Setting up development environment

本文详细介绍了如何在本地和远程集群中配置Apache Storm开发环境。包括安装最新版本的Apache Storm,将Nimbus主机地址配置到~/.storm/storm.yaml文件,以及如何使用命令行客户端与远程集群进行交互。

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This page outlines what you need to do to get a Storm development environment set up. In summary, the steps are:

  1. Download a Storm release , unpack it, and put the unpacked bin/ directory on your PATH
  2. To be able to start and stop topologies on a remote cluster, put the cluster information in ~/.storm/storm.yaml

More detail on each of these steps is below.

What is a development environment?

Storm has two modes of operation: local mode and remote mode. In local mode, you can develop and test topologies completely in process on your local machine. In remote mode, you submit topologies for execution on a cluster of machines.

A Storm development environment has everything installed so that you can develop and test Storm topologies in local mode, package topologies for execution on a remote cluster, and submit/kill topologies on a remote cluster.

Let's quickly go over the relationship between your machine and a remote cluster. A Storm cluster is managed by a master node called "Nimbus". Your machine communicates with Nimbus to submit code (packaged as a jar) and topologies for execution on the cluster, and Nimbus will take care of distributing that code around the cluster and assigning workers to run your topology. Your machine uses a command line client called storm to communicate with Nimbus. The storm client is only used for remote mode; it is not used for developing and testing topologies in local mode.

Installing a Storm release locally

If you want to be able to submit topologies to a remote cluster from your machine, you should install a Storm release locally. Installing a Storm release will give you the storm client that you can use to interact with remote clusters. To install Storm locally, download a release from hereand unzip it somewhere on your computer. Then add the unpacked bin/ directory onto your PATH and make sure the bin/storm script is executable.

Installing a Storm release locally is only for interacting with remote clusters. For developing and testing topologies in local mode, it is recommended that you use Maven to include Storm as a dev dependency for your project. You can read more about using Maven for this purpose on Maven.

Starting and stopping topologies on a remote cluster

The previous step installed the storm client on your machine which is used to communicate with remote Storm clusters. Now all you have to do is tell the client which Storm cluster to talk to. To do this, all you have to do is put the host address of the master in the~/.storm/storm.yaml file. It should look something like this:

nimbus.host: "123.45.678.890"

Alternatively, if you use the storm-deploy project to provision Storm clusters on AWS, it will automatically set up your ~/.storm/storm.yaml file. You can manually attach to a Storm cluster (or switch between multiple clusters) using the "attach" command, like so:

lein run :deploy --attach --name mystormcluster

More information is on the storm-deploy wiki

come from storm wiki

### IMX577 Settings Configuration Guide #### Overview of MFGTools Usage for i.MX Devices For configuring devices within the i.MX series such as the IMX577, tools like MFGTools play an essential role in setting up and programming these processors. For instance, during the burning process phases defined by `<STATE>` tags, specific configurations must match hardware characteristics to ensure proper communication between the device and host computer[^1]. However, it's important to note that while this information pertains closely to the i.MX 6 series (like MX6Q), adjustments may apply when working specifically with the IMX577. #### Device-Specific Bootstrapping Phase In terms of bootstrapping or any initial setup phase similar to what has been described for other models under the i.MX family, one would expect a comparable approach but tailored explicitly towards IMX577 specifications. This involves ensuring correct VID/PID values correspond accurately with those expected by the target processor model. Although not directly mentioned for IMX577, adapting from examples given can provide guidance on how to configure corresponding parameters correctly based on official documentation provided by NXP Semiconductors for this particular chip variant. #### Build System Configuration Using BitBake When preparing environments using build systems like Yocto Project’s BitBake toolchain—which integrates seamlessly into development workflows involving embedded Linux platforms including various members of the i.MX lineup—it becomes necessary to adjust layer definitions through files like `bblayers.conf` located inside your project directory structure[^2]. These layers define components required for building images suitable for deployment onto boards powered by different variants within the i.MX line-up, potentially covering aspects relevant also to IMX577 projects depending upon available support at time of implementation. ```bash # Example command to initialize environment variables needed before running bitbake commands. source oe-init-build-env ``` --related questions-- 1. How does one identify appropriate VID/PID combinations unique to IMX577? 2. What modifications might be necessary when transitioning configuration practices observed in i.MX 6 series applications toward supporting IMX577 instead? 3. Can you elaborate further on customizing bblayers.conf entries specifically beneficial for developing software intended exclusively for use alongside IMX577 processors? 4. Are there specialized considerations regarding power management features exclusive to IMX577 compared against its predecessors which could influence system design choices made early during planning stages? 5. In what ways do kernel version selections impact compatibility concerns surrounding peripheral connectivity options supported natively via drivers bundled within distributions targeted towards IMX577-based products?
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