In the source code deployment method, the configuration generation process involves executing `make init`, which fundamentally runs the script `./scripts/init-config.sh`. This script utilizes variables defined in the [`environment.sh`](https://github.com/openimsdk/open-im-server/blob/main/scripts/install/environment.sh) script to render the [`openim.yaml`](https://github.com/openimsdk/open-im-server/blob/main/deployments/templates/openim.yaml) template file, subsequently generating the [`config.yaml`](https://github.com/openimsdk/open-im-server/blob/main/config/config.yaml) configuration file.
In the source code deployment method, the configuration generation process involves executing `make init`, which fundamentally runs the script `./scripts/init-config.sh`. This script utilizes variables defined in the [`environment.sh`](https://github.com/openimsdk/open-im-server/blob/main/scripts/install/environment.sh) script to render the [`config.yaml`](https://github.com/openimsdk/open-im-server/blob/main/deployments/templates/config.yaml) template file, subsequently generating the [`config.yaml`](https://github.com/openimsdk/open-im-server/blob/main/config/config.yaml) configuration file.
@ -104,16 +104,19 @@ Docker deployment offers a slightly more intricate template. Within the [openim-
Configuration file modifications can be made by specifying corresponding environment variables, for instance:
```bash
export CHAT_IMAGE_VERSION="main"
export SERVER_IMAGE_VERSION="main"
export CHAT_IMAGE_VERSION="main"
export SERVER_IMAGE_VERSION="main"
```
These variables are stored within the [`environment.sh`](https://github.com/OpenIMSDK/openim-docker/blob/main/scripts/install/environment.sh) configuration:
These variables are stored within the [`environment.sh`](https://github.com/OpenIMSDK/open-im-server/blob/main/scripts/install/environment.sh) configuration:
> Can learn to read our mirror version strategy: https://github.com/openimsdk/open-im-server/blob/main/docs/contrib/images.md
Setting a variable, e.g., `export CHAT_IMAGE_VERSION="release-v1.3"`, will prioritize `CHAT_IMAGE_VERSION="release-v1.3"` as the variable value. Ultimately, the chosen image version is determined, and rendering is achieved through `make init` (or `./scripts/init-config.sh`).
@ -127,7 +130,7 @@ For convenience, configuration through modifying environment variables is recomm
+ PASSWORD
+ **Description**: Password for mysql, mongodb, redis, and minio.
+ **Description**: Password for mongodb, redis, and minio.
+ **Default**: `openIM123`
+ Notes:
+ Minimum password length: 8 characters.
@ -139,20 +142,22 @@ For convenience, configuration through modifying environment variables is recomm
+ OPENIM_USER
+ **Description**: Username for mysql, mongodb, redis, and minio.
+ **Description**: Username for redis, and minio.
+ **Default**: `root`
```bash
export OPENIM_USER="root"
```
+ API_URL
> mongo is `openIM`, use `export MONGO_OPENIM_USERNAME="openIM"` to modify
+ OPENIM_IP
+ **Description**: API address.
+ **Note**: If the server has an external IP, it will be automatically obtained. For internal networks, set this variable to the IP serving internally.
```bash
export API_URL="http://ip:10002"
export OPENIM_IP="ip"
```
+ DATA_DIR
@ -443,7 +448,7 @@ This section involves configuring the log settings, including storage location,
@ -75,7 +75,7 @@ It is critical that our full community is actively engaged on enhancements in th
- Be aware the cherry pick script assumes you have a git remote called `upstream` that points at the openim-server github org.
Please see our [recommended Git workflow](https://github.com/openimsdk/open-im-server/blob/main/docs/contributors/github-workflow.md#workflow).
Please see our [recommended Git workflow](https://github.com/openimsdk/open-im-server/blob/main/docs/contrib/github-workflow.md#workflow).
- You will need to run the cherry pick script separately for each patch release you want to cherry pick to. Cherry picks should be applied to all [active](https://github.com/openimsdk/open-im-server/releases) release branches where the fix is applicable.
@ -26,6 +26,7 @@ We provide multiple versions of our images to meet different project requirement
1. `main`: This image corresponds to the latest version of the main branch in OpenIM. It is updated frequently, making it perfect for users who want to stay at the cutting edge of our features.
2. `release-v3.*`: This is the image that corresponds to the latest version of OpenIM's stable release branch. It's ideal for users who prefer a balance between new features and stability.
3. `v3.*.*`: These images are specific to each tag in OpenIM. They are preserved in their original state and are never overwritten. These are the go-to images for users who need a specific, unchanging version of OpenIM.
4. The image versions adhere to Semantic Versioning 2.0.0 strategy. Taking the `openim-server` image as an example, available at [openim-server container package](https://github.com/openimsdk/open-im-server/pkgs/container/openim-server): upon tagging with v3.5.0, the CI automatically releases the following tags - `openim-server:3`, `openim-server:3.5`, `openim-server:3.5.0`, `openim-server:v3.5.0`, `openim-server:latest`, and `sha-e0244d9`. It's important to note that only `sha-e0244d9` is absolutely unique, whereas `openim-server:v3.5.0` and `openim-server:3.5.0` maintain a degree of uniqueness.
This guide aims to assist Mac-based developers in contributing effectively to OpenIM. It covers the setup of a development environment tailored for Mac, including the use of GitHub for development workflow and `devcontainer` for a consistent development experience.
Before contributing to OpenIM through issues and pull requests, make sure you are familiar with GitHub and the [pull request workflow](https://docs.github.com/en/get-started/quickstart/github-flow).
## Prerequisites
### System Requirements
- macOS (latest stable version recommended)
- Internet connection
- Administrator access
### Knowledge Requirements
- Basic understanding of Git and GitHub
- Familiarity with Docker and containerization
- Experience with Go programming language
## Setting up the Development Environment
### Installing Homebrew
Homebrew is an essential package manager for macOS. Install it using:
`Devcontainers` provide a Docker-based isolated development environment.
Read [README.md](https://github.com/openimsdk/open-im-server/tree/main/.devcontainer) in the `.devcontainer` directory of the project to learn more about the devcontainer.
To set it up:
1. Install Docker Desktop for Mac from [Docker Hub](https://docs.docker.com/desktop/install/mac-install/).
2. Install Visual Studio Code and the Remote - Containers extension.
3. Open the cloned OpenIM repository in VS Code.
4. VS Code will prompt to reopen the project in a container. Accept this to set up the environment automatically.
### Installing Go and Dependencies
Use Homebrew to install Go:
```sh
brew install go
```
Ensure the version of Go is compatible with the version required by OpenIM (refer to the main documentation for version requirements).
### Additional Tools
Install other required tools like Docker, Vagrant, and necessary GNU utils as described in the main documentation.
## Mac Deployment openim-chat and openim-server
To integrate the Chinese document into an English document for Linux deployment, we will first translate the content and then adapt it to suit the Linux environment. Here's how the translated and adapted content might look:
### Ensure a Clean Environment
- It's recommended to execute in a new directory.
- Run `ps -ef | grep openim` to ensure no OpenIM processes are running.
- Run `ps -ef | grep chat` to check for absence of chat-related processes.
- Execute `docker ps` to verify there are no related containers running.
### Source Code Deployment
#### Deploying openim-server
Source code deployment is slightly more complex because Docker's networking on Linux differs from Mac.
Before starting the openim-server source, set `config/config.yaml` by replacing all instances of `172.28.0.1` with `127.0.0.1`:
```bash
vim config/config.yaml -c "%s/172\.28\.0\.1/127.0.0.1/g" -c "wq"
```
Then start openim-server:
```bash
make start
```
To check the startup:
```bash
make check
```
<aside>
🚧 To avoid mishaps, it's best to wait five minutes before running `make check` again.
</aside>
#### Deploying openim-chat
There are several ways to deploy openim-chat, either by source code or using Docker.
Navigate back to the parent directory:
```bash
cd ..
```
First, let's look at deploying chat from source:
```bash
git clone https://github.com/openimsdk/chat
cd chat
make init # Generates configuration files
```
If openim-chat has not deployed MySQL, you will need to deploy it. Note that the official Docker Hub for MySQL does not support architectures like ARM, so you can use the newer version of the open-source edition:
git commit -m "Add a brief description of your changes"
```
### Pushing Changes and Creating Pull Requests
1. Push your branch to GitHub:
```sh
git push origin feat/your-feature-name
```
2. Go to your fork on GitHub and create a pull request to the main OpenIM repository.
### Keeping Your Fork Updated
Regularly sync your fork with the main repository:
```sh
git fetch upstream
git checkout main
git rebase upstream/main
```
More read: [https://github.com/openimsdk/open-im-server/blob/main/CONTRIBUTING.md](https://github.com/openimsdk/open-im-server/blob/main/CONTRIBUTING.md)
## Testing and Quality Assurance
Run tests as described in the OpenIM documentation to ensure your changes do not break existing functionality.
## Conclusion
This guide provides a comprehensive overview for Mac developers to set up and contribute to OpenIM. By following these steps, you can ensure a smooth and efficient development experience. Happy coding!
Below are the base images and their versions you'll need:
- wurstmeister/kafka
- redis:7.0.0
- mongo:6.0.2
- mysql:5.7
- wurstmeister/zookeeper
- minio/minio
- [ ] bitnami/kafka:3.5.1
- [ ] redis:7.0.0
- [ ] mongo:6.0.2
- [ ] bitnami/zookeeper:3.8
- [ ] minio/minio:latest
> [!IMPORTANT]
> It is important to note that OpenIM removed mysql components from versions v3.5.0 (release-v3.5) and above, so mysql can be deployed without this requirement or above
**If you need to install more IM components or monitoring products：**
OpenIM:
> [!TIP]
> If you need to install more IM components or monitoring products [images.md](https://github.com/openimsdk/open-im-server/blob/main/docs/contrib/images.md)
- [ ] ghcr.io/openimsdk/openim-web:latest
- [ ] ghcr.io/openimsdk/openim-admin:latest
- [ ] ghcr.io/openimsdk/openim-chat:latest
- [ ] ghcr.io/openimsdk/openim-server:latest
Monitoring:
- [ ] prom/prometheus：v2.48.1
- [ ] prom/alertmanager：v0.23.0
- [ ] grafana/grafana：10.2.2
- [ ] bitnami/node-exporter：1.7.0
Use the following commands to pull these base images:
```
docker pull wurstmeister/kafka
```bash
docker pull bitnami/kafka:3.5.1
docker pull redis:7.0.0
docker pull mongo:6.0.2
docker pull mysql:5.7
docker pull wurstmeister/zookeeper
docker pull minio/minio
docker pull bitnami/zookeeper:3.8
docker pull minio/minio:latest
```
## 2. OpenIM & Chat Images
If you need to install more IM components or monitoring products:
```bash
docker pull prom/prometheus:v2.48.1
docker pull prom/alertmanager:v0.23.0
docker pull grafana/grafana:10.2.2
docker pull bitnami/node-exporter:1.7.0
```
## 2. OpenIM Images
**For detailed understanding of version management and storage of OpenIM and Chat**: [version.md](https://github.com/openimsdk/open-im-server/blob/main/docs/contrib/version.md)
Or choose other transfer methods such as a hard drive.
1. **Import images**: On the intranet server:
5. **Import images**: On the intranet server:
```
```bash
docker load -i <tar-file-name>.tar
```
1. **Deploy**: Navigate to the `openim-docker` repository directory and follow the README guide for deployment.
2. **Deploy using Docker-compose**:
Import directly with shortcut commands:
```bash
for i in `ls ./`;do docker load -i $i;done
```
docker-compose up -d
# Verify
docker-compose ps
6. **Deploy**: Navigate to the `openim-docker` repository directory and follow the [README guide](https://github.com/openimsdk/openim-docker) for deployment.
7. **Deploy using docker compose**:
```bash
export OPENIM_IP="your ip" # Set Ip
make init # Init config
docker compose up -d # Deployment
docker compose ps # Verify
```
> **Note**: If you're using a version of Docker prior to 20, make sure you've installed `docker-compose`.
+ **Configuration File Path**: Located at `config/prometheus-dashboard.yaml`.
+ **Enabling Monitoring**: Set the environment variable `export PROMETHEUS_ENABLE=true` to enable Prometheus monitoring.
+ **More Information**: Refer to the [OpenIM Configuration Guide](https://docs.openim.io/configurations/prometheus-integration).
2. **Node Exporter**:
+ **Container Deployment**: Deploy the `quay.io/prometheus/node-exporter` container for node monitoring.
+ **Get Dashboard**: Access the [Node Exporter Full Feature Dashboard](https://grafana.com/grafana/dashboards/1860-node-exporter-full/) and import it using YAML file download or ID import.
+ **Deployment Guide**: Refer to the [Node Exporter Deployment Documentation](https://prometheus.io/docs/guides/node-exporter/).
3. **Middleware Metrics**: Each middleware requires specific steps and configurations to enable monitoring. Here is a list of common middleware and links to their respective setup guides:
+ MySQL:
+ **Configuration**: Ensure MySQL has performance monitoring enabled.
+ **Link**: Refer to the [MySQL Monitoring Configuration Guide](https://grafana.com/docs/grafana/latest/datasources/mysql/).
+ Redis:
+ **Configuration**: Configure Redis to allow monitoring data export.
+ **Link**: Refer to the [Redis Monitoring Guide](https://grafana.com/docs/grafana/latest/datasources/redis/).
+ MongoDB:
+ **Configuration**: Set up monitoring metrics for MongoDB.
+ **Link**: Refer to the [MongoDB Monitoring Guide](https://grafana.com/grafana/plugins/grafana-mongodb-datasource/).
+ Kafka:
+ **Configuration**: Integrate Kafka with Prometheus monitoring.
+ **Link**: Refer to the [Kafka Monitoring Guide](https://grafana.com/grafana/plugins/grafana-kafka-datasource/).
+ Zookeeper:
+ **Configuration**: Ensure Zookeeper can be monitored by Prometheus.
+ **Link**: Refer to the [Zookeeper Monitoring Configuration](https://grafana.com/docs/grafana/latest/datasources/zookeeper/).
**OpenIM Metrics (`prometheus-dashboard.yaml`)**:
- **Configuration File Path**: Find this at `config/prometheus-dashboard.yaml`.
- **Enabling Monitoring**: Activate Prometheus monitoring by setting the environment variable: `export PROMETHEUS_ENABLE=true`.
- **More Information**: For detailed instructions, see the [OpenIM Configuration Guide](https://docs.openim.io/configurations/prometheus-integration).
**Node Exporter**:
- **Container Deployment**: Use the container `quay.io/prometheus/node-exporter` for effective node monitoring.
- **Access Dashboard**: Visit the [Node Exporter Full Feature Dashboard](https://grafana.com/grafana/dashboards/1860-node-exporter-full/) for dashboard integration either through YAML file download or ID.
- **Deployment Guide**: For deployment steps, consult the [Node Exporter Deployment Documentation](https://prometheus.io/docs/guides/node-exporter/).
**Middleware Metrics**: Different middlewares require unique steps and configurations for monitoring:
- MySQL:
- **Configuration**: Make sure MySQL is set up for performance monitoring.
- **Guide**: See the [MySQL Monitoring Configuration Guide](https://grafana.com/docs/grafana/latest/datasources/mysql/).
- Redis:
- **Configuration**: Adjust Redis settings to enable monitoring data export.
- **Guide**: Consult the [Redis Monitoring Guide](https://grafana.com/docs/grafana/latest/datasources/redis/).
- MongoDB:
- **Configuration**: Configure MongoDB for monitoring metrics.
- **Guide**: Visit the [MongoDB Monitoring Guide](https://grafana.com/grafana/plugins/grafana-mongodb-datasource/).
- Kafka:
- **Configuration**: Set up Kafka for Prometheus monitoring integration.
- **Guide**: Refer to the [Kafka Monitoring Guide](https://grafana.com/grafana/plugins/grafana-kafka-datasource/).
- Zookeeper:
- **Configuration**: Ensure Prometheus can monitor Zookeeper.
- **Guide**: Check out the [Zookeeper Monitoring Configuration](https://grafana.com/docs/grafana/latest/datasources/zookeeper/).
This document outlines the automation process for releasing OpenIM. You can use the `make release` command for automated publishing. We will discuss how to use the `make release` command and Github Actions CICD separately, while also providing insight into the design principles involved.
## Github Actions Automation
In our CICD pipeline, we have implemented logic for automating the release process using the goreleaser tool. To achieve this, follow these steps on your local machine or server:
# For pre-release versions: git tag -a v3.6.0-rc.0 -s -m "pre-release: xxx"
git push origin v3.6.0
```
The remaining tasks are handled by automated processes:
+ Automatically complete the release publication on Github
+ Automatically build the `v3.6.0` version image and push it to aliyun, dockerhub, and github
Through these automated steps, we achieve rapid and efficient OpenIM version releases, simplifying the release process and enhancing productivity.
Certainly, here is the continuation of the document in English:
## Local Make Release Design
There are two primary scenarios for local usage:
+ Advanced compilation and release, manually executed locally
+ Quick compilation verification and version release, manually executed locally
**These two scenarios can also be combined, for example, by tagging locally and then releasing:**
```bash
git add .
git commit -a -s -m "release(v3.6.0): ......"
git tag v3.6.0
git release
git push origin main
```
In a local environment, you can use the `make release` command to complete the release process. The main implementation logic can be found in the `/data/workspaces/open-im-server/scripts/lib/release.sh` file. First, let's explore its usage through the help information.
### Help Information
To view the help information, execute the following command:
If you need to change the COS account, password, and bucket information, please modify the following section in the `/data/workspaces/open-im-server/scripts/lib/release.sh` file:
```bash
readonly BUCKET="openim-1306374445"
readonly REGION="ap-guangzhou"
readonly COS_RELEASE_DIR="openim-release"
```
### GitHub Release Configuration
If you intend to use the GitHub Release feature, you also need to set the environment variable:
```bash
export GITHUB_TOKEN="your_github_token"
```
### Modifying GitHub Release Basic Information
If you need to modify the basic information of GitHub Release, please edit the following section in the `/data/workspaces/open-im-server/scripts/lib/release.sh` file:
```bash
# OpenIM GitHub account information
readonly OPENIM_GITHUB_ORG=openimsdk
readonly OPENIM_GITHUB_REPO=open-im-server
```
This setup allows you to configure and execute the local release process according to your specific needs.
### GitHub Release Versioning Rules
Firstly, it's important to note that GitHub Releases should primarily be for pre-release versions. However, goreleaser might provide a `prerelease: auto` option, which automatically marks versions with pre-release indicators like `-rc1`, `-beta`, etc., as pre-releases.
So, if your most recent tag does not have pre-release indicators such as `-rc1` or `-beta`, even if you use `make release` for pre-release versions, goreleaser might still consider them as formal releases.
To avoid this issue, I have added the `--draft` flag to github-release. This way, all releases are created as drafts.
## CICD Release Documentation Design
The release records still require manual composition for GitHub Release. This is different from github-release.
This approach ensures that all releases are initially created as drafts, allowing you to manually review and edit the release documentation on GitHub. This manual step provides more control and allows you to curate release notes and other information before making them public.
## Makefile Section
This document aims to elaborate and explain key sections of the OpenIM Release automation design, including the Makefile section and functions within the code. Below, we will provide a detailed explanation of the logic and functions of each section.
In the project's root directory, the Makefile imports a subdirectory:
At the beginning of the Makefile, the `include scripts/make-rules/release.mk` statement imports the `release.mk` file from the subdirectory. This file contains rules and configurations related to releases to be used in subsequent operations.
### The `release` Target
The Makefile defines a target named `release`, which is used to execute the project's release operation. This target is marked as a phony target (`.PHONY`), meaning it doesn't represent an actual file or directory but serves as an identifier for executing a series of actions.
In the `release` target, two dependency targets are executed first: `release.verify` and `release.ensure-tag`. Afterward, the `scripts/release.sh` script is called to perform the actual release operation.
## Logic of `release.verify` and `release.ensure-tag`
```makefile
## release.verify: Check if a tool is installed and install it
The `release.verify` target is used to check and install tools. It depends on four sub-targets: `tools.verify.git-chglog`, `tools.verify.github-release`, `tools.verify.coscmd`, and `tools.verify.coscli`. These sub-targets aim to check if specific tools are installed and attempt to install them if they are not.
The purpose of this target is to ensure that the necessary tools required for the release process are available so that subsequent operations can be executed smoothly.
### `release.ensure-tag` Target
The `release.ensure-tag` target is used to ensure that the project has a version tag. It depends on the sub-target `tools.verify.gsemver`, indicating that it should check if the `gsemver` tool is installed before executing.
When the `release.ensure-tag` target is executed, it calls the `scripts/ensure-tag.sh` script to ensure that the project has a version tag. Version tags are typically used to identify specific versions of the project for management and release in version control systems.
## Logic of `release.sh` Script
```bash
openim::golang::setup_env
openim::build::verify_prereqs
openim::release::verify_prereqs
#openim::build::build_image
openim::build::build_command
openim::release::package_tarballs
openim::release::upload_tarballs
git push origin ${VERSION}
#openim::release::github_release
#openim::release::generate_changelog
```
The `release.sh` script is responsible for executing the actual release operations. Below is the logic of this script:
1. `openim::golang::setup_env`: This function sets up some configurations for the Golang development environment.
2. `openim::build::verify_prereqs`: This function is used to verify whether the prerequisites for building are met. This includes checking dependencies, environment variables, and more.
3. `openim::release::verify_prereqs`: Similar to the previous function, this one is used to verify whether the prerequisites for the release are met. It focuses on conditions relevant to the release.
4. `openim::build::build_command`: This function is responsible for building the project's command, which typically involves compiling the project or performing other build operations.
5. `openim::release::package_tarballs`: This function is used to package tarball files required for the release. These tarballs are usually used for distribution packages during the release.
6. `openim::release::upload_tarballs`: This function is used to upload the packaged tarball files, typically to a distribution platform or repository.
7. `git push origin ${VERSION}`: This line of command pushes the version tag to the remote Git repository's `origin` branch, marking this release in the version control system.
In the comments, you can see that there are some operations that are commented out, such as `openim::build::build_image`, `openim::release::github_release`, and `openim::release::generate_changelog`. These operations are related to building images, releasing to GitHub, and generating changelogs, and they can be enabled in the release process as needed.
Let's take a closer look at the function responsible for packaging the tarball files:
The `openim::release::package_tarballs()` function is responsible for packaging the tarball files required for the release. Here is the specific logic of this function:
1. `rm -rf "${RELEASE_STAGE}" "${RELEASE_TARS}" "${RELEASE_IMAGES}"`: First, the function removes any old release directories and files to ensure a clean starting state.
2. `mkdir -p "${RELEASE_TARS}"`: Next, it creates a directory `${RELEASE_TARS}` to store the packaged tarball files. If the directory doesn't exist, it will be created.
3. `openim::release::package_final_tarball &`: This is an asynchronous operation that depends on some of the previous phases. It is likely used to package the final tarball file, which includes the contents of all previous asynchronous operations.
4. `openim::util::wait-for-jobs`: It waits for all asynchronous operations to complete. If any of the previous asynchronous operations fail, an error will be returned.
- [OpenIM Branch Management and Versioning: A Blueprint for High-Grade Software Development](#openim-branch-management-and-versioning-a-blueprint-for-high-grade-software-development)
- [Unfolding the Mechanism of OpenIM Version Maintenance](#unfolding-the-mechanism-of-openim-version-maintenance)
- [Main Branch: The Heart of OpenIM Development](#main-branch-the-heart-of-openim-development)
- [Release Branch: The Beacon of Stability](#release-branch-the-beacon-of-stability)
@ -8,8 +9,21 @@
- [Release Management: A Guided Tour](#release-management-a-guided-tour)
- [Milestones, Branching, and Addressing Major Bugs](#milestones-branching-and-addressing-major-bugs)
- [Version Skew Policy](#version-skew-policy)
- [Supported version skew](#supported-version-skew)
- [OpenIM Versioning, Branching, and Tag Strategy](#openim-versioning-branching-and-tag-strategy)
- [Supported Version Skew](#supported-version-skew-1)
- [Applying Principles: A Git Workflow Example](#applying-principles-a-git-workflow-example)
- [Release Process](#release-process)
- [Docker Images Version Management](#docker-images-version-management)
- [More](#more)
At OpenIM, we acknowledge the profound impact of implementing a robust and efficient version management system, hence we abide by the established standards of [Semantic Versioning 2.0.0](https://semver.org/lang/zh-CN/).
@ -213,3 +227,10 @@ Throughout this process, active communication within the team is pivotal to main
## Docker Images Version Management
For more details on managing Docker image versions, visit [OpenIM Docker Images Administration](https://github.com/openimsdk/open-im-server/blob/main/docs/contrib/images.md).
## More
More on multi-branch version management design and version management design at helm charts：
print_with_delay "Open-IM-Server is not just a product; it's a revolution. It's about bringing the power of seamless," 0.01
print_with_delay "real-time messaging to your fingertips. And it's about joining a global community of developers, dedicated to pushing the boundaries of what's possible." 0.01
print_progress 50 0.02
# Reset text color back to normal
echo -e "\033[0m"
# Set text color to yellow for the Slack link
echo -e "\033[1;33m"
print_with_delay "Join our developer community on Slack: https://join.slack.com/t/openimsdk/shared_invite/zt-22720d66b-o_FvKxMTGXtcnnnHiMqe9Q" 0.01
# Reset text color back to normal
echo -e "\033[0m"
p:::::p
p:::::p
p:::::::p
p:::::::p
p:::::::p
ppppppppp
' 0.0001
# Display product URL
print_with_delay "Discover more and contribute at: https://github.com/openimsdk/open-im-server" 0.01
print_with_delay "Open-IM-Server is not just a product; it's a revolution. It's about bringing the power of seamless," 0.01
print_with_delay "real-time messaging to your fingertips. And it's about joining a global community of developers, dedicated to pushing the boundaries of what's possible." 0.01
print_progress 50 0.02
# Reset text color back to normal
echo -e "\033[0m"
# Set text color to yellow for the Slack link
echo -e "\033[1;33m"
print_with_delay "Join our developer community on Slack: https://join.slack.com/t/openimsdk/shared_invite/zt-22720d66b-o_FvKxMTGXtcnnnHiMqe9Q" 0.01
# Download link (Windows): https://github.com/OpenIMSDK/Open-IM-Protoc/releases/download/v1.0.0/windows.zip
# Download link (Linux): https://github.com/OpenIMSDK/Open-IM-Protoc/releases/download/v1.0.0/linux.zip
#
#
# Installation steps (taking Windows as an example):
# 1. Visit the above link and download the version suitable for Windows.
# 2. Extract the downloaded file.
# 3. Add the extracted tool to your PATH environment variable so that it can be run directly from the command line.
#
#
# Note: The specific installation and usage instructions may vary based on the tool's actual implementation. It's advised to refer to official documentation.
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
#
# OpenIM CronTask Control Script
#
#
# Description:
# This script provides a control interface for the OpenIM CronTask service within a Linux environment. It supports two installation methods: installation via function calls to systemctl, and direct installation through background processes.
#
#
# Features:
# 1. Robust error handling leveraging Bash built-ins such as 'errexit', 'nounset', and 'pipefail'.
# 2. Capability to source common utility functions and configurations, ensuring environmental consistency.
@ -30,13 +30,13 @@
# 1. Direct Script Execution:
# This will start the OpenIM CronTask directly through a background process.
# 2. Controlling through Functions for systemctl operations:
# Specific operations like installation, uninstallation, and status check can be executed by passing the respective function name as an argument to the script.
# This script provides a control interface for the OpenIM Push service within a Linux environment. It supports two installation methods: installation via function calls to systemctl, and direct installation through background processes.
#
#
# Features:
# 1. Robust error handling leveraging Bash built-ins such as 'errexit', 'nounset', and 'pipefail'.
# 2. Capability to source common utility functions and configurations, ensuring environmental consistency.
@ -29,7 +29,7 @@
# 1. Direct Script Execution:
# This will start the OpenIM push directly through a background process.
# Example: ./openim-push.sh
#
#
# 2. Controlling through Functions for systemctl operations:
# Specific operations like installation, uninstallation, and status check can be executed by passing the respective function name as an argument to the script.
# Example: ./openim-push.sh openim::push::install
@ -39,7 +39,7 @@
# export OPENIM_PUSH_PORT="9090 9091 9092"
#
# Note: Ensure that the appropriate permissions and environmental variables are set prior to script execution.
# This script provides a control interface for the OpenIM RPC service within a Linux environment. It offers functionalities to start multiple RPC services, each denoted by their respective names under openim::rpc::service_name.
#
#
# Features:
# 1. Robust error handling using Bash built-ins like 'errexit', 'nounset', and 'pipefail'.
# 2. The capability to source common utility functions and configurations to ensure uniform environmental settings.
@ -123,12 +123,13 @@ function openim::rpc::start() {
for((i= 0; i < ${#OPENIM_RPC_SERVICE_LISTARIES[*]}; i++));do
# this lint prefers command -v to which, they are not the same
2230
# Error SC2155 indicates that you should separate variable declaration and assignment to avoid masking the return value of the command.
# In Bash scripts, when you declare and assign a local variable at the same time a command is executed, you only get the output of the command, but not the exit status (return value) of the command. #
2155
# ShellCheck issues SC2086 warnings when you refer to a variable in a script but don't put it in double quotes.This can lead to unexpected behavior when scripts encounter Spaces,
# newlines, and wildcards in file names or other data.
2086
2206
# TODO: 需要修复，然后开启
2034
2048
2148
2059
2214
2145
2128
2550
2046
2181
1102
2045
2068
2145
2207
2231
2013
2154
2120
1083
2001
2012
2016
2164
2223
2166
2119
2162
2295
2002
2004
2202
2178
2064
2260
2043
2178
2044
2153
)
# comma separate for passing to shellcheck
join_by(){
@ -65,14 +113,18 @@ cd "${OPENIM_ROOT}"
# forked should be linted and fixed.
all_shell_scripts=()
whileIFS=$'\n'read -r script;
do git check-ignore -q "$script"||all_shell_scripts+=("$script");
done < <(find . -name "*.sh"\
do git check-ignore -q "$script"||all_shell_scripts+=("$script");
done < <(find . -name "*.sh"\
-not \(\
-path ./_\* -o \
-path ./.git\* -o \
-path ./vendor\* -o \
\( -path ./third_party\* -a -not -path ./third_party/forked\*\)\
\))
-path ./_\* -o \
-path ./.git\* -o \
-path ./Godeps\* -o \
-path ./_output\* -o \
-path ./components\* -o \
-path ./logs\* -o \
-path ./vendor\* -o \
\( -path ./third_party\* -a -not -path ./third_party/forked\*\)\
\) -print 2>/dev/null)
# detect if the host machine has the required shellcheck version installed
// Iterate through the directory, applying rules to check file and directory names
// Return any found errors or non-conformities
return nil
}
```
### 5. Implementation Details
- **File and Directory Traversal**: Use Go's `path/filepath` package to traverse directories and subdirectories.
- **Naming Rules Checking**: Apply different regex expressions for naming checks based on file extensions.
- **Error Handling and Reporting**: Record files or directories that do not conform and report to the user.
### 6. Future Development and Extensions
- Support more file types and naming rules.
- Provide more detailed error reports, such as showing line numbers and specific naming mistakes.
- Add a graphical or web interface for non-command-line users.
The above is an overview of the entire project's design. Following this design, specific coding implementation can begin. Note that the actual implementation may need adjustments based on real-world conditions.
Xinwei Xiong(cubxxw)
10 months ago