Main

.github/workflows/build-updater.yml

@@ -40,7 +40,7 @@ jobs:
       uses: actions/upload-artifact@v4
       with:
         name: updater-linux
-        path: "${{env.UPDATER_DIR}}/output/updater/*"
+        path: "${{env.UPDATER_DIR}}/output/updaters/*"
         retention-days: 3
         compression-level: 9
 
@@ -71,13 +71,13 @@ jobs:
         GOARCH: amd64
         GOOS: windows
       run: |
-        go build -o ..\output\backend-windows-64.exe
+        go build -o ..\output\updaters\backend-windows-64.exe
 
     - name: "Upload build"
       uses: actions/upload-artifact@v4
       with:
         name: updater-windows
-        path: "${{env.UPDATER_DIR}}\\output\\updater\\*"
+        path: "${{env.UPDATER_DIR}}\\output\\updaters\\*"
         retention-days: 3
         compression-level: 9
 
@@ -108,21 +108,21 @@ jobs:
         GOARCH: amd64
         GOOS: darwin
       run: |
-        go build -o ../output/updater-macos-64
+        go build -o ../output/updaters/updater-macos-64
 
     - name: "Build (apple 64 bit)"
-      working-directory: "${{env.UPDATER_DIR}}/cmd"
+      working-directory: "${{env.UPDATER_DIR}}"
       env:
         CGO_ENABLED: 1
         GOARCH: arm64
         GOOS: darwin
       run: |
-        go build -o ../output/updater-macos-m1-64
+        go build -o ../output/updaters/updater-macos-m1-64
 
     - name: "Upload build"
       uses: actions/upload-artifact@v4
       with:
         name: updater-macos
-        path: "${{env.BACKEND_DIR}}/output/*"
+        path: "${{env.UPDATER_DIR}}/output/updaters/*"
         retention-days: 3
         compression-level: 9

README.md

@@ -6,10 +6,14 @@
 
 Hyperloop UPV's Control Station is a unified software solution for real-time monitoring and commanding of the pod. It combines a back-end (Go) that ingests and interprets sensor data–defined via the JSON-based "ADJ" specifications–and a front-end (Typescript/React) that displays metrics, logs, and diagnostics to operators. With features like packet parsing, logging, and live dashboards, it acts as the central hub to safely interface the pod, making it easier for team members to oversee performance, detect faults, and send precise orders to the vehicle.
 
-### Installation
+### Installation - user
 
 Download the last release, unzip it and leave the executable compatible with your OS in the folder.
 
+### Installation - dev
+
+Clone the repository, execute `npm i` at `ethernet-view`, `control-station` and `common-front`. Then run `npm run build` in `common-front`.
+
 ### Usage
 
 When using the Control Station make sure that you have configured your IP as the one specified in the ADJ—usually `192.168.0.9`. Then make sure to configure the boards you'll be making use of in the `config.toml` (at the top of the file you'll be able to see the `vehicle/boards` option, just add or remove the boards as needed following the format specified in the ADJ.

backend/cmd/VERSION.md

@@ -1 +1 @@
-2.2.8
+3.0.0