These are beginners guides installation instructions for additional platforms generously provided by users of these platforms. When in doubt, verify the details with the [Readme](https://github.com/tubearchivist/tubearchivist#installing-and-updating). If you see any issues here while using these instructions, please contribute.
Podman handles container hostname resolving slightly differently than docker, so you need to make a few changes to the `docker-compose.yml` to get up and running.
### Step 1: Follow the installation instructions from the [README](https://github.com/tubearchivist/tubearchivist#installing-and-updating), with a few additional changes to the `docker-compose.yml`.
Edit these additional changes to the `docker-compose.yml`:
- under `tubearchivist`->`image`:
- prefix the container name with `docker.io/` (or the url of your repo of choice).
- under `tubearchivist`->`environment`:
-`ES_URL`: change `archivist-es` to the internal IP of the computer that will be running the containers.
-`REDIS_HOST`: change `archivist-redis` to the internal IP of the computer that will be running the containers (should be the same as above).
- under `archivist-redis`->`image`:
- prefix the container name with `docker.io/` again.
- under `archivist-redis`->`expose`:
- change the whole entry from `expose: ["<PORT>"]` into `ports: ["<PORT>:<PORT>"].
- under `archivist-es`->`image`:
- prefix the container name with `docker.io/` again.
- under `archivist-es`->`expose`:
- change the whole entry from `expose: ["<PORT>"]` into `ports: ["<PORT>:<PORT>"].
### Step 2: Create service files (optional)
Since podman doesn't run as a service, it can't start containers after reboots, at least not without some help.
If you want to enable this behavior, you can follow [this example](https://techblog.jeppson.org/2020/04/create-podman-services-with-podman-compose/) to have `systemd` start up the containers with `podman-compose` when the computer boots up.
Tube Archivist, and all if it's dependencies are located in the [community applications](https://forums.unraid.net/topic/38582-plug-in-community-applications/) store. The three containers you will need are as follows:
-**TubeArchivist-RedisJSON**: This container acts as a cache and temporary link between the application and the file system. Used to store and display messages and configuration variables.
-**TubeArchivist-ES**: ElasticSearch stores video meta data and makes everything searchable. Also keeps track of the download queue.
-**TubeArchivist**: Once your YouTube video collection grows, it becomes hard to search and find a specific video. That's where Tube Archivist comes in: By indexing your video collection with metadata from YouTube, you can organize, search and enjoy your archived YouTube videos without hassle offline through a convenient web interface.
This is the easiest container to setup of the thee, just make sure that you do not have any port conflicts, and that your `/data` is mounted to the correct path. The other containers will map to the same directory.
If you need to install `TubeArchivist-RedisJSON`on a different port, you'll have to follow [these steps](https://github.com/tubearchivist/tubearchivist#redis-on-a-custom-port) later on when installing the `TubeArchivist` container
ElasticSeach is also pretty easy to setup. Again, make sure you have no port conflicts, make sure that you mapped `/usr/share/elasticsearch/data` to the same directory as `RedisJSON`, and make sure to change the default password to something more secure.
There is three additional settings in the "show more settings" area, but leave those as they are.
-`Appdata:` This should be the same base path as the other two containers.
-`TA Username:`This will be your username for TubeArchivist.
-`TA Password:`This will be your password for TubeArchivist.
-`Redis` This will be JUST the ip address of your redis container
-`ElasticSearch Password:`This is the password you defined in the `TubeArchivist-ES` container.
-`ElasticSearch:` This seems to cause some confusion, but it's a pretty simple step, just replace the IP and Port to match you `TubeArchivist-ES` container.
(example: if your IP is 192.168.1.15, the value should be http://192.168.1.15:9200)
-`Time Zone:` This is an important step for your scheduler, to find your timezone, use a site like [TimeZoneConverter](http://www.timezoneconverter.com/cgi-bin/findzone.tzc)
### From there, you should be able to start up your containers and you're good to go!
If you're still having trouble, join us on [discord](https://discord.gg/AFwz8nE7BK) and come to the #unraid channel.
There are several different methods to install TubeArchivist on Synology platforms. This will focus on the available `docker` package and `docker-compose` implementations.
### Prepare Directories/Folders
Before we setup TubeArchivist, we need to setup the directories/folders. You are assumed to be logged into the Synology NAS.
#### 1. Docker Base Folder
1. Open the `File Station` utility.
2. Click on the **Create🔽** button and choose *Create New Shared Folder*.
3.**Name** the folder "Docker".
4. Add a **Description**.
5. Select the **Volume Location**.
> Note: By default, this will be where all data is stored. Change the folders as best meets your requirements.
6. Select the appropriate options from the remaining checkbox configurations.
8. If you are going to **Encrypt** your folder, check the appropriate box and provide the Encryption Key and its confirmation.
9. Click the **Next** button.
10. On the **Advanced Settings** page, you can select the *Enable data checksum for advanced data integrity* setting. This may cause a performance impact, but will allow for potential file self-healing. **This cannot be changed later.**
> Note: This is not recommended, as we will be hosting databases within this folder.
11. If you are enabling a quota for how large the folder can get, you can select the *Enabled shared folder quota* setting and choose the maximum size this folder can grow. This can be changed later.
12. Click the **Next** button.
13. Confirm the settings, then click the **Apply** button. This will create the folder.
#### 2. TubeArchivist Base Folder
1. Open the `File Station` utility.
2. Select the "Docker" folder on the left-hand side.
3. Click on the `Create🔽` button and choose *create Folder*.
4.**Name** the folder "TubeArchivist".
#### 3. Redis Data
1. Open the `File Station` utility.
2. Select the "Docker" folder on the left-hand side.
3. Select the "TubeArchivist" folder beneath "Docker".
4. Click on the `Create🔽` button and choose *create Folder*.
5.**Name** the folder "redis".
#### 4. Elastic Search Data
1. Open the `File Station` utility.
2. Select the "Docker" folder on the left-hand side.
3. Select the "TubeArchivist" folder beneath "Docker".
4. Click on the `Create🔽` button and choose *create Folder*.
5.**Name** the folder "es".
#### 5. TubeArchivist Cache
1. Open the `File Station` utility.
2. Select the "Docker" folder on the left-hand side.
3. Select the "TubeArchivist" folder beneath "Docker".
4. Click on the `Create🔽` button and choose *create Folder*.
5.**Name** the folder "cache".
#### 6. TubeArchivist Output
1. Open the `File Station` utility.
2. Select the "Docker" folder on the left-hand side.
3. Select the "TubeArchivist" folder beneath "Docker".
4. Click on the `Create🔽` button and choose *create Folder*.
5.**Name** the folder "media".
#### 7. Confirm Folder Structure
Once all of the folders have been created, it should have a folder structure within Docker\TubeArchivist that includes "cache", "es", "media", and "redis" folders.
> If you do not have SSH access enabled for CLI, [enable it](https://kb.synology.com/en-sg/DSM/tutorial/How_to_login_to_DSM_with_root_permission_via_SSH_Telnet) before continuing.
1. Open the SSH connection to the Synology. Login as your primary `Admin` user, or the user that was enabled for SSH access.
2. Elevate your access to `root`. Steps are provided [here](https://kb.synology.com/en-sg/DSM/tutorial/How_to_login_to_DSM_with_root_permission_via_SSH_Telnet).
3. Change directories to the **Volume** where the "Docker" folder resides.
</br>Example: `cd /volume1`
4. Change directories to the "Docker" folder.
</br>Example: `cd Docker`
5. Change directories to the "TubeArchivist" folder.
</br>Example: `cd TubeArchivist`
6. Change the owner of the "redis" folder. *If correct, this does not have an output.*
</br>Example: `chown 999:100 redis`
7. Change the owner of the "es" folder. *If correct, this does not have an output.*
</br>Example: `chown 1000:1000 es`
8. Confirm that the folders have the correct permissions.
5. Go to the `Image` tab. From here, create an container based on each image with the associated configurations below.
- ElasticSearch
1. Select the associated image.
2. Click the **Launch** button in the top.
3. Edit the **Container Name** to be "tubearchivist-es".
4. Click on the **Advanced Settings** button.
5. In the **Advanced Settings** tab, check the box for `Enable auto-restart`.
6. In the **Volume** tab, click the **Add Folder** button and select the "Docker/TubeArchivist/es" folder, then type in `/usr/share/elasticsearch/data` for the mount path.
7. In the **Network** tab, leave the default `bridge` Network (unless you have a specific Network design that you know how to implement).
8. In the **Port Settings** tab, replace the "Auto" entry under **Local Port** with the port that will be used to connect to ElasticSearch (default is 9200).
9. In the **Port Settings** tab, select the entryline for port 9300 and **➖ delete** the line. It is not needed for this container.
10. The **Links** tab does not require configuration for this container.
11. In the **Environment** tab, add in the following ElasticSearch specific environment variables that may apply.
13. Back on the **Create Container** screen, click the **Next** button.
14. Review the settings to confirm, then click the **Apply** button.
- Redis
1. Select the associated image.
2. Click the **Launch** button in the top.
3. Edit the **Container Name** to be "tubearchivist-redis".
4. Click on the **Advanced Settings** button.
5. In the **Advanced Settings** tab, check the box for `Enable auto-restart`.
6. In the **Volume** tab, click the **Add Folder** button and select the "Docker/TubeArchivist/redis" folder, then type in `/data` for the mount path.
7. In the **Network** tab, leave the default `bridge` Network (unless you have a specific Network design that you know how to implement).
8. In the **Port Settings** tab, replace the "Auto" entry under **Local Port** with the port that will be used to connect to Redis (default is 6379).
9. In the **Links** tab, select the "tubearchivist-es" container from the **Container Name** dropdown and provide it the same alias, "tubearchivist-es".
10. In the **Environment** tab, add in any Redis specific environment variables that may apply (none by default).
11. Click on the **Apply** button.
12. Back on the **Create Container** screen, click the **Next** button.
13. Review the settings to confirm, then click the **Apply** button.
- TubeArchivist
1. Select the associated image.
2. Click the **Launch** button in the top.
3. Edit the **Container Name** to be "tubearchivist".
4. Click on the **Advanced Settings** button.
5. In the **Advanced Settings** tab, check the box for `Enable auto-restart`.
6. In the **Volume** tab, click the **Add Folder** button and select the "Docker/TubeArchivist/cache" folder, then type in `/cache` for the mount path.
7. In the **Volume** tab, click the **Add Folder** button and select the "Docker/TubeArchivist/media" folder, then type in `/youtube` for the mount path.
8. In the **Network** tab, leave the default `bridge` Network (unless you have a specific Network design that you know how to implement).
9. In the **Port Settings** tab, replace the "Auto" entry under **Local Port** with the port that will be used to connect to TubeArchivist (default is 8000).
10. In the **Links** tab, select the "tubearchivist-es" container from the **Container Name** dropdown and provide it the same alias, "tubearchivist-es".
11. In the **Links** tab, select the "tubearchivist-redis" container from the **Container Name** dropdown and provide it the same alias, "tubearchivist-redis".
12. In the **Environment** tab, add in the following TubeArchivist specific environment variables that may apply. **Change the variables as-is appropriate to your use case. Follow the [README section](https://github.com/tubearchivist/tubearchivist#tube-archivist) for details on what to set each variable.**
- "TA_HOST=synology.local"
- "ES_URL=http://tubearchivist-es:9200"
- "REDIS_HOST=tubearchivist-redis"
- "HOST_UID=1000"
- "HOST_GID=1000"
- "TA_USERNAME=tubearchivist"
- "TA_PASSWORD=verysecret"
- "ELASTIC_PASSWORD=verysecret"
- "TZ=America/New_York"
> Do not use the default password as it is very insecure.
> Ensure that ELASTIC_PASSWORD matches the password used on the tubearchivist-es container.
14. Back on the **Create Container** screen, click the **Next** button.
15. Review the settings to confirm, then click the **Apply** button.
6. After the containers have been configured and started, you can go to the **Container** tab and monitor the containers.
7. To review the logs to ensure that the system has started successfully, select the "tubearchivist" container and click on the **Details** button. In the new window, go to the **Log** tab. Monitor the logs until either an error occurs or the message `celery@tubearchivist ready.` is in the logs. This may take a few minutes, especially for a first time setup.
> Note: Synology Docker presents the logs in a pagination format. If you are not seeing the logs update, check if there are additional pages.
8. After it has started, go to the location in the `TA_HOST`. This should give you the standard TubeArchivist login screen.
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### Docker-Compose Setup -->
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### From there, you should be able to start up your containers and you're good to go!
