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  1. Ingest Azure Blobs into Azure Data Explorer | Microsoft Docs

    docs.microsoft.com › ingest-data-event-grid

    Nov 16, 1987 · Event type: Blob created or Blob renamed: The type of event that triggers ingestion. Resources creation: Automatic: Define whether you want Azure Data Explorer to create an Event Grid Subscription, an Event Hub namespace, and an Event Hub for you. To create resources manually, see Manually create resources for Event Grid ingestion

  2. AZ-220 Exam – Free Actual Q&As, Page 8 | ExamTopics

    www.examtopics.com › exams › microsoft

    6 days ago · The name of the event hub. When the event hub name is also present in the connection string, that value overrides this property at runtime. Connection: The name of an app setting that contains the connection string to the event hub's namespace. Copy this connection string by clicking the Connection Information button for the namespace, not the ...

  3. Configuring Microsoft Windows Distributed File System on ...

    cloud.google.com › solutions › configuring-microsoft

    5 days ago · Under Review Settings and Create Namespace, click Create. In the Confirmation page, click Close. Now you can add dc-2 as a namespace server to the Public namespace. In the left-side navigation pane, expand Namespaces, right-click \\example.org\Public, and choose Add Namespace Server. In the Add Namespace Server dialog, enter dc-2 for Namespace ...

  4. Implementing Socket IO event handling via Blueprint in Flask ...

    gist.github.com › astrolox › 445e84068d12ed9fa28f

    4 days ago · Implementing Socket IO event handling via Blueprint in Flask-SocketIO - without using a single global socketio object. - LICENSE

  5. Windows Shell namespace - Wikipedia

    en.wikipedia.org › wiki › Windows_Shell_namespace

    6 days ago · Conceptually, the Shell namespace may be regarded as a larger and more inclusive version of the file system. The Shell namespace is a hierarchical tree that consists of the wide variety of objects that make up the system. Types of objects. Specifically, the Shell namespace consists of two basic types of objects, namely files and folders.

  6. CIM Cmdlets – Some Tips & Tricks | PowerShell

    devblogs.microsoft.com › powershell › cim-cmdlets

    Aug 19, 2013 · Common Information Model (CIM) cmdlets have been around for a while, and come in handy when you are performing any CIM operation in PowerShell. They are easy to use, and provide a good user experience. In this blog post, I cover a few tips and tricks that can be useful for users of CIM cmdlets.

  7. Create a Windows Service in C# using Visual Studio

    www.ryadel.com › en › create-windows-service-asp-net

    4 days ago · In this post I’ll briefly explain how to create and configure a custom Windows Service in C# using Visual Studio 2019. Before we start, it could be wise to quickly summarize what a Windows Service actually is and how it differs from a standard console program or desktop application.

  8. Windows Maps - Wikipedia

    en.wikipedia.org › wiki › Windows_Maps

    5 days ago · Windows Maps, and its predecessor Maps, are web mapping client software for the Bing Maps service. The Maps app is included with Windows 8 and Windows 8.1, while Windows Maps is included with Windows 10 and is available for Xbox One

  9. 5 days ago · uuid.uuid5 (namespace, name) ¶ Generate a UUID based on the SHA-1 hash of a namespace identifier (which is a UUID) and a name (which is a string). The uuid module defines the following namespace identifiers for use with uuid3() or uuid5(). uuid.NAMESPACE_DNS¶ When this namespace is specified, the name string is a fully-qualified domain name ...

  10. GitHub - lewissbaker/cppcoro: A library of C++ coroutine ...

    github.com › lewissbaker › cppcoro
    • Cppcoro - A Coroutine Library For C++
    • Class Details
    • Networking
    • Functions
    • Metafunctions
    • Concepts
    • Building
    • Support

    The 'cppcoro' library provides a set of general-purpose primitives for making use of the coroutines TS proposal described in N4680. These include: 1. Coroutine Types 1.1. task 1.2. shared_task 1.3. generator 1.4. recursive_generator 1.5. async_generator 2. Awaitable Types 2.1. single_consumer_event 2.2. single_consumer_async_auto_reset_event 2.3. async_mutex 2.4. async_manual_reset_event 2.5. async_auto_reset_event 2.6. async_latch 2.7. sequence_barrier 2.8. multi_producer_sequencer 2.9. single_producer_sequencer 3. Functions 3.1. sync_wait() 3.2. when_all() 3.3. when_all_ready() 3.4. fmap() 3.5. schedule_on() 3.6. resume_on() 4. Cancellation 4.1. cancellation_token 4.2. cancellation_source 4.3. cancellation_registration 5. Schedulers and I/O 5.1. static_thread_pool 5.2. io_service and io_work_scope 5.3. file, readable_file, writable_file 5.4. read_only_file, write_only_file, read_write_file 6. Networking 6.1. socket 6.2. ip_address, ipv4_address, ipv6_address 6.3. ip...

    task

    A task represents an asynchronous computation that is executed lazily inthat the execution of the coroutine does not start until the task is awaited. Example: API Overview: You create a task object by calling a coroutine function that returnsa task . The coroutine must contain a usage of either co_await or co_return.Note that a task coroutine may not use the co_yieldkeyword. When a coroutine that returns a task is called, a coroutine frameis allocated if necessary and the parameter...

    shared_task

    The shared_task class is a coroutine type that yields a single valueasynchronously. It is 'lazy' in that execution of the task does not start until it is awaited by somecoroutine. It is 'shared' in that the task value can be copied, allowing multiple references tothe result of the task to be created. It also allows multiple coroutines toconcurrently await the result. The task will start executing on the thread that first co_awaits the task.Subsequent awaiters will either be suspended and be...

    generator

    A generator represents a coroutine type that produces a sequence of values of type, T,where values are produced lazily and synchronously. The coroutine body is able to yield values of type T using the co_yield keyword.Note, however, that the coroutine body is not able to use the co_awaitkeyword;values must be produced synchronously. For example: When a coroutine function returning a generator is called the coroutine is created initially suspended.Execution of the coroutine enters the corou...

    NOTE: Networking abstractions are currently only supported on the Windows platform.Linux support will be coming soon.

    sync_wait

    The sync_wait() function can be used to synchronously wait until the specified awaitablecompletes. The specified awaitable will be co_awaited on current thread inside a newly created coroutine. The sync_wait() call will block until the operation completes and will return the result ofthe co_await expression or rethrow the exception if the co_awaitexpression completed withan unhandled exception. The sync_wait() function is mostly useful for starting a top-level task from within main()and waiti...

    when_all_ready

    The when_all_ready()function can be used to create a new awaitable that completes whenall of the input awaitables complete. Input tasks can be any type of awaitable. When the returned awaitable is co_awaited it will co_await each of the input awaitablesin turn on the awaiting thread in the order they are passed to the when_all_ready()function. If these tasks to not complete synchronously then they will execute concurrently. Once all of the co_awaitexpressions on input awaitables have run to c...

    when_all

    The when_all() function can be used to create a new Awaitable that when co_awaitedwill co_awaiteach of the input awaitables concurrently and return an aggregate oftheir individual results. When the returned awaitable is awaited, it will co_awaiteach of the input awaitableson the current thread. Once the first awaitable suspends, the second task will be started,and so on. The operations execute concurrently until they have all run to completion. Once all component co_await operations have run...

    awaitable_traits

    This template metafunction can be used to determine what the resulting type of a co_await expressionwill be if applied to an expression of type T. Note that this assumes the value of type T is being awaited in a context where it is unaffected byany await_transform applied by the coroutine's promise object. The results may differ if a valueof type Tis awaited in such a context. The awaitable_traits template metafunction does not define the awaiter_t or await_result_tnested typedefs if type,...

    is_awaitable

    The is_awaitable template metafunction allows you to query whether or not a giventype can be co_awaited or not from within a coroutine. API Summary:

    Awaitable concept

    An Awaitable is a concept that indicates that a type can be co_awaited in a coroutine contextthat has no await_transform overloads and that the result of the co_await expression has type, T. For example, the type task implements the concept Awaitable whereas the type task &implements the concept Awaitable .

    Awaiter concept

    An Awaiter is a concept that indicates a type contains the await_ready, await_suspend andawait_resumemethods required to implement the protocol for suspending/resuming an awaitingcoroutine. A type that satisfies Awaiter must have, for an instance of the type, awaiter: 1. awaiter.await_ready() -> bool 2. awaiter.await_suspend(std::experimental::coroutine_handle {}) -> void or bool or std::experimental::coroutine_handle for some P. 3. awaiter.await_resume() -> T Any type that impl...

    Scheduler concept

    A Scheduleris a concept that allows scheduling execution of coroutines within some execution context. Given a type, S, that implements the Scheduler concept, and an instance, s, of type S: 1. The s.schedule() method returns an awaitable-type such that co_await s.schedule()will unconditionally suspend the current coroutine and schedule it for resumption on theexecution context associated with the scheduler, s. 2. The result of the co_await s.schedule() expression has type void.

    The cppcoro library supports building under Windows with Visual Studio 2017 and Linux with Clang 5.0+. This library makes use of the Cake build system (no, not the C# one). The cake build system is checked out automatically as a git submodule so you don't need to download or install it separately.

    GitHub issues are the primary mechanism for support, bug reports and feature requests. Contributions are welcome and pull-requests will be happily reviewed.I only ask that you agree to license any contributions that you make under the MIT license. If you have general questions about C++ coroutines, you can generally find someone to helpin the #coroutines channel on Cpplang Slackgroup.

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