addin-operations
TIA Portal Add-In development in Visual Studio Code: creating Add-In C# projects, adding Add-In templates, compiling and…
C# Openness implementation of device-level operations
Claude Code
$ npx -y skills add Czarnak/totally-integrated-claude --skill tia-devices-general --agent claude-code
Codex
$ npx skills add Czarnak/totally-integrated-claude --skill tia-devices-general -a codex -y
Cursor
$ npx skills add Czarnak/totally-integrated-claude --skill tia-devices-general -a cursor -y
Gemini CLI
$ npx skills add Czarnak/totally-integrated-claude --skill tia-devices-general -a gemini-cli -y
GitHub Copilot
$ npx skills add Czarnak/totally-integrated-claude --skill tia-devices-general -a github-copilot -y
OpenCode
$ npx skills add Czarnak/totally-integrated-claude --skill tia-devices-general -a opencode -y
Windsurf
$ npx skills add Czarnak/totally-integrated-claude --skill tia-devices-general -a windsurf -y
name: tia-devices-general description: > C# Openness implementation of device-level operations license: MIT
Device-level engineering — full C# Openness implementation.
When the roadmap routes here, the entire solution is C#. Do not mix with Python wrapper calls. Always load `tia-csharp-common` first (done by roadmap).
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Load ONLY the reference file(s) relevant to the task. Do not load all files at once.
| Reference file | Load when the task involves | |---|---| | `references/device-enumeration.md` | Listing, finding, or iterating devices; device groups; ungrouped devices; navigating DeviceItems. | | `references/device-creation.md` | Creating or deleting devices; understanding TypeIdentifier formats (OrderNumber, GSD, System). | | `references/device-attributes.md` | Reading/writing basic device or device-item attributes; using GsdDevice service; managing Application IDs (CustomIdentityProvider). | | `references/hardware-parameters.md` | Setting specific hardware parameters via SetAttribute (e.g., IO addresses, diagnostic settings, module-specific enums). | | `references/software-container.md` | Accessing PlcSoftware or HmiTarget from a device; using the SoftwareContainer service. | | `references/device-item-operations.md` | Plugging, moving, copying, or deleting device items/modules; changing device/module types; hardware catalog queries. | | `references/device-item-interfaces.md` | NetworkInterface service; IOController/IOConnector attributes; hardware identifiers; managing addresses and channels. | | `references/networks-and-connections.md` | Opening hardware/network editors; querying targets from a network perspective; address object attributes. |
For tasks spanning multiple areas, load all relevant reference files before generating code.
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1. Access `Project.Devices` composition (or `DeviceGroups` / `UngroupedDevicesGroup`) 2. Resolve the exact existing object or exact `TypeIdentifier`; never select the first catalog/device/device-item match 3. Before create, plug, move, copy, change-type, attribute write, import, or delete, obtain explicit authorization for the exact project, object identity, and requested mutation 4. Navigate the complete recursive `DeviceItem` hierarchy as needed 5. Access `SoftwareContainer` via `GetService<SoftwareContainer>()` when PLC, classic HMI, or Unified HMI software is needed 6. Put supported project mutations in `ExclusiveAccess` plus a transaction and allow exceptions to roll it back (see `tia-csharp-common`) 7. Use `ICompilable` for hardware or software compile and inspect the full `CompilerResult` (see `tia-project-general/references/compile.md`) 8. Do not save when selection is ambiguous, a service is unavailable, a mutation reports an error, or compile/consistency validation fails
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