CSyncCollection PC/Windows [Latest-2022]
Synchronization for free.
CSyncCollection is an MFC class that implements thread synchronisation with timeouts for adding and removing.
This synchronization is ensured by various objects working simultaneously, namely events, timers, threads, processes, semaphores, mutexes or and console input buffers, just to name a few.
The problem that can occur when manipulating them is that when you specify a handle to any of them in a call to one of the wait functions, the execution of the thread is blocked until the state of the objects becomes signaled.
Thanks to this templatized collection, you can use the Add function while specifying a timeout to wait for in the eventuality that the collection is full. When employing the Remove function for the data in the collection, you can again specify the timeout if the collection is empty.
All in all, making the class templatized means that you can store any type of data you want on in it. In addition templates are used to define various collection types. The code comes with predefined templates for both a stack and queue collection and it relies on STL containers.
Tutorial:
Import the following namespaces:
Synchronization.h (To use the function Wait on collection)
STL
In the code, consider the following:
Implement a class to represent the data you want to synchronize. This class can be of type bool, int, integer, float, short, string, long, or single precision type. Type can be int or float. Representation is subject to the fact that the representation of data can be arbitrary, it should be consistent.
Provide a template to represent a synchronization collection, in this case a stack. It should be necessary to keep any number of instances of the synch collection.
Consider the main function that demonstrates how to synchronize the addition of items in the collection.
Add:
To avoid a race condition, you must wait for the timeout for the collection.
The user’s task will be that of filling the data into the collection, the filling operation will be interrupted by the synchronization. The case of a collection being full, if it occurs, the task will wait for the timeout and then the user will be notified that the collection has been full. This is done in the library with the function Wait on collection. It must be checked if the collection is full, if so, the execution will end the program
CSyncCollection Crack + Serial Key
In order to make it easier for developers to implement a collection that allows for timeout in the synchronized access, the existing templates are expanded by a non-template class.
CTimedCollection is the basis for Cracked CSyncCollection With Keygen. It is a TCollection (or directly a SortedList) that also supports timeouts in the synchronized access to the data. On the other hand, CTimedCollection only supports the Add and Remove functions without the need for explicit actions to disable or enable the timeout feature for the collection.
CTimedCollection::CTimedCollection()
In order to get a CTimedCollection which is already prepared for you, you need to call its constructor like this:
CTimedCollection* pColl = new CTimedCollection();
…
pColl->Add(500);
…
pColl->Remove(50);
Note: A CTimedCollection is a simple SortedList (or any subclass) with timeouts. In the past, there existed “boost” and “QT” classes similar to this one.
CTimedCollection::CTimedCollection(int a_iTimeout)
CTimedCollection::CTimedCollection(const char* a_pszName,
int a_iTimeout)
…
// On the other hand, passing the object created by the first constructor to the second
// constructor is a little bit more complicated. You need to call the Add function to
// add a new key-value pair to the collection and the Remove function to remove the
// given key-value pair from the collection. A CTimedCollection can only be edited
// if the collection is not full.
void CTimedCollection::SetTimeout(int a_iTimeout)
int CTimedCollection::GetTimeout()
Note: These functions return -1 if the collection is full or if the timeout is too low. The Add and Remove functions simply call the SetTimeout method for that purpose.
void CTimedCollection::Add(int a_iTimeout)
The Add function adds a new key-value pair (key, value) to the collection. The pair is actually stored in the underlying collection.
A CTimedCollection has an interface similar to that of a SortedList. Only the Add and Remove functions are supported and the operation calls to the collection are always disabled by default.
The Add function is invoked by Add and Remove if the collection is full.
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CSyncCollection Crack+
The CSyncCollection is a template collection implementation class which is used to store any type of data.
The main difference between a regular collection and CSyncCollection is that it provides a thread synchronisation mechanism. This is important for avoiding race conditions and deadlocks in your application.
This thread synchronisation is achieved by the use of events. When you want to add data to a collection, an event is started and it is set to signaled when the data is added. When you want to remove data, the data has to be locked first and then added to the collection.
When the state of the collection changes, an event is started. The event is set to signaled when the collection is about to be changed.
When removing the last element in a collection, the collection is not marked for deletion, which in case the next thread would be the first to add data. Therefore, CSyncCollection provides the DeleteLast function which is used to mark the collection for deletion. CSyncCollection can also be used to indicate the end of the collection.
Class CSyncCollection
Variables
CSyncCollection
Events
C SyncCollection has the following events:
Event Add – Starts when a new item is added to the collection. This event is a beginning of an action.
Event Remove – Stops when an item is removed. This event is a ending of an action.
Event DeleteLast – Indicates that the CSyncCollection is about to be deleted.
Event End – Indicates the end of the collection.
Static Structures
DeleteLink
This is a linked list which is used to keep all the elements of the collection.
Type
Link
Dequeue
This is a linked list which is used to dequeue all the elements of the collection.
Type
Link
Functions
Constructor
CSyncCollection
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The CSyncCollection was designed to be an MFC class which that acts as a templatized collection which implements thread synchronisation with timeouts for both adding and removing.
Generally speaking, in order to avoid race conditions and deadlocks, it is necessary to synchronize the access by multiple threads to the shared resources. Moreover, the aforementioned synchronization can also be helpful to ensure that the independent code is executed in the proper sequence.
This synchronization is ensured by various objects working simultaneously, namely events, timers, threads, processes, semaphores, mut
What’s New in the CSyncCollection?
This collection manages the synchronization of various objects working simultaneously. The implementation allows for a global object synchronization in either sequential or parallel modes.
Installation:
Right click on the project and select ‘Add New’->’CTestCompiler4Lib/Add EXE Package’ to add the project to the package wizard.
The latest installer of the project is ‘CTestCompiler4Lib.chm’ which can be saved to disk and located in the ‘CTestCompiler4Lib.chm’ folder.
New!
Added a function for determining whether an iteration is in a valid range. In addition the predicate function can now be predicated as a function object for proper genericity.
The global object synchronization of the collection has been enabled in parallel mode.
Added a toString function and a more complete description of the collection.
Changed the time periods for the timeouts for the three types of signals (signaling objects, that is, SIGINT, SIG_OUTPUT and SIG_INPUT) to at least one second.
Stability Improvements
Changed the functions that work on the collection to not block the threads of the objects they manipulate, if it was a signal that was being handled.
The function reset the timers for handling the signals properly.
Changed the samples of the object synchronization to avoid calling them for uselessly.
New!
Added additional API functions to the class to ease the use of the collection.
Added the -use threads and -threadn options to the project to enable or disable the multithreading.
When generating the test compiler documentation, the support functions are no longer called. This means that if you want to see the documentation for the support functions, you need to run ‘CTestCompiler4Lib.chm’ manually.
Added the ‘_ThreadId’ value in the toString function of the collection.
The possibility to specify a time period when using the Add function
Changed the logic for handling “non-complicated” objects synchronization.
The synchronization of the collection now uses the class ‘MY_Timer’.
The synchronization with the ‘MY_Timer’ now uses the ADD_ON signal and the times are not calculated.
Added the -use threads option to the project to enable or disable multithreading.
Added the CTimer::Synchronize function.
Added the AddMonitor and RemoveMonitor functions to the ‘MY_Timer’ class.
Added the WaitForSignal function to the CTimer
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System Requirements For CSyncCollection:
* Supported OS: Windows XP or newer.
* Internet connection:
* Minimum: 500 mbps broadband connection
* Recommended: 1.5 Gbps broadband connection
* RAM:
* Minimum: 4 GB RAM
* Recommended: 6 GB RAM
* Graphics:
* Minimum: 128 MB video RAM
* Recommended: 256 MB video RAM
* VRAM:
* Minimum: 1 GB VRAM
* Recommended: 2 GB VRAM
* Sound:
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