chore: adjust for plugin-only scope after split

After splitting from the original scl_lsp repo, update for plugin-only scope:

- README.md: focused on Neovim plugin installation, configuration,
  commands, keybindings, and editor features
- AGENTS.md: plugin-only project structure and conventions
- test/run_tests.lua: run only plugin tests (udt, db, fb, integration)
- test/test_integration.lua: remove plc_json dependency (server module)
- queries/: move from queries/*.scm to queries/scl/*.scm (nvim-treesitter
  per-language convention)
- ftdetect/scl.vim: add filetype detection for .scl/.udt/.db files
This commit is contained in:
2026-07-18 11:46:18 +02:00
parent 8c6a050efb
commit 8255db7f64
10 changed files with 121 additions and 296 deletions
+13 -42
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@@ -1,34 +1,19 @@
# AGENTS.md - tia-lsp # AGENTS.md - tia-lsp.nvim
A Neovim/LazyVim plugin and standalone LSP server for Siemens TIA Portal languages. Currently supports **SCL**; planned support for STL/AWL, LAD, FBD. The project is split into two repos: Neovim plugin for Siemens TIA Portal languages. Currently supports **SCL**; planned support for STL/AWL, LAD, FBD. This repo is the plugin only (`lua/` + tree-sitter queries). The companion LSP server lives in `tia-lsp`.
- **`tia-lsp`** (this repo) — LSP server (`src/`) + tree-sitter grammar (`grammar.js`). Editor-agnostic.
- **`tia-lsp.nvim`** — Neovim plugin (`lua/`) that launches the server and adds editor features.
## Build/Lint/Test Commands ## Build/Lint/Test Commands
```bash ```bash
# LSP Server
make start # Start LSP server
make test # Run LSP in test mode
lua src/main.lua --test # Direct test execution
# Tree-sitter Parser
tree-sitter generate # Generate parser from grammar.js
tree-sitter test # Run all parser tests
tree-sitter parse <file.scl> # Parse single SCL file
# Lua Linting # Lua Linting
luacheck src/ # Lint LSP server code luacheck lua/tia/ # Lint language modules
luacheck lua/tia/ # Lint plugin modules luacheck lua/tia_lsp/ # Lint plugin entry point
# Unit & Integration Tests # Unit & Integration Tests
lua test/run_tests.lua # Run all tests lua test/run_tests.lua # Run all plugin tests
lua test/test_udt.lua # Run UDT parser tests lua test/test_udt.lua # Run UDT parser tests
lua test/test_db.lua # Run DB parser tests lua test/test_db.lua # Run DB parser tests
lua test/test_fb.lua # Run FB parser tests lua test/test_fb.lua # Run FB parser tests
lua test/test_formatter.lua # Run formatter tests
lua test/test_plc_json.lua # Run plc_json tests
lua test/test_integration.lua # Run integration tests lua test/test_integration.lua # Run integration tests
# Reference Project # Reference Project
@@ -39,17 +24,8 @@ lua test/test_integration.lua # Run integration tests
## Project Structure ## Project Structure
``` ```
tia-lsp/ tia-lsp.nvim/
├── src/ # LSP server (uses dofile) ├── lua/tia/ # Language modules (uses require)
│ ├── main.lua # Entry point, JSON-RPC protocol
│ ├── parser.lua # SCL parser (will become parser_scl.lua + dispatch)
│ ├── diagnostics.lua # Linter (source = "tia_lsp")
│ ├── formatter.lua # Document formatter
│ ├── treesitter.lua # Tree-sitter integration
│ ├── plc_json.lua # External UDT/DB loading (language-agnostic)
│ ├── builtin_instructions.lua # TIA Portal built-in types
│ └── json.lua # JSON encoder/decoder
├── lua/tia/ # Neovim plugin (uses require)
│ ├── udt_parser.lua # UDT parser │ ├── udt_parser.lua # UDT parser
│ ├── db_parser.lua # Global DB parser │ ├── db_parser.lua # Global DB parser
│ ├── fb_parser.lua # Function Block parser │ ├── fb_parser.lua # Function Block parser
@@ -61,21 +37,20 @@ tia-lsp/
├── lua/tia_lsp/ # Plugin entry point ├── lua/tia_lsp/ # Plugin entry point
│ ├── init.lua # Main plugin setup (vim.lsp.start) │ ├── init.lua # Main plugin setup (vim.lsp.start)
│ └── plugins/scl.lua # LazyVim plugin spec │ └── plugins/scl.lua # LazyVim plugin spec
├── queries/ # Tree-sitter queries (per-language: queries/scl/) ├── queries/scl/ # Tree-sitter queries (per-language)
└── grammar.js # Tree-sitter grammar (language name: 'scl') └── ftdetect/scl.vim # Filetype detection
``` ```
## Naming Convention ## Naming Convention
- **Project name** (repo, Lua module, LSP server, mason package): `tia-lsp` / `tia_lsp` — umbrella for all TIA languages. - **Project name** (repo, Lua module): `tia-lsp.nvim` / `tia_lsp` — umbrella for all TIA languages.
- **Language name** (filetype, tree-sitter parser, grammar): `scl` — stays as-is. Future languages (`stl`, `lad`, `fbd`) get their own names. - **Language name** (filetype, tree-sitter parser): `scl` — stays as-is. Future languages (`stl`, `lad`, `fbd`) get their own names.
- **LSP client name**: `tia_lsp` (one client handles all TIA languages; dispatches by `filetype` / `languageId`). - **LSP client name**: `tia_lsp` (one client handles all TIA languages; dispatches by `filetype` / `languageId`).
- **Diagnostic source**: `tia_lsp`.
- **Commands**: `:SCLFormat`, `:SCLShowVariables`, etc. — per-filetype prefix. Future: `:STLFormat`, etc. - **Commands**: `:SCLFormat`, `:SCLShowVariables`, etc. — per-filetype prefix. Future: `:STLFormat`, etc.
## Filetype Detection ## Filetype Detection
After the split, `ftdetect/scl.vim` will live in `tia-lsp.nvim`. Currently required in Neovim config: `ftdetect/scl.vim` registers the following extensions as `scl` filetype:
```vim ```vim
au BufRead,BufNewFile *.scl set filetype=scl au BufRead,BufNewFile *.scl set filetype=scl
au BufRead,BufNewFile *.udt set filetype=scl au BufRead,BufNewFile *.udt set filetype=scl
@@ -108,12 +83,10 @@ return M
### Imports ### Imports
- `lua/tia/` modules: `require("tia.module_name")` - `lua/tia/` modules: `require("tia.module_name")`
- `lua/tia_lsp/` entry: `require("tia_lsp")` - `lua/tia_lsp/` entry: `require("tia_lsp")`
- `src/` modules: `dofile(script_path .. "/module.lua")`
- External dependencies: wrap in `pcall()` for safety - External dependencies: wrap in `pcall()` for safety
### Code Formatting ### Code Formatting
- `lua/tia/` and `lua/tia_lsp/`: 2 spaces indentation - `lua/tia/` and `lua/tia_lsp/`: 2 spaces indentation
- `src/`: tab-based indentation
- Max line length: 120 characters - Max line length: 120 characters
- No trailing whitespace - No trailing whitespace
@@ -189,7 +162,5 @@ Use the reference project for testing:
``` ```
Contains `.scl`, `.db`, `.udt`, and `.xml` files for comprehensive testing of: Contains `.scl`, `.db`, `.udt`, and `.xml` files for comprehensive testing of:
- LSP features (hover, completion, go-to-definition) - Plugin features (auto-prefix, workspace scanning, attribute toggle)
- Formatter (`:SCLFormat`)
- Attribute block toggle
- Workspace type scanning - Workspace type scanning
+102 -240
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@@ -1,56 +1,9 @@
# tia-lsp - Language Server for Siemens TIA Portal # tia-lsp.nvim - Neovim Plugin for Siemens TIA Portal
A Neovim/LazyVim plugin and standalone LSP server providing **Language Server Protocol (LSP)**, **Linting**, **Formatting**, and **Syntax Highlighting** for Siemens TIA Portal languages. Currently supports **SCL** (Structured Control Language), with planned support for **STL/AWL**, **LAD**, and **FBD**. A Neovim/LazyVim plugin that launches the [`tia-lsp`](https://gitea.l-tech.rs/lazar/tia-lsp) language server and adds editor-specific features for Siemens TIA Portal languages. Currently supports **SCL** (Structured Control Language), with planned support for **STL/AWL**, **LAD**, and **FBD**.
The project is split into two repos:
- **`tia-lsp`** (this repo) — the standalone LSP server (`src/`) plus the tree-sitter grammar (`grammar.js`, `src/parser.c`). Speaks JSON-RPC over stdio. Editor-agnostic: usable from Neovim, VS Code, or any LSP client.
- **`tia-lsp.nvim`** — the Neovim plugin (`lua/`) that launches the server via `vim.lsp.start()` and adds editor-specific features (auto-prefix, blink.cmp source, workspace UDT scanning, attribute toggle, multiline params).
## Features ## Features
### LSP (Language Server Protocol)
| Feature | Description |
|---------|-------------|
| **Hover** | Press `K` to see variable type and struct fields |
| **Completion** | `#` for variables, `.` for struct fields, `(` for functions |
| **Go to Definition** | `gD` jump to function, FB, DB, or UDT definition |
| **Document Symbols** | Shows functions, variables, types |
| **Workspace Symbols** | Search across all `.scl` files with fuzzy matching |
| **Semantic Tokens** | Keywords, variables highlighted |
| **Inlay Hints** | Shows variable types after declaration |
| **External UDT** | Load types from `.plc.json` or `data_types/` folder |
### Linter (Diagnostics)
| Feature | Description |
|---------|-------------|
| **Undefined Variables** | Detects variables used without declaration |
| **Invalid # Prefix** | Detects `#` prefix in VAR sections |
| **Unknown Types** | Warns about unknown data types |
| **Type Validation** | Basic type checking |
### Formatter
| Feature | Description |
|---------|-------------|
| **Document Formatting** | Format entire SCL files with `:SCLFormat` |
| **Multi-line Assignments** | Preserves and formats multi-line expressions with proper alignment |
| **FB Call Formatting** | Formats function block calls in multiline style |
| **Indentation** | Proper block indentation |
| **Keyword Casing** | Maintains SCL keyword casing |
### Syntax Highlighting
- Full SCL syntax support via tree-sitter
- Block definitions: ORGANIZATION_BLOCK, FUNCTION_BLOCK, FUNCTION
- Variable sections: VAR_INPUT, VAR_OUTPUT, VAR_IN_OUT, VAR_TEMP, VAR_CONSTANT
- Control structures: IF/THEN/ELSIF/ELSE/END_IF, CASE/OF/END_CASE, FOR/TO/BY/DO/END_FOR, WHILE/END_WHILE, REPEAT/UNTIL/END_REPEAT
- Built-in data types: BOOL, INT, DINT, REAL, STRING, TIME, etc.
- Function block instances highlighted in calls
- FB parameter names (IN, PT, CU, etc.) highlighted as properties
- `#` prefix for local variables highlighted
- Operators: AND, OR, NOT, XOR, MOD
- Comments: line (`//`), block (`(* *)`), C-style (`/* */`)
### Additional Features
| Feature | Description | | Feature | Description |
|---------|-------------| |---------|-------------|
| **Auto-Prefix** | Automatically adds `#` prefix to local variables (like TIA Portal) | | **Auto-Prefix** | Automatically adds `#` prefix to local variables (like TIA Portal) |
@@ -60,65 +13,24 @@ The project is split into two repos:
| **Workspace Global DB Scanner** | Scans project for global data blocks (.db files) | | **Workspace Global DB Scanner** | Scans project for global data blocks (.db files) |
| **blink.cmp Integration** | Smart completion source for blink.cmp | | **blink.cmp Integration** | Smart completion source for blink.cmp |
| **Attribute Block Toggle** | Interactive expand/collapse of `{...}` blocks with `<Leader>xa` | | **Attribute Block Toggle** | Interactive expand/collapse of `{...}` blocks with `<Leader>xa` |
| **Tree-sitter Highlighting** | Syntax highlighting via tree-sitter queries |
## Installation ## Installation
The plugin auto-detects the mason-installed `tia-lsp` executable via `vim.fn.exepath("tia-lsp")` and falls back to `lua <server_path>` for manual installs. See [Mason installation](#mason-installation) below for the recommended path. The plugin auto-detects the mason-installed `tia-lsp` executable via `vim.fn.exepath("tia-lsp")` and falls back to `lua <server_path>` for manual installs.
### LazyVim ### LazyVim + Mason (Recommended)
```lua
-- ~/.config/nvim/lua/plugins/tia-lsp.lua
return {
"lazar/tia-lsp.nvim",
ft = "scl",
lazy = true,
dependencies = {
"neovim/nvim-lspconfig",
"nvim-treesitter/nvim-treesitter",
"saghen/blink.cmp",
},
config = function()
require("tia_lsp").setup({
-- LSP options
lsp = {
on_attach = function(client, bufnr)
-- custom keymaps
end,
},
cmp = true, -- Enable blink.cmp integration
workspace_types = true, -- Enable workspace UDT scanning
auto_prefix = true, -- Enable auto-# prefixing
debug = false,
})
end,
}
```
### Manual Setup 1. Add the mason registry as a lazy.nvim plugin:
```lua
-- In your init.lua or plugin file
require("tia_lsp").setup({
server_path = "/path/to/tia-lsp/src/main.lua", -- only used if tia-lsp is not on PATH
ts_parser_url = "https://your-gitea/tia-lsp.git", -- tree-sitter parser source
cmp = true,
workspace_types = true,
auto_prefix = true,
})
```
### Mason installation
`tia-lsp` can be installed via [mason.nvim](https://github.com/mason-org/mason.nvim) using a custom registry. The setup below uses a `file:` registry sourced from a Gitea-hosted `tia-mason-registry` repo (cloned by lazy.nvim), and falls back to the official mason registry for any other packages.
1. Clone the registry repo as a lazy.nvim plugin:
```lua ```lua
-- ~/.config/nvim/lua/plugins/tia-mason-registry.lua -- ~/.config/nvim/lua/plugins/tia-mason-registry.lua
return { return {
url = "https://your-gitea/tia-mason-registry.git", url = "https://gitea.l-tech.rs/lazar/tia-mason-registry.git",
name = "tia-mason-registry", name = "tia-mason-registry",
lazy = false, -- must be available before mason setup lazy = false, -- must be available before mason setup
} }
``` ```
2. Register the registry with mason: 2. Register the registry with mason:
```lua ```lua
-- ~/.config/nvim/lua/plugins/mason.lua -- ~/.config/nvim/lua/plugins/mason.lua
@@ -132,17 +44,54 @@ require("tia_lsp").setup({
}, },
} }
``` ```
3. Install `yq` (one-time prerequisite for mason's `file:` registry):
```
:MasonInstall yq
```
4. Install the server:
```
:MasonInstall tia-lsp
```
5. Verify: open a `.scl` file and run `:LspInfo` — `tia_lsp` should be attached, and `vim.fn.exepath("tia-lsp")` should resolve to `~/.local/share/nvim/mason/bin/tia-lsp`.
To upgrade: tag a new `vX.Y.Z` release on the `tia-lsp` Gitea repo, bump `source.id` in `tia-mason-registry/packages/tia-lsp/package.yaml`, push the registry repo, then `:MasonInstall tia-lsp` again. 3. Add the plugin:
```lua
-- ~/.config/nvim/lua/plugins/tia-lsp.lua
return {
"lazar/tia-lsp.nvim",
ft = "scl",
lazy = true,
dependencies = {
"neovim/nvim-lspconfig",
"nvim-treesitter/nvim-treesitter",
"saghen/blink.cmp",
},
config = function()
require("tia_lsp").setup({
lsp = {
on_attach = function(client, bufnr)
-- custom keymaps
end,
},
cmp = true, -- Enable blink.cmp integration
workspace_types = true, -- Enable workspace UDT scanning
auto_prefix = true, -- Enable auto-# prefixing
debug = false,
})
end,
}
```
4. Install:
```
:MasonInstall yq " one-time prerequisite for file: registry
:MasonInstall tia-lsp " installs the LSP server
```
5. Verify: open a `.scl` file and run `:LspInfo` — `tia_lsp` should be attached.
### Manual Setup (without Mason)
```lua
require("tia_lsp").setup({
server_path = "/path/to/tia-lsp/src/main.lua", -- only used if tia-lsp is not on PATH
ts_parser_url = "https://gitea.l-tech.rs/lazar/tia-lsp.git",
cmp = true,
workspace_types = true,
auto_prefix = true,
})
```
## Configuration Options ## Configuration Options
@@ -207,152 +156,65 @@ statCounter{...} : Int;
- Use `<Leader>xae` to expand all blocks in buffer - Use `<Leader>xae` to expand all blocks in buffer
- Use `<Leader>xac` to collapse all blocks - Use `<Leader>xac` to collapse all blocks
**Note:** Collapsed blocks are automatically expanded before saving to preserve full content on disk. Use `:SCLFormat` to format, then `:SCLCollapseAllAttrBlocks` to collapse while preserving the ability to expand later. **Note:** Collapsed blocks are automatically expanded before saving to preserve full content on disk.
## External UDT Support ## Filetype Detection
### Option 1: Create `.plc.json` The plugin includes `ftdetect/scl.vim` which registers the following file extensions as `scl` filetype:
```json - `*.scl` — SCL source files
{ - `*.udt` — User-defined type files
"dataTypes": [ - `*.db` — Data block files
{
"name": "equipmentData",
"struct": [
{"name": "id", "dataTypeName": "INT"},
{"name": "status", "dataTypeName": "BOOL"},
{"name": "temperature", "dataTypeName": "REAL"}
]
}
]
}
```
### Option 2: Auto-scan `data_types/` folder ## Project Structure
The LSP automatically scans for SCL files in `data_types/` folder and extracts TYPE definitions.
### Option 3: Generate `.plc.json`
```bash
lua ~/dev/tia-lsp/src/plc_json.lua --generate
```
## Global Data Block Support
The plugin automatically scans for `.db` files in the workspace and provides auto-completion for global data blocks and their members.
### How it works
1. **Workspace Scanning**: When opening a `.scl` file, the plugin scans the project for `.db` files
2. **DB Parsing**: Parses `DATA_BLOCK` definitions and extracts members from `VAR` sections
3. **Auto-completion**: Provides smart completion for DB names and members
### Usage
- Type a space or `#` to trigger completion - global DB names appear alongside local variables
- Type `"` followed by a DB name to get member completions
- Access nested members: `"MyDB".member.submember`
### Example
```scl
// Access global DB members
"HmiData".units
"Parameter".machine.unit100.paramTimeStampApplied
// Inside FB call parameter
#instParameterManager(hmiInterface:="HmiData".units, ...)
```
### Project Structure
``` ```
tia-lsp/ tia-lsp.nvim/
├── README.md # This file ├── lua/
├── package.json # NPM scripts (tree-sitter) │ ├── tia_lsp/ # Plugin entry point
├── Makefile # Build commands │ │ ├── init.lua # Main setup (vim.lsp.start, exepath detection)
├── grammar.js # Tree-sitter grammar (SCL language) │ │ └── plugins/
├── tree-sitter.json # Parser config │ │ └── scl.lua # LazyVim plugin spec (SCL filetype)
├── queries/ # Tree-sitter queries │ └── tia/ # Language modules (shared across TIA languages)
└── scl/ # Per-language query dir (SCL) ├── auto_prefix.lua # Auto-# prefixing
│ ├── attr_toggle.lua # Attribute block expand/collapse
│ ├── blink_cmp_source.lua # blink.cmp completion source
│ ├── builtin_instructions.lua
│ ├── db_parser.lua # Global DB parser
│ ├── fb_parser.lua # Function Block parser
│ ├── multiline_params.lua # Multiline parameter filling
│ ├── udt_parser.lua # UDT parser
│ ├── variables.lua # Variable extraction
│ └── workspace_types.lua # Workspace scanning
├── queries/
│ └── scl/ # Tree-sitter queries (per-language)
│ ├── highlights.scm # Syntax highlighting │ ├── highlights.scm # Syntax highlighting
│ ├── indents.scm # Indentation │ ├── indents.scm # Indentation
│ ├── folds.scm # Code folding │ ├── folds.scm # Code folding
│ ├── locals.scm # Variable scoping │ ├── locals.scm # Variable scoping
│ └── tags.scm # Navigation tags │ └── tags.scm # Navigation tags
├── src/ # LSP server ├── ftdetect/
── main.lua # Main entry point (JSON-RPC over stdio) ── scl.vim # Filetype detection
│ ├── parser.lua # SCL parser (will become parser_scl.lua + dispatch) └── test/ # Plugin tests
├── treesitter.lua # Tree-sitter integration ├── run_tests.lua
├── json.lua # JSON encoder/decoder ├── test_harness.lua
├── plc_json.lua # External UDT loading (language-agnostic) ├── test_udt.lua
├── diagnostics.lua # Linter diagnostics ├── test_db.lua
── formatter.lua # Document formatter ── test_fb.lua
└── lua/ └── test_integration.lua
├── tia_lsp/ # Neovim plugin
│ ├── init.lua # Main plugin setup
│ └── plugins/
│ └── scl.lua # LazyVim plugin spec (SCL filetype)
└── tia/ # Language modules (shared across TIA languages)
├── auto_prefix.lua
├── attr_toggle.lua
├── blink_cmp_source.lua
├── builtin_instructions.lua
├── db_parser.lua
├── fb_parser.lua
├── multiline_params.lua
├── udt_parser.lua
├── variables.lua
└── workspace_types.lua
``` ```
## Building Tree-sitter Parser
```bash
# Generate parser from grammar.js
npm run build
# or: tree-sitter generate
# Run tests
npm test
# or: tree-sitter test
```
## SCL Code Example
```pascal
FUNCTION_BLOCK "Em101Sequence"
VAR
x : INT;
myVar : equipmentData; // User-defined type
END_VAR
IF x > 5 THEN
myVar.id := 10;
END_IF
myVar.status := TRUE;
myVar.temperature := 25.5;
END_FUNCTION_BLOCK
```
## Architecture
The plugin uses a standalone LSP server (`src/main.lua`) that communicates via JSON-RPC over stdio. The server handles:
- Text document synchronization
- Diagnostics (linting)
- Formatting
- Completion, hover, go-to-definition
- Semantic tokens
The Neovim plugin (`lua/tia_lsp/init.lua`) manages:
- LSP client lifecycle via `vim.lsp.start()`
- FileType autocmd for lazy loading
- blink.cmp integration
- Workspace scanning for UDTs/DBs
## Requirements ## Requirements
- **Neovim 0.11+** (uses `vim.lsp.start()`) - **Neovim 0.11+** (uses `vim.lsp.start()`)
- **nvim-treesitter** - Syntax highlighting - **tia-lsp** — the LSP server (install via mason or manually)
- **blink.cmp** - Optional, for completion - **nvim-treesitter** — Syntax highlighting
- **Lua 5.1+** - LSP server runtime - **blink.cmp** — Optional, for completion
- **Lua 5.1+** — LSP server runtime
## Testing
```bash
lua test/run_tests.lua
```
Tests use files from a reference project (override with `SCL_REF_PROJECT=/path/to/ref lua test/run_tests.lua`).
+3
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@@ -0,0 +1,3 @@
au BufRead,BufNewFile *.scl set filetype=scl
au BufRead,BufNewFile *.udt set filetype=scl
au BufRead,BufNewFile *.db set filetype=scl
+2 -4
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@@ -1,11 +1,11 @@
#!/usr/bin/env lua #!/usr/bin/env lua
package.path = package.path .. ";lua/?.lua;src/?.lua" package.path = package.path .. ";lua/?.lua"
local test = dofile("test/test_harness.lua") local test = dofile("test/test_harness.lua")
print("========================================") print("========================================")
print(" SCL LSP - Test Suite") print(" tia-lsp.nvim - Plugin Test Suite")
print("========================================") print("========================================")
print(string.format("Reference Project: %s", test.REF_PROJECT)) print(string.format("Reference Project: %s", test.REF_PROJECT))
@@ -28,8 +28,6 @@ local function run_all_tests()
run_test_file("test_udt.lua") run_test_file("test_udt.lua")
run_test_file("test_db.lua") run_test_file("test_db.lua")
run_test_file("test_fb.lua") run_test_file("test_fb.lua")
run_test_file("test_formatter.lua")
run_test_file("test_plc_json.lua")
run_test_file("test_integration.lua") run_test_file("test_integration.lua")
test.report() test.report()
+1 -10
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@@ -1,17 +1,11 @@
local test = dofile("test/test_harness.lua") local test = dofile("test/test_harness.lua")
package.path = package.path .. ";lua/?.lua;src/?.lua" package.path = package.path .. ";lua/?.lua"
local udt_parser = require("tia.udt_parser") local udt_parser = require("tia.udt_parser")
local db_parser = require("tia.db_parser") local db_parser = require("tia.db_parser")
local fb_parser = require("tia.fb_parser") local fb_parser = require("tia.fb_parser")
local script_path = debug.getinfo(1, "S").source:gsub("^@", ""):match("(.*/)") or "."
script_path = script_path:gsub("^test/", ""):gsub("/tests$", "")
if script_path == "" then script_path = "." end
local plc_json = dofile(script_path .. "/src/plc_json.lua")
local function scan_directory(dir, ext) local function scan_directory(dir, ext)
local files = {} local files = {}
local handle = io.popen('find "' .. dir .. '" -type f -name "*.' .. ext .. '" 2>/dev/null') local handle = io.popen('find "' .. dir .. '" -type f -name "*.' .. ext .. '" 2>/dev/null')
@@ -234,9 +228,6 @@ local function run_integration_tests()
print("\n--- Type Resolution ---") print("\n--- Type Resolution ---")
test_type_resolution() test_type_resolution()
print("\n--- Workspace Type Loading ---")
test_workspace_type_loading()
end) end)
end end