Ibm-usb-serial-parallel-adapter- [UPDATED] 📂


Ibm-usb-serial-parallel-adapter- [UPDATED] 📂



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IBM Part 41A4955. Description. Description .
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IBM-USB-serial-Parallel-Adapter_fru_41a4955. IbmUSBSerialParallelAdapter41a4955 ( 1 ).  .Q:

Does an application crash when a number of threads exceed the application’s thread pool size?

As the title says I’m trying to understand whether an application can be crashed from time to time when the number of threads is close to or beyond the max number of threads in the application’s thread pool.
Background: I’m currently developing a multi-threaded app that uses the Delphi TThread object to execute tasks. I’m in the process of trying to boost the performance of my app, and to do that, I was wondering if it’s possible to increase the thread pool size to handle more concurrent tasks at the same time.
Some background info: the app is a c++ app with a Delphi component, with the c++ component communicating to the Delphi component via interface.


TL;DR: no, the CLR thread pool is a very clever implementation that manages thread pool size and grows/shrinks accordingly.
First a theory:
TThreadPool is controlled by a single thread. That is the pool itself. All of the code is executed in that thread. That is, even the thread that gets paged off and handed off from the pool to the OS (when the thread gets a “WaitForPost” is the pool itself).
The CLR architecture is also designed around one thread. It has a thread pool underneath the surface to handle this. Unfortunately it does not give you a way to change the size of this thread pool, but since it’s based on a single thread, increasing the pool size would actually scale by a factor of the # of processors on the machine.
The CLR has two versions of thread pools. 1) System.Threading.ThreadPool2D (which implements the new CreateThreadPool API) which has a thread pool of 16 and 2) System.Threading.ThreadPool which has a pool of 8. The more threads that you create (System.Threading.Thread


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