Python in Azure Functions 基于Python的Azure Functions实践 赵健 - Microsoft 目录 CONTENTS Python 在 Azure 中无处不在 粘合剂 – Azure Functions Azure Functions 实践 Python 在 Azure 中无处不在 IEEE Spectrum’s sixth annual interactive Dev Tools Azure DevOps Azure NoteBook 运行 Python 代码 VM App Service Functions AKS ACI Azure Batch Notebook 连接 & 集成 Azure服务 Functions 认知服务 CosmosDB Event Grid Blob … Python 应用在Azure中的多种方式 Cloud-Optimized Cost control and Operations model Azure Azure 粘合剂 – Azure Functions Serverless in Azure – FaaS 是 Serverless 架构的核心 什么是 Azure Functions .NET, Node, Java, Docker, PHP, Ruby, Python Staging & deployment

decorated coroutines How it works How to call a coroutine Coroutine patterns Calling blocking functions Parallelism Interleaving Looping Running in the background Queue example - a concurrent web spider why CPU blocking must be taken as seriously as other kinds of blocking, consider password hashing functions like bcrypt [http://bcrypt.sourceforge.net/], which by design use hundreds of milliseconds of CPU background before triggering some future action in the application (as opposed to normal synchronous functions, which do everything they are going to do before returning). There are many styles of asynchronous

decorated coroutines How it works How to call a coroutine Coroutine patterns Calling blocking functions Parallelism Interleaving Looping Running in the background Queue example - a concurrent web spider why CPU blocking must be taken as seriously as other kinds of blocking, consider password hashing functions like bcrypt [http://bcrypt.sourceforge.net/], which by design use hundreds of milliseconds of CPU background before triggering some future action in the application (as opposed to normal synchronous functions, which do everything they are going to do before returning). There are many styles of asynchronous

decorated coroutines How it works How to call a coroutine Coroutine patterns Calling blocking functions Parallelism Interleaving Looping Running in the background Queue example - a concurrent web spider why CPU blocking must be taken as seriously as other kinds of blocking, consider password hashing functions like bcrypt [http://bcrypt.sourceforge.net/], which by design use hundreds of milliseconds of CPU background before triggering some future action in the application (as opposed to normal synchronous functions, which do everything they are going to do before returning). There are many styles of asynchronous

decorated coroutines How it works How to call a coroutine Coroutine patterns Calling blocking functions Parallelism Interleaving Looping Running in the background Queue example - a concurrent web spider why CPU blocking must be taken as seriously as other kinds of blocking, consider password hashing functions like bcrypt [http://bcrypt.sourceforge.net/], which by design use hundreds of milliseconds of CPU background before triggering some future action in the application (as opposed to normal synchronous functions, which do everything they are going to do before returning). There are many styles of asynchronous

decorated coroutines How it works How to call a coroutine Coroutine patterns Calling blocking functions Parallelism Interleaving Looping Running in the background Queue example - a concurrent web spider why CPU blocking must be taken as seriously as other kinds of blocking, consider password hashing functions like bcrypt [http://bcrypt.sourceforge.net/], which by design use hundreds of milliseconds of CPU background before triggering some future action in the application (as opposed to normal synchronous functions, which do everything they are going to do before returning). There are many styles of asynchronous

decorated coroutines How it works How to call a coroutine Coroutine patterns Calling blocking functions Parallelism Interleaving Looping Running in the background Queue example - a concurrent web spider why CPU blocking must be taken as seriously as other kinds of blocking, consider password hashing functions like bcrypt [http://bcrypt.sourceforge.net/], which by design use hundreds of milliseconds of CPU background before triggering some future action in the application (as opposed to normal synchronous functions, which do everything they are going to do before returning). There are many styles of asynchronous

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 220 7.10 Extra functions in C++, Python and C# . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 222 7.11 strategies. 2.2 Common function arguments Most functions in MuPDF’s interface take a context argument. A context contains global state used by MuPDF inside functions when parsing or rendering pages of the document of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be used in a single-threaded

strategies. 2.2 Common function arguments Most functions in MuPDF’s interface take a context argument. A context contains global state used by MuPDF inside functions when parsing or rendering pages of the document of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be used in a single-threaded called (after any always block) only // if something within the fz_try block (including any // functions it called) threw an exception. The code // here is expected to handle the exception (maybe // record/report

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221 7.10 Extra functions in C++, Python and C# . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 223 7.11 strategies. 2.2 Common function arguments Most functions in MuPDF’s interface take a context argument. A context contains global state used by MuPDF inside functions when parsing or rendering pages of the document of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be used in a single-threaded