Groups | Search | Server Info | Keyboard shortcuts | Login | Register [http] [https] [nntp] [nntps]

Groups > comp.lang.javascript > #70301 > unrolled thread

Cmake Download Proxy For Windows

Back to article view | Back to comp.lang.javascript

Contents

  Cmake Download Proxy For Windows Lourdes Fisherman <lourdesfisherman@gmail.com> - 2023-12-21 21:42 -0800

#70301 — Cmake Download Proxy For Windows

I am behind a proxy on a Win10 system. I have set it up as a system-wide proxy and also as a global git proxy (after discovering that I can't even do a simple clone to any repo outside the internal network). So git works as well as anything that relies on the OS proxy settings. However now I'm in a situation where CMake is trying to fetch some external dependencies (building VTK). Here is the output:


I am running CMake through Qt Creator. At first I thought it might have something to do with the IDE. However Qt Creator has no proxy settings (at least none I could find) so it takes its proxy settings from the system-wise ones. And indeed checking for updates of the IDE using the "Check now" button in the updates section of the settings doesn't give any errors and say that there are no new versions (actually the case since I just downloaded the latest using the official installer).



cmake download proxy for windows

Download Zip https://potisgymso.blogspot.com/?cd=2wSv7x 






I work behind a proxy and I have to use some 3rd party tools. I cannot assume that proxy is set on every computer that will use this script.Though proxy is set in the script file(DOWNLOAD) and also ExternalProject_Add does not work. It work only if the environment variable http_proxy (or HTTP_PROXY on Windows) is set before running this script.


A handful of features within VS Code require network communication to work, such as the auto-update mechanism, querying and installing extensions, and telemetry. For these features to work properly in a proxy environment, you must have the product correctly configured.


Similarly to extensions, a few other VS Code features don't yet fully support proxy networking, namely the CLI interface. The CLI interface is what you get when running code --install-extension vscodevim.vim from a command prompt or terminal. You can follow this issue's development in GitHub.


An abstraction for a thread of execution. Depending on the SchedulerType policy key of the scheduler you create, the Resource Manager will grant you a thread proxy that is backed by either a regular Win32 thread or a user-mode schedulable (UMS) thread. UMS threads are supported on 64-bit operating systems with version Windows 7 and higher.


Use SwitchOut if you need to disassociate a context from the virtual processor root it is executing on, for any reason. Depending on the value you pass in to the parameter switchState, and whether or not it is executing on a virtual processor root, the call will either return immediately or block the thread proxy associated with the context. It is an error to call SwitchOut with the parameter set to Idle. Doing so will result in an invalid_argument exception.


SwitchOut is useful when you want to reduce the number of virtual processor roots your scheduler has, either because the Resource Manager has instructed you to do so, or because you requested a temporary oversubscribed virtual processor root, and are done with it. In this case you should invoke the method IVirtualProcessorRoot::Remove on the virtual processor root, before making a call to SwitchOut with the parameter switchState set to Blocking. This will block the thread proxy and it will resume execution when a different virtual processor root in the scheduler is available to execute it. The blocking thread proxy can be resumed by calling the function SwitchTo to switch to this thread proxy's execution context. You can also resume the thread proxy, by using its associated context to activate a virtual processor root. For more information on how to do this, see IVirtualProcessorRoot::Activate.


SwitchOut may also be used when you want reinitialize the virtual processor so it may be activated in the future while either blocking the thread proxy or temporarily detaching it from the virtual processor root it is running on, and the scheduler it is dispatching work for. Use SwitchOut with the parameter switchState set to Blocking if you wish to block the thread proxy. It can later be resumed using either SwitchTo or IVirtualProcessorRoot::Activate as noted above. Use SwitchOut with the parameter set to Nesting when you want to temporarily detach this thread proxy from the virtual processor root it is running on, and the scheduler the virtual processor is associated with. Calling SwitchOut with the parameter switchState set to Nesting while it is executing on a virtual processor root will cause the root to be reinitialized and the current thread proxy to continue executing without the need for one. The thread proxy is considered to have left the scheduler until it calls the IThreadProxy::SwitchOut method with Blocking at a later point in time. The second call to SwitchOut with the parameter set to Blocking is intended to return the context to a blocked state so that it can be resumed by either SwitchTo or IVirtualProcessorRoot::Activate in the scheduler it detached from. Because it was not executing on a virtual processor root, no reinitialization takes place.






Use this method to switch from one execution context to another, from the IExecutionContext::Dispatch method of the first execution context. The method associates the execution context pContext with a thread proxy if it is not already associated with one. The ownership of the current thread proxy is determined by the value you specify for the switchState argument.


Use the value Idle when you want to return the currently executing thread proxy to the Resource Manager. Calling SwitchTo with the parameter switchState set to Idle will cause the execution context pContext to start executing on the underlying execution resource. Ownership of this thread proxy is transferred to the Resource Manager, and you are expected to return from the execution context's Dispatch method soon after SwitchTo returns, in order to complete the transfer. The execution context that the thread proxy was dispatching is disassociated from the thread proxy, and the scheduler is free to reuse it or destroy it as it sees fit.


Use the value Blocking when you want this thread proxy to enter a blocked state. Calling SwitchTo with the parameter switchState set to Blocking will cause the execution context pContext to start executing, and block the current thread proxy until it is resumed. The scheduler retains ownership of the thread proxy when the thread proxy is in the Blocking state. The blocking thread proxy can be resumed by calling the function SwitchTo to switch to this thread proxy's execution context. You can also resume the thread proxy, by using its associated context to activate a virtual processor root. For more information on how to do this, see IVirtualProcessorRoot::Activate.


Use the value Nesting when you want to temporarily detach this thread proxy from the virtual processor root it is running on, and the scheduler it is dispatching work for. Calling SwitchTo with the parameter switchState set to Nesting will cause the execution context pContext to start executing and the current thread proxy also continues executing without the need for a virtual processor root. The thread proxy is considered to have left the scheduler until it calls the IThreadProxy::SwitchOut method at a later point in time. The IThreadProxy::SwitchOut method could block the thread proxy until a virtual processor root is available to reschedule it.


When called by a thread proxy backed by a regular Windows thread, YieldToSystem behaves exactly like the Windows function SwitchToThread. However, when called from user-mode schedulable (UMS) threads, the SwitchToThread function delegates the task of picking the next thread to run to the user mode scheduler, not the operating system. To achieve the desired effect of switching to a different ready thread in the system, use YieldToSystem.


Returns what kind of critical region the thread proxy is within. Because hyper-critical regions are a superset of critical regions, if code has entered a critical region and then a hyper-critical region, InsideHyperCriticalRegion will be returned.


For development purposes it might be useful to use locally installed libraries instead of using default system libraries.This can be done by defining variables during the cmake configuration step.The correct naming of the variables can be found in cmake/Modules.For example, in case of Fuse3 following variables must be set: FUSE3_INCLUDE_DIR and FUSE3_LIBRARY.

 0aad45d008

[toc] | [standalone]

Back to top | Article view | comp.lang.javascript

csiph-web