	}
225		✗	TaskManager::~TaskManager() noexcept
226			{
227
228		✗	}
229		✗	void TaskManager::addTaskFactory(Ref<ITaskFactory> const& factory)
230			{
231			//TODO
232		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
233		✗	}
234		✗	Property TaskManager::getTaskDefaultParameters(String const& taskName)
235			{
236		✗	Property ret;
237			//TODO
238		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
239		✗	return ret;
240			}
241
242		✗	TaskManager::id_t TaskManager::addNewTask(String const& name, Property const& parameters, time::Milliseconds autoRepeat)
243			{
244		✗	id_t ret = 0;
245			//TODO
246		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
247		✗	return ret;
248			}
249		✗	Array<TaskManager::id_t> TaskManager::getTasks()
250			{
251		✗	Array<TaskManager::id_t> ret;
252			//TODO
253		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
254		✗	return ret;
255			}
256		✗	void TaskManager::removeTask(id_t taskId)
257			{
258			//TODO
259		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
260		✗	}
261		✗	TaskManager::Info TaskManager::getTaskInfo(id_t taskId)
262			{
263		✗	Info ret;
264			//TODO
265		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
266		✗	return ret;
267			}
268
269		✗	void TaskManager::startTask(id_t id)
270			{
271			//TODO
272		✗	GATEXX_RAISE_ERROR(results::NotImplemented);
273		✗	}
274
275			} // end of namespace tech
276			} // end of namespace gate
277