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Signed-off-by: Oleksandr Mazur <oleksandr.mazur@plvision.eu>
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Oleksandr Mazur
2024-12-11 17:04:20 +02:00
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@@ -8,10 +8,14 @@ while others are required to be running for the CGW to operate.
**NOTE**: while runtime CGW depends on services like kafka, redis and PGSQL, the *make* / *make all* targets **NOTE**: while runtime CGW depends on services like kafka, redis and PGSQL, the *make* / *make all* targets
would build a complete out-of-the-box setup with default configs and container params: would build a complete out-of-the-box setup with default configs and container params:
- Kafka, Redis, PGSQL containers would be created and attached to default - automatically created - *docker_cgw_network* network; - Kafka, Redis, PGSQL containers would be created and attached to default - automatically created - *docker_cgw_multi_instances_network* network;
All three (and one additional - *init-broker-container* - needed for kafka topics initialization) will be created as part of single All three (and one additional - *init-broker-container* - needed for kafka topics initialization) are all part of single docker compose file.
container project group. - CGW, while also part of the same docker compose file, yet is being partially generated.
- CGW will be created as separate standalone container, attached to same *docker_cgw_network* network; The reason, is that multiple CGW instances can be created within single compose-file,
and thus container details are being generated.
More information about the compose generation can be found in the
'Automated multi-CGW instances start/stop with Docker Compose' topic.
## gRPC ## gRPC
CGW utilizes gRPC to communicate with other CGW instances (referred to as Shards). This functionality does not depend on some external thirdparty services. CGW utilizes gRPC to communicate with other CGW instances (referred to as Shards). This functionality does not depend on some external thirdparty services.
@@ -53,9 +57,11 @@ Two new docker images will be generated on host system:
# Running # Running
The following script can be used to launch the CGW app The following script can be used to launch the CGW app
```console ```console
$ make run $ make
``` ```
Command creates and executed (starts) docker container name 'openlan_cgw' Command creates and executed (starts) docker container group consisting of cgw services
as well as thirdpart depending services (redis, kafka, pgsql)
To stop the container from running (remove it) use the following cmd: To stop the container from running (remove it) use the following cmd:
```console ```console
$ make stop $ make stop
@@ -170,9 +176,14 @@ Currently, tests should be run manually by changin PWD to *tests* and launching
cd ./test cd ./test
./run.sh ./run.sh
``` ```
or using make target (added for convinience):
```console
make run-tests
```
*NOTE:* currently, tests are not running inside a container. *NOTE:* currently, tests are not running inside a container.
This means, that it's up to the caller make sure tests can communicate with whatever CGW's deployment as well as thirdparty services. To make sure tests can communicate with CGW-enviroment, tests are currently
E.g. tests inside running *host* enviroment must be able to communicate with CGW, Redis, Kafka, PGSQL etc. reaching environment through ports exposed to host system.
e.g. for WSS - tests try to reach 'wss://localhost:15002' by default and so on.
# Automated multi-CGW instances start/stop with Docker Compose # Automated multi-CGW instances start/stop with Docker Compose
Automated multi-CGW start/stop based on "docker-compose-template.yml.j2" file located inside the *utils/docker* directory. Automated multi-CGW start/stop based on "docker-compose-template.yml.j2" file located inside the *utils/docker* directory.