There is a line in the 3rd tutorial on Boost asio that shows how to renew a timer and yet prevent there from being drift. The line is the following:
This simple example fails to compile in VS2K8: io_service io2; shared_ptr<asio::deadline_timer> dt(make_shared<asio::deadline_timer>(io2, posix_time::seconds(20)));
I am trying to convert some existing code to use boost\'s asio tcp sockets instead of our current implementation.I am able to get a very similar example (of a chat client/server) from the boost site w
What I mean is, let\'s say you do an async_wait on an asio timer and bind the update to a function that takes a reference to a typ开发者_高级运维e T. Let\'s say you created the T initially on the stac
I have a list of items that I need to update on different intervals. The list can grow to be thousands of items long. Each item could potentially have a different interval. If I create 开发者_运维技巧
Text gets accumulates piecemeal before being sent to client. Now we use own class that allocates memory for each piece as char massive. (Anyway, works like char[][] + std::list<char*>).
I am a bit confused about this. If you\'re building a distributed application, which in some cases may perform parallel operations (although not necessarily mathematical), should you use ASIO or somet
I want to remove all handlers from an IO_service right before I reuse it.Is this possible? I\'m writing unit tests that involve an asio开发者_Python百科::io_service.In between each test case I want t
I\'m looking to use a web service that offers a streaming api.This api can typically be used by the java method java.net.URL.openStream();
If found this quote at boost.org: More Boost libraries are in the pipeline for TR2 It links to the TR2 call from proposals.But I can\'t seem to find any oth开发者_如何学Cer information on which bo
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