Controller Page Web Implementation
-This document describes the web implementation of the Controller Page in the HiNC-2025-webapi project.
+This document describes the web implementation of the Controller Page in the HiNC-2025-webservice project.
Overview
The Controller Page web implementation consists of:
-
diff --git a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/hinc-web-service/disp-web-service.html b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/hinc-web-service/disp-web-service.html
index 2c23808..aca4b7b 100644
--- a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/hinc-web-service/disp-web-service.html
+++ b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/hinc-web-service/disp-web-service.html
@@ -88,7 +88,7 @@
- DictionaryService and DictionaryHub Pattern - Connection-scoped object indexing for hierarchical components diff --git a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/player/player-tool-bar.html b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/player/player-tool-bar.html index 7983df4..1f49c51 100644 --- a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/player/player-tool-bar.html +++ b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/player/player-tool-bar.html @@ -113,8 +113,8 @@
- Pause
- Both webapi and win-desktop applications use LocalProjectService events for monitoring PacePlayer status changes. -
- In webapi applications, the
PlayerStatusServicesubscribes to these LocalProjectService events and broadcasts status changes viaPlayerStatusHubusing SignalR for real-time communication.
+ - Both webservice and win-desktop applications use LocalProjectService events for monitoring PacePlayer status changes. +
- In webservice applications, the
PlayerStatusServicesubscribes to these LocalProjectService events and broadcasts status changes viaPlayerStatusHubusing SignalR for real-time communication. - Win-desktop applications can directly subscribe to LocalProjectService events for status updates.
- Alter the background color of the
Status Text Fieldif the status changed.-
diff --git a/App/wwwroot/HiAPI-docsite/brief/sample/Sample.Machining.DemoRenderingMachiningProcessAndStripPosSelection.html b/App/wwwroot/HiAPI-docsite/brief/sample/Sample.Machining.DemoRenderingMachiningProcessAndStripPosSelection.html
index 7f55750..cc28dcb 100644
--- a/App/wwwroot/HiAPI-docsite/brief/sample/Sample.Machining.DemoRenderingMachiningProcessAndStripPosSelection.html
+++ b/App/wwwroot/HiAPI-docsite/brief/sample/Sample.Machining.DemoRenderingMachiningProcessAndStripPosSelection.html
@@ -153,18 +153,14 @@ Provides a complete example of a 3D visualization application with HiAPI and WPF
Source Code
using Hi.Wpf.Disp; using System; -using Hi.MongoUtils; -using Hi.Licenses; using Hi.MachiningProcs; using Hi.Common.FileLines; using System.Windows; -using Hi.Disp; using Hi.MachiningSteps; using Hi.HiNcKits; namespace Sample.Machining { - /// <summary> /// Demonstrates integration of machining process visualization with interactive strip position selection. /// Shows how to load a machining project, configure rendering options, and implement user interaction. diff --git a/App/wwwroot/HiAPI-docsite/index.json b/App/wwwroot/HiAPI-docsite/index.json index c47e8f0..53f90e4 100644 --- a/App/wwwroot/HiAPI-docsite/index.json +++ b/App/wwwroot/HiAPI-docsite/index.json @@ -4712,12 +4712,12 @@ "brief/dev-doc/build-hinc/controller/index.html": { "href": "brief/dev-doc/build-hinc/controller/index.html", "title": "Controller Page | HiAPI-C# 2025", - "summary": "Controller Page The Controller Page is responsible for configuring and managing the CNC controller settings for the machine tool. Key Models The key models used by the Controller Page are: NcEnv MachiningProjectDisplayee The MachiningProjectDisplayee contains IsoCoordinateEntryDisplayee and HeidenhainCoordinateEntryDisplayee. They are used in this GUI. Connection with Main Panel The Controller Page is activated through the Main Panel's Environment menu. It retrieves the MachiningProject from the Main Panel and updates the model. Layout Controller Page Management Panel Head Line Object Management Menu Button file extension is NcEnv The pointed Editor Panel is Management Tabs Panel Title Label Management Tabs Panel Coordinate Table Tab ISO Coordinate Table Panel NcEnv.IsoCoordinateTable Display (Note that The XYZ is not sortable on the table.) Datum Preset Table Tab (Only visible for Heidenhain controllers) HeidenhainDatumPresetTable Panel (Note that The XYZ is not sortable on the table.) Show Datum Preset Toggle Button for HeidenhainCoordinateEntryDisplayee Datum Shift Table Tab (Only visible for Heidenhain controllers) (Note that The XYZ is not sortable on the table.) HeidenhainDatumShiftTable Panel Show Datum Shift Toggle Button for HeidenhainCoordinateEntryDisplayee Offset Table Tab MillingToolOffsetTable Panel Set Ideal Offset Dependent on Tool House Checkbox Machine Tab RapidFeedrate_mmdmin Settings ToolingTime Settings Linear Axis Limits Table StrokeLimitXyz_mm Min and Max for X, Y, Z Rotary Axis Table StrokeLimitAbc_rad Min and Max for A, B, C MaxRotarySpeedABC_radds for A, B, C Brand Tab CncBrand Selection Dropdown Syntec Fanuc Heidenhain Siemens Brand-specific Settings Panel (content varies based on selected brand) Config Tab SetToolHeightCompensationOnFeatureNormal Setting EnableShortestRotary Setting Viewer Panel Viewer Toolbar RenderingCanvas Tool Bar Rendering Items SubMenu See Rendering Items SubMenu from Player extended RenderingCanvas Tool Bar. RenderingCanvas The DispEngine.Displayee is MachiningProjectDisplayee Tip Viewer Panel is not essential in the single user desktop application if this page raises a new window so that there arises a duplicate rendering content with the Main Window. This page should have a code-behind boolean property to add / remove the Viewer Panel. There should not preserve space for the un-existed Viewer Panel. Apply SetViewToIsometricView() on initialization if Viewer Panel has enabled. Tip Add a resizable splitter between the Manage Panel and Viewer Panel to allow users to customize the interface layout according to their needs. Behavior ISO Coordinate Table The ISO coordinate table allows users to edit and manage coordinates for the IsoCoordinateTable. Each entry consists of: An index identifier X, Y, Z coordinate values Action buttons to set the entry to program zero or machine zero Row selection updates IsoCoordinateId throughusing Hi.Common; using Hi.MachiningProcs; using Hi.Parallels; using Microsoft.AspNetCore.Components; namespace HiNcRcl.Areas.Player { public partial class PlayerButtonGroup : IAsyncDisposable { [Parameter] public string Tid { set; get; } = System.Guid.NewGuid().ToString(); StringLocalizer Loc { get; } = new StringLocalizer(typeof(PlayerDiv)); SemaphoreSlim DisposeSemaphore { get; } = new SemaphoreSlim(1); MachiningProject MachiningProject => hiNcHost.MachiningProject; bool disposedValue = false; ///@if (machiningProject == null) { } else if (!machiningProject.PacePlayer.IsLocked) { } else { }protected override async Task OnAfterRenderAsync(bool firstRender) { base.OnAfterRender(firstRender); if (firstRender) { using var _ = await DisposeSemaphore.EmbraceAsync(); if (disposedValue) return; var machiningProject = MachiningProject; if (machiningProject != null) { machiningProject.PacePlayer.IsLockedChangedEvent += EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsRunningChangedEvent += EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsFinishedChangedEvent += EnumerablePlayer_IsLockedEventHandler; } } } /// public async ValueTask DisposeAsync() { using var _ = await DisposeSemaphore.EmbraceAsync(); var machiningProject = MachiningProject; if (machiningProject != null) { machiningProject.PacePlayer.IsLockedChangedEvent -= EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsRunningChangedEvent -= EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsFinishedChangedEvent -= EnumerablePlayer_IsLockedEventHandler; } disposedValue = true; await ValueTask.CompletedTask; } private void EnumerablePlayer_IsLockedEventHandler(bool obj) { InvokeAsync(StateHasChanged).ConfigureAwait(false); } public async Task StartOrContinue() { await Task.Run(() => { if (!MachiningProject.PacePlayer.IsLocked) { MachiningProject.PacePlayer.Start(); } else if (!MachiningProject.PacePlayer.IsRunning && !MachiningProject.PacePlayer.IsFinished) { MachiningProject.PacePlayer.Resume(); } }).ShowIfCatched(this); } public async Task Pause() { await Task.Run(() => { MachiningProject?.PacePlayer.Pause(); }).ShowIfCatched(this); } public async Task RunToLineEnd() { await Task.Run(() => { MachiningProject?.NcRunner.RunToLineEnd(); }).ShowIfCatched(this); } public async Task RunToNextPace() { await Task.Run(() => { MachiningProject?.PacePlayer.RunToNextPace(); }).ShowIfCatched(this); } public async Task Break() { await Task.Run(() => { MachiningProject?.PacePlayer.Terminate(); }).ShowIfCatched(this); } public async Task Reset() { await Task.Run(() => { MachiningProject?.PacePlayer.Reset(); }).ShowIfCatched(this); } } }" + "summary": "Player Tool Bar Layout Player Tool Bar Status Text Field Start Button Pause Button Run-One-Line Button Run-One-Step Button Stop Button Reset Button Behavior of Player Tool Bar See the example code to: complete the behavior of the buttons and Status Text Field. The rapidly used buttons should has hotkey. At least the following buttons: Run One Line Button Run One Step Button Start/Continue Pause Both webservice and win-desktop applications use LocalProjectService events for monitoring PacePlayer status changes. In webservice applications, the PlayerStatusService subscribes to these LocalProjectService events and broadcasts status changes via PlayerStatusHub using SignalR for real-time communication. Win-desktop applications can directly subscribe to LocalProjectService events for status updates. Alter the background color of the Status Text Field if the status changed. Warning style color Running Secondary style color Paused No Project Success style color Finished Ready The action of Reset Button should be async for user experience. Tip Use icon instead of text to the tool bar button. Run One Line Button and Run One Step Button use the same icon, use the different color to resolve them. Run One Line Button > default color with green seasoned Run One Step Button > default color with blue seasoned The other button use the default color is enough. Source Code Path See this page for git repository. WPF Application Source Code Path Play/PlayerToolBar Web Page Application Source Code Path wwwroot/player/player-tool-bar.js Players/PlayerController.cs Players/PlayerStatusHub.cs Players/PlayerStatusService.cs SignalR Implementation (Webapi Only) PlayerStatusHub provides real-time player status updates, with methods GetPlayerStatus() and event PlayerStatusUpdated. PlayerStatusService monitors LocalProjectService events (PacePlayer_IsRunningChangedEvent, PacePlayer_IsLockedChangedEvent, PacePlayer_IsFinishedChangedEvent, PacePlayer_ResetedEvent) and broadcasts changes via SignalR. The JavaScript component connects to /playerStatusHub and listens for status updates. API endpoints include /api/player/start, /api/player/pause, /api/player/resume, /api/player/run-line, /api/player/run-step, /api/player/stop, and /api/player/reset. Razor Page Source Code @using Hi.Common.PathUtils; @using Hi.HiNcKits; @using Hi.MachiningProcs @using Hi.MillingProcs; @using Hi.Numerical.FilePlayers; @inject HiNcHost hiNcHost @{ MachiningProject machiningProject = hiNcHost.MachiningProject; bool disabledByMachiningProject = machiningProject == null; } using Hi.Common; using Hi.MachiningProcs; using Hi.Parallels; using Microsoft.AspNetCore.Components; namespace HiNcRcl.Areas.Player { public partial class PlayerButtonGroup : IAsyncDisposable { [Parameter] public string Tid { set; get; } = System.Guid.NewGuid().ToString(); StringLocalizer Loc { get; } = new StringLocalizer(typeof(PlayerDiv)); SemaphoreSlim DisposeSemaphore { get; } = new SemaphoreSlim(1); MachiningProject MachiningProject => hiNcHost.MachiningProject; bool disposedValue = false; ///@if (machiningProject == null) { } else if (!machiningProject.PacePlayer.IsLocked) { } else { }protected override async Task OnAfterRenderAsync(bool firstRender) { base.OnAfterRender(firstRender); if (firstRender) { using var _ = await DisposeSemaphore.EmbraceAsync(); if (disposedValue) return; var machiningProject = MachiningProject; if (machiningProject != null) { machiningProject.PacePlayer.IsLockedChangedEvent += EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsRunningChangedEvent += EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsFinishedChangedEvent += EnumerablePlayer_IsLockedEventHandler; } } } /// public async ValueTask DisposeAsync() { using var _ = await DisposeSemaphore.EmbraceAsync(); var machiningProject = MachiningProject; if (machiningProject != null) { machiningProject.PacePlayer.IsLockedChangedEvent -= EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsRunningChangedEvent -= EnumerablePlayer_IsLockedEventHandler; machiningProject.PacePlayer.IsFinishedChangedEvent -= EnumerablePlayer_IsLockedEventHandler; } disposedValue = true; await ValueTask.CompletedTask; } private void EnumerablePlayer_IsLockedEventHandler(bool obj) { InvokeAsync(StateHasChanged).ConfigureAwait(false); } public async Task StartOrContinue() { await Task.Run(() => { if (!MachiningProject.PacePlayer.IsLocked) { MachiningProject.PacePlayer.Start(); } else if (!MachiningProject.PacePlayer.IsRunning && !MachiningProject.PacePlayer.IsFinished) { MachiningProject.PacePlayer.Resume(); } }).ShowIfCatched(this); } public async Task Pause() { await Task.Run(() => { MachiningProject?.PacePlayer.Pause(); }).ShowIfCatched(this); } public async Task RunToLineEnd() { await Task.Run(() => { MachiningProject?.NcRunner.RunToLineEnd(); }).ShowIfCatched(this); } public async Task RunToNextPace() { await Task.Run(() => { MachiningProject?.PacePlayer.RunToNextPace(); }).ShowIfCatched(this); } public async Task Break() { await Task.Run(() => { MachiningProject?.PacePlayer.Terminate(); }).ShowIfCatched(this); } public async Task Reset() { await Task.Run(() => { MachiningProject?.PacePlayer.Reset(); }).ShowIfCatched(this); } } }" }, "brief/dev-doc/build-hinc/player/selected-step-info-panel.html": { "href": "brief/dev-doc/build-hinc/player/selected-step-info-panel.html", @@ -5142,7 +5142,7 @@ "brief/sample/Sample.Machining.DemoRenderingMachiningProcessAndStripPosSelection.html": { "href": "brief/sample/Sample.Machining.DemoRenderingMachiningProcessAndStripPosSelection.html", "title": "Class DemoRenderingMachiningProcessAndStripPosSelection | HiAPI-C# 2025", - "summary": "Class DemoRenderingMachiningProcessAndStripPosSelection Namespace Sample.Machining Assembly Hi.Sample.Wpf.dll Demonstrates integration of machining process visualization with interactive strip position selection. Shows how to load a machining project, configure rendering options, and implement user interaction. Provides a complete example of a 3D visualization application with HiAPI and WPF. public static class DemoRenderingMachiningProcessAndStripPosSelection Inheritance object DemoRenderingMachiningProcessAndStripPosSelection Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Remarks Source Code using Hi.Wpf.Disp; using System; using Hi.MongoUtils; using Hi.Licenses; using Hi.MachiningProcs; using Hi.Common.FileLines; using System.Windows; using Hi.Disp; using Hi.MachiningSteps; using Hi.HiNcKits; namespace Sample.Machining { /// /// Demonstrates integration of machining process visualization with interactive strip position selection. /// Shows how to load a machining project, configure rendering options, and implement user interaction. /// Provides a complete example of a 3D visualization application with HiAPI and WPF. /// ////// ### Source Code /// [!code-csharp[SampleCode](~/../Hi.Sample.Wpf/Machining/DemoRenderingMachiningProcessAndStripPosSelection.cs)] /// public static class DemoRenderingMachiningProcessAndStripPosSelection { [STAThread] static void Main(string[] args) { LocalApp.AppBegin(); #region Load Machining Project var projectPath = \"C:/HiNC-Projects/DemoStandardPath/Main.hincproj\"; Console.WriteLine($\"Load Project: {projectPath}\"); MachiningProject machiningProject = MachiningProject.LoadFile(projectPath); machiningProject.RuntimeApi.MachiningStepSelected += (MachiningStep step) => { var sourceCommand = step.SourceCommand; Console.WriteLine($\"Step Selected: MRR = {step.Mrr_mm3ds} At \\\"{sourceCommand?.FilePath}\\\" (Line {sourceCommand?.GetLineNo()}) \\\"{sourceCommand?.Line}\\\"\"); }; machiningProject.PacePlayer.Start(); #endregion #region Configure Rendering Options var projectDisplayee = new MachiningProjectDisplayee(()=>machiningProject); projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.Mech] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.Fixture] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.WorkpieceGeom] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.Tool] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.ClStrip] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.DimensionBar] = true; #endregion #region Create and Run WPF Application Application app = new Application { ShutdownMode = ShutdownMode.OnMainWindowClose }; app.Exit += (o, e) => { machiningProject.Dispose(); LocalApp.AppEnd(); Console.WriteLine($\"App exit.\"); }; app.Run(new RenderingWindow() { Title = \"Demo\", Displayee = projectDisplayee }); #endregion } } }" + "summary": "Class DemoRenderingMachiningProcessAndStripPosSelection Namespace Sample.Machining Assembly Hi.Sample.Wpf.dll Demonstrates integration of machining process visualization with interactive strip position selection. Shows how to load a machining project, configure rendering options, and implement user interaction. Provides a complete example of a 3D visualization application with HiAPI and WPF. public static class DemoRenderingMachiningProcessAndStripPosSelection Inheritance object DemoRenderingMachiningProcessAndStripPosSelection Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Remarks Source Code using Hi.Wpf.Disp; using System; using Hi.MachiningProcs; using Hi.Common.FileLines; using System.Windows; using Hi.MachiningSteps; using Hi.HiNcKits; namespace Sample.Machining { ////// Demonstrates integration of machining process visualization with interactive strip position selection. /// Shows how to load a machining project, configure rendering options, and implement user interaction. /// Provides a complete example of a 3D visualization application with HiAPI and WPF. /// ////// ### Source Code /// [!code-csharp[SampleCode](~/../Hi.Sample.Wpf/Machining/DemoRenderingMachiningProcessAndStripPosSelection.cs)] /// public static class DemoRenderingMachiningProcessAndStripPosSelection { [STAThread] static void Main(string[] args) { LocalApp.AppBegin(); #region Load Machining Project var projectPath = \"C:/HiNC-Projects/DemoStandardPath/Main.hincproj\"; Console.WriteLine($\"Load Project: {projectPath}\"); MachiningProject machiningProject = MachiningProject.LoadFile(projectPath); machiningProject.RuntimeApi.MachiningStepSelected += (MachiningStep step) => { var sourceCommand = step.SourceCommand; Console.WriteLine($\"Step Selected: MRR = {step.Mrr_mm3ds} At \\\"{sourceCommand?.FilePath}\\\" (Line {sourceCommand?.GetLineNo()}) \\\"{sourceCommand?.Line}\\\"\"); }; machiningProject.PacePlayer.Start(); #endregion #region Configure Rendering Options var projectDisplayee = new MachiningProjectDisplayee(()=>machiningProject); projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.Mech] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.Fixture] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.WorkpieceGeom] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.Tool] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.ClStrip] = true; projectDisplayee.RenderingFlagBitArray[(int)RenderingFlag.DimensionBar] = true; #endregion #region Create and Run WPF Application Application app = new Application { ShutdownMode = ShutdownMode.OnMainWindowClose }; app.Exit += (o, e) => { machiningProject.Dispose(); LocalApp.AppEnd(); Console.WriteLine($\"App exit.\"); }; app.Run(new RenderingWindow() { Title = \"Demo\", Displayee = projectDisplayee }); #endregion } } }" }, "brief/sample/Sample.Machining.DemoUseMachiningProject.html": { "href": "brief/sample/Sample.Machining.DemoUseMachiningProject.html", diff --git a/App/zh-Hans/HiMech.resources.dll b/App/zh-Hans/HiMech.resources.dll index 16b2035..3f00cb3 100644 Binary files a/App/zh-Hans/HiMech.resources.dll and b/App/zh-Hans/HiMech.resources.dll differ diff --git a/App/zh-Hans/HiNc.resources.dll b/App/zh-Hans/HiNc.resources.dll index d21266e..dc9004f 100644 Binary files a/App/zh-Hans/HiNc.resources.dll and b/App/zh-Hans/HiNc.resources.dll differ diff --git a/App/zh-Hant/HiGeom.resources.dll b/App/zh-Hant/HiGeom.resources.dll index 2496e99..d8e0e2d 100644 Binary files a/App/zh-Hant/HiGeom.resources.dll and b/App/zh-Hant/HiGeom.resources.dll differ diff --git a/App/zh-Hant/HiMech.resources.dll b/App/zh-Hant/HiMech.resources.dll index dea4994..0717f7a 100644 Binary files a/App/zh-Hant/HiMech.resources.dll and b/App/zh-Hant/HiMech.resources.dll differ diff --git a/App/zh-Hant/HiNc.resources.dll b/App/zh-Hant/HiNc.resources.dll index b93c113..844aa4c 100644 Binary files a/App/zh-Hant/HiNc.resources.dll and b/App/zh-Hant/HiNc.resources.dll differ
Rendering Canvas on Web Service Application
Overview
-In the HiNC-2025-webapi example project, the 3D canvas rendering is handled through a WebSocket-based architecture using SignalR Hub connections.
+In the HiNC-2025-webservice example project, the 3D canvas rendering is handled through a WebSocket-based architecture using SignalR Hub connections.
Core Component
The primary component for 3D canvas rendering:
-
diff --git a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/index.html b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/index.html
index 438c816..125e1b6 100644
--- a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/index.html
+++ b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/index.html
@@ -92,9 +92,9 @@
The source code of HiNC-2025-win-desktop project is at the git repository:
https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-win-desktop.git
Web Service Application Source Code
-HiNC-2025-webapi apply vue.
-The source code of HiNC-2025-webapi project is at the git repository:
-https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-webapi.git
+HiNC-2025-webservice apply vue.
+The source code of HiNC-2025-webservice project is at the git repository:
+https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-webservice.git