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void | Create (IRssObserver *aObserver, const std::vector< std::string > &aUrl, const std::vector< int > ×, int spacesBetweenFeeds, bool rtl) |
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bool | Parse (const std::string &data, int iFeed, const std::string &charset) |
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void | getFeed (vecText &text) |
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void | AddTag (const std::string &addTag) |
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void | AddToQueue (int iAdd) |
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void | UpdateObserver () |
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void | SetObserver (IRssObserver *observer) |
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void | CheckForUpdates () |
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void | requestRefresh () |
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| CThread (IRunnable *pRunnable, const char *ThreadName) |
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void | Create (bool bAutoDelete=false) |
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template<typename Rep , typename Period > |
void | Sleep (std::chrono::duration< Rep, Period > duration) |
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bool | IsAutoDelete () const |
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virtual void | StopThread (bool bWait=true) |
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bool | IsRunning () const |
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bool | IsCurrentThread () const |
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bool | Join (std::chrono::milliseconds duration) |
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bool | SetPriority (const ThreadPriority &priority) |
| Set the threads priority. This uses the platforms native threading library to do so.
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virtual void | OnException () |
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float | m_savedScrollPixelPos |
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static const std::thread::id | GetCurrentThreadId () |
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static CThread * | GetCurrentThread () |
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enum | WaitResponse { WAIT_INTERRUPTED = -1,
WAIT_SIGNALED = 0,
WAIT_TIMEDOUT = 1
} |
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| CThread (const char *ThreadName) |
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virtual void | OnStartup () |
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WaitResponse | AbortableWait (CEvent &event, std::chrono::milliseconds duration=std::chrono::milliseconds(-1)) |
| This call will wait on a CEvent in an interruptible way such that if stop is called on the thread the wait will return with a response indicating what happened.
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std::atomic< bool > | m_bStop |
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The documentation for this class was generated from the following files: