Tutorial

[!TIP] The project supports four ways to run: GitHub Actions, command line, GUI, and Docker. Choose the one that best fits your environment.

• Workflow deployment
• Command Line
• GUI Software
• Docker
  • Streaming Usage Tutorial

Workflow deployment

Use GitHub Actions workflows to deploy and manually trigger the update endpoint.

[!IMPORTANT] Because GitHub resources are limited, workflow updates can only be triggered manually. If you need frequent updates or scheduled runs, please deploy using another method.

Enter the IPTV-API Project

Open https://github.com/Guovin/iptv-api and click Star to favorite this project (Your Star is my motivation for continuous updates).

Fork

Copy the source code of this repository to your personal account repository.

1. Name your personal repository as you like (the final live source result link depends on this name), here we use the default iptv-api as an example.
2. Confirm the information is correct and click to create.

Update Source Code

Since this project will continue to iterate and optimize, if you want to get the latest updates, you can do the following:

[!WARNING] If you only want to update your fork, do not click Contribute or Open pull request to create a PR. Go to your own repository and use Sync fork → Update branch. If a synchronization conflict occurs, use Discard commits as described below. Create a Pull Request only when you intentionally want to contribute code to the upstream repository.

1. Watch

Follow this project, and subsequent update logs will be released as releases, and you will receive email notifications.

2. Sync fork

• Normal update:

Go back to the homepage of your forked repository, if there are updates, click Sync fork, Update branch to confirm and update the latest code.

• No Update branch button, update conflict:

This is because some files conflict with the default files of the main repository, click Discard commits to update the latest code.

[!IMPORTANT] To avoid conflicts when updating the code later, it is recommended to copy files in the config directory and rename them by adding the user_ prefix before modifying.

Modify Template

When you click to confirm creation in step one, you will automatically jump to your personal repository after success. At this time, your personal repository has been created, and you can customize your live source channel menu!

1. Click the demo.txt template file in the config folder:

You can copy and refer to the format of the default template for subsequent operations.

2. Create a personal template user_demo.txt in the config folder:

1. Click the config directory.
2. Create a file.
3. Name the template file user_demo.txt.
4. The template file needs to be written in the format of (channel category, #genre#), (channel name, channel interface) with a comma. If you want to whitelist the interface (no speed test, keep it at the top of the result), you can add $! after the address, such as http://xxx$!. You can also add additional information, such as: http://xxx$! whitelist.
5. Click Commit changes... to save.

Modify Configuration

Like editing templates, modify the runtime configuration.

1. Click the config.ini configuration file in the config folder:

2. Copy the default configuration file content:

3. Create a personal configuration file user_config.ini in the config folder:

1. Create a file.
2. Name the configuration file user_config.ini.
3. Paste the default configuration. (when creating user_config.ini, you can only enter the configuration items you want to modify, no need to copy the entire config.ini. Note that the [Settings] at the top of the configuration file must be retained, otherwise the custom configuration below will not take effect)
4. Modify the template and result file configuration and CDN proxy acceleration (recommended):
   • source_file = config/user_demo.txt
   • final_file = output/user_result.txt
   • cdn_url = (go to the Govin public account and reply cdn to get it)
5. Click Commit changes... to save.

Adjust the configuration as needed, here is the default configuration description: Configuration parameters

[!NOTE]

1. Some players, such as PotPlayer, cannot parse supplementary interface information. Set open_url_info = False (GUI: clear “Display interface information”) if this prevents playback.
2. If your network supports IPv6, set ipv6_support = True (GUI: select “Force assume the current network supports IPv6”) to skip detection.
3. For playback/speed-test request headers, configure the global user_agent or append UA=value to a URL in config/subscribe.txt. The UA is written to .m3u results without requiring open_headers.
4. location and isp filter out non-matching interfaces by default. With open_supply = True, they are retained as lower-priority fallbacks.
5. Use sort_by with comma-separated speed, delay, and resolution values. For example, resolution,speed sorts by resolution and then speed.

Add data sources and more

• Subscription sources (config/subscribe.txt)

  Since no default subscription addresses are provided, you need to add them yourself; otherwise the update results may be empty. Both .txt and .m3u URLs are supported as subscriptions, and the program will read channel interface entries from them sequentially.

  If a subscription source requires a specific User-Agent to be accessed, append UA=value after the subscription URL (wrap it in quotes when it contains spaces), for example:

  textCopy

  https://example.com/sub.m3u UA=okHttp/Mod-1.5.0.0
  https://example.com/sub2.m3u UA="Mozilla/5.0 xxx"
  

  This UA is used for: fetching the subscription content, speed testing the interfaces under that subscription, and writing into the .m3u result (for players) — no need to enable open_headers. If you want to apply one UA to all interfaces (instead of adding it one by one), set the global user_agent in the configuration. Priority: interface's own UA (#EXTVLCOPT embedded in m3u) > subscription URL UA > global user_agent > built-in default UA. Note: request headers can only be written into the .m3u result; the .txt format cannot carry a UA.

• Local sources（config/local.txt）

  Channel interface data comes from local files. If there are multiple local source files, you can create a local directory under config to store them; the program will read the channel interface data from them in order. Supports txt and m3u files.

• Logo source (config/logo)

  Directory for channel logo images. The program will match corresponding logo images in this directory based on the channel names in the template. If a remote library logo_url is used, the remote source will be preferred.

• EPG Source (config/epg.txt)

  The source of program guide information. The program will sequentially fetch the program guide data from the subscription addresses in the file and aggregate the output.

• Channel Aliases (config/alias.txt)

  A list of aliases for channel names, used to map multiple names to a single name when fetching from the interface, improving the fetch volume and accuracy. Format: TemplateChannelName,Alias1,Alias2,Alias3

• Blacklist (config/blacklist.txt)

  Interfaces that match the blacklist keywords will be filtered and not collected, such as low-quality interfaces with ads.

• Whitelist (config/whitelist.txt)

  Interfaces or subscription sources in the whitelist will not participate in speed testing and will be prioritized at the top of the results. Fill in the channel name to directly retain the record in the final result, such as: CCTV-1, interface address, only filling in the interface address will apply to all channels, multiple records are entered on separate lines.

[!TIP] If a run produces no channel data, the logs distinguish between missing sources, empty subscription responses, unmatched channels, and results removed by filters. In the GUI, use “Configure sources” on the dashboard. Docker users should verify that /iptv-api/config/subscribe.txt inside the container is not empty.

Run Update

If your template and configuration modifications are correct, you can configure Actions to achieve automatic updates.

1. Enter Actions:

2. Enable Actions workflow:

Since the Actions workflow of the forked repository is disabled by default, you need to manually confirm to enable it, click the button in the red box to confirm enabling. After enabling successfully, you can see that there are no workflows running currently, don't worry, let's start running your first update workflow below.

3. Run the update workflow:

(1) Enable update schedule:

1. Click update schedule under the Workflows category.
2. Since the workflow of the forked repository is disabled by default, click the Enable workflow button to confirm the activation.

(2) Run the Workflow based on branches:

Now you can run the update workflow.

1. Click Run workflow.
2. Here you can switch to the branch you want to run. Since the fork defaults to the master branch, if the template and configuration you modified are also in the master branch, just choose master here, and click Run workflow to confirm the run.

(3) Workflow in progress:

Wait a moment, and you will see that your first update workflow is running!

[!NOTE]
The running time depends on the number of channels and pages in your template and other configurations, and also largely depends on the current network conditions. Please be patient. The default template and configuration usually take about 15 minutes.

(4) Cancel the running Workflow:

If you feel that this update is not quite right and you need to modify the template or configuration before running again, you can click Cancel run to cancel this run.

(5) Workflow executed successfully:

If everything is normal, after a short wait, you will see that the workflow has been executed successfully (green check mark).

At this point, you can visit the file link to see if the latest results have been synchronized: https://raw.githubusercontent.com/your-github-username/repository-name/master/output/user_result.txt

Recommended CDN-accelerated URL: {cdn_url}/https://raw.githubusercontent.com/your-github-username/repository-name/master/output/user_result.txt

If you can access this link and it returns the updated interface content, then your live source interface link has been successfully created! Simply copy and paste this link into software like TVBox in the configuration field to use~

[!NOTE]
If you have modified the template or configuration files and want to execute the update immediately, you can manually trigger (2)Run workflow.

Command Line

1. Install Python Please download and install Python from the official website, and select the option to add Python to the system environment variable Path during installation.

2. Run the update Open the terminal CMD in the project directory and run the following commands in sequence:

Install dependencies:

pip install pipenv

pipenv install --dev

Start the update:

pipenv run dev

Start the service:

pipenv run service

GUI Software

The desktop GUI for Windows and macOS provides one-click updates, live progress, channel and result management, retesting, RTMP monitoring, source configuration, and task history. Docker deployments use web result pages and do not include this desktop interface.

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Install dependencies and start it from the project directory:

pipenv install --dev
pipenv run ui

Build the desktop application for the current platform:

pipenv run ui_build

Settings are saved to config/user_config.ini; generated results, channel snapshots, task history, and logs are stored under output/. A packaged application places these directories in the operating system's application data directory on first launch. Install FFmpeg before enabling resolution probing. The Windows package can include nginx-rtmp. On macOS, install an nginx build with the RTMP module; the app generates and starts an isolated configuration automatically, while IPTV_API_NGINX_PATH and IPTV_API_NGINX_RTMP_MODULE can override discovery.

The legacy Tkinter interface is deprecated, retained temporarily for existing users, and scheduled for removal in a future release. It no longer receives maintenance, bug fixes, or new features. During the transition, start it with pipenv run legacy_ui or package it with pipenv run legacy_ui_build.

Docker

1. Deployment with Compose

Download the docker-compose.yml or create one by copying the content (internal parameters can be changed as needed), then run the following command in the path where the file is located:

docker compose up -d

2. Manual deployment with commands

(1) Pull the image

docker pull guovern/iptv-api:latest

🚀 Proxy acceleration (use this command if pulling fails, but it may download an older version):

docker pull docker.1ms.run/guovern/iptv-api:latest

(2) Run the container

docker run -d -p 80:8080 guovern/iptv-api

Environment variables:

When IPv6 is enabled on the host/Docker, the container automatically listens on IPv6 addresses as well, with no extra configuration; in IPv4-only or IPv6-disabled environments it is skipped automatically.

If you need to modify environment variables, add the following parameters after the above run command:

# Recommended: set the complete public URL
-e PUBLIC_URL=https://iptv.example.com

With the repository Compose file, change only the host port through PORT, for example PORT=8088 docker compose up -d. An unset or empty PUBLIC_URL does not override public_url in the mounted configuration.

In addition to the environment variables listed above, you can also override the configuration items in the configuration file via environment variables.

Mounts: used to synchronize files between the host and the container. You can edit templates, configs, and access generated result files directly on the host. Append the following options to the run command above:

# Mount config directory
-v /iptv-api/config:/iptv-api/config
# Mount output directory
-v /iptv-api/output:/iptv-api/output

3. Update Results

RTMP Streaming:

[!NOTE]

1. For server deployments, set the complete public address through PUBLIC_URL; legacy PUBLIC_DOMAIN and PUBLIC_PORT remain supported.
2. When streaming is enabled, obtained interfaces such as subscription sources are streamed by default. Use this only for content you own, are authorized to redistribute, or need for closed/internal testing.
3. To stream local videos, create config/hls and place files named after their channels in it. The program streams them to the corresponding channels.
4. In Mainland China, ensure that content authorization, copyright, network-audiovisual, and broadcasting requirements are satisfied. Do not distribute, relay, or publicly expose unauthorized live streams or program sources.

Streaming Usage Tutorial

Docker enables streaming with minimal configuration and placing local video files in the right folder. Below are two common streaming scenarios: subscription (online) sources and local video files. Use this only for content you are authorized to relay or for closed/internal technical testing.

1. Preparations before start (Docker Compose example)

• Use the repository's docker-compose.yml and confirm the following environment variables before starting:
  • PORT: user-facing port mapped on the host.
  • PUBLIC_URL: recommended complete public URL used to generate streaming and playlist links.
  • NGINX_HTTP_PORT: advanced compatibility setting; normally keep the internal container port unchanged.
• Make sure the config directory is mounted into the container (default /iptv-api/config) so you can edit templates, add local videos, and place subscription files on the host.

Example (excerpt from compose for reference):

services:
  iptv-api:
    image: guovern/iptv-api:latest
    container_name: iptv-api
    restart: unless-stopped

    ports:
      - "${PORT:-80}:8080" # PORT is user-facing; 8080 is the fixed internal container port

    volumes:
      - /iptv-api/config:/iptv-api/config # Change to host configuration folder path:container configuration folder path
      - /iptv-api/output:/iptv-api/output

    environment:
      PUBLIC_URL: "${PUBLIC_URL:-http://192.168.1.95}" # Change to the complete public URL
      PUBLIC_PORT: "${PORT:-80}" # Legacy compatibility value synchronized from PORT
      NGINX_HTTP_PORT: "8080" # Advanced compatibility setting; normally do not change
      CDN_URL: ""
      HTTP_PROXY: ""

2. Subscription source streaming (online sources)

• Add subscription URLs (txt or m3u) to config/subscribe.txt. On startup the program will read the subscriptions and publish streams for the channels found.
• Streaming endpoints to view streamed channels:
  • /hls/txt, /hls/m3u (and their ipv4/ipv6 variants)

3. Local video streaming (server video files)

• Create an hls folder under the mounted config directory (for example /iptv-api/config/hls on the host).
• Put video files named exactly as the channel titles used in your template (e.g., 海洋.mp4). The program will automatically stream the corresponding file for that channel.

Example layout:

iptv-api/
├── config
│   └── hls
│       └── 海洋.mp4

• Add the channel in config/demo.txt (or your template) as usual; the program will map the local file to the channel and stream it.

Example template fragment:

📺Main channels,#genre#
CCTV-1

📡Satellite,#genre#
Guangdong Satellite

🚀Local video,#genre#
海洋

4. Start and verify

• Start the service (example using Compose):

docker compose up -d

• Verify:
  • Check startup logs for successful initialization.
  • View streaming results (txt): visit /hls/txt to see current stream addresses and descriptions.
  • Use /hls/m3u to load the playlist into a player or /hls/txt for a plain list.

5. Monitoring and logs

• Use the /stat endpoint to see current streaming counts, traffic, and basic statistics.
• Container logs provide detailed stream start/stop messages:
  • Logs show when a channel starts streaming and when idle channels stop.

6. Common tips and tuning

• Public access & firewall: Make sure the HTTP port in PUBLIC_URL and the RTMP port are externally accessible through firewalls and cloud security groups.
• Domain and certificates: For HTTPS, set PUBLIC_URL directly to https://your-domain and manage TLS through an external reverse proxy or your hosting setup.
• Performance & concurrency: Local streaming consumes CPU and bandwidth. Adjust rtmp_max_streams to limit concurrent streams and avoid overloading the server.
• Idle stop: rtmp_idle_timeout controls how long a stream stays active with no viewers (in seconds); tune it per your needs.

7. Useful RTMP-related configuration options

# RTMP channel idle stop timeout (seconds)
rtmp_idle_timeout = 300
# Maximum concurrent RTMP streams to avoid excessive server load
rtmp_max_streams = 10

Above is a compact guide to using streaming. Adjust configuration and verify using /hls/* and /stat endpoints to confirm streaming availability and status.