bump version to 1.0.31

* development:
  ...
  bump version to 1.0.30

.github/workflows/hero_build.yml

@@ -24,9 +24,9 @@ jobs:
           - target: aarch64-apple-darwin
             os: macos-latest
             short-name: macos-arm64
-          - target: x86_64-apple-darwin
-            os: macos-13
-            short-name: macos-i64
+          # - target: x86_64-apple-darwin
+          #   os: macos-13
+          #   short-name: macos-i64
     runs-on: ${{ matrix.os }}
         
     steps:
@@ -34,6 +34,10 @@ jobs:
       - run: echo "🐧 This job is now running on a ${{ runner.os }} server hosted by GitHub!"
       - run: echo "🔎 The name of your branch is ${{ github.ref_name }} and your repository is ${{ github.repository }}."
 
+      - uses: maxim-lobanov/setup-xcode@v1
+        with:
+          xcode-version: latest-stable      
+
       - name: Check out repository code
         uses: actions/checkout@v4
 
@@ -42,10 +46,9 @@ jobs:
         run: ./install_v.sh --herolib
         timeout-minutes: 10
 
-
-      - name: Do all the basic tests
-        timeout-minutes: 25
-        run: ./test_basic.vsh
+      # - name: Do all the basic tests
+      #   timeout-minutes: 25
+      #   run: ./test_basic.vsh
 
       - name: Build Hero
         timeout-minutes: 15

.gitignore

@@ -47,3 +47,11 @@ tmp
 compile_summary.log
 .summary_lock
 .aider*
+*.dylib
+server
+HTTP_REST_MCP_DEMO.md
+MCP_HTTP_REST_IMPLEMENTATION_PLAN.md
+.roo
+.kilocode
+.continue
+tmux_logger

.zed/keymap.json

@@ -0,0 +1,6 @@
+{
+  "context": "Workspace",
+  "bindings": {
+    "cmd-r": ["task::Spawn", { "task_name": "ET", "reveal_target": "center" }]
+  }
+}

.zed/tasks.json

@@ -0,0 +1,47 @@
+[
+  {
+    "label": "ET",
+    "command": "for i in {1..5}; do echo \"Hello $i/5\"; sleep 1; done",
+    //"args": [],
+    // Env overrides for the command, will be appended to the terminal's environment from the settings.
+    "env": { "foo": "bar" },
+    // Current working directory to spawn the command into, defaults to current project root.
+    //"cwd": "/path/to/working/directory",
+    // Whether to use a new terminal tab or reuse the existing one to spawn the process, defaults to `false`.
+    "use_new_terminal": true,
+    // Whether to allow multiple instances of the same task to be run, or rather wait for the existing ones to finish, defaults to `false`.
+    "allow_concurrent_runs": false,
+    // What to do with the terminal pane and tab, after the command was started:
+    // * `always` — always show the task's pane, and focus the corresponding tab in it (default)
+    // * `no_focus` — always show the task's pane, add the task's tab in it, but don't focus it
+    // * `never` — do not alter focus, but still add/reuse the task's tab in its pane
+    "reveal": "always",
+    // What to do with the terminal pane and tab, after the command has finished:
+    // * `never` — Do nothing when the command finishes (default)
+    // * `always` — always hide the terminal tab, hide the pane also if it was the last tab in it
+    // * `on_success` — hide the terminal tab on task success only, otherwise behaves similar to `always`
+    "hide": "never",
+    // Which shell to use when running a task inside the terminal.
+    // May take 3 values:
+    // 1. (default) Use the system's default terminal configuration in /etc/passwd
+    //      "shell": "system"
+    // 2. A program:
+    //      "shell": {
+    //        "program": "sh"
+    //      }
+    // 3. A program with arguments:
+    //     "shell": {
+    //         "with_arguments": {
+    //           "program": "/bin/bash",
+    //           "args": ["--login"]
+    //         }
+    //     }
+    "shell": "system",
+    // Whether to show the task line in the output of the spawned task, defaults to `true`.
+    "show_summary": true,
+    // Whether to show the command line in the output of the spawned task, defaults to `true`.
+    // "show_output": true,
+    // Represents the tags for inline runnable indicators, or spawning multiple tasks at once.
+    "tags": ["DODO"]
+  }
+]

README.md

@@ -7,17 +7,6 @@ Herolib is an opinionated library primarily used by ThreeFold to automate cloud
 
 > [Complete Documentation](https://freeflowuniverse.github.io/herolib/)
 
-## Table of Contents
-
-- [Installation](#installation)
-  - [For Users](#for-users)
-  - [For Developers](#for-developers)
-- [Features](#features)
-- [Testing](#testing)
-- [Contributing](#contributing)
-- [Troubleshooting](#troubleshooting)
-- [Additional Resources](#additional-resources)
-
 ## Installation
 
 ### For Users
@@ -25,19 +14,17 @@ Herolib is an opinionated library primarily used by ThreeFold to automate cloud
 The Hero tool can be installed with a single command:
 
 ```bash
-curl https://raw.githubusercontent.com/freeflowuniverse/herolib/refs/heads/development/install_hero.sh > /tmp/install_hero.sh
-bash /tmp/install_hero.sh
+curl https://raw.githubusercontent.com/freeflowuniverse/herolib/refs/heads/development/install_hero.sh | bash
 ```
 
 Hero will be installed in:
 - `/usr/local/bin` for Linux
 - `~/hero/bin` for macOS
 
-After installation on macOS, you may need to:
+After installation on macOS, you may need to do source see below or restart your terminal to ensure the `hero` command is available:
+
 ```bash
 source ~/.zprofile
-# Or copy to system bin directory
-cp ~/hero/bin/hero /usr/local/bin
 ```
 
 The Hero tool can be used to work with git, build documentation, interact with Hero AI, and more.
@@ -49,7 +36,13 @@ For development purposes, use the automated installation script:
 ```bash
 curl 'https://raw.githubusercontent.com/freeflowuniverse/herolib/refs/heads/development/install_v.sh' > /tmp/install_v.sh
 bash /tmp/install_v.sh --analyzer --herolib 
+
+#do not forget to do the following this makes sure vtest and vrun exists
+cd ~/code/github/freeflowuniverse/herolib
+bash install_herolib.vsh
+
 # IMPORTANT: Start a new shell after installation for paths to be set correctly
+
 ```
 
 #### Installation Options
@@ -81,6 +74,17 @@ Herolib provides a wide range of functionality:
 
 - Cloud automation tools
 - Git operations and management
+  ### Offline Mode for Git Operations
+
+  Herolib now supports an `offline` mode for Git operations, which prevents automatic fetching from remote repositories. This can be useful in environments with limited or no internet connectivity, or when you want to avoid network calls during development or testing.
+
+  To enable offline mode:
+
+  -   **Via `GitStructureConfig`**: Set the `offline` field to `true` in the `GitStructureConfig` struct.
+  -   **Via `GitStructureArgsNew`**: When creating a new `GitStructure` instance using `gittools.new()`, set the `offline` parameter to `true`.
+  -   **Via Environment Variable**: Set the `OFFLINE` environment variable to any value (e.g., `export OFFLINE=true`).
+
+  When offline mode is active, `git fetch --all` operations will be skipped, and a debug message "fetch skipped (offline)" will be printed.
 - Documentation building
 - Hero AI integration
 - System management utilities
@@ -167,3 +171,6 @@ To generate documentation locally:
 cd ~/code/github/freeflowuniverse/herolib
 bash doc.sh
 ```
+
+
+<!-- Security scan triggered at 2025-09-02 01:58:41 -->

aiprompts/.openhands/setup.sh

@@ -0,0 +1,19 @@
+#!/bin/bash
+
+# Herolib Web Server Installation Script
+# This script sets up the necessary environment for the Flask web server.
+
+set -e  # Exit on any error
+
+# Colors for output
+RED='\033[0;31m'
+GREEN='\033[0;32m'
+YELLOW='\033[1;33m'
+BLUE='\033[0;34m'
+NC='\033[0m' # No Color
+
+# Script directory
+SCRIPT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
+cd "$SCRIPT_DIR"
+
+/workspace/herolib/install_v.sh

aiprompts/ai_core/core_heroscript.md

@@ -1,204 +0,0 @@
-# instructions how to work with heroscript in vlang
-
-## heroscript
-
-Heroscript is our small scripting language which has following structure
-
-an example of a heroscript is
-
-```heroscript
-
-!!mailclient.configure
-	name: 'myname'
-	host: 'localhost'
-	port: 25
-	secure: 1
-	reset: 1 
-	description: '
-		a description can be multiline
-
-		like this
-		'
-
-```
-
-Notice how:
-- every action starts with !!
-	- the first part is the actor, mailclient in this case
-	- the 2e part is the action name, configure in this case
-- multilines are supported see the description field
-
-## how to process heroscript in Vlang
-
-- heroscript can be converted to a struct,
-- the methods available to get the params are in 'params' section further in this doc
-
-
-```vlang
-//the object which will be configured
-pub struct mailclient {
-pub mut:
-	name string
-	host string
-	port int	
-	secure bool
-	description string
-}
-
-mut plbook := playbook.new(text: $the_heroscript_from_above)!
-play_mailclient(mut plbook)! //see below in vlang block there it all happens
-
-pub fn play_mailclient(mut plbook playbook.PlayBook) ! {
-
-	//find all actions are !!$actor.$actionname.  in this case above the actor is !!mailclient, we check with the fitler if it exists, if not we return
-	mailclient_actions := plbook.find(filter: 'mailclient.')!
-	for action in mailclient_actions {
-		if action.name == "configure"{
-			mut p := action.params
-			mut obj := mailclientScript{
-				//INFO: all details about the get methods can be found in 'params get methods' section
-				name : p.get('name')! //will give error if not exist			
-				homedir : p.get('homedir')!
-				title : p.get_default('title', 'My Hero DAG')!  //uses a default if not set
-				reset : p.get_default_false('reset') 
-				start : p.get_default_true('start')
-				colors : p.get_list('colors')
-				description : p.get_default('description','')!					
-			}
-		}
-
-	}
-}
-
-
-}
-
-
-## params get methods (param getters)
-
-above in the p.get... 
-
-below you can find the methods which can be used on the params
-
-```vlang
-
-exists(key_ string) bool
-
-//check if arg exist (arg is just a value in the string e.g. red, not value:something) 
-exists_arg(key_ string) bool
-
-//see if the kwarg with the key exists if yes return as string trimmed
-get(key_ string) !string
-
-//return the arg with nr, 0 is the first    
-get_arg(nr int) !string
-
-//return arg, if the nr is larger than amount of args, will return the defval
-get_arg_default(nr int, defval string) !string
-
-get_default(key string, defval string) !string
-
-get_default_false(key string) bool
-
-get_default_true(key string) bool
-
-get_float(key string) !f64
-
-get_float_default(key string, defval f64) !f64
-
-get_from_hashmap(key_ string, defval string, hashmap map[string]string) !string
-
-get_int(key string) !int
-
-get_int_default(key string, defval int) !int
-
-//Looks for a list of strings in the parameters. ',' are used as deliminator to list
-get_list(key string) ![]string
-
-get_list_default(key string, def []string) ![]string
-
-get_list_f32(key string) ![]f32
-
-get_list_f32_default(key string, def []f32) []f32
-
-get_list_f64(key string) ![]f64
-
-get_list_f64_default(key string, def []f64) []f64
-
-get_list_i16(key string) ![]i16
-
-get_list_i16_default(key string, def []i16) []i16
-
-get_list_i64(key string) ![]i64
-
-get_list_i64_default(key string, def []i64) []i64
-
-get_list_i8(key string) ![]i8
-
-get_list_i8_default(key string, def []i8) []i8
-
-get_list_int(key string) ![]int
-
-get_list_int_default(key string, def []int) []int
-
-get_list_namefix(key string) ![]string
-
-get_list_namefix_default(key string, def []string) ![]string
-
-get_list_u16(key string) ![]u16
-
-get_list_u16_default(key string, def []u16) []u16
-
-get_list_u32(key string) ![]u32
-
-get_list_u32_default(key string, def []u32) []u32
-
-get_list_u64(key string) ![]u64
-
-get_list_u64_default(key string, def []u64) []u64
-
-get_list_u8(key string) ![]u8
-
-get_list_u8_default(key string, def []u8) []u8
-
-get_map() map[string]string
-
-get_path(key string) !string
-
-get_path_create(key string) !string
-
-get_percentage(key string) !f64
-
-get_percentage_default(key string, defval string) !f64
-
-//convert GB, MB, KB to bytes e.g. 10 GB becomes bytes in u64
-get_storagecapacity_in_bytes(key string) !u64
-
-get_storagecapacity_in_bytes_default(key string, defval u64) !u64
-
-get_storagecapacity_in_gigabytes(key string) !u64
-
-//Get Expiration object from time string input input can be either relative or absolute## Relative time
-get_time(key string) !ourtime.OurTime
-
-get_time_default(key string, defval ourtime.OurTime) !ourtime.OurTime
-
-get_time_interval(key string) !Duration
-
-get_timestamp(key string) !Duration
-
-get_timestamp_default(key string, defval Duration) !Duration
-
-get_u32(key string) !u32
-
-get_u32_default(key string, defval u32) !u32
-
-get_u64(key string) !u64
-
-get_u64_default(key string, defval u64) !u64
-
-get_u8(key string) !u8
-
-get_u8_default(key string, defval u8) !u8
-
-```

aiprompts/ai_core/core_params.md

@@ -1,142 +0,0 @@
-# how to use params
-
-works very well in combination with heroscript
-
-## How to get the paramsparser
-
-```v
-import freeflowuniverse.herolib.data.paramsparser
-
-// Create new params from text
-params := paramsparser.new("color:red size:'large' priority:1 enable:true")!
-
-// Or create empty params and add later
-mut params := paramsparser.new_params()
-params.set("color", "red")
-```
-
-## Parameter Format
-
-The parser supports several formats:
-
-1. Key-value pairs: `key:value`
-2. Quoted values: `key:'value with spaces'`
-3. Arguments without keys: `arg1 arg2`
-4. Comments: `// this is a comment`
-
-Example:
-
-```v
-text := "name:'John Doe' age:30 active:true // user details"
-params := paramsparser.new(text)!
-```
-
-## Getting Values
-
-The module provides various methods to retrieve values:
-
-```v
-// Get string value
-name := params.get("name")! // returns "John Doe"
-
-// Get with default value
-color := params.get_default("color", "blue")! // returns "blue" if color not set
-
-// Get as integer
-age := params.get_int("age")! // returns 30
-
-// Get as boolean (true if value is "1", "true", "y", "yes")
-is_active := params.get_default_true("active")
-
-// Get as float
-score := params.get_float("score")!
-
-// Get as percentage (converts "80%" to 0.8)
-progress := params.get_percentage("progress")!
-```
-
-## Type Conversion Methods
-
-The module supports various type conversions:
-
-### Basic Types
-
-- `get_int()`: Convert to int32
-- `get_u32()`: Convert to unsigned 32-bit integer
-- `get_u64()`: Convert to unsigned 64-bit integer
-- `get_u8()`: Convert to unsigned 8-bit integer
-- `get_float()`: Convert to 64-bit float
-- `get_percentage()`: Convert percentage string to float (e.g., "80%" → 0.8)
-
-### Boolean Values
-
-- `get_default_true()`: Returns true if value is empty, "1", "true", "y", or "yes"
-- `get_default_false()`: Returns false if value is empty, "0", "false", "n", or "no"
-
-### Lists
-
-The module provides robust support for parsing and converting lists:
-
-```v
-// Basic list parsing
-names := params.get_list("users")! // parses ["user1", "user2", "user3"]
-
-// With default value
-tags := params.get_list_default("tags", ["default"])!
-
-// Lists with type conversion
-numbers := params.get_list_int("ids")! // converts each item to int
-amounts := params.get_list_f64("prices")! // converts each item to f64
-
-// Name-fixed lists (normalizes each item)
-clean_names := params.get_list_namefix("categories")!
-```
-
-Supported list types:
-
-- `get_list()`: String list
-- `get_list_u8()`, `get_list_u16()`, `get_list_u32()`, `get_list_u64()`: Unsigned integers
-- `get_list_i8()`, `get_list_i16()`, `get_list_int()`, `get_list_i64()`: Signed integers
-- `get_list_f32()`, `get_list_f64()`: Floating point numbers
-
-Each list method has a corresponding `_default` version that accepts a default value.
-
-Valid list formats:
-
-```v
-users: "john, jane,bob"
-ids: "1,2,3,4,5"
-```
-
-### Advanced
-
-```v
-get_map() map[string]string
-
-get_path(key string) !string
-
-get_path_create(key string) !string //will create path if it doesnt exist yet
-
-get_percentage(key string) !f64
-
-get_percentage_default(key string, defval string) !f64
-
-//convert GB, MB, KB to bytes e.g. 10 GB becomes bytes in u64
-get_storagecapacity_in_bytes(key string) !u64
-
-get_storagecapacity_in_bytes_default(key string, defval u64) !u64
-
-get_storagecapacity_in_gigabytes(key string) !u64
-
-//Get Expiration object from time string input input can be either relative or absolute## Relative time
-get_time(key string) !ourtime.OurTime
-
-get_time_default(key string, defval ourtime.OurTime) !ourtime.OurTime
-
-get_time_interval(key string) !Duration
-
-get_timestamp(key string) !Duration
-
-get_timestamp_default(key string, defval Duration) !Duration
-
-```

aiprompts/ai_core/heroscript & params instructions.md

@@ -1,309 +0,0 @@
-# how to work with heroscript in vlang
-
-## heroscript
-
-Heroscript is our small scripting language which has following structure
-
-an example of a heroscript is
-
-```heroscript
-
-!!dagu.script_define
-	name: 'test_dag'
-	homedir:''
-	title:'a title'
-	reset:1
-	start:true //trie or 1 is same
-	colors: 'green,red,purple' //lists are comma separated
-	description: '
-		a description can be multiline
-
-		like this
-		'
-
-
-!!dagu.add_step
-	dag: 'test_dag'
-	name: 'hello_world'
-	command: 'echo hello world'
-
-!!dagu.add_step
-	dag: 'test_dag'
-	name: 'last_step'
-	command: 'echo last step'
-
-
-```
-
-Notice how:
-- every action starts with !!
-	- the first part is the actor e.g. dagu in this case
-	- the 2e part is the action name
-- multilines are supported see the description field
-
-## how to process heroscript in Vlang
-
-- heroscript can be converted to a struct,
-- the methods available to get the params are in 'params' section further in this doc
-
-
-```vlang
-
-fn test_play_dagu() ! {
-	mut plbook := playbook.new(text: thetext_from_above)!
-	play_dagu(mut plbook)! //see below in vlang block there it all happens
-}
-
-
-pub fn play_dagu(mut plbook playbook.PlayBook) ! {
-
-	//find all actions are !!$actor.$actionname.  in this case above the actor is !!dagu, we check with the fitler if it exists, if not we return
-	dagu_actions := plbook.find(filter: 'dagu.')!
-	if dagu_actions.len == 0 {
-		return
-	}	
-	play_dagu_basic(mut plbook)!
-}
-
-pub struct DaguScript {
-pub mut:
-	name string
-	homedir string
-	title string
-	reset bool
-	start bool
-	colors []string
-}
-
-// play_dagu plays the dagu play commands
-pub fn play_dagu_basic(mut plbook playbook.PlayBook) ! {
-
-	//now find the specific ones for dagu.script_define
-	mut actions := plbook.find(filter: 'dagu.script_define')!
-
-	if actions.len > 0 {
-		for myaction in actions {
-			mut p := myaction.params       //get the params object from the action object, this can then be processed using the param getters      
-			mut obj := DaguScript{
-				//INFO: all details about the get methods can be found in 'params get methods' section
-				name : p.get('name')! //will give error if not exist			
-				homedir : p.get('homedir')!
-				title : p.get_default('title', 'My Hero DAG')!  //uses a default if not set
-				reset : p.get_default_false('reset') 
-				start : p.get_default_true('start')
-				colors : p.get_list('colors')
-				description : p.get_default('description','')!					
-			}
-			... 
-		}
-	}
-
-    //there can be more actions which will have other filter
-	
-}
-
-```
-
-## params get methods (param getters)
-
-```vlang
-
-fn (params &Params) exists(key_ string) bool
-
-//check if arg exist (arg is just a value in the string e.g. red, not value:something) 
-fn (params &Params) exists_arg(key_ string) bool
-
-//see if the kwarg with the key exists if yes return as string trimmed
-fn (params &Params) get(key_ string) !string
-
-//return the arg with nr, 0 is the first    
-fn (params &Params) get_arg(nr int) !string
-
-//return arg, if the nr is larger than amount of args, will return the defval
-fn (params &Params) get_arg_default(nr int, defval string) !string
-
-fn (params &Params) get_default(key string, defval string) !string
-
-fn (params &Params) get_default_false(key string) bool
-
-fn (params &Params) get_default_true(key string) bool
-
-fn (params &Params) get_float(key string) !f64
-
-fn (params &Params) get_float_default(key string, defval f64) !f64
-
-fn (params &Params) get_from_hashmap(key_ string, defval string, hashmap map[string]string) !string
-
-fn (params &Params) get_int(key string) !int
-
-fn (params &Params) get_int_default(key string, defval int) !int
-
-//Looks for a list of strings in the parameters. ',' are used as deliminator to list
-fn (params &Params) get_list(key string) ![]string
-
-fn (params &Params) get_list_default(key string, def []string) ![]string
-
-fn (params &Params) get_list_f32(key string) ![]f32
-
-fn (params &Params) get_list_f32_default(key string, def []f32) []f32
-
-fn (params &Params) get_list_f64(key string) ![]f64
-
-fn (params &Params) get_list_f64_default(key string, def []f64) []f64
-
-fn (params &Params) get_list_i16(key string) ![]i16
-
-fn (params &Params) get_list_i16_default(key string, def []i16) []i16
-
-fn (params &Params) get_list_i64(key string) ![]i64
-
-fn (params &Params) get_list_i64_default(key string, def []i64) []i64
-
-fn (params &Params) get_list_i8(key string) ![]i8
-
-fn (params &Params) get_list_i8_default(key string, def []i8) []i8
-
-fn (params &Params) get_list_int(key string) ![]int
-
-fn (params &Params) get_list_int_default(key string, def []int) []int
-
-fn (params &Params) get_list_namefix(key string) ![]string
-
-fn (params &Params) get_list_namefix_default(key string, def []string) ![]string
-
-fn (params &Params) get_list_u16(key string) ![]u16
-
-fn (params &Params) get_list_u16_default(key string, def []u16) []u16
-
-fn (params &Params) get_list_u32(key string) ![]u32
-
-fn (params &Params) get_list_u32_default(key string, def []u32) []u32
-
-fn (params &Params) get_list_u64(key string) ![]u64
-
-fn (params &Params) get_list_u64_default(key string, def []u64) []u64
-
-fn (params &Params) get_list_u8(key string) ![]u8
-
-fn (params &Params) get_list_u8_default(key string, def []u8) []u8
-
-fn (params &Params) get_map() map[string]string
-
-fn (params &Params) get_path(key string) !string
-
-fn (params &Params) get_path_create(key string) !string
-
-fn (params &Params) get_percentage(key string) !f64
-
-fn (params &Params) get_percentage_default(key string, defval string) !f64
-
-//convert GB, MB, KB to bytes e.g. 10 GB becomes bytes in u64
-fn (params &Params) get_storagecapacity_in_bytes(key string) !u64
-
-fn (params &Params) get_storagecapacity_in_bytes_default(key string, defval u64) !u64
-
-fn (params &Params) get_storagecapacity_in_gigabytes(key string) !u64
-
-//Get Expiration object from time string input input can be either relative or absolute## Relative time
-fn (params &Params) get_time(key string) !ourtime.OurTime
-
-fn (params &Params) get_time_default(key string, defval ourtime.OurTime) !ourtime.OurTime
-
-fn (params &Params) get_time_interval(key string) !Duration
-
-fn (params &Params) get_timestamp(key string) !Duration
-
-fn (params &Params) get_timestamp_default(key string, defval Duration) !Duration
-
-fn (params &Params) get_u32(key string) !u32
-
-fn (params &Params) get_u32_default(key string, defval u32) !u32
-
-fn (params &Params) get_u64(key string) !u64
-
-fn (params &Params) get_u64_default(key string, defval u64) !u64
-
-fn (params &Params) get_u8(key string) !u8
-
-fn (params &Params) get_u8_default(key string, defval u8) !u8
-
-```
-
-## how internally a heroscript gets parsed for params
-
-- example to show how a heroscript gets parsed in action with params
-- params are part of action object
-
-```heroscript
-example text to parse (heroscript)
-
-id:a1 name6:aaaaa
-name:'need to do something 1' 
-description:
-    '
-    ## markdown works in it
-    description can be multiline
-    lets see what happens
-
-    - a
-    - something else
-
-    ### subtitle
-    '
-
-name2:   test
-name3: hi 
-name10:'this is with space'  name11:aaa11
-
-name4: 'aaa'
-
-//somecomment
-name5:   'aab'
-```
-
-the params are part of the action and are represented as follow for the above:
-
-```vlang
-Params{
-    params: [Param{
-        key: 'id'
-        value: 'a1'
-    }, Param{
-        key: 'name6'
-        value: 'aaaaa'
-    }, Param{
-        key: 'name'
-        value: 'need to do something 1'
-    }, Param{
-        key: 'description'
-        value: '## markdown works in it
-
-                description can be multiline
-                lets see what happens
-
-                - a
-                - something else
-
-                ### subtitle
-                '
-        }, Param{
-            key: 'name2'
-            value: 'test'
-        }, Param{
-            key: 'name3'
-            value: 'hi'
-        }, Param{
-            key: 'name10'
-            value: 'this is with space'
-        }, Param{
-            key: 'name11'
-            value: 'aaa11'
-        }, Param{
-            key: 'name4'
-            value: 'aaa'
-        }, Param{
-            key: 'name5'
-            value: 'aab'
-        }]
-    }
-```

aiprompts/ai_core/osal_os_system_tools.md

@@ -1,441 +0,0 @@
-# module osal
-
-import as
-
-```vlang
-import freeflowuniverse.osal
-
-osal.ping...
-
-```
-
-## ping
-
-```go
-assert ping(address:"338.8.8.8")==.unknownhost
-assert ping(address:"8.8.8.8")==.ok
-assert ping(address:"18.8.8.8")==.timeout
-```
-
-will do a panic if its not one of them, an unknown error
-
-## platform
-
-```go
-if platform()==.osx{
-    //do something
-}
-
-pub enum PlatformType {
-    unknown
-    osx
-    ubuntu
-    alpine
-}
-
-pub enum CPUType {
-    unknown
-    intel
-    arm
-    intel32
-    arm32
-}
-
-```
-
-## process
-
-### execute jobs
-
-```v
-mut job2:=osal.exec(cmd:"ls /")?
-println(job2)
-
-//wont die, the result can be found in /tmp/execscripts
-mut job:=osal.exec(cmd:"ls dsds",ignore_error:true)?
-//this one has an error
-println(job)
-```
-
-All scripts are executed from a file from /tmp/execscripts
-
-If the script executes well then its removed, so no leftovers, if it fails the script stays in the dir
-
-### check process logs
-
-```
-mut pm:=process.processmap_get()?
-```
-
-info returns like:
-
-```json
-}, freeflowuniverse.process.ProcessInfo{
-        cpu_perc: 0
-        mem_perc: 0
-        cmd: 'mc'
-        pid: 84455
-        ppid: 84467
-        rss: 3168
-    }, freeflowuniverse.process.ProcessInfo{
-        cpu_perc: 0
-        mem_perc: 0
-        cmd: 'zsh -Z -g'
-        pid: 84467
-        ppid: 84469
-        rss: 1360
-    }]
-```
-
-## other commands
-
-fn bin*path() !string
-fn cmd_add(args* CmdAddArgs) !
-copy a binary to the right location on the local computer . e.g. is /usr/local/bin on linux . e.g. is ~/hero/bin on osx . will also add the bin location to the path of .zprofile and .zshrc (different per platform)
-fn cmd*exists(cmd string) bool
-fn cmd_exists_profile(cmd string) bool
-fn cmd_path(cmd string) !string
-is same as executing which in OS returns path or error
-fn cmd_to_script_path(cmd Command) !string
-will return temporary path which then can be executed, is a helper function for making script out of command
-fn cputype() CPUType
-fn cputype_enum_from_string(cpytype string) CPUType
-Returns the enum value that matches the provided string for CPUType
-fn dir_delete(path string) !
-remove all if it exists
-fn dir_ensure(path string) !
-remove all if it exists
-fn dir_reset(path string) !
-remove all if it exists and then (re-)create
-fn done_delete(key string) !
-fn done_exists(key string) bool
-fn done_get(key string) ?string
-fn done_get_int(key string) int
-fn done_get_str(key string) string
-fn done_print() !
-fn done_reset() !
-fn done_set(key string, val string) !
-fn download(args* DownloadArgs) !pathlib.Path
-if name is not specified, then will be the filename part if the last ends in an extension like .md .txt .log .text ... the file will be downloaded
-fn env_get(key string) !string
-Returns the requested environment variable if it exists or throws an error if it does not
-fn env_get_all() map[string]string
-Returns all existing environment variables
-fn env_get_default(key string, def string) string
-Returns the requested environment variable if it exists or returns the provided default value if it does not
-fn env_set(args EnvSet)
-Sets an environment if it was not set before, it overwrites the enviroment variable if it exists and if overwrite was set to true (default)
-fn env_set_all(args EnvSetAll)
-Allows to set multiple enviroment variables in one go, if clear_before_set is true all existing environment variables will be unset before the operation, if overwrite_if_exists is set to true it will overwrite all existing enviromnent variables
-fn env_unset(key string)
-Unsets an environment variable
-fn env_unset_all()
-Unsets all environment variables
-fn exec(cmd Command) !Job
-cmd is the cmd to execute can use ' ' and spaces . if \n in cmd it will write it to ext and then execute with bash . if die==false then will just return returncode,out but not return error . if stdout will show stderr and stdout . . if cmd starts with find or ls, will give to bash -c so it can execute . if cmd has no path, path will be found . . Command argument: .
-
-````
-name string // to give a name to your command, good to see logs...
-cmd string
-description string
-timeout int = 3600 // timeout in sec
-stdout bool = true
-stdout_log bool = true
-raise_error bool = true // if false, will not raise an error but still error report
-ignore_error bool // means if error will just exit and not raise, there will be no error reporting
-work_folder string // location where cmd will be executed
-environment map[string]string // env variables
-ignore_error_codes []int
-scriptpath string // is the path where the script will be put which is executed
-scriptkeep bool // means we don't remove the script
-debug bool // if debug will put +ex in the script which is being executed and will make sure script stays
-shell bool // means we will execute it in a shell interactive
-retry int
-interactive bool = true // make sure we run on non interactive way
-async bool
-runtime RunTime (.bash, .python)
-
-     returns Job:
-     start  time.Time
-     end    time.Time
-     cmd    Command
-     output []string
-     error    []string
-     exit_code int
-     status JobStatus
-     process os.Process
-    ```
-    return Job .
-
-fn exec_string(cmd Command) !string
-cmd is the cmd to execute can use ' ' and spaces if \n in cmd it will write it to ext and then execute with bash if die==false then will just return returncode,out but not return error if stdout will show stderr and stdout
-
-    if cmd starts with find or ls, will give to bash -c so it can execute if cmd has no path, path will be found $... are remplaced by environment arguments TODO:implement
-
-    Command argument: cmd string timeout int = 600 stdout bool = true die bool = true debug bool
-
-    return what needs to be executed can give it to bash -c ...
-
-fn execute*debug(cmd string) !string
-fn execute_interactive(cmd string) !
-shortcut to execute a job interactive means in shell
-fn execute_ok(cmd string) bool
-executes a cmd, if not error return true
-fn execute_silent(cmd string) !string
-shortcut to execute a job silent
-fn execute_stdout(cmd string) !string
-shortcut to execute a job to stdout
-fn file_read(path string) !string
-fn file_write(path string, text string) !
-fn get_logger() log.Logger
-Returns a logger object and allows you to specify via environment argument OSAL_LOG_LEVEL the debug level
-fn hero_path() !string
-fn hostname() !string
-fn initname() !string
-e.g. systemd, bash, zinit
-fn ipaddr_pub_get() !string
-Returns the ipaddress as known on the public side is using resolver4.opendns.com
-fn is_linux()! bool
-fn is_linux_arm()! bool
-fn is_linux_intel()! bool
-fn is_osx()! bool
-fn is_osx_arm()! bool
-fn is_osx_intel()! bool
-fn is_ubuntu()! bool
-fn load_env_file(file_path string) !
-fn memdb_exists(key string) bool
-fn memdb_get(key string) string
-fn memdb_set(key string, val string)
-fn package_install(name* string) !
-install a package will use right commands per platform
-fn package_refresh() !
-update the package list
-fn ping(args PingArgs) PingResult
-if reached in timout result will be True address is e.g. 8.8.8.8 ping means we check if the destination responds
-fn platform() PlatformType
-fn platform_enum_from_string(platform string) PlatformType
-fn process_exists(pid int) bool
-fn process_exists_byname(name string) !bool
-fn process_kill_recursive(args ProcessKillArgs) !
-kill process and all the ones underneith
-fn processinfo_children(pid int) !ProcessMap
-get all children of 1 process
-fn processinfo_get(pid int) !ProcessInfo
-get process info from 1 specific process returns
-`     pub struct ProcessInfo {
-     pub mut:
-     	cpu_perc	f32
-     	mem_perc	f32
-     	cmd 		string
-     	pid 		int
-     	ppid 		int
-     	//resident memory
-     	rss			int
-     }
-   `
-fn processinfo_get_byname(name string) ![]ProcessInfo
-fn processinfo_with_children(pid int) !ProcessMap
-return the process and its children
-fn processmap_get() !ProcessMap
-make sure to use new first, so that the connection has been initted then you can get it everywhere
-fn profile_path() string
-fn profile_path_add(args ProfilePathAddArgs) !
-add the following path to a profile
-fn profile_path_add_hero() !string
-fn profile_path_source() string
-return the source statement if the profile exists
-fn profile_path_source_and() string
-return source $path && . or empty if it doesn't exist
-fn sleep(duration int)
-sleep in seconds
-fn tcp_port_test(args TcpPortTestArgs) bool
-test if a tcp port answers
-`     address string //192.168.8.8
-     port int = 22
-     timeout u16 = 2000 // total time in milliseconds to keep on trying
-   `
-fn user_add(args UserArgs) !int
-add's a user if the user does not exist yet
-fn user_exists(username string) bool
-fn user_id_get(username string) !int
-fn usr_local_path() !string
-/usr/local on linux, ${os.home_dir()}/hero on osx
-fn whoami() !string
-fn write_flags[T](options T) string
-enum CPUType {
-unknown
-intel
-arm
-intel32
-arm32
-}
-enum ErrorType {
-exec
-timeout
-args
-}
-enum JobStatus {
-init
-running
-error_exec
-error_timeout
-error_args
-done
-}
-enum PMState {
-init
-ok
-old
-}
-enum PingResult {
-ok
-timeout // timeout from ping
-unknownhost // means we don't know the hostname its a dns issue
-}
-enum PlatformType {
-unknown
-osx
-ubuntu
-alpine
-arch
-suse
-}
-enum RunTime {
-bash
-python
-heroscript
-herocmd
-v
-}
-struct CmdAddArgs {
-pub mut:
-cmdname string
-source string @[required] // path where the binary is
-symlink bool // if rather than copy do a symlink
-reset bool // if existing cmd will delete
-// bin_repo_url string = 'https://github.com/freeflowuniverse/freeflow_binary' // binary where we put the results
-}
-struct Command {
-pub mut:
-name string // to give a name to your command, good to see logs...
-cmd string
-description string
-timeout int = 3600 // timeout in sec
-stdout bool = true
-stdout_log bool = true
-raise_error bool = true // if false, will not raise an error but still error report
-ignore_error bool // means if error will just exit and not raise, there will be no error reporting
-work_folder string // location where cmd will be executed
-environment map[string]string // env variables
-ignore_error_codes []int
-scriptpath string // is the path where the script will be put which is executed
-scriptkeep bool // means we don't remove the script
-debug bool // if debug will put +ex in the script which is being executed and will make sure script stays
-shell bool // means we will execute it in a shell interactive
-retry int
-interactive bool = true
-async bool
-runtime RunTime
-}
-struct DownloadArgs {
-pub mut:
-name string // optional (otherwise derived out of filename)
-url string
-reset bool // will remove
-hash string // if hash is known, will verify what hash is
-dest string // if specified will copy to that destination
-timeout int = 180
-retry int = 3
-minsize_kb u32 = 10 // is always in kb
-maxsize_kb u32
-expand_dir string
-expand_file string
-}
-struct EnvSet {
-pub mut:
-key string @[required]
-value string @[required]
-overwrite bool = true
-}
-struct EnvSetAll {
-pub mut:
-env map[string]string
-clear_before_set bool
-overwrite_if_exists bool = true
-}
-struct Job {
-pub mut:
-start time.Time
-end time.Time
-cmd Command
-output string
-error string
-exit_code int
-status JobStatus
-process ?&os.Process @[skip; str: skip]
-runnr int // nr of time it runs, is for retry
-}
-fn (mut job Job) execute_retry() !
-execute the job and wait on result will retry as specified
-fn (mut job Job) execute() !
-execute the job, start process, process will not be closed . important you need to close the process later by job.close()! otherwise we get zombie processes
-fn (mut job Job) wait() !
-wait till the job finishes or goes in error
-fn (mut job Job) process() !
-process (read std.err and std.out of process)
-fn (mut job Job) close() !
-will wait & close
-struct JobError {
-Error
-pub mut:
-job Job
-error_type ErrorType
-}
-struct PingArgs {
-pub mut:
-address string @[required]
-count u8 = 1 // the ping is successful if it got count amount of replies from the other side
-timeout u16 = 1 // the time in which the other side should respond in seconds
-retry u8
-}
-struct ProcessInfo {
-pub mut:
-cpu_perc f32
-mem_perc f32
-cmd string
-pid int
-ppid int // parentpid
-// resident memory
-rss int
-}
-fn (mut p ProcessInfo) str() string
-struct ProcessKillArgs {
-pub mut:
-name string
-pid int
-}
-struct ProcessMap {
-pub mut:
-processes []ProcessInfo
-lastscan time.Time
-state PMState
-pids []int
-}
-struct ProfilePathAddArgs {
-pub mut:
-path string @[required]
-todelete string // see which one to remove
-}
-struct TcpPortTestArgs {
-pub mut:
-address string @[required] // 192.168.8.8
-port int = 22
-timeout u16 = 2000 // total time in milliseconds to keep on trying
-}
-struct UserArgs {
-pub mut:
-name string @[required]
-}
-
--
-````

aiprompts/ai_instruct/generate_player_for_models.md

@@ -1,39 +0,0 @@
-generate specs for /Users/despiegk/code/github/freeflowuniverse/herolib/lib/circles/actions
-
-use mcp
-
-get the output of it un actions/specs.v
-
-then use these specs.v
-
-to generate play command instructions see @3_heroscript_vlang.md 
-
-this play command gets heroscript in and will then call the methods for actions as are ONLY in @lib/circles/actions/db 
-
-so the play only calls the methods in @lib/circles/actions/db 
-
-
-# put the play commands in
-
-/Users/despiegk/code/github/freeflowuniverse/herolib/lib/circles/actions/play
-
-do one file in the module per action
-
-each method is an action
-
-put them all on one Struct called Player
-in this Player we have a method per action
-
-Player has a property called actor: which is the name of the actor as is used in the heroscript
-Player has also a output called return format which is enum for heroscript or json
-
-input of the method - action is a params object
-
-on player there is a method play which takes the text as input or playbook
-
-if text then playbook is created
-
-then we walk over all actions
-
-all the ones starting with actions in this case are given to the right method
-

aiprompts/binencoder.md

@@ -1 +0,0 @@
-../lib/data/encoder/readme.md

aiprompts/bizmodel/bizmodel_cost.md

@@ -0,0 +1,51 @@
+# Cost Module Documentation
+
+This module provides functionalities related to managing various costs within the business model.
+
+## Actions
+
+### `!!bizmodel.cost_define`
+
+Defines a cost item and its associated properties.
+
+**Parameters:**
+
+* `bizname` (string, required): The name of the business model instance to which this cost belongs.
+*   `descr` (string, required): Description of the cost item. If `name` is not provided, it will be derived from this.
+*   `name` (string, optional): Unique name for the cost item. If not provided, it will be generated from `descr`.
+*   `cost` (string, required): The cost value. Can be a fixed value (e.g., '1000USD') or a growth rate (e.g., '0:1000,59:2000'). If `indexation` is used, this should not contain a colon. This value is extrapolated.
+*   `indexation` (percentage, optional, default: '0%'): Annual indexation rate for the cost. Applied over 6 years if specified.
+*   `costcenter` (string, optional): The costcenter associated with this cost.
+*   `cost_percent_revenue` (percentage, optional, default: '0%'): Ensures the cost is at least this percentage of the total revenue.
+*   `extrapolate`: If you want to extrapolate revenue or cogs do extrapolate:1, default is 0.
+
+### `!!bizmodel.costcenter_define`
+
+Defines a cost center.
+
+**Parameters:**
+
+* `bizname` (string, required): The name of the business model instance to which this cost belongs.
+*   `descr` (string, required): Description of the cost center. If `name` is not provided, it will be derived from this.
+*   `name` (string, optional): Unique name for the cost center. If not provided, it will be generated from `descr`.
+*   `department` (string, optional): The department associated with this cost center.
+
+
+## **Example:**
+
+```js
+!!bizmodel.costcenter_define bizname:'test' 
+    descr:'Marketing Cost Center'
+    name:'marketing_cc'
+    department:'marketing'
+
+
+!!bizmodel.cost_define bizname:'test' 
+    descr:'Office Rent'
+    cost:'5000USD'
+    indexation:'3%'
+    costcenter:'marketing_cc'
+    cost_percent_revenue:'1%'
+
+```
+

aiprompts/bizmodel/bizmodel_funding.md

@@ -0,0 +1,35 @@
+# Funding Module Documentation
+
+This module provides functionalities related to managing various funding sources within the business model.
+
+## Actions
+
+### `!!bizmodel.funding_define`
+
+Defines a funding entity and its associated properties.
+
+**Parameters:**
+
+*   `bizname` (string, required): The name of the business model instance to which this funding belongs.
+*   `name` (string, required): Identifier for the funding entity.
+*   `descr` (string, optional): Human-readable description. If not provided, it will be derived from `description`.
+*   `investment` (string, required): Format `month:amount`, e.g., '0:10000,12:5000'. This value is extrapolated.
+*   `type` (string, optional, default: 'capital'): The type of funding. Allowed values: 'loan' or 'capital'.
+*   `extrapolate`: If you want to extrapolate revenue or cogs do extrapolate:1, default is 0.
+
+### `funding_total`
+
+Calculates the total funding.
+
+## **Example:**
+
+```js
+!!bizmodel.funding_define bizname:'test' name:'seed_capital'
+    descr:'Initial Seed Capital Investment'
+    investment:'0:500000,12:200000'
+    type:'capital'
+
+!!bizmodel.funding_define bizname:'test' name:'bank_loan'
+    descr:'Bank Loan for Expansion'
+    investment:'6:100000,18:50000'
+    type:'loan'

aiprompts/bizmodel/bizmodel_generation_prompt.md

@@ -0,0 +1,24 @@
+create a bizmodel for a startup called threefold
+
+it has 4 departments
+- engineering
+- operations
+- sales
+- admin
+
+I need modest engineering 10, 5 people, team nr of people grows 10% per year, with max of 20 people
+I need operational team of 2 people and 4% of revenue
+
+I am selling services on a cloud, it starts at 10k USD a month after 10 months, then growing to 1 million a month after 3 years, then 5% up per year
+
+we have 3 offices
+
+we have 5m funding day 1
+
+travelcost is 3% of revenue
+
+create me the full heroscript which gives me this biz model
+
+create bizmodel.heroscript in ~/code/github/freeflowuniverse/herolib/examples/biztools/generated_ai
+
+as well as a do.vsh file which executes the heroscript and does a pprint, in do.vsh , call play with heroscript_path arg

aiprompts/bizmodel/bizmodel_hr.md

@@ -0,0 +1,69 @@
+# HR Module Documentation
+
+This module provides functionalities related to Human Resources within the business model.
+
+## Actions
+
+All actions in the `bizmodel` module accept a `bizname` parameter (string, required) which specifies the business model instance to which the action applies.
+
+### `bizmodel.employee_define`
+
+Defines an employee and their associated costs within the business model.
+
+**Parameters:**
+
+* `bizname` (string, required): The name of the business model instance to which this cost belongs.
+*   `descr` (string, required): Description of the employee (e.g., 'Junior Engineer'). If `name` is not provided, it will be derived from this.
+*   `name` (string, optional): Unique name for the employee. If not provided, it will be generated from `descr`.
+*   `cost` (string, required): The cost associated with the employee. Can be a fixed value (e.g., '4000USD') or a growth rate (e.g., '1:5,60:30'). If `indexation` is used, this should not contain a colon.
+*   `nrpeople` (string, optional, default: '1'): The number of people for this employee definition. Can be a fixed number or a growth rate (e.g., '1:5,60:30').
+*   `indexation` (percentage, optional, default: '0%'): Annual indexation rate for the cost. Applied over 6 years if specified.
+*   `department` (string, optional): The department the employee belongs to.
+*   `cost_percent_revenue` (percentage, optional, default: '0%'): Ensures the employee cost is at least this percentage of the total revenue.
+*   `costcenter` (string, optional, default: 'default_costcenter'): The cost center for the employee.
+*   `page` (string, optional): A reference to a page or document related to this employee.
+*   `fulltime` (percentage, optional, default: '100%'): The full-time percentage of the employee.
+
+
+### `bizmodel.department_define`
+
+Defines a department within the business model.
+
+**Parameters:**
+
+* `bizname` (string, required): The name of the business model instance to which this cost belongs.
+*   `name` (string, required): Unique name for the department.
+*   `descr` (string, optional): Description of the department. If not provided, `description` will be used.
+*   `description` (string, optional): Description of the department. Used if `descr` is not provided.
+*   `title` (string, optional): A title for the department.
+*   `page` (string, optional): A reference to a page or document related to this department.
+
+## **Example:**
+
+```js
+
+!!bizmodel.department_define bizname:'test' 
+    name:'engineering'
+    descr:'Software Development Department'
+    title:'Engineering Division'
+    //optional, if set overrules the hr_params
+    //avg_monthly_cost:'6000USD' avg_indexation:'5%'
+
+!!bizmodel.employee_define bizname:'test'
+    name:'ourclo'
+    descr:'CLO'
+    cost:'10000EUR'
+    indexation:'5%'
+
+!!bizmodel.employee_define bizname:'test' 
+    name:'junior_engineer'
+    descr:'Junior Engineer'
+    nrpeople:'1:5,60:30'
+    cost:'4000USD'
+    indexation:'5%'
+    department:'engineering'
+    cost_percent_revenue:'4%'
+
+
+```
+

aiprompts/bizmodel/bizmodel_revenue.md

@@ -0,0 +1,92 @@
+# Revenue 
+
+```
+!!bizmodel.revenue_define bizname:'test' name:'oem1' ...
+```
+
+## Params
+
+- bizname, is the name of the biz model we are populating
+- name, name of product, project
+- descr, description of the revenue line item
+- nr_months_recurring: e.g. 60 is 5 years
+
+## discrete revenue/cogs (not per item)
+
+cogs stands for cost of goods
+
+- revenue: one of revenue, can be extrapolated if specified
+- cogs: cost of goods, this is the cost of the revenue, can be extrapolated if specified
+- cogs_percent: percent of revenue
+- cogs_delay: delay in months between cogs and revenue
+- extrapolate: if you want to extrapolate revenue or cogs do extrapolate:1, default is 0
+
+### results in 
+
+follow rows in sheets
+
+- {name}_ + all the arg names as mentioned above...
+- {name}_revenue_total
+- {name}_cogs_total
+
+## grouped per items sold
+
+- nr_sold: how many do we sell per month (is in growth format e.g. 10:100,20:200, default is 1)
+- revenue_item_setup, revenue for 1 item '1000usd'
+- revenue_item_setup_delay, delay between sell and recognition of sale in months e.g. 1
+- revenue_item_monthly, revenue per month for 1 item
+- revenue_item_monthly_delay, how many months before monthly revenue starts
+- revenue_item_monthly_perc, how much percent of revenue_item_setup will come back over months e.g. 20% 
+- cogs_item_setup, cost of good for 1 item at setup
+- cogs_item_setup_rev_perc: what is percentage of the revenue which is cogs, e.g. 2%
+- cogs_item_monthly, cost of goods for the monthly per 1 item
+- cogs_item_monthly_rev_perc: what is percentage of the monthly revenue which is cogs, e.g. 10%
+- cogs_item_delay, how many months before cogs starts after sales
+
+
+
+### results in 
+
+follow rows in sheets
+
+- {name}_ + all the arg names as mentioned above...
+- {name}_revenue_item_setup_total
+- {name}_revenue_item_monthly_total
+- {name}_revenue_item_total
+
+- {name}_cogs_item_total
+
+## to use
+
+### basic example
+
+```v
+
+import freeflowuniverse.herolib.biz.bizmodel
+import os
+
+heroscript:="
+
+Next will define an OEM product in month 10, 1 Million EUR, ... cogs is a percent which is 20% at start but goes to 10% after 20 months.
+
+!!bizmodel.revenue_define bizname:'test' name:'oem1'
+    descr:'OEM Deals'  
+    revenue:'10:1000000EUR,15:3333,20:1200000'
+    cogs_percent: '1:20%,20:10%'  
+
+
+This time we have the cogs defined in fixed manner, the default currency is USD doesn't have to be mentioned.
+
+!!bizmodel.revenue_define bizname:'test' name:'oem2'
+    descr:'OEM Deals'  
+    revenue:'10:1000000EUR,15:3333,20:1200000'
+    cogs: '10:100000,15:1000,20:120000'  
+"
+
+bizmodel.play(heroscript:heroscript)!
+
+mut bm:=bizmodel.get("test")!
+
+bm.sheet.pprint()!
+
+```

aiprompts/bizmodel/costs.heroscript

@@ -0,0 +1,38 @@
+
+//need to define some revenue because otherwise can't see how HR relates to it
+!!bizmodel.revenue_define bizname:'test' name:'oem1' extrapolate:1
+    descr:'OEM Deals'  revenue:'0:1000000,60:10000000' 
+    cogs_percent: '0:20%'
+
+!!bizmodel.department_define bizname:'test' name:'marketing'
+    descr:'Marketing Department'
+
+!!bizmodel.department_define bizname:'test' name:'engineering'
+    descr:'Engineering Department'
+
+!!bizmodel.costcenter_define bizname:'test' name:'marketing_cc'
+    descr:'Marketing Cost Center'
+    department:'marketing'
+
+!!bizmodel.cost_define bizname:'test' name:'office_rent'
+    descr:'Office Rent'
+    cost:'8000USD'
+    indexation:'3%'
+    costcenter:'marketing_cc'
+    cost_percent_revenue:'0.5%'
+
+!!bizmodel.cost_define bizname:'test' name:'travel'
+    descr:'Office Rent'
+    cost:'2:5000USD' //start month 3
+    costcenter:'marketing_cc'
+
+!!bizmodel.cost_define bizname:'test' name:'triptomoon'
+    descr:'Office Rent'
+    cost:'10:500000USD' extrapolate:0 //this means we do a one off cost in this case month 11
+    costcenter:'marketing_cc'
+
+
+// !!bizmodel.cost_define bizname:'test' name:'software_licenses'
+//     descr:'Annual Software Licenses'
+//     cost:'0:10000 10:EUR:20kCHF,12:5000USD'
+//     department:'engineering'

aiprompts/code/opeapi.md

@@ -1,15 +0,0 @@
-for @lib/circles/mcc 
-
-generate openapi 3.1 spec
-do it as one file called openapi.yaml and put in the dir as mentioned above
-
-based on the models and db implementation
-
-implement well chosen examples in the openapi spec
-
-note: in OpenAPI 3.1.0, the example property is deprecated in favor of examples
-
-do this for the models & methods as defined below
-
-do it also for the custom and generic methods, don't forget any
-

aiprompts/code/opeapi_full.md

@@ -1,197 +0,0 @@
-in @lib/circles/mcc 
-generate openapi 3.1 spec
-based on the models and db implementation
-
-implement well chosen examples in the openapi spec
-
-note: in OpenAPI 3.1.0, the example property is deprecated in favor of examples.
-
-do this for the models & methods as defined below
-
-do it for custom and generic methods, don't forget any
-
-```v
-
-// CalendarEvent represents a calendar event with all its properties
-pub struct CalendarEvent {
-pub mut:
-    id           u32      // Unique identifier
-    title        string   // Event title
-    description  string   // Event details
-    location     string   // Event location
-    start_time   ourtime.OurTime  
-    end_time     ourtime.OurTime  // End time
-    all_day      bool     // True if it's an all-day event
-    recurrence   string   // RFC 5545 Recurrence Rule (e.g., "FREQ=DAILY;COUNT=10")
-    attendees    []string // List of emails or user IDs
-    organizer    string   // Organizer email
-    status       string   // "CONFIRMED", "CANCELLED", "TENTATIVE"
-    caldav_uid   string   // CalDAV UID for syncing
-    sync_token   string   // Sync token for tracking changes
-    etag         string   // ETag for caching
-    color        string   // User-friendly color categorization
-}
-
-
-// Email represents an email message with all its metadata and content
-pub struct Email {
-pub mut:
-	// Database ID
-	id           u32          // Database ID (assigned by DBHandler)
-	// Content fields
-	uid          u32          // Unique identifier of the message (in the circle)
-	seq_num      u32          // IMAP sequence number (in the mailbox)
-	mailbox      string       // The mailbox this email belongs to
-	message      string       // The email body content
-	attachments  []Attachment // Any file attachments
-
-	// IMAP specific fields
-	flags        []string     // IMAP flags like \Seen, \Deleted, etc.
-	internal_date i64         // Unix timestamp when the email was received
-	size         u32          // Size of the message in bytes
-	envelope     ?Envelope    // IMAP envelope information (contains From, To, Subject, etc.)
-}
-
-// Attachment represents an email attachment
-pub struct Attachment {
-pub mut:
-	filename     string
-	content_type string
-	data         string // Base64 encoded binary data
-}
-
-// Envelope represents an IMAP envelope structure
-pub struct Envelope {
-pub mut:
-	date        i64
-	subject     string
-	from        []string
-	sender      []string
-	reply_to    []string
-	to          []string
-	cc          []string
-	bcc         []string
-	in_reply_to string
-	message_id  string
-}
-```
-
-methods
-
-```v
-pub fn (mut m MailDB) new() Email {
-}
-
-// set adds or updates an email
-pub fn (mut m MailDB) set(email Email) !Email {
-}
-
-// get retrieves an email by its ID
-pub fn (mut m MailDB) get(id u32) !Email {
-}
-
-// list returns all email IDs
-pub fn (mut m MailDB) list() ![]u32 {
-}
-
-pub fn (mut m MailDB) getall() ![]Email {
-}
-
-// delete removes an email by its ID
-pub fn (mut m MailDB) delete(id u32) ! {
-}
-
-//////////////////CUSTOM METHODS//////////////////////////////////
-
-// get_by_uid retrieves an email by its UID
-pub fn (mut m MailDB) get_by_uid(uid u32) !Email {
-}
-
-// get_by_mailbox retrieves all emails in a specific mailbox
-pub fn (mut m MailDB) get_by_mailbox(mailbox string) ![]Email {
-}
-
-// delete_by_uid removes an email by its UID
-pub fn (mut m MailDB) delete_by_uid(uid u32) ! {
-}
-
-// delete_by_mailbox removes all emails in a specific mailbox
-pub fn (mut m MailDB) delete_by_mailbox(mailbox string) ! {
-}
-
-// update_flags updates the flags of an email
-pub fn (mut m MailDB) update_flags(uid u32, flags []string) !Email {
-}
-
-// search_by_subject searches for emails with a specific subject substring
-pub fn (mut m MailDB) search_by_subject(subject string) ![]Email {
-}
-
-// search_by_address searches for emails with a specific email address in from, to, cc, or bcc fields
-pub fn (mut m MailDB) search_by_address(address string) ![]Email {
-}
-
-pub fn (mut c CalendarDB) new() CalendarEvent {
-    CalendarEvent {}
-}
-
-// set adds or updates a calendar event
-pub fn (mut c CalendarDB) set(event CalendarEvent) CalendarEvent {
-    CalendarEvent {}
-}
-
-// get retrieves a calendar event by its ID
-pub fn (mut c CalendarDB) get(id u32) CalendarEvent {
-    CalendarEvent {}
-}
-
-// list returns all calendar event IDs
-pub fn (mut c CalendarDB) list() []u32 {
-    []
-}
-
-pub fn (mut c CalendarDB) getall() []CalendarEvent {
-    []
-}
-
-// delete removes a calendar event by its ID
-pub fn (mut c CalendarDB) delete(id u32) {
-}
-
-//////////////////CUSTOM METHODS//////////////////////////////////
-
-// get_by_caldav_uid retrieves a calendar event by its CalDAV UID
-pub fn (mut c CalendarDB) get_by_caldav_uid(caldav_uid String) CalendarEvent {
-    CalendarEvent {}
-}
-
-// get_events_by_date retrieves all events that occur on a specific date
-pub fn (mut c CalendarDB) get_events_by_date(date String) []CalendarEvent {
-    []
-}
-
-// get_events_by_organizer retrieves all events organized by a specific person
-pub fn (mut c CalendarDB) get_events_by_organizer(organizer String) []CalendarEvent {
-    []
-}
-
-// get_events_by_attendee retrieves all events that a specific person is attending
-pub fn (mut c CalendarDB) get_events_by_attendee(attendee String) []CalendarEvent {
-    []
-}
-
-// search_events_by_title searches for events with a specific title substring
-pub fn (mut c CalendarDB) search_events_by_title(title String) []CalendarEvent {
-    []
-}
-
-// update_status updates the status of an event
-pub fn (mut c CalendarDB) update_status(id u32, status String) CalendarEvent {
-    CalendarEvent {}
-}
-
-// delete_by_caldav_uid removes an event by its CalDAV UID
-pub fn (mut c CalendarDB) delete_by_caldav_uid(caldav_uid String) {
-}
-
-```

aiprompts/code/vfs.md

@@ -1,26 +0,0 @@
-
-create a module vfs_mail in @lib/vfs 
-check the interface as defined in @lib/vfs/interface.v and @metadata.v 
-
-see example how a vfs is made in @lib/vfs/vfs_local 
-
-create the vfs to represent mail objects in @lib/circles/dbs/core/mail_db.v 
-
-mailbox propery on the Email object defines the path in the vfs
-this mailbox property can be e.g. Draft/something/somethingelse
-
-in that dir show a subdir /id:
--  which show the Email as a json underneith the ${email.id}.json
-
-in that dir show subdir /subject:
--  which show the Email as a json underneith the name_fix(${email.envelope.subject}.json
-
-so basically we have 2 representations of the same mail in the vfs, both have the. json as content of the file
-
-
-
-
-
-
-
-

aiprompts/currency.md

@@ -1 +0,0 @@
-../lib/data/currency/readme.md

aiprompts/datatypes.md

@@ -1,340 +0,0 @@
-module datatypes
-
-# datatypes
-
-This module provides implementations of less frequently used, but still common data types.
-
-V's `builtin` module is imported implicitly, and has implementations for arrays, maps and strings. These are good for many applications, but there are a plethora of other useful data structures/containers, like linked lists, priority queues, trees, etc, that allow for algorithms with different time complexities, which may be more suitable for your specific application.
-
-It is implemented using generics, that you have to specialise for the type of your actual elements. For example:
-```v
-import datatypes
-
-mut stack := datatypes.Stack[int]{}
-stack.push(1)
-println(stack)
-```
-
-## Currently Implemented Datatypes:
-
-- [x] Linked list
-- [x] Doubly linked list
-- [x] Stack (LIFO)
-- [x] Queue (FIFO)
-- [x] Min heap (priority queue)
-- [x] Set
-- [x] Quadtree
-- [x] Bloom filter
-- [ ] ...
-
-
-fn new_bloom_filter[T](hash_func fn (T) u32, table_size int, num_functions int) !&BloomFilter[T]
-    new_bloom_filter creates a new bloom_filter. `table_size` should be greater than 0, and `num_functions` should be 1~16.
-fn new_bloom_filter_fast[T](hash_func fn (T) u32) &BloomFilter[T]
-    new_bloom_filter_fast creates a new bloom_filter. `table_size` is 16384, and `num_functions` is 4.
-fn new_ringbuffer[T](s int) RingBuffer[T]
-    new_ringbuffer creates an empty ring buffer of size `s`.
-fn (mut bst BSTree[T]) insert(value T) bool
-    insert give the possibility to insert an element in the BST.
-fn (bst &BSTree[T]) contains(value T) bool
-    contains checks if an element with a given `value` is inside the BST.
-fn (mut bst BSTree[T]) remove(value T) bool
-    remove removes an element with `value` from the BST.
-fn (bst &BSTree[T]) is_empty() bool
-    is_empty checks if the BST is empty
-fn (bst &BSTree[T]) in_order_traversal() []T
-    in_order_traversal traverses the BST in order, and returns the result as an array.
-fn (bst &BSTree[T]) post_order_traversal() []T
-    post_order_traversal traverses the BST in post order, and returns the result in an array.
-fn (bst &BSTree[T]) pre_order_traversal() []T
-    pre_order_traversal traverses the BST in pre order, and returns the result as an array.
-fn (bst &BSTree[T]) to_left(value T) !T
-    to_left returns the value of the node to the left of the node with `value` specified if it exists, otherwise the a false value is returned.
-    
-    An example of usage can be the following one
-    ```v
-     left_value, exist := bst.to_left(10)
-    ```
-fn (bst &BSTree[T]) to_right(value T) !T
-    to_right return the value of the element to the right of the node with `value` specified, if exist otherwise, the boolean value is false An example of usage can be the following one
-    
-    ```v
-     left_value, exist := bst.to_right(10)
-    ```
-fn (bst &BSTree[T]) max() !T
-    max return the max element inside the BST. Time complexity O(N) if the BST is not balanced
-fn (bst &BSTree[T]) min() !T
-    min return the minimum element in the BST. Time complexity O(N) if the BST is not balanced.
-fn (mut b BloomFilter[T]) add(element T)
-    adds the element to bloom filter.
-fn (b &BloomFilter[T]) exists(element T) bool
-    checks the element is exists.
-fn (l &BloomFilter[T]) @union(r &BloomFilter[T]) !&BloomFilter[T]
-    @union returns the union of the two bloom filters.
-fn (l &BloomFilter[T]) intersection(r &BloomFilter[T]) !&BloomFilter[T]
-    intersection returns the intersection of bloom filters.
-fn (list DoublyLinkedList[T]) is_empty() bool
-    is_empty checks if the linked list is empty
-fn (list DoublyLinkedList[T]) len() int
-    len returns the length of the linked list
-fn (list DoublyLinkedList[T]) first() !T
-    first returns the first element of the linked list
-fn (list DoublyLinkedList[T]) last() !T
-    last returns the last element of the linked list
-fn (mut list DoublyLinkedList[T]) push_back(item T)
-    push_back adds an element to the end of the linked list
-fn (mut list DoublyLinkedList[T]) push_front(item T)
-    push_front adds an element to the beginning of the linked list
-fn (mut list DoublyLinkedList[T]) push_many(elements []T, direction Direction)
-    push_many adds array of elements to the beginning of the linked list
-fn (mut list DoublyLinkedList[T]) pop_back() !T
-    pop_back removes the last element of the linked list
-fn (mut list DoublyLinkedList[T]) pop_front() !T
-    pop_front removes the last element of the linked list
-fn (mut list DoublyLinkedList[T]) insert(idx int, item T) !
-    insert adds an element to the linked list at the given index
-fn (list &DoublyLinkedList[T]) index(item T) !int
-    index searches the linked list for item and returns the forward index or none if not found.
-fn (mut list DoublyLinkedList[T]) delete(idx int)
-    delete removes index idx from the linked list and is safe to call for any idx.
-fn (list DoublyLinkedList[T]) str() string
-    str returns a string representation of the linked list
-fn (list DoublyLinkedList[T]) array() []T
-    array returns a array representation of the linked list
-fn (mut list DoublyLinkedList[T]) next() ?T
-    next implements the iter interface to use DoublyLinkedList with V's `for x in list {` loop syntax.
-fn (mut list DoublyLinkedList[T]) iterator() DoublyListIter[T]
-    iterator returns a new iterator instance for the `list`.
-fn (mut list DoublyLinkedList[T]) back_iterator() DoublyListIterBack[T]
-    back_iterator returns a new backwards iterator instance for the `list`.
-fn (mut iter DoublyListIterBack[T]) next() ?T
-    next returns *the previous* element of the list, or `none` when the start of the list is reached. It is called by V's `for x in iter{` on each iteration.
-fn (mut iter DoublyListIter[T]) next() ?T
-    next returns *the next* element of the list, or `none` when the end of the list is reached. It is called by V's `for x in iter{` on each iteration.
-fn (list LinkedList[T]) is_empty() bool
-    is_empty checks if the linked list is empty
-fn (list LinkedList[T]) len() int
-    len returns the length of the linked list
-fn (list LinkedList[T]) first() !T
-    first returns the first element of the linked list
-fn (list LinkedList[T]) last() !T
-    last returns the last element of the linked list
-fn (list LinkedList[T]) index(idx int) !T
-    index returns the element at the given index of the linked list
-fn (mut list LinkedList[T]) push(item T)
-    push adds an element to the end of the linked list
-fn (mut list LinkedList[T]) push_many(elements []T)
-    push adds an array of elements to the end of the linked list
-fn (mut list LinkedList[T]) pop() !T
-    pop removes the last element of the linked list
-fn (mut list LinkedList[T]) shift() !T
-    shift removes the first element of the linked list
-fn (mut list LinkedList[T]) insert(idx int, item T) !
-    insert adds an element to the linked list at the given index
-fn (mut list LinkedList[T]) prepend(item T)
-    prepend adds an element to the beginning of the linked list (equivalent to insert(0, item))
-fn (list LinkedList[T]) str() string
-    str returns a string representation of the linked list
-fn (list LinkedList[T]) array() []T
-    array returns a array representation of the linked list
-fn (mut list LinkedList[T]) next() ?T
-    next implements the iteration interface to use LinkedList with V's `for` loop syntax.
-fn (mut list LinkedList[T]) iterator() ListIter[T]
-    iterator returns a new iterator instance for the `list`.
-fn (mut iter ListIter[T]) next() ?T
-    next returns the next element of the list, or `none` when the end of the list is reached. It is called by V's `for x in iter{` on each iteration.
-fn (mut heap MinHeap[T]) insert(item T)
-    insert adds an element to the heap.
-fn (mut heap MinHeap[T]) insert_many(elements []T)
-    insert array of elements to the heap.
-fn (mut heap MinHeap[T]) pop() !T
-    pop removes the top-most element from the heap.
-fn (heap MinHeap[T]) peek() !T
-    peek gets the top-most element from the heap without removing it.
-fn (heap MinHeap[T]) len() int
-    len returns the number of elements in the heap.
-fn (queue Queue[T]) is_empty() bool
-    is_empty checks if the queue is empty
-fn (queue Queue[T]) len() int
-    len returns the length of the queue
-fn (queue Queue[T]) peek() !T
-    peek returns the head of the queue (first element added)
-fn (queue Queue[T]) last() !T
-    last returns the tail of the queue (last element added)
-fn (queue Queue[T]) index(idx int) !T
-    index returns the element at the given index of the queue
-fn (mut queue Queue[T]) push(item T)
-    push adds an element to the tail of the queue
-fn (mut queue Queue[T]) pop() !T
-    pop removes the element at the head of the queue and returns it
-fn (queue Queue[T]) str() string
-    str returns a string representation of the queue
-fn (queue Queue[T]) array() []T
-    array returns a array representation of the queue
-fn (mut rb RingBuffer[T]) push(element T) !
-    push adds an element to the ring buffer.
-fn (mut rb RingBuffer[T]) pop() !T
-    pop returns the oldest element in the buffer.
-fn (mut rb RingBuffer[T]) push_many(elements []T) !
-    push_many pushes an array to the buffer.
-fn (mut rb RingBuffer[T]) pop_many(n u64) ![]T
-    pop_many returns `n` elements of the buffer starting with the oldest one.
-fn (rb RingBuffer[T]) is_empty() bool
-    is_empty returns `true` if the ring buffer is empty, `false` otherwise.
-fn (rb RingBuffer[T]) is_full() bool
-    is_full returns `true` if the ring buffer is full, `false` otherwise.
-fn (rb RingBuffer[T]) capacity() int
-    capacity returns the capacity of the ring buffer.
-fn (mut rb RingBuffer[T]) clear()
-    clear empties the ring buffer and all pushed elements.
-fn (rb RingBuffer[T]) occupied() int
-    occupied returns the occupied capacity of the buffer.
-fn (rb RingBuffer[T]) remaining() int
-    remaining returns the remaining capacity of the buffer.
-fn (set Set[T]) exists(element T) bool
-    checks the element is exists.
-fn (mut set Set[T]) add(element T)
-    adds the element to set, if it is not present already.
-fn (mut set Set[T]) remove(element T)
-    removes the element from set.
-fn (set Set[T]) pick() !T
-    pick returns an arbitrary element of set, if set is not empty.
-fn (mut set Set[T]) rest() ![]T
-    rest returns the set consisting of all elements except for the arbitrary element.
-fn (mut set Set[T]) pop() !T
-    pop returns an arbitrary element and deleting it from set.
-fn (mut set Set[T]) clear()
-    delete all elements of set.
-fn (l Set[T]) == (r Set[T]) bool
-    == checks whether the two given sets are equal (i.e. contain all and only the same elements).
-fn (set Set[T]) is_empty() bool
-    is_empty checks whether the set is empty or not.
-fn (set Set[T]) size() int
-    size returns the number of elements in the set.
-fn (set Set[T]) copy() Set[T]
-    copy returns a copy of all the elements in the set.
-fn (mut set Set[T]) add_all(elements []T)
-    add_all adds the whole `elements` array to the set
-fn (l Set[T]) @union(r Set[T]) Set[T]
-    @union returns the union of the two sets.
-fn (l Set[T]) intersection(r Set[T]) Set[T]
-    intersection returns the intersection of sets.
-fn (l Set[T]) - (r Set[T]) Set[T]
-    - returns the difference of sets.
-fn (l Set[T]) subset(r Set[T]) bool
-    subset returns true if the set `r` is a subset of the set `l`.
-fn (stack Stack[T]) is_empty() bool
-    is_empty checks if the stack is empty
-fn (stack Stack[T]) len() int
-    len returns the length of the stack
-fn (stack Stack[T]) peek() !T
-    peek returns the top of the stack
-fn (mut stack Stack[T]) push(item T)
-    push adds an element to the top of the stack
-fn (mut stack Stack[T]) pop() !T
-    pop removes the element at the top of the stack and returns it
-fn (stack Stack[T]) str() string
-    str returns a string representation of the stack
-fn (stack Stack[T]) array() []T
-    array returns a array representation of the stack
-enum Direction {
-	front
-	back
-}
-struct AABB {
-pub mut:
-	x      f64
-	y      f64
-	width  f64
-	height f64
-}
-struct BSTree[T] {
-mut:
-	root &BSTreeNode[T] = unsafe { 0 }
-}
-    Pure Binary Seach Tree implementation
-    
-    Pure V implementation of the Binary Search Tree Time complexity of main operation O(log N) Space complexity O(N)
-struct DoublyLinkedList[T] {
-mut:
-	head &DoublyListNode[T] = unsafe { 0 }
-	tail &DoublyListNode[T] = unsafe { 0 }
-	// Internal iter pointer for allowing safe modification
-	// of the list while iterating. TODO: use an option
-	// instead of a pointer to determine it is initialized.
-	iter &DoublyListIter[T] = unsafe { 0 }
-	len  int
-}
-    DoublyLinkedList[T] represents a generic doubly linked list of elements, each of type T.
-struct DoublyListIter[T] {
-mut:
-	node &DoublyListNode[T] = unsafe { 0 }
-}
-    DoublyListIter[T] is an iterator for DoublyLinkedList. It starts from *the start* and moves forwards to *the end* of the list. It can be used with V's `for x in iter {` construct. One list can have multiple independent iterators, pointing to different positions/places in the list. A DoublyListIter iterator instance always traverses the list from *start to finish*.
-struct DoublyListIterBack[T] {
-mut:
-	node &DoublyListNode[T] = unsafe { 0 }
-}
-    DoublyListIterBack[T] is an iterator for DoublyLinkedList. It starts from *the end* and moves backwards to *the start* of the list. It can be used with V's `for x in iter {` construct. One list can have multiple independent iterators, pointing to different positions/places in the list. A DoublyListIterBack iterator instance always traverses the list from *finish to start*.
-struct LinkedList[T] {
-mut:
-	head &ListNode[T] = unsafe { 0 }
-	len  int
-	// Internal iter pointer for allowing safe modification
-	// of the list while iterating. TODO: use an option
-	// instead of a pointer to determine if it is initialized.
-	iter &ListIter[T] = unsafe { 0 }
-}
-struct ListIter[T] {
-mut:
-	node &ListNode[T] = unsafe { 0 }
-}
-    ListIter[T] is an iterator for LinkedList. It can be used with V's `for x in iter {` construct. One list can have multiple independent iterators, pointing to different positions/places in the list. An iterator instance always traverses the list from start to finish.
-struct ListNode[T] {
-mut:
-	data T
-	next &ListNode[T] = unsafe { 0 }
-}
-struct MinHeap[T] {
-mut:
-	data []T
-}
-    MinHeap is a binary minimum heap data structure.
-struct Quadtree {
-pub mut:
-	perimeter AABB
-	capacity  int
-	depth     int
-	level     int
-	particles []AABB
-	nodes     []Quadtree
-}
-fn (mut q Quadtree) create(x f64, y f64, width f64, height f64, capacity int, depth int, level int) Quadtree
-    create returns a new configurable root node for the tree.
-fn (mut q Quadtree) insert(p AABB)
-    insert recursively adds a particle in the correct index of the tree.
-fn (mut q Quadtree) retrieve(p AABB) []AABB
-    retrieve recursively checks if a particle is in a specific index of the tree.
-fn (mut q Quadtree) clear()
-    clear flushes out nodes and particles from the tree.
-fn (q Quadtree) get_nodes() []Quadtree
-    get_nodes recursively returns the subdivisions the tree has.
-struct Queue[T] {
-mut:
-	elements LinkedList[T]
-}
-struct RingBuffer[T] {
-mut:
-	reader  int // index of the tail where data is going to be read
-	writer  int // index of the head where data is going to be written
-	content []T
-}
-    RingBuffer represents a ring buffer also known as a circular buffer.
-struct Set[T] {
-mut:
-	elements map[T]u8
-}
-struct Stack[T] {
-mut:
-	elements []T
-}

aiprompts/details/heroscript_internal.md

@@ -1,79 +0,0 @@
-
-## how internally a heroscript gets parsed for params
-
-- example to show how a heroscript gets parsed in action with params
-- params are part of action object
-
-```heroscript
-example text to parse (heroscript)
-
-id:a1 name6:aaaaa
-name:'need to do something 1' 
-description:
-    '
-    ## markdown works in it
-    description can be multiline
-    lets see what happens
-
-    - a
-    - something else
-
-    ### subtitle
-    '
-
-name2:   test
-name3: hi 
-name10:'this is with space'  name11:aaa11
-
-name4: 'aaa'
-
-//somecomment
-name5:   'aab'
-```
-
-the params are part of the action and are represented as follow for the above:
-
-```vlang
-Params{
-    params: [Param{
-        key: 'id'
-        value: 'a1'
-    }, Param{
-        key: 'name6'
-        value: 'aaaaa'
-    }, Param{
-        key: 'name'
-        value: 'need to do something 1'
-    }, Param{
-        key: 'description'
-        value: '## markdown works in it
-
-                description can be multiline
-                lets see what happens
-
-                - a
-                - something else
-
-                ### subtitle
-                '
-        }, Param{
-            key: 'name2'
-            value: 'test'
-        }, Param{
-            key: 'name3'
-            value: 'hi'
-        }, Param{
-            key: 'name10'
-            value: 'this is with space'
-        }, Param{
-            key: 'name11'
-            value: 'aaa11'
-        }, Param{
-            key: 'name4'
-            value: 'aaa'
-        }, Param{
-            key: 'name5'
-            value: 'aab'
-        }]
-    }
-```

aiprompts/docker.md

@@ -1 +0,0 @@
-../crystallib/virt/docker/readme.md

aiprompts/docusaurus/docusaurus_ebook_manual.md

@@ -0,0 +1,344 @@
+# HeroLib Docusaurus Ebook Manual for AI Prompts
+
+This manual provides a comprehensive guide on how to leverage HeroLib's Docusaurus integration, Doctree, and HeroScript to create and manage technical ebooks, optimized for AI-driven content generation and project management.
+
+## 1. Core Concepts
+
+To effectively create ebooks with HeroLib, it's crucial to understand the interplay of three core components:
+
+*   **HeroScript**: A concise scripting language used to define the structure, configuration, and content flow of your Docusaurus site. It acts as the declarative interface for the entire process.
+*   **Docusaurus**: A popular open-source static site generator. HeroLib uses Docusaurus as the underlying framework to render your ebook content into a navigable website.
+*   **Doctree**: HeroLib's content management system. Doctree organizes your markdown files into "collections" and "pages," allowing for structured content retrieval and reuse across multiple projects.
+
+## 2. Setting Up a Docusaurus Project with HeroLib
+
+The `docusaurus` module in HeroLib provides the primary interface for managing your ebook projects.
+
+### 2.1. Defining the Docusaurus Factory (`docusaurus.define`)
+
+The `docusaurus.define` HeroScript directive configures the global settings for your Docusaurus build environment. This is typically used once at the beginning of your main HeroScript configuration.
+
+**HeroScript Example:**
+
+```heroscript
+!!docusaurus.define
+    path_build: "/tmp/my_ebook_build"
+    path_publish: "/tmp/my_ebook_publish"
+    production: true
+    update: true
+```
+
+**Arguments:**
+
+*   `path_build` (string, optional): The local path where the Docusaurus site will be built. Defaults to `~/hero/var/docusaurus/build`.
+*   `path_publish` (string, optional): The local path where the final Docusaurus site will be published (e.g., for deployment). Defaults to `~/hero/var/docusaurus/publish`.
+*   `production` (boolean, optional): If `true`, the site will be built for production (optimized). Default is `false`.
+*   `update` (boolean, optional): If `true`, the Docusaurus template and dependencies will be updated. Default is `false`.
+
+### 2.2. Adding a Docusaurus Site (`docusaurus.add`)
+
+The `docusaurus.add` directive defines an individual Docusaurus site (your ebook). You can specify the source of your documentation content, whether it's a local path or a Git repository.
+
+**HeroScript Example (Local Content):**
+
+```heroscript
+!!docusaurus.add
+    name:"my_local_ebook"
+    path:"./my_ebook_content" // Path to your local docs directory
+    open:true // Open in browser after generation
+```
+
+**HeroScript Example (Git Repository Content):**
+
+```heroscript
+!!docusaurus.add
+    name:"tfgrid_tech_ebook"
+    git_url:"https://git.threefold.info/tfgrid/docs_tfgrid4/src/branch/main/ebooks/tech"
+    git_reset:true // Reset Git repository before pulling
+    git_pull:true // Pull latest changes
+    git_root:"/tmp/git_clones" // Optional: specify a root directory for git clones
+```
+
+**Arguments:**
+
+*   `name` (string, optional): A unique name for your Docusaurus site/ebook. Defaults to "main".
+*   `path` (string, optional): The local file system path to the root of your documentation content (e.g., where your `docs` and `cfg` directories are).
+*   `git_url` (string, optional): A Git URL to a repository containing your documentation content. HeroLib will clone/pull this repository.
+*   `git_reset` (boolean, optional): If `true`, the Git repository will be reset to a clean state before pulling. Default is `false`.
+*   `git_pull` (boolean, optional): If `true`, the Git repository will be pulled to get the latest changes. Default is `false`.
+*   `git_root` (string, optional): An optional root directory where Git repositories will be cloned.
+*   `nameshort` (string, optional): A shorter name for the Docusaurus site. Defaults to the value of `name`.
+*   `path_publish` (string, optional): Overrides the factory's `path_publish` for this specific site.
+*   `production` (boolean, optional): Overrides the factory's `production` setting for this specific site.
+*   `watch_changes` (boolean, optional): If `true`, HeroLib will watch for changes in your source `docs` directory and trigger rebuilds. Default is `true`.
+*   `update` (boolean, optional): If `true`, this specific documentation will be updated. Default is `false`.
+*   `open` (boolean, optional): If `true`, the Docusaurus site will be opened in your default browser after generation/development server start. Default is `false`.
+*   `init` (boolean, optional): If `true`, the Docusaurus site will be initialized (e.g., creating missing `docs` directories). Default is `false`.
+
+## 3. Structuring Content with HeroScript and Doctree
+
+The actual content and structure of your ebook are defined using HeroScript directives within your site's configuration files (e.g., in a `cfg` directory within your `path` or `git_url` source).
+
+### 3.1. Site Configuration (`site.config`, `site.config_meta`)
+
+These directives define the fundamental properties and metadata of your Docusaurus site.
+
+**HeroScript Example:**
+
+```heroscript
+!!site.config
+    name:"my_awesome_ebook"
+    title:"My Awesome Ebook Title"
+    tagline:"A comprehensive guide to everything."
+    url:"https://my-ebook.example.com"
+    url_home:"docs/"
+    base_url:"/my-ebook/"
+    favicon:"img/favicon.png"
+    copyright:"© 2024 My Organization"
+
+!!site.config_meta
+    description:"This ebook covers advanced topics in AI and software engineering."
+    image:"https://my-ebook.example.com/img/social_share.png"
+    title:"Advanced AI & Software Engineering Ebook"
+    keywords:"AI, software, engineering, manual, guide"
+```
+
+**Arguments:**
+
+*   **`site.config`**:
+    *   `name` (string, required): Unique identifier for the site.
+    *   `title` (string, optional): Main title of the site. Defaults to "My Documentation Site".
+    *   `description` (string, optional): General site description.
+    *   `tagline` (string, optional): Short tagline for the site.
+    *   `favicon` (string, optional): Path to the favicon. Defaults to "img/favicon.png".
+    *   `image` (string, optional): General site image (e.g., for social media previews). Defaults to "img/tf_graph.png".
+    *   `copyright` (string, optional): Copyright notice. Defaults to "© [Current Year] Example Organization".
+    *   `url` (string, optional): The main URL where the site will be hosted.
+    *   `base_url` (string, optional): The base URL for Docusaurus (e.g., `/` or `/my-ebook/`).
+    *   `url_home` (string, optional): The path to the home page relative to `base_url`.
+*   **`site.config_meta`**: Overrides for specific SEO metadata.
+    *   `title` (string, optional): Specific title for SEO (e.g., `<meta property="og:title">`).
+    *   `image` (string, optional): Specific image for SEO (e.g., `<meta property="og:image">`).
+    *   `description` (string, optional): Specific description for SEO.
+    *   `keywords` (string, optional): Comma-separated keywords for SEO.
+
+### 3.2. Navigation Bar (`site.navbar`, `site.navbar_item`)
+
+Define the main navigation menu of your Docusaurus site.
+
+**HeroScript Example:**
+
+```heroscript
+!!site.navbar
+    title:"Ebook Navigation"
+    logo_alt:"Ebook Logo"
+    logo_src:"img/logo.svg"
+    logo_src_dark:"img/logo_dark.svg"
+
+!!site.navbar_item
+    label:"Introduction"
+    to:"/docs/intro" // Internal Docusaurus path
+    position:"left"
+
+!!site.navbar_item
+    label:"External Link"
+    href:"https://example.com/external" // External URL
+    position:"right"
+```
+
+**Arguments:**
+
+*   **`site.navbar`**:
+    *   `title` (string, optional): Title displayed in the navbar. Defaults to `site.config.title`.
+    *   `logo_alt` (string, optional): Alt text for the logo.
+    *   `logo_src` (string, optional): Path to the light mode logo.
+    *   `logo_src_dark` (string, optional): Path to the dark mode logo.
+*   **`site.navbar_item`**:
+    *   `label` (string, required): Text displayed for the menu item.
+    *   `href` (string, optional): External URL for the link.
+    *   `to` (string, optional): Internal Docusaurus path (e.g., `/docs/my-page`).
+    *   `position` (string, optional): "left" or "right" for placement in the navbar. Defaults to "right".
+
+### 3.3. Footer (`site.footer`, `site.footer_item`)
+
+Configure the footer section of your Docusaurus site.
+
+**HeroScript Example:**
+
+```heroscript
+!!site.footer
+    style:"dark" // "dark" or "light"
+
+!!site.footer_item
+    title:"Resources" // Grouping title for footer links
+    label:"API Documentation"
+    href:"https://api.example.com/docs"
+
+!!site.footer_item
+    title:"Community"
+    label:"GitHub"
+    href:"https://github.com/my-org"
+```
+
+**Arguments:**
+
+*   **`site.footer`**:
+    *   `style` (string, optional): "dark" or "light" style for the footer. Defaults to "dark".
+*   **`site.footer_item`**:
+    *   `title` (string, required): The title under which this item will be grouped in the footer.
+    *   `label` (string, required): Text displayed for the footer link.
+    *   `href` (string, optional): External URL for the link.
+    *   `to` (string, optional): Internal Docusaurus path.
+
+### 3.4. Build Destinations (`site.build_dest`, `site.build_dest_dev`)
+
+Specify where the built Docusaurus site should be deployed. This typically involves an SSH connection defined elsewhere (e.g., `!!site.ssh_connection`).
+
+**HeroScript Example:**
+
+```heroscript
+!!site.build_dest
+    ssh_name:"production_server" // Name of a pre-defined SSH connection
+    path:"/var/www/my-ebook" // Remote path on the server
+
+!!site.build_dest_dev
+    ssh_name:"dev_server"
+    path:"/tmp/dev-ebook"
+```
+
+**Arguments:**
+
+*   `ssh_name` (string, required): The name of the SSH connection to use for deployment.
+*   `path` (string, required): The destination path on the remote server.
+
+### 3.5. Importing External Content (`site.import`)
+
+This powerful feature allows you to pull markdown content and assets from other Git repositories directly into your Docusaurus site's `docs` directory, with optional text replacement. This is ideal for integrating shared documentation or specifications.
+
+**HeroScript Example:**
+
+```heroscript
+!!site.import
+    url:'https://git.threefold.info/tfgrid/docs_tfgrid4/src/branch/main/collections/cloud_reinvented'
+    dest:'cloud_reinvented' // Destination subdirectory within your Docusaurus docs folder
+    replace:'NAME:MyName, URGENCY:red' // Optional: comma-separated key:value pairs for text replacement
+```
+
+**Arguments:**
+
+*   `url` (string, required): The Git URL of the repository or specific path within a repository to import.
+*   `dest` (string, required): The subdirectory within your Docusaurus `docs` folder where the imported content will be placed.
+*   `replace` (string, optional): A comma-separated string of `KEY:VALUE` pairs. During import, all occurrences of `${KEY}` in the imported content will be replaced with `VALUE`.
+
+### 3.6. Defining Pages and Categories (`site.page_category`, `site.page`)
+
+This is where you define the actual content pages and how they are organized into categories within your Docusaurus sidebar.
+
+**HeroScript Example:**
+
+```heroscript
+// Define a category
+!!site.page_category path:'introduction' label:"Introduction to Ebook" position:10
+
+// Define a page within that category, linking to Doctree content
+!!site.page path:'introduction' src:"my_doctree_collection:chapter_1_overview"
+    title:"Chapter 1: Overview"
+    description:"A brief introduction to the ebook's content."
+    position:1 // Order within the category
+    hide_title:true // Hide the title on the page itself
+```
+
+**Arguments:**
+
+*   **`site.page_category`**:
+    *   `path` (string, required): The path to the category directory within your Docusaurus `docs` folder (e.g., `introduction` will create `docs/introduction/_category_.json`).
+    *   `label` (string, required): The display name for the category in the sidebar.
+    *   `position` (int, optional): The order of the category in the sidebar.
+    *   `sitename` (string, optional): If you have multiple Docusaurus sites defined, specify which site this category belongs to. Defaults to the current site's name.
+*   **`site.page`**:
+    *   `src` (string, required): **Crucial for Doctree integration.** This specifies the source of the page content in the format `collection_name:page_name`. HeroLib will fetch the markdown content from the specified Doctree collection and page.
+    *   `path` (string, required): The relative path and filename for the generated markdown file within your Docusaurus `docs` folder (e.g., `introduction/chapter_1.md`). If only a directory is provided (e.g., `introduction/`), the `page_name` from `src` will be used as the filename.
+    *   `title` (string, optional): The title of the page. If not provided, HeroLib will attempt to extract it from the markdown content or use the `page_name`.
+    *   `description` (string, optional): A short description for the page, used in frontmatter.
+    *   `position` (int, optional): The order of the page within its category.
+    *   `hide_title` (boolean, optional): If `true`, the title will not be displayed on the page itself.
+    *   `draft` (boolean, optional): If `true`, the page will be marked as a draft and not included in production builds.
+    *   `title_nr` (int, optional): If set, HeroLib will re-number the markdown headings (e.g., `title_nr:3` will make `# Heading` become `### Heading`). Useful for consistent heading levels across imported content.
+
+### 3.7. Doctree Integration Details
+
+The `site.page` directive's `src` parameter (`collection_name:page_name`) is the bridge to your Doctree content.
+
+**How Doctree Works:**
+
+1.  **Collections**: Doctree organizes markdown files into logical groups called "collections." A collection is typically a directory containing markdown files and an empty `.collection` file.
+2.  **Scanning**: You define which collections Doctree should scan using `!!doctree.scan` in a HeroScript file (e.g., `doctree.heroscript`).
+    **Example `doctree.heroscript`:**
+    ```heroscript
+    !!doctree.scan git_url:"https://git.threefold.info/tfgrid/docs_tfgrid4/src/branch/main/collections"
+    ```
+    This will pull the `collections` directory from the specified Git URL and make its contents available to Doctree.
+3.  **Page Retrieval**: When `site.page` references `src:"my_collection:my_page"`, HeroLib's `doctreeclient` fetches the content of `my_page.md` from the `my_collection` collection that Doctree has scanned.
+
+## 4. Building and Developing Your Ebook
+
+Once your HeroScript configuration is set up, HeroLib provides commands to build and serve your Docusaurus ebook.
+
+### 4.1. Generating Site Files (`site.generate()`)
+
+The `site.generate()` function (called internally by `build`, `dev`, etc.) performs the core file generation:
+*   Copies Docusaurus template files.
+*   Copies your site's `src` and `static` assets.
+*   Generates Docusaurus configuration JSON files (`main.json`, `navbar.json`, `footer.json`) from your HeroScript `site.config`, `site.navbar`, and `site.footer` directives.
+*   Copies your source `docs` directory.
+*   Processes `site.page` and `site.page_category` directives using the `sitegen` module to create the final markdown files and `_category_.json` files in the Docusaurus `docs` directory, fetching content from Doctree.
+*   Handles `site.import` directives, pulling external content and performing replacements.
+
+### 4.2. Local Development
+
+HeroLib integrates with Docusaurus's development server for live preview.
+
+**HeroScript Example:**
+
+can be stored as example_docusaurus.vsh and then used to generate and develop an ebook
+
+```v
+#!/usr/bin/env -S v -n -w -gc none  -cg -cc tcc -d use_openssl -enable-globals run
+
+import freeflowuniverse.herolib.web.docusaurus
+import os
+
+const cfgpath = os.dir(@FILE)
+
+docusaurus.new(
+	heroscript: '
+
+	// !!docusaurus.define
+	// 	path_build: "/tmp/docusaurus_build"
+	// 	path_publish: "/tmp/docusaurus_publish"
+
+	!!docusaurus.add name:"tfgrid_docs" 
+		path:"${cfgpath}"
+
+	!!docusaurus.dev
+
+	'
+)!
+
+```
+
+
+the following script suggest to call it do.vsh and put in directory of where the ebook is
+
+```v
+#!/usr/bin/env -S v -n -w -gc none  -cg -cc tcc -d use_openssl -enable-globals run
+
+import freeflowuniverse.herolib.web.docusaurus
+
+const cfgpath = os.dir(@FILE) + '/cfg'
+
+docusaurus.new(heroscript_path:cfgpath)!
+```
+
+by just called do.vsh we can execute on the ebook
+

aiprompts/env.md

@@ -1,14 +0,0 @@
-## Environment Variables
-
-```v
-import freeflowuniverse.herolib.osal
-
-// Get environment variable
-value := osal.env_get('PATH')!
-
-// Set environment variable
-osal.env_set('MY_VAR', 'value')!
-
-// Check if environment variable exists
-exists := osal.env_exists('MY_VAR')
-```

aiprompts/gittools.md

@@ -1 +0,0 @@
-../lib/develop/gittools/README.md

aiprompts/herolib_advanced/advanced_paths.md

@@ -0,0 +1,141 @@
+# Pathlib Module: Advanced Listing and Filtering
+
+The `pathlib` module provides powerful capabilities for listing and filtering files and directories, especially through its `list` method. This document explains how to leverage advanced features like regular expressions and various filtering options.
+
+## Advanced File Listing with `path.list()`
+
+The `path.list()` method allows you to retrieve a `PathList` object containing `Path` objects that match specified criteria.
+
+### `ListArgs` Parameters
+
+The `list` method accepts a `ListArgs` struct to control its behavior:
+
+```v
+pub struct ListArgs {
+pub mut:
+	regex         []string // A slice of regular expressions to filter files.
+	recursive     bool = true // Whether to list files recursively (default true).
+	ignore_default bool = true // Whether to ignore files starting with . and _ (default true).
+	include_links bool // Whether to include symbolic links in the list.
+	dirs_only     bool // Whether to include only directories in the list.
+	files_only    bool // Whether to include only files in the list.
+}
+```
+
+### Usage Examples
+
+Here are examples demonstrating how to use these advanced filtering options:
+
+#### 1. Listing Files by Regex Pattern
+
+You can use regular expressions to filter files based on their names or extensions. The `regex` parameter accepts a slice of strings, where each string is a regex pattern.
+
+```v
+import freeflowuniverse.herolib.core.pathlib
+
+// Get a directory path
+mut dir := pathlib.get('/some/directory')!
+
+// List only Vlang files (ending with .v)
+mut vlang_files := dir.list(
+    regex: [r'.*\.v$']
+)!
+
+// List only image files (png, jpg, svg, jpeg)
+mut image_files := dir.list(
+    regex: [r'.*\.png$', r'.*\.jpg$', r'.*\.svg$', r'.*\.jpeg$']
+)!
+
+// List files containing "test" in their name (case-insensitive)
+mut test_files := dir.list(
+    regex: [r'(?i).*test.*'] // (?i) makes the regex case-insensitive
+)!
+
+for path_obj in vlang_files.paths {
+    println(path_obj.path)
+}
+```
+
+#### 2. Controlling Recursion
+
+By default, `list()` is recursive. You can disable recursion to list only items in the current directory.
+
+```v
+import freeflowuniverse.herolib.core.pathlib
+
+mut dir := pathlib.get('/some/directory')!
+
+// List only top-level files and directories (non-recursive)
+mut top_level_items := dir.list(
+    recursive: false
+)!
+
+for path_obj in top_level_items.paths {
+    println(path_obj.path)
+}
+```
+
+#### 3. Including or Excluding Hidden Files
+
+The `ignore_default` parameter controls whether files and directories starting with `.` or `_` are ignored.
+
+```v
+import freeflowuniverse.herolib.core.pathlib
+
+mut dir := pathlib.get('/some/directory')!
+
+// List all files and directories, including hidden ones
+mut all_items := dir.list(
+    ignore_default: false
+)!
+
+for path_obj in all_items.paths {
+    println(path_obj.path)
+}
+```
+
+#### 4. Including Symbolic Links
+
+By default, symbolic links are ignored when walking the directory structure. Set `include_links` to `true` to include them.
+
+```v
+import freeflowuniverse.herolib.core.pathlib
+
+mut dir := pathlib.get('/some/directory')!
+
+// List files and directories, including symbolic links
+mut items_with_links := dir.list(
+    include_links: true
+)!
+
+for path_obj in items_with_links.paths {
+    println(path_obj.path)
+}
+```
+
+#### 5. Listing Only Directories or Only Files
+
+Use `dirs_only` or `files_only` to restrict the results to only directories or only files.
+
+```v
+import freeflowuniverse.herolib.core.pathlib
+
+mut dir := pathlib.get('/some/directory')!
+
+// List only directories (recursive)
+mut only_dirs := dir.list(
+    dirs_only: true
+)!
+
+// List only files (non-recursive)
+mut only_files := dir.list(
+    files_only: true,
+    recursive: false
+)!
+
+for path_obj in only_dirs.paths {
+    println(path_obj.path)
+}
+```
+
+By combining these parameters, you can create highly specific and powerful file system listing operations tailored to your needs.

aiprompts/herolib_advanced/builder.md

@@ -0,0 +1,323 @@
+# Builder Module: System Automation and Remote Execution
+
+The `builder` module in Herolib provides a powerful framework for automating system tasks and executing commands on both local and remote machines. It offers a unified interface to manage nodes, execute commands, perform file operations, and maintain persistent state.
+
+## Key Components
+
+-   **`BuilderFactory`**: Responsible for creating and managing `Node` instances.
+-   **`Node`**: Represents a target system (local or remote). It encapsulates system properties (platform, CPU type, environment variables) and provides methods for interaction.
+-   **`Executor`**: An interface (implemented by `ExecutorLocal` and `ExecutorSSH`) that handles the actual command execution and file operations on the target system.
+-   **NodeDB (via `Node.done` map)**: A key-value store within each `Node` for persistent state, caching, and tracking execution history.
+
+## Getting Started
+
+### Initializing a Builder and Node
+
+First, import the `builder` module and create a new `BuilderFactory` instance. Then, create a `Node` object, which can represent either the local machine or a remote server.
+
+```v
+import freeflowuniverse.herolib.builder
+
+// Create a new builder factory
+mut b := builder.new()!
+
+// Create a node for the local machine
+mut local_node := b.node_local()!
+
+// Create a node for a remote server via SSH
+// Format: "user@ip_address:port" or "ip_address:port" or "ip_address"
+mut remote_node := b.node_new(ipaddr: "root@195.192.213.2:2222")!
+
+// Node with custom name and debug enabled
+mut named_debug_node := b.node_new(
+    name: "my_remote_server",
+    ipaddr: "user@server.example.com:22",
+    debug: true
+)!
+```
+
+### `Node` Properties
+
+A `Node` object automatically detects and caches system information. You can access these properties:
+
+```v
+// Get platform type (e.g., .osx, .ubuntu, .alpine, .arch)
+println(node.platform)
+
+// Get CPU architecture (e.g., .intel, .arm)
+println(node.cputype)
+
+// Get hostname
+println(node.hostname)
+
+// Get environment variables
+env_vars := node.environ_get()!
+println(env_vars['HOME'])
+
+// Get node information (category, sshkey, user, ipaddress, port)
+info := node.info()
+println(info['category'])
+```
+
+## Command Execution
+
+The `Node` object provides methods to execute commands on the target system.
+
+### `node.exec(args ExecArgs) !string`
+
+Executes a command and returns its standard output.
+
+```v
+import freeflowuniverse.herolib.builder { ExecArgs }
+
+// Execute a command with stdout
+result := node.exec(cmd: "ls -la /tmp", stdout: true)!
+println(result)
+
+// Execute silently (no stdout)
+node.exec(cmd: "mkdir -p /tmp/my_dir", stdout: false)!
+```
+
+### `node.exec_silent(cmd string) !string`
+
+Executes a command silently (no stdout) and returns its output.
+
+```v
+output := node.exec_silent("echo 'Hello from remote!'")!
+println(output)
+```
+
+### `node.exec_interactive(cmd string) !`
+
+Executes a command in an interactive shell.
+
+```v
+// This will open an interactive shell session
+node.exec_interactive("bash")!
+```
+
+### `node.exec_cmd(args NodeExecCmd) !string`
+
+A more advanced command execution method that supports caching, periodic execution, and temporary script handling.
+
+```v
+import freeflowuniverse.herolib.builder { NodeExecCmd }
+
+// Execute a command, cache its result for 24 hours (48*3600 seconds)
+// and provide a description for logging.
+result := node.exec_cmd(
+    cmd: "apt-get update",
+    period: 48 * 3600,
+    description: "Update system packages"
+)!
+println(result)
+
+// Execute a multi-line script
+script_output := node.exec_cmd(
+    cmd: "
+        echo 'Starting script...'
+        ls -la /
+        echo 'Script finished.'
+    ",
+    name: "my_custom_script",
+    stdout: true
+)!
+println(script_output)
+```
+
+### `node.exec_retry(args ExecRetryArgs) !string`
+
+Executes a command with retries until it succeeds or a timeout is reached.
+
+```v
+import freeflowuniverse.herolib.builder { ExecRetryArgs }
+
+// Try to connect to a service, retrying every 100ms for up to 10 seconds
+result := node.exec_retry(
+    cmd: "curl --fail http://localhost:8080/health",
+    retrymax: 100, // 100 retries
+    period_milli: 100, // 100ms sleep between retries
+    timeout: 10 // 10 seconds total timeout
+)!
+println("Service is up: ${result}")
+```
+
+### `node.cmd_exists(cmd string) bool`
+
+Checks if a command exists on the target system.
+
+```v
+if node.cmd_exists("docker") {
+    println("Docker is installed.")
+} else {
+    println("Docker is not installed.")
+}
+```
+
+## File System Operations
+
+The `Node` object provides comprehensive file and directory management capabilities.
+
+### `node.file_write(path string, text string) !`
+
+Writes content to a file on the target system.
+
+```v
+node.file_write("/tmp/my_file.txt", "This is some content.")!
+```
+
+### `node.file_read(path string) !string`
+
+Reads content from a file on the target system.
+
+```v
+content := node.file_read("/tmp/my_file.txt")!
+println(content)
+```
+
+### `node.file_exists(path string) bool`
+
+Checks if a file or directory exists on the target system.
+
+```v
+if node.file_exists("/tmp/my_file.txt") {
+    println("File exists.")
+}
+```
+
+### `node.delete(path string) !`
+
+Deletes a file or directory (recursively for directories) on the target system.
+
+```v
+node.delete("/tmp/my_dir")!
+```
+
+### `node.list(path string) ![]string`
+
+Lists the contents of a directory on the target system.
+
+```v
+files := node.list("/home/user")!
+for file in files {
+    println(file)
+}
+```
+
+### `node.dir_exists(path string) bool`
+
+Checks if a directory exists on the target system.
+
+```v
+if node.dir_exists("/var/log") {
+    println("Log directory exists.")
+}
+```
+
+### File Transfers (`node.upload` and `node.download`)
+
+Transfer files between the local machine and the target node using `rsync` or `scp`.
+
+```v
+import freeflowuniverse.herolib.builder { SyncArgs }
+
+// Upload a local file to the remote node
+node.upload(
+    source: "/local/path/to/my_script.sh",
+    dest: "/tmp/remote_script.sh",
+    stdout: true // Show rsync/scp output
+)!
+
+// Download a file from the remote node to the local machine
+node.download(
+    source: "/var/log/syslog",
+    dest: "/tmp/local_syslog.log",
+    stdout: false
+)!
+
+// Upload a directory, ignoring .git and examples folders, and deleting extra files on destination
+node.upload(
+    source: "/local/repo/",
+    dest: "~/code/my_project/",
+    ignore: [".git/*", "examples/"],
+    delete: true,
+    fast_rsync: true
+)!
+```
+
+## Node Database (`node.done`)
+
+The `node.done` map provides a simple key-value store for persistent data on the node. This data is cached in Redis.
+
+```v
+// Store a value
+node.done_set("setup_complete", "true")!
+
+// Retrieve a value
+status := node.done_get("setup_complete") or { "false" }
+println("Setup complete: ${status}")
+
+// Check if a key exists
+if node.done_exists("initial_config") {
+    println("Initial configuration done.")
+}
+
+// Print all stored 'done' items
+node.done_print()
+
+// Reset all stored 'done' items
+node.done_reset()!
+```
+
+## Bootstrapping and Updates
+
+The `bootstrapper` module provides functions for installing and updating Herolib components on nodes.
+
+### `node.hero_install() !`
+
+Installs the Herolib environment on the node.
+
+```v
+node.hero_install()!
+```
+
+### `node.hero_update(args HeroUpdateArgs) !`
+
+Updates the Herolib code on the node, with options for syncing from local, git reset, or git pull.
+
+```v
+import freeflowuniverse.herolib.builder { HeroUpdateArgs }
+
+// Sync local Herolib code to the remote node (full sync)
+node.hero_update(sync_from_local: true, sync_full: true)!
+
+// Reset git repository on the remote node and pull latest from 'dev' branch
+node.hero_update(git_reset: true, branch: "dev")!
+```
+
+### `node.vscript(args VScriptArgs) !`
+
+Uploads and executes a Vlang script (`.vsh` or `.v`) on the remote node.
+
+```v
+import freeflowuniverse.herolib.builder { VScriptArgs }
+
+// Upload and execute a local V script on the remote node
+node.vscript(path: "/local/path/to/my_script.vsh", sync_from_local: true)!
+```
+
+## Port Forwarding
+
+The `portforward_to_local` function allows forwarding a remote port on an SSH host to a local port.
+
+```v
+import freeflowuniverse.herolib.builder { portforward_to_local, ForwardArgsToLocal }
+
+// Forward remote port 8080 on 192.168.1.100 to local port 9000
+portforward_to_local(
+    name: "my_app_forward",
+    address: "192.168.1.100",
+    remote_port: 8080,
+    local_port: 9000
+)!
+```

aiprompts/herolib_advanced/cmdline_argument_parsing_example.vsh

@@ -0,0 +1,24 @@
+#!/usr/bin/env -S v -n -w -cg -gc none  -cc tcc -d use_openssl -enable-globals run
+
+import os
+import flag
+
+mut fp := flag.new_flag_parser(os.args)
+fp.application('compile.vsh')
+fp.version('v0.1.0')
+fp.description('Compile hero binary in debug or production mode')
+fp.skip_executable()
+
+prod_mode := fp.bool('prod', `p`, false, 'Build production version (optimized)')
+help_requested := fp.bool('help', `h`, false, 'Show help message')
+
+if help_requested {
+	println(fp.usage())
+	exit(0)
+}
+
+additional_args := fp.finalize() or {
+	eprintln(err)
+	println(fp.usage())
+	exit(1)
+}

aiprompts/herolib_advanced/openrpcexample.json

@@ -0,0 +1,78 @@
+{
+  "openrpc": "1.0.0-rc1",
+  "info": {
+    "title": "Simple RPC overview",
+    "version": "2.0.0"
+  },
+  "methods": [
+    {
+      "name": "get_versions",
+      "summary": "List API versions",
+      "params": [],
+      "result": {
+        "name": "get_version_result",
+        "schema": {
+          "type": "object"
+        }
+      },
+      "examples": [
+        {
+          "name": "v2",
+          "summary": "its a v2 example pairing!",
+          "description": "aight so this is how it works. You foo the bar then you baz the razmataz",
+          "params": [],
+          "result": {
+            "name": "versionsExample",
+            "value": {
+              "versions": [
+                {
+                  "status": "CURRENT",
+                  "updated": "2011-01-21T11:33:21Z",
+                  "id": "v2.0",
+                  "urls": [
+                    {
+                      "href": "http://127.0.0.1:8774/v2/",
+                      "rel": "self"
+                    }
+                  ]
+                },
+                {
+                  "status": "EXPERIMENTAL",
+                  "updated": "2013-07-23T11:33:21Z",
+                  "id": "v3.0",
+                  "urls": [
+                    {
+                      "href": "http://127.0.0.1:8774/v3/",
+                      "rel": "self"
+                    }
+                  ]
+                }
+              ]
+            }
+          }
+        }
+      ]
+    },
+    {
+      "name": "get_version_details",
+      "summary": "Show API version details",
+      "params": [],
+      "result": {
+        "name": "foo",
+        "schema": {
+          "type": "string"
+        }
+      },
+      "examples": [
+        {
+          "name": "stringifiedVersionsExample",
+          "params": [],
+          "result": {
+            "name": "bliggityblaow",
+            "value": "{\n \"versions\": [\n       {\n         \"status\": \"CURRENT\",\n         \"updated\": \"2011-01-21T11:33:21Z\",\n         \"id\": \"v2.0\",\n         \"urls\": [\n             {\n                 \"href\": \"http://127.0.0.1:8774/v2/\",\n                 \"rel\": \"self\"\n             }\n         ]\n     },\n     {\n         \"status\": \"EXPERIMENTAL\",\n         \"updated\": \"2013-07-23T11:33:21Z\",\n         \"id\": \"v3.0\",\n         \"urls\": [\n             {\n                 \"href\": \"http://127.0.0.1:8774/v3/\",\n                 \"rel\": \"self\"\n             }\n         ]\n     }\n ]\n}\n"
+          }
+        }
+      ]
+    }
+  ]
+}

aiprompts/herolib_advanced/osal.md

@@ -0,0 +1,508 @@
+# OSAL Core Module (freeflowuniverse.herolib.osal.core)
+
+This document describes the core functionalities of the Operating System Abstraction Layer (OSAL) module, designed for platform-independent system operations in V.
+
+```v
+//example how to get started
+
+import freeflowuniverse.herolib.osal.core as osal
+
+osal.exec(...)!
+
+```
+
+
+## 1. Process Management
+
+### `osal.exec(cmd: Command) !Job`
+Executes a shell command with extensive configuration.
+*   **Parameters**:
+    *   `cmd` (`Command` struct):
+        *   `cmd` (string): The command string.
+        *   `timeout` (int, default: 3600): Max execution time in seconds.
+        *   `retry` (int): Number of retries on failure.
+        *   `work_folder` (string): Working directory.
+        *   `environment` (map[string]string): Environment variables.
+        *   `stdout` (bool, default: true): Show command output.
+        *   `stdout_log` (bool, default: true): Log stdout to internal buffer.
+        *   `raise_error` (bool, default: true): Raise V error on failure.
+        *   `ignore_error` (bool): Do not raise error, just report.
+        *   `debug` (bool): Enable debug output.
+        *   `shell` (bool): Execute in interactive shell.
+        *   `interactive` (bool, default: true): Run in interactive mode.
+        *   `async` (bool): Run command asynchronously.
+        *   `runtime` (`RunTime` enum): Specify runtime (`.bash`, `.python`, etc.).
+*   **Returns**: `Job` struct (contains `status`, `output`, `error`, `exit_code`, `start`, `end`, `process`, `runnr`).
+*   **Error Handling**: Returns `JobError` with `error_type` (`.exec`, `.timeout`, `.args`).
+
+### `osal.execute_silent(cmd string) !string`
+Executes a command silently.
+*   **Parameters**: `cmd` (string): The command string.
+*   **Returns**: `string` (command output).
+
+### `osal.execute_debug(cmd string) !string`
+Executes a command with debug output.
+*   **Parameters**: `cmd` (string): The command string.
+*   **Returns**: `string` (command output).
+
+### `osal.execute_stdout(cmd string) !string`
+Executes a command and prints output to stdout.
+*   **Parameters**: `cmd` (string): The command string.
+*   **Returns**: `string` (command output).
+
+### `osal.execute_interactive(cmd string) !`
+### `osal.execute_ok(cmd string) bool`
+Executes a command and returns `true` if the command exits with a zero status, `false` otherwise.
+*   **Parameters**: `cmd` (string): The command string.
+*   **Returns**: `bool`.
+Executes a command in an interactive shell.
+### `osal.exec_fast(cmd: CommandFast) !string`
+Executes a command quickly, with options for profile sourcing and environment variables.
+*   **Parameters**:
+    *   `cmd` (`CommandFast` struct):
+        *   `cmd` (string): The command string.
+        *   `ignore_error` (bool): Do not raise error on non-zero exit code.
+        *   `work_folder` (string): Working directory.
+        *   `environment` (map[string]string): Environment variables.
+        *   `ignore_error_codes` ([]int): List of exit codes to ignore.
+        *   `debug` (bool): Enable debug output.
+        *   `includeprofile` (bool): Source the user's profile before execution.
+        *   `notempty` (bool): Return an error if the output is empty.
+*   **Returns**: `string` (command output).
+*   **Parameters**: `cmd` (string): The command string.
+
+### `osal.cmd_exists(cmd string) bool`
+Checks if a command exists in the system's PATH.
+*   **Parameters**: `cmd` (string): The command name.
+*   **Returns**: `bool`.
+
+### `osal.processmap_get() !ProcessMap`
+Scans and returns a map of all running processes.
+*   **Returns**: `ProcessMap` struct (contains `processes` (`[]ProcessInfo`), `lastscan`, `state`, `pids`).
+
+### `osal.processinfo_get(pid int) !ProcessInfo`
+Retrieves detailed information for a specific process by PID.
+*   **Parameters**: `pid` (int): Process ID.
+*   **Returns**: `ProcessInfo` struct (contains `cpu_perc`, `mem_perc`, `cmd`, `pid`, `ppid`, `rss`).
+
+### `osal.processinfo_get_byname(name string) ![]ProcessInfo`
+Retrieves detailed information for processes matching a given name.
+*   **Parameters**: `name` (string): Process name (substring match).
+*   **Returns**: `[]ProcessInfo`.
+
+### `osal.process_exists(pid int) bool`
+Checks if a process with a given PID exists.
+*   **Parameters**: `pid` (int): Process ID.
+*   **Returns**: `bool`.
+
+### `osal.processinfo_with_children(pid int) !ProcessMap`
+Returns a process and all its child processes.
+## 1.1. Done Context Management (`done.v`)
+
+Functions for managing a "done" context or state using Redis.
+
+*   **`osal.done_set(key string, val string) !`**: Sets a key-value pair in the "done" context.
+*   **`osal.done_get(key string) ?string`**: Retrieves a value from the "done" context by key.
+*   **`osal.done_delete(key string) !`**: Deletes a key from the "done" context.
+*   **`osal.done_get_str(key string) string`**: Retrieves a string value from the "done" context by key (panics on error).
+*   **`osal.done_get_int(key string) int`**: Retrieves an integer value from the "done" context by key (panics on error).
+*   **`osal.done_exists(key string) bool`**: Checks if a key exists in the "done" context.
+*   **`osal.done_print() !`**: Prints all key-value pairs in the "done" context to debug output.
+*   **`osal.done_reset() !`**: Resets (deletes all keys from) the "done" context.
+*   **Parameters**: `pid` (int): Parent Process ID.
+*   **Returns**: `ProcessMap`.
+
+### `osal.processinfo_children(pid int) !ProcessMap`
+Returns all child processes for a given PID.
+*   **Parameters**: `pid` (int): Parent Process ID.
+*   **Returns**: `ProcessMap`.
+
+### `osal.process_kill_recursive(args: ProcessKillArgs) !`
+Kills a process and all its children by name or PID.
+*   **Parameters**:
+    *   `args` (`ProcessKillArgs` struct):
+        *   `name` (string): Process name.
+        *   `pid` (int): Process ID.
+
+### `osal.process_exists_byname(name string) !bool`
+Checks if a process with a given name exists.
+*   **Parameters**: `name` (string): Process name (substring match).
+*   **Returns**: `bool`.
+### `osal.whoami() !string`
+Returns the current username.
+*   **Returns**: `string`.
+
+## 2. Network Utilities
+
+### `osal.ping(args: PingArgs) ! bool`
+Checks host reachability.
+*   **Parameters**:
+### `osal.ipaddr_pub_get_check() !string`
+Retrieves the public IP address and verifies it is bound to a local interface.
+*   **Returns**: `string`.
+
+### `osal.is_ip_on_local_interface(ip string) !bool`
+Checks if a given IP address is bound to a local network interface.
+*   **Parameters**: `ip` (string): IP address to check.
+*   **Returns**: `bool`.
+    *   `args` (`PingArgs` struct):
+        *   `address` (string, required): IP address or hostname.
+        *   `count` (u8, default: 1): Number of pings.
+        *   `timeout` (u16, default: 1): Timeout in seconds per ping.
+        *   `retry` (u8): Number of retry attempts.
+*   **Returns**: `PingResult` enum (`.ok`, `.timeout`, `.unknownhost`).
+
+### `osal.tcp_port_test(args: TcpPortTestArgs) bool`
+Tests if a TCP port is open on a given address.
+*   **Parameters**:
+    *   `args` (`TcpPortTestArgs` struct):
+        *   `address` (string, required): IP address or hostname.
+        *   `port` (int, default: 22): TCP port number.
+        *   `timeout` (u16, default: 2000): Total timeout in milliseconds.
+*   **Returns**: `bool`.
+
+### `osal.ipaddr_pub_get() !string`
+Retrieves the public IP address.
+*   **Returns**: `string`.
+
+### `osal.is_ip_on_local_interface(ip string) !bool`
+Checks if a given IP address is bound to a local network interface.
+*   **Parameters**: `ip` (string): IP address to check.
+*   **Returns**: `bool`.
+
+## 3. File System Operations
+
+### `osal.file_write(path string, text string) !`
+Writes text content to a file.
+*   **Parameters**:
+    *   `path` (string): File path.
+    *   `text` (string): Content to write.
+
+### `osal.file_read(path string) !string`
+Reads content from a file.
+*   **Parameters**: `path` (string): File path.
+*   **Returns**: `string` (file content).
+
+### `osal.dir_ensure(path string) !`
+Ensures a directory exists, creating it if necessary.
+*   **Parameters**: `path` (string): Directory path.
+
+### `osal.dir_delete(path string) !`
+Deletes a directory if it exists.
+*   **Parameters**: `path` (string): Directory path.
+
+### `osal.dir_reset(path string) !`
+Deletes and then recreates a directory.
+*   **Parameters**: `path` (string): Directory path.
+
+### `osal.rm(todelete string) !`
+Removes files or directories.
+*   **Parameters**: `todelete` (string): Comma or newline separated list of paths (supports `~` for home directory).
+
+### `osal.env_get_all() map[string]string`
+Returns all existing environment variables as a map.
+*   **Returns**: `map[string]string`.
+## 4. Environment Variables
+## 4.1. Package Management (`package.v`)
+
+Functions for managing system packages.
+
+*   **`osal.package_refresh() !`**: Updates the package list for the detected platform.
+*   **`osal.package_install(name_ string) !`**: Installs one or more packages.
+*   **`osal.package_remove(name_ string) !`**: Removes one or more packages.
+
+### `osal.env_set(args: EnvSet)`
+Sets an environment variable.
+*   **Parameters**:
+    *   `args` (`EnvSet` struct):
+        *   `key` (string, required): Environment variable name.
+        *   `value` (string, required): Value to set.
+        *   `overwrite` (bool, default: true): Overwrite if exists.
+
+### `osal.env_unset(key string)`
+Unsets a specific environment variable.
+*   **Parameters**: `key` (string): Environment variable name.
+
+### `osal.env_unset_all()`
+Unsets all environment variables.
+
+### `osal.env_set_all(args: EnvSetAll)`
+Sets multiple environment variables.
+*   **Parameters**:
+    *   `args` (`EnvSetAll` struct):
+        *   `env` (map[string]string): Map of key-value pairs.
+        *   `clear_before_set` (bool): Clear all existing variables before setting.
+        *   `overwrite_if_exists` (bool, default: true): Overwrite existing variables.
+
+### `osal.env_get(key string) !string`
+Retrieves the value of a specific environment variable.
+*   **Parameters**: `key` (string): Environment variable name.
+*   **Returns**: `string` (variable value).
+
+### `osal.env_exists(key string) !bool`
+Checks if an environment variable exists.
+*   **Parameters**: `key` (string): Environment variable name.
+*   **Returns**: `bool`.
+
+### `osal.env_get_default(key string, def string) string`
+Retrieves an environment variable or a default value if not found.
+*   **Parameters**:
+    *   `key` (string): Environment variable name.
+    *   `def` (string): Default value.
+*   **Returns**: `string`.
+
+### `osal.load_env_file(file_path string) !`
+Loads environment variables from a specified file.
+*   **Parameters**: `file_path` (string): Path to the environment file.
+
+## 5. Command & Profile Management
+
+### `osal.cmd_add(args: CmdAddArgs) !`
+Adds (copies or symlinks) a binary to system paths and updates user profiles.
+*   **Parameters**:
+    *   `args` (`CmdAddArgs` struct):
+        *   `cmdname` (string): Name of the command (optional, derived from source if empty).
+        *   `source` (string, required): Path to the binary.
+        *   `symlink` (bool): Create a symlink instead of copying.
+        *   `reset` (bool, default: true): Delete existing command if found.
+
+### `osal.profile_path_add_hero() !string`
+Ensures the `~/hero/bin` path is added to the user's profile.
+*   **Returns**: `string` (the `~/hero/bin` path).
+
+### `osal.bin_path() !string`
+Returns the preferred binary installation path (`~/hero/bin`).
+*   **Returns**: `string`.
+
+### `osal.hero_path() !string`
+Returns the `~/hero` directory path.
+*   **Returns**: `string`.
+
+### `osal.usr_local_path() !string`
+Returns `/usr/local` for Linux or `~/hero` for macOS.
+*   **Returns**: `string`.
+
+### `osal.cmd_exists_profile(cmd string) bool`
+Checks if a command exists in the system's PATH, considering the user's profile.
+*   **Parameters**: `cmd` (string): The command name.
+*   **Returns**: `bool`.
+### `osal.profile_path_source() !string`
+Returns a source statement for the preferred profile file (e.g., `. /home/user/.zprofile`).
+*   **Returns**: `string`.
+
+### `osal.profile_path_source_and() !string`
+Returns a source statement followed by `&&` for command chaining, or empty if profile doesn't exist.
+*   **Returns**: `string`.
+
+### `osal.profile_path_add_remove(args: ProfilePathAddRemoveArgs) !`
+Adds and/or removes paths from specified or preferred user profiles.
+*   **Parameters**:
+    *   `args` (`ProfilePathAddRemoveArgs` struct):
+        *   `paths_profile` (string): Comma/newline separated list of profile file paths (optional, uses preferred if empty).
+        *   `paths2add` (string): Comma/newline separated list of paths to add.
+        *   `paths2delete` (string): Comma/newline separated list of paths to delete.
+        *   `allprofiles` (bool): Apply to all known profile files.
+
+### `osal.cmd_path(cmd string) !string`
+Returns the full path of an executable command using `which`.
+*   **Parameters**: `cmd` (string): Command name.
+*   **Returns**: `string` (full path).
+
+### `osal.cmd_delete(cmd string) !`
+Deletes commands from their found locations.
+*   **Parameters**: `cmd` (string): Command name.
+
+### `osal.profile_paths_all() ![]string`
+Lists all possible profile file paths in the OS.
+*   **Returns**: `[]string`.
+
+### `osal.profile_paths_preferred() ![]string`
+## 5.1. SSH Key Management (`ssh_key.v`)
+
+Functions and structs for managing SSH keys.
+
+### `struct SSHKey`
+Represents an SSH key pair.
+*   **Fields**: `name` (string), `directory` (string).
+*   **Methods**:
+    *   `public_key_path() !pathlib.Path`: Returns the path to the public key.
+    *   `private_key_path() !pathlib.Path`: Returns the path to the private key.
+    *   `public_key() !string`: Returns the content of the public key.
+    *   `private_key() !string`: Returns the content of the private key.
+
+### `struct SSHConfig`
+Configuration for SSH key operations.
+*   **Fields**: `directory` (string, default: `~/.ssh`).
+
+### `osal.get_ssh_key(key_name string, config SSHConfig) ?SSHKey`
+Retrieves a specific SSH key by name.
+*   **Parameters**: `key_name` (string), `config` (`SSHConfig` struct).
+*   **Returns**: `?SSHKey` (optional SSHKey struct).
+
+### `osal.list_ssh_keys(config SSHConfig) ![]SSHKey`
+Lists all SSH keys in the specified directory.
+*   **Parameters**: `config` (`SSHConfig` struct).
+*   **Returns**: `[]SSHKey`.
+
+### `osal.new_ssh_key(key_name string, config SSHConfig) !SSHKey`
+Creates a new SSH key pair.
+*   **Parameters**: `key_name` (string), `config` (`SSHConfig` struct).
+*   **Returns**: `SSHKey`.
+Lists preferred profile file paths based on the operating system.
+*   **Returns**: `[]string`.
+
+### `osal.profile_path() !string`
+Returns the most preferred profile file path.
+*   **Returns**: `string`.
+
+## 6. System Information & Utilities
+
+### `osal.platform() !PlatformType`
+Identifies the operating system.
+*   **Returns**: `PlatformType` enum (`.unknown`, `.osx`, `.ubuntu`, `.alpine`, `.arch`, `.suse`).
+
+### `osal.cputype() !CPUType`
+Identifies the CPU architecture.
+*   **Returns**: `CPUType` enum (`.unknown`, `.intel`, `.arm`, `.intel32`, `.arm32`).
+
+### `osal.is_linux() !bool`
+Checks if the current OS is Linux.
+*   **Returns**: `bool`.
+
+### `osal.is_osx() !bool`
+Checks if the current OS is macOS.
+*   **Returns**: `bool`.
+
+### `osal.is_ubuntu() !bool`
+Checks if the current OS is Ubuntu.
+*   **Returns**: `bool`.
+
+### `osal.is_osx_arm() !bool`
+Checks if the current OS is macOS ARM.
+*   **Returns**: `bool`.
+
+### `osal.is_linux_arm() !bool`
+Checks if the current OS is Linux ARM.
+*   **Returns**: `bool`.
+
+### `osal.is_osx_intel() !bool`
+Checks if the current OS is macOS Intel.
+*   **Returns**: `bool`.
+
+### `osal.is_linux_intel() !bool`
+Checks if the current OS is Linux Intel.
+*   **Returns**: `bool`.
+
+### `osal.hostname() !string`
+Returns the system hostname.
+*   **Returns**: `string`.
+
+### `osal.initname() !string`
+Returns the init system name (e.g., `systemd`, `bash`, `zinit`).
+*   **Returns**: `string`.
+
+### `osal.sleep(duration int)`
+Pauses execution for a specified duration.
+*   **Parameters**: `duration` (int): Sleep duration in seconds.
+
+### `osal.download(args: DownloadArgs) !pathlib.Path`
+Downloads a file from a URL.
+*   **Parameters**:
+    *   `args` (`DownloadArgs` struct):
+        *   `url` (string, required): URL of the file.
+        *   `name` (string): Optional, derived from filename if empty.
+        *   `reset` (bool): Force download, remove existing.
+        *   `hash` (string): Hash for verification.
+        *   `dest` (string): Destination path.
+        *   `timeout` (int, default: 180): Download timeout in seconds.
+        *   `retry` (int, default: 3): Number of retries.
+        *   `minsize_kb` (u32, default: 10): Minimum expected size in KB.
+        *   `maxsize_kb` (u32): Maximum expected size in KB.
+        *   `expand_dir` (string): Directory to expand archive into.
+        *   `expand_file` (string): File to expand archive into.
+*   **Returns**: `pathlib.Path` (path to the downloaded file/directory).
+
+### `osal.user_exists(username string) bool`
+Checks if a user exists on the system.
+*   **Parameters**: `username` (string): Username to check.
+*   **Returns**: `bool`.
+
+### `osal.user_id_get(username string) !int`
+Retrieves the user ID for a given username.
+*   **Parameters**: `username` (string): Username.
+*   **Returns**: `int` (User ID).
+
+### `osal.user_add(args: UserArgs) !int`
+Adds a new user to the system.
+*   **Parameters**:
+    *   `args` (`UserArgs` struct):
+        *   `name` (string, required): Username to add.
+*   **Returns**: `int` (User ID of the added user).
+
+## Enums & Structs
+
+### `enum PlatformType`
+Represents the detected operating system.
+*   Values: `unknown`, `osx`, `ubuntu`, `alpine`, `arch`, `suse`.
+
+### `enum CPUType`
+Represents the detected CPU architecture.
+*   Values: `unknown`, `intel`, `arm`, `intel32`, `arm32`.
+
+### `enum RunTime`
+Specifies the runtime environment for command execution.
+*   Values: `bash`, `python`, `heroscript`, `herocmd`, `v`.
+
+### `enum JobStatus`
+Status of an executed command job.
+*   Values: `init`, `running`, `error_exec`, `error_timeout`, `error_args`, `done`.
+
+### `enum ErrorType`
+Types of errors that can occur during job execution.
+*   Values: `exec`, `timeout`, `args`.
+
+### `enum PingResult`
+Result of a ping operation.
+*   Values: `ok`, `timeout`, `unknownhost`.
+
+### `struct Command`
+Configuration for `osal.exec` function. (See `osal.exec` parameters for fields).
+
+### `struct Job`
+Result object returned by `osal.exec`. (See `osal.exec` returns for fields).
+
+### `struct JobError`
+Error details for failed jobs.
+
+### `struct PingArgs`
+Arguments for `osal.ping` function. (See `osal.ping` parameters for fields).
+
+### `struct TcpPortTestArgs`
+Arguments for `osal.tcp_port_test` function. (See `osal.tcp_port_test` parameters for fields).
+
+### `struct EnvSet`
+Arguments for `osal.env_set` function. (See `osal.env_set` parameters for fields).
+
+### `struct EnvSetAll`
+Arguments for `osal.env_set_all` function. (See `osal.env_set_all` parameters for fields).
+
+### `struct CmdAddArgs`
+Arguments for `osal.cmd_add` function. (See `osal.cmd_add` parameters for fields).
+
+### `struct ProfilePathAddRemoveArgs`
+Arguments for `osal.profile_path_add_remove` function. (See `osal.profile_path_add_remove` parameters for fields).
+
+### `struct ProcessMap`
+Contains a list of `ProcessInfo` objects.
+
+### `struct ProcessInfo`
+Detailed information about a single process. (See `osal.processinfo_get` returns for fields).
+
+### `struct ProcessKillArgs`
+Arguments for `osal.process_kill_recursive` function. (See `osal.process_kill_recursive` parameters for fields).
+
+### `struct DownloadArgs`
+Arguments for `osal.download` function. (See `osal.download` parameters for fields).
+
+### `struct UserArgs`
+Arguments for `osal.user_add` function. (See `osal.user_add` parameters for fields).

aiprompts/herolib_advanced/ourdb.md

@@ -0,0 +1,92 @@
+# OurTime Module
+
+The `OurTime` module in V provides flexible time handling, supporting relative and absolute time formats, Unix timestamps, and formatting utilities.
+
+## Key Features
+- Create time objects from strings or current time
+- Relative time expressions (e.g., `+1h`, `-2d`)
+- Absolute time formats (e.g., `YYYY-MM-DD HH:mm:ss`)
+- Unix timestamp conversion
+- Time formatting and warping
+
+## Basic Usage
+
+```v
+import freeflowuniverse.herolib.data.ourtime
+
+// Current time
+mut t := ourtime.now()
+
+// From string
+t2 := ourtime.new('2022-12-05 20:14:35')!
+
+// Get formatted string
+println(t2.str()) // e.g., 2022-12-05 20:14
+
+// Get Unix timestamp
+println(t2.unix()) // e.g., 1670271275
+```
+
+## Time Formats
+
+### Relative Time
+
+Use `s` (seconds), `h` (hours), `d` (days), `w` (weeks), `M` (months), `Q` (quarters), `Y` (years).
+
+```v
+// Create with relative time
+mut t := ourtime.new('+1w +2d -4h')!
+
+// Warp existing time
+mut t2 := ourtime.now()
+t2.warp('+1h')!
+```
+
+### Absolute Time
+
+Supports `YYYY-MM-DD HH:mm:ss`, `YYYY-MM-DD HH:mm`, `YYYY-MM-DD HH`, `YYYY-MM-DD`, `DD-MM-YYYY`.
+
+```v
+t1 := ourtime.new('2022-12-05 20:14:35')!
+t2 := ourtime.new('2022-12-05')! // Time defaults to 00:00:00
+```
+
+## Methods Overview
+
+### Creation
+
+```v
+now_time := ourtime.now()
+from_string := ourtime.new('2023-01-15')!
+from_epoch := ourtime.new_from_epoch(1673788800)
+```
+
+### Formatting
+
+```v
+mut t := ourtime.now()
+println(t.str()) // YYYY-MM-DD HH:mm
+println(t.day()) // YYYY-MM-DD
+println(t.key()) // YYYY_MM_DD_HH_mm_ss
+println(t.md())  // Markdown format
+```
+
+### Operations
+
+```v
+mut t := ourtime.now()
+t.warp('+1h')! // Move 1 hour forward
+unix_ts := t.unix()
+is_empty := t.empty()
+```
+
+## Error Handling
+
+Time parsing methods return a `Result` type and should be handled with `!` or `or` blocks.
+
+```v
+t_valid := ourtime.new('2023-01-01')!
+t_invalid := ourtime.new('bad-date') or {
+    println('Error: ${err}')
+    ourtime.now() // Fallback
+}

aiprompts/herolib_advanced/spreadsheet.md

@@ -0,0 +1,206 @@
+# Herolib Spreadsheet Module for AI Prompt Engineering
+
+This document provides an overview and usage instructions for the `freeflowuniverse.herolib.biz.spreadsheet` module, which offers a powerful software representation of a spreadsheet. This module is designed for business modeling, data analysis, and can be leveraged in AI prompt engineering scenarios where structured data manipulation and visualization are required.
+
+## 1. Core Concepts
+
+The spreadsheet module revolves around three main entities: `Sheet`, `Row`, and `Cell`.
+
+### 1.1. Sheet
+
+The `Sheet` is the primary container, representing the entire spreadsheet.
+
+*   **Properties:**
+    *   `name` (string): A unique identifier for the sheet.
+    *   `rows` (map[string]&Row): A collection of `Row` objects, indexed by their names.
+    *   `nrcol` (int): The number of columns in the sheet (e.g., 60 for 5 years of monthly data).
+    *   `params` (SheetParams): Configuration parameters, e.g., `visualize_cur` (boolean to display currency symbols).
+    *   `currency` (currency.Currency): The default currency for the sheet (e.g., USD), used for automatic conversions.
+
+*   **Creation:**
+    ```v
+    import freeflowuniverse.herolib.biz.spreadsheet
+
+    // Create a new sheet named 'my_financial_sheet' with 60 columns (e.g., 60 months)
+    mut my_sheet := spreadsheet.sheet_new(
+        name: 'my_financial_sheet',
+        nrcol: 60,
+        visualize_cur: true, // Optional: display currency symbols
+        curr: 'USD' // Optional: set default currency
+    )!
+
+    // Get an existing sheet from the global store
+    mut existing_sheet := spreadsheet.sheet_get('my_financial_sheet')!
+    ```
+
+*   **Key Operations:**
+    *   `sheet.row_get(name string) !&Row`: Retrieves a row by its name.
+    *   `sheet.cell_get(row string, col int) !&Cell`: Retrieves a cell by row name and column index.
+    *   `sheet.row_delete(name string)` / `sheet.delete(name string)`: Deletes a row.
+    *   `sheet.cells_width(colnr int) !int`: Finds the maximum string length of cells in a given column.
+    *   `sheet.rows_names_width_max() int`: Returns the maximum width of row names/aliases.
+    *   `sheet.rows_description_width_max() int`: Returns the maximum width of row descriptions.
+    *   `sheet.header() ![]string`: Generates column headers (e.g., "M1", "Q1", "Y1") based on `nrcol`.
+
+### 1.2. Row
+
+A `Row` represents a single horizontal line of data within a `Sheet`.
+
+*   **Properties:**
+    *   `name` (string): Unique identifier for the row.
+    *   `alias` (string, optional): Alternative name.
+    *   `description` (string): Textual description.
+    *   `tags` (string): Space-separated tags for categorization (e.g., "department:hr location:belgium").
+    *   `cells` ([]Cell): List of `Cell` objects.
+    *   `aggregatetype` (RowAggregateType): Defines default aggregation for this row (`.sum`, `.avg`, `.max`, `.min`).
+
+*   **Creation (within a Sheet):**
+    ```v
+    // Assuming 'my_sheet' is an existing Sheet object
+    mut salaries_row := my_sheet.row_new(
+        name: 'salaries',
+        tags: 'department:hr location:belgium',
+        descr: 'Monthly salaries for HR department in Belgium',
+        aggregatetype: .sum
+    )!
+    ```
+
+*   **Key Operations:**
+    *   `row.values_get() []f64`: Returns all cell values in the row as a list of floats.
+
+### 1.3. Cell
+
+A `Cell` is the fundamental unit of data, storing a numeric value.
+
+*   **Properties:**
+    *   `val` (f64): The numeric value.
+    *   `empty` (bool): `true` if the cell is empty.
+
+*   **Key Operations:**
+    *   `cell.set(v string) !`: Sets the cell's value. Handles currency strings (e.g., "100 USD") by converting to the sheet's currency.
+    *   `cell.add(v f64)`: Adds a numeric value to the existing cell value.
+    *   `cell.repr() string`: Returns a formatted string representation of the value (e.g., "100.00", or "-" if empty).
+
+## 2. Data Aggregation and Transformation
+
+The module provides powerful tools for summarizing and transforming data.
+
+### 2.1. Grouping Rows (`group2row`)
+
+Aggregates selected rows into a new single row based on tags.
+
+```v
+// Aggregate rows tagged 'department:dev' or 'department:engineering' into a new row
+mut total_salaries_row := my_sheet.group2row(
+    name: 'total_dev_engineering_salaries',
+    include: ['department:dev', 'department:engineering'],
+    tags: 'summary:dev_eng',
+    descr: 'Total salaries for Development and Engineering departments',
+    aggregatetype: .sum // Can be .sum, .avg, .max, .min
+)!
+```
+
+### 2.2. Transforming Periodicity (`toyear`, `toquarter`)
+
+Creates new sheets with data aggregated into larger time periods.
+
+```v
+// Assuming 'monthly_sheet' has 60 columns (monthly data)
+mut monthly_sheet := spreadsheet.sheet_new(name: 'monthly_data', nrcol: 60)!
+// ... populate monthly_sheet
+
+// Create a new sheet 'yearly_data' with data aggregated by year
+mut yearly_sheet := monthly_sheet.toyear(
+    name: 'yearly_data',
+    namefilter: ['revenue_row', 'expenses_row'], // Optional: filter specific rows
+    includefilter: ['category:income'] // Optional: filter by tags
+)!
+
+// Create a new sheet 'quarterly_data' with data aggregated by quarter
+mut quarterly_sheet := monthly_sheet.toquarter(name: 'quarterly_data')!
+```
+
+## 3. Exporting Data
+
+Export sheet data to CSV format.
+
+### 3.1. Export to CSV (`export_csv`)
+
+```v
+import os
+
+// Export to a CSV file with default pipe '|' separator
+my_sheet.export_csv(path: '~/output.csv')!
+
+// Export with custom comma ',' separator and include empty cells
+csv_content_with_empty := my_sheet.export_csv(
+    path: '~/output_with_empty.csv',
+    separator: ',',
+    include_empty: true
+)!
+
+// Export to a string only (no file)
+csv_string := my_sheet.export_csv(path: '')!
+println(csv_string)
+```
+
+*   **`ExportCSVArgs` Parameters:**
+    *   `path` (string, optional): File path. Empty string returns content as string. `~` is expanded to home directory.
+    *   `include_empty` (bool, optional, default: `false`): If `true`, empty cells are included.
+    *   `separator` (string, optional, default: `'|'`): Delimiter character.
+
+## 4. Charting Capabilities
+
+Integrates with ECharts for data visualization. Charting functions return an `echarts.EChartsOption` object.
+
+### 4.1. Common Charting Parameters (`RowGetArgs`)
+
+Used across line, bar, and pie charts to specify data and presentation.
+
+*   `rowname` (string, optional): Single row name or comma-separated list.
+*   `namefilter` ([]string, optional): List of exact row names to include.
+*   `includefilter` ([]string, optional): List of tags to include.
+*   `excludefilter` ([]string, optional): List of tags to exclude.
+*   `period_type` (PeriodType, optional): X-axis period (`.month`, `.quarter`, `.year`).
+*   `aggregate` (bool, optional, default: `true`): Aggregate multiple matching rows.
+*   `aggregatetype` (RowAggregateType, optional, default: `.sum`): Aggregation type.
+*   `unit` (UnitType, optional): Data unit.
+*   `title`, `title_sub` (string, optional): Chart titles.
+*   `size` (string, optional): For pie charts, defines radius (e.g., "70%").
+*   `rowname_show` (bool, optional, default: `true`): Show row name in legend.
+*   `descr_show` (bool, optional, default: `false`): Show row description (overrides `rowname_show`).
+*   `description` (string, optional): General chart description.
+
+### 4.2. Chart Types
+
+*   **Line Chart (`line_chart`)**: Visualizes trends over time.
+    ```v
+    import freeflowuniverse.herolib.web.echarts // Required for EChartsOption type
+
+    line_chart_option := my_sheet.line_chart(
+        rowname: 'revenue_row,expenses_row',
+        period_type: .month,
+        title: 'Revenue vs. Expenses Over Time'
+    )!
+    ```
+
+*   **Bar Chart (`bar_chart`)**: Compares discrete categories or values.
+    ```v
+    bar_chart_option := my_sheet.bar_chart(
+        rowname: 'profit_row',
+        period_type: .quarter,
+        title: 'Quarterly Profit'
+    )!
+    ```
+
+*   **Pie Chart (`pie_chart`)**: Shows proportions of categories.
+    ```v
+    pie_chart_option := my_sheet.pie_chart(
+        rowname: 'budget_allocation_row',
+        period_type: .year,
+        title: 'Annual Budget Allocation',
+        size: '70%'
+    )!
+    ```
+
+This documentation should provide sufficient information for an AI to understand and utilize the `lib/biz/spreadsheet` module effectively for various data manipulation and visualization tasks.

aiprompts/herolib_advanced/ui console chalk.md

@@ -7,7 +7,7 @@ Chalk offers functions:- `console.color_fg(text string, color string)` - To chan
 
 Example:
 
-```vlang
+```v
 import freeflowuniverse.herolib.ui.console
 
 # basic usage

aiprompts/herolib_core/basic_instructions.md

@@ -0,0 +1,72 @@
+
+# BASIC INSTRUCTIONS
+
+IMPORTANT: USE THIS PAGE AS THE ABSOLUTE AUTHORITY ON ALL INSTRUCTIONS
+
+## instructions for code generation 
+
+> when I generate code, the following instructions can never be overruled they are the basics
+
+- do not try to fix files which end with _.v because these are generated files
+
+
+## instruction for vlang scripts
+
+when I generate vlang scripts I will always use .vsh extension and use following as first line:
+
+```
+#!/usr/bin/env -S v -n -w -cg -gc none  -cc tcc -d use_openssl -enable-globals run
+```
+
+- a .vsh is a v shell script and can be executed as is, no need to use v ...
+- in .vsh file there is no need for a main() function
+- these scripts can be used for examples or instruction scripts e.g. an installs script
+
+## executing vlang scripts
+
+As AI agent I should also execute .v or .vsh scripts with vrun
+
+```bash
+vrun ~/code/github/freeflowuniverse/herolib/examples/biztools/bizmodel.vsh
+```
+
+## executing test scripts
+
+instruct user to test as follows (vtest is an alias which gets installed when herolib gets installed), can be done for a dir and for a file
+
+```bash
+vtest ~/code/github/freeflowuniverse/herolib/lib/osal/package_test.v
+```
+
+- use ~ so it works over all machines
+- don't use 'v test', we have vtest as alternative
+
+## module imports
+
+- in v all files in a folder are part of the same module, no need to import then, this is important difference in v
+
+## usage of @[params]
+
+- this is the best way how to pass optional parameters to functions in V
+
+```
+
+@[params]
+pub struct MyArgs {
+pub mut:
+	name      string
+	passphrase string
+}
+
+pub fn my_function(args MyArgs) {
+	// Use args.name and args.passphrase
+}
+
+//it get called as follows
+
+my_function(name:"my_key", passphrase:"my_passphrase")
+
+//IMPORTANT NO NEED TO INITIALIZE THE MYARGS INSIDE
+
+```
+

aiprompts/herolib_core/core_curdir_example.md

@@ -0,0 +1,11 @@
+# Getting the Current Script's Path in Herolib/V Shell
+
+can be used in any .v or .vsh script, easy to find content close to the script itself.
+
+```v
+#!/usr/bin/env vsh
+
+const script_path = os.dir(@FILE) + '/scripts'
+echo "Current scripts directory: ${script_directory}"
+
+```

aiprompts/herolib_core/core_globals.md

@@ -0,0 +1,44 @@
+## how to remember clients, installers as a global
+
+the following is a good pragmatic way to remember clients, installers as a global, use it as best practice.
+
+```vmodule docsite
+
+module docsite
+
+import freeflowuniverse.herolib.core.texttools
+
+__global (
+	siteconfigs  map[string]&SiteConfig
+)
+
+@[params]
+pub struct FactoryArgs {
+pub mut:
+	name string = "default"
+}
+
+pub fn new(args FactoryArgs) !&SiteConfig {
+	name := texttools.name_fix(args.name)
+	siteconfigs[name] = &SiteConfig{
+		name: name
+	}
+	return get(name:name)!
+}
+
+pub fn get(args FactoryArgs) !&SiteConfig {
+	name := texttools.name_fix(args.name)
+	mut sc := siteconfigs[name] or {
+		return error('siteconfig with name "${name}" does not exist')
+	}
+	return sc
+}
+
+pub fn default() !&SiteConfig {
+	if siteconfigs.len == 0 {
+		return new(name:'default')!
+	}
+	return get()!
+}
+
+```

aiprompts/herolib_core/core_heroscript_basics.md

@@ -0,0 +1,54 @@
+# HeroScript: Vlang Integration
+
+## HeroScript Structure
+
+HeroScript is a concise scripting language with the following structure:
+
+```heroscript
+!!actor.action_name
+	param1: 'value1'
+	param2: 'value with spaces'
+	multiline_description: '
+		This is a multiline description.
+		It can span multiple lines.
+		'
+	arg1 arg2 // Arguments without keys
+```
+
+Key characteristics:
+-   **Actions**: Start with `!!`, followed by `actor.action_name` (e.g., `!!mailclient.configure`).
+-   **Parameters**: Defined as `key:value`. Values can be quoted for spaces.
+-   **Multiline Support**: Parameters like `description` can span multiple lines.
+-   **Arguments**: Values without keys (e.g., `arg1`).
+
+## Processing HeroScript in Vlang
+
+HeroScript can be parsed into a `playbook.PlayBook` object, allowing structured access to actions and their parameters, this is used in most of the herolib modules, it allows configuration or actions in a structured way.
+
+```v
+import freeflowuniverse.herolib.core.playbook { PlayBook }
+import freeflowuniverse.herolib.ui.console
+
+pub fn play(mut plbook PlayBook) ! {
+
+	if plbook.exists_once(filter: 'docusaurus.define') {
+		mut action := plbook.get(filter: 'docusaurus.define')!
+		mut p := action.params
+		//example how we get parameters from the action see core_params.md for more details
+		ds = new(
+			path: p.get_default('path_publish', '')!
+			production:   p.get_default_false('production')
+		)!
+	}
+
+	// Process 'docusaurus.add' actions to configure individual Docusaurus sites
+	actions := plbook.find(filter: 'docusaurus.add')!
+	for action in actions {
+		mut p := action.params
+		//do more processing here
+	}
+}
+```
+
+For detailed information on parameter retrieval methods (e.g., `p.get()`, `p.get_int()`, `p.get_default_true()`), refer to `aiprompts/ai_core/core_params.md`.
+

aiprompts/herolib_core/core_heroscript_playbook.md

@@ -0,0 +1,25 @@
+# PlayBook
+
+## get & execute a playbook
+
+HeroScript can be parsed into a `playbook.PlayBook` object, allowing structured access to actions and their parameters.
+
+```v
+import freeflowuniverse.herolib.core.playbook
+import freeflowuniverse.herolib.core.playcmds
+
+// path string
+// text string
+// git_url string
+// git_pull bool
+// git_branch string
+// git_reset bool
+// session  ?&base.Session      is optional
+mut plbook := playbook.new(path: "....")!
+
+//now we run all the commands as they are pre-defined in herolib, this will execute the playbook and do all actions.
+playcmds.run(mut plbook)!
+
+```
+
+

aiprompts/herolib_core/core_http_client.md

@@ -0,0 +1,107 @@
+# HTTPConnection Module
+
+The `HTTPConnection` module provides a robust HTTP client for Vlang, supporting JSON, custom headers, retries, and caching.
+
+## Key Features
+- Type-safe JSON methods
+- Custom headers
+- Retry mechanism
+- Caching
+- URL encoding
+
+## Basic Usage
+
+```v
+import freeflowuniverse.herolib.core.httpconnection
+
+// Create a new HTTP connection
+mut conn := httpconnection.new(
+    name: 'my_api_client'
+    url: 'https://api.example.com'
+    retry: 3 // Number of retries for failed requests
+    cache: true // Enable caching
+)!
+```
+
+## Integration with Management Classes
+
+To integrate `HTTPConnection` into a management class (e.g., `HetznerManager`), use a method to lazily initialize and return the connection:
+
+```v
+// Example: HetznerManager
+pub fn (mut h HetznerManager) connection() !&httpconnection.HTTPConnection {
+	mut c := h.conn or {
+		mut c2 := httpconnection.new(
+			name:  'hetzner_${h.name}'
+			url:   h.baseurl
+			cache: true
+			retry: 3
+		)!
+		c2.basic_auth(h.user, h.password)
+		c2
+	}
+	return c
+}
+```
+
+## Examples
+
+### GET Request with JSON Response
+
+```v
+struct User {
+    id    int
+    name  string
+    email string
+}
+
+user := conn.get_json_generic[User](
+    prefix: 'users/1'
+)!
+```
+
+### POST Request with JSON Data
+
+```v
+struct NewUserResponse {
+    id int
+    status string
+}
+
+new_user_resp := conn.post_json_generic[NewUserResponse](
+    prefix: 'users'
+    params: {
+        'name': 'Jane Doe'
+        'email': 'jane@example.com'
+    }
+)!
+```
+
+### Custom Headers
+
+Set default headers or add them per request:
+
+```v
+import net.http { Header }
+
+// Set default header
+conn.default_header = http.new_header(key: .authorization, value: 'Bearer your-token')
+
+// Add custom header for a specific request
+response := conn.get_json(
+    prefix: 'protected/resource'
+    header: http.new_header(key: .content_type, value: 'application/json')
+)!
+```
+
+### Error Handling
+
+Methods return a `Result` type for error handling:
+
+```v
+user := conn.get_json_generic[User](
+    prefix: 'users/1'
+) or {
+    println('Error fetching user: ${err}')
+    return
+}

aiprompts/herolib_core/core_osal.md

@@ -0,0 +1,81 @@
+# OSAL Core Module - Key Capabilities (freeflowuniverse.herolib.osal.core)
+
+```v
+//example how to get started
+
+import freeflowuniverse.herolib.osal.core as osal
+
+job := osal.exec(cmd: 'ls /')!
+```
+
+This document describes the core functionalities of the Operating System Abstraction Layer (OSAL) module, designed for platform-independent system operations in V.
+
+## 1. Process Execution
+
+*   **`osal.exec(cmd: Command) !Job`**: Execute a shell command.
+    *   **Key Parameters**: `cmd` (string), `timeout` (int), `retry` (int), `work_folder` (string), `environment` (map[string]string), `stdout` (bool), `raise_error` (bool).
+    *   **Returns**: `Job` (status, output, error, exit code).
+*   **`osal.execute_silent(cmd string) !string`**: Execute silently, return output.
+*   **`osal.execute_debug(cmd string) !string`**: Execute with debug output, return output.
+*   **`osal.execute_stdout(cmd string) !string`**: Execute and print output to stdout, return output.
+*   **`osal.execute_interactive(cmd string) !`**: Execute in an interactive shell.
+*   **`osal.cmd_exists(cmd string) bool`**: Check if a command exists.
+
+## 2. Network Utilities
+
+*   **`osal.ping(args: PingArgs) !bool`**: Check host reachability.
+	    - address string = "8.8.8.8"
+	    - nr_ping u16 = 3 // amount of ping requests we will do
+	    - nr_ok u16 = 3 //how many of them need to be ok
+	    - retry   u8  //how many times fo we retry above sequence, basically we ping ourselves with -c 1
+    **`osal.ipaddr_pub_get() !string`**: Get public IP address.
+
+## 3. File System Operations
+
+*   **`osal.file_write(path string, text string) !`**: Write text to a file.
+*   **`osal.file_read(path string) !string`**: Read content from a file.
+*   **`osal.dir_ensure(path string) !`**: Ensure a directory exists.
+*   **`osal.rm(todelete string) !`**: Remove files/directories.
+
+## 4. Environment Variables
+
+*   **`osal.env_set(args: EnvSet)`**: Set an environment variable.
+    *   **Key Parameters**: `key` (string), `value` (string).
+*   **`osal.env_unset(key string)`**: Unset a specific environment variable.
+*   **`osal.env_unset_all()`**: Unset all environment variables.
+*   **`osal.env_set_all(args: EnvSetAll)`**: Set multiple environment variables.
+    *   **Key Parameters**: `env` (map[string]string), `clear_before_set` (bool), `overwrite_if_exists` (bool).
+*   **`osal.env_get(key string) !string`**: Get an environment variable's value.
+*   **`osal.env_exists(key string) !bool`**: Check if an environment variable exists.
+*   **`osal.env_get_default(key string, def string) string`**: Get an environment variable or a default value.
+*   **`osal.load_env_file(file_path string) !`**: Load variables from a file.
+
+## 5. Command & Profile Management
+
+*   **`osal.cmd_add(args: CmdAddArgs) !`**: Add a binary to system paths and update profiles.
+    *   **Key Parameters**: `source` (string, required), `cmdname` (string).
+*   **`osal.profile_path_add_remove(args: ProfilePathAddRemoveArgs) !`**: Add/remove paths from profiles.
+    *   **Key Parameters**: `paths2add` (string), `paths2delete` (string).
+
+## 6. System Information & Utilities
+
+*   **`osal.processmap_get() !ProcessMap`**: Get a map of all running processes.
+*   **`osal.processinfo_get(pid int) !ProcessInfo`**: Get detailed information for a specific process.
+*   **`osal.processinfo_get_byname(name string) ![]ProcessInfo`**: Get info for processes matching a name.
+*   **`osal.process_exists(pid int) bool`**: Check if a process exists by PID.
+*   **`osal.processinfo_with_children(pid int) !ProcessMap`**: Get a process and its children.
+*   **`osal.processinfo_children(pid int) !ProcessMap`**: Get children of a process.
+*   **`osal.process_kill_recursive(args: ProcessKillArgs) !`**: Kill a process and its children.
+    *   **Key Parameters**: `name` (string), `pid` (int).
+*   **`osal.whoami() !string`**: Return the current username.
+*   **`osal.platform() !PlatformType`**: Identify the operating system.
+*   **`osal.cputype() !CPUType`**: Identify the CPU architecture.
+*   **`osal.hostname() !string`**: Get system hostname.
+*   **`osal.sleep(duration int)`**: Pause execution for a specified duration.
+*   **`osal.download(args: DownloadArgs) !pathlib.Path`**: Download a file from a URL.
+    *   `pathlib.Path` is from `freeflowuniverse.herolib.core.pathlib`
+    *   **Key Parameters**: `url` (string), `dest` (string), `timeout` (int), `retry` (int).
+*   **`osal.user_exists(username string) bool`**: Check if a user exists.
+*   **`osal.user_id_get(username string) !int`**: Get user ID.
+*   **`osal.user_add(args: UserArgs) !int`**: Add a user.
+    *   **Key Parameters**: `name` (string).

aiprompts/herolib_core/core_ourtime.md

@@ -0,0 +1,92 @@
+# OurTime Module
+
+The `OurTime` module in V provides flexible time handling, supporting relative and absolute time formats, Unix timestamps, and formatting utilities.
+
+## Key Features
+- Create time objects from strings or current time
+- Relative time expressions (e.g., `+1h`, `-2d`)
+- Absolute time formats (e.g., `YYYY-MM-DD HH:mm:ss`)
+- Unix timestamp conversion
+- Time formatting and warping
+
+## Basic Usage
+
+```v
+import freeflowuniverse.herolib.data.ourtime
+
+// Current time
+mut t := ourtime.now()
+
+// From string
+t2 := ourtime.new('2022-12-05 20:14:35')!
+
+// Get formatted string
+println(t2.str()) // e.g., 2022-12-05 20:14
+
+// Get Unix timestamp
+println(t2.unix()) // e.g., 1670271275
+```
+
+## Time Formats
+
+### Relative Time
+
+Use `s` (seconds), `h` (hours), `d` (days), `w` (weeks), `M` (months), `Q` (quarters), `Y` (years).
+
+```v
+// Create with relative time
+mut t := ourtime.new('+1w +2d -4h')!
+
+// Warp existing time
+mut t2 := ourtime.now()
+t2.warp('+1h')!
+```
+
+### Absolute Time
+
+Supports `YYYY-MM-DD HH:mm:ss`, `YYYY-MM-DD HH:mm`, `YYYY-MM-DD HH`, `YYYY-MM-DD`, `DD-MM-YYYY`.
+
+```v
+t1 := ourtime.new('2022-12-05 20:14:35')!
+t2 := ourtime.new('2022-12-05')! // Time defaults to 00:00:00
+```
+
+## Methods Overview
+
+### Creation
+
+```v
+now_time := ourtime.now()
+from_string := ourtime.new('2023-01-15')!
+from_epoch := ourtime.new_from_epoch(1673788800)
+```
+
+### Formatting
+
+```v
+mut t := ourtime.now()
+println(t.str()) // YYYY-MM-DD HH:mm
+println(t.day()) // YYYY-MM-DD
+println(t.key()) // YYYY_MM_DD_HH_mm_ss
+println(t.md())  // Markdown format
+```
+
+### Operations
+
+```v
+mut t := ourtime.now()
+t.warp('+1h')! // Move 1 hour forward
+unix_ts := t.unix()
+is_empty := t.empty()
+```
+
+## Error Handling
+
+Time parsing methods return a `Result` type and should be handled with `!` or `or` blocks.
+
+```v
+t_valid := ourtime.new('2023-01-01')!
+t_invalid := ourtime.new('bad-date') or {
+    println('Error: ${err}')
+    ourtime.now() // Fallback
+}

aiprompts/herolib_core/core_params.md

@@ -0,0 +1,109 @@
+# Parameter Parsing in Vlang
+
+This document details the `paramsparser` module, essential for handling parameters in HeroScript and other contexts.
+
+## Obtaining a `paramsparser` Instance
+
+```v
+import freeflowuniverse.herolib.data.paramsparser
+
+// Create new params from a string
+params := paramsparser.new("color:red size:'large' priority:1 enable:true")!
+
+// Or create an empty instance and add parameters programmatically
+mut params := paramsparser.new_params()
+params.set("color", "red")
+```
+
+## Parameter Formats
+
+The parser supports various input formats:
+
+1.  **Key-value pairs**: `key:value`
+2.  **Quoted values**: `key:'value with spaces'` (single or double quotes)
+3.  **Arguments without keys**: `arg1 arg2` (accessed by index)
+4.  **Comments**: `// this is a comment` (ignored during parsing)
+
+Example:
+```v
+text := "name:'John Doe' age:30 active:true // user details"
+params := paramsparser.new(text)!
+```
+
+## Parameter Retrieval Methods
+
+The `paramsparser` module provides a comprehensive set of methods for retrieving and converting parameter values.
+
+### Basic Retrieval
+
+-   `get(key string) !string`: Retrieves a string value by key. Returns an error if the key does not exist.
+-   `get_default(key string, defval string) !string`: Retrieves a string value by key, or returns `defval` if the key is not found.
+-   `exists(key string) bool`: Checks if a keyword argument (`key:value`) exists.
+-   `exists_arg(key string) bool`: Checks if an argument (value without a key) exists.
+
+### Argument Retrieval (Positional)
+
+-   `get_arg(nr int) !string`: Retrieves an argument by its 0-based index. Returns an error if the index is out of bounds.
+-   `get_arg_default(nr int, defval string) !string`: Retrieves an argument by index, or returns `defval` if the index is out of bounds.
+
+### Type-Specific Retrieval
+
+-   `get_int(key string) !int`: Converts and retrieves an integer (int32).
+-   `get_int_default(key string, defval int) !int`: Retrieves an integer with a default.
+-   `get_u32(key string) !u32`: Converts and retrieves an unsigned 32-bit integer.
+-   `get_u32_default(key string, defval u32) !u32`: Retrieves a u32 with a default.
+-   `get_u64(key string) !u64`: Converts and retrieves an unsigned 64-bit integer.
+-   `get_u64_default(key string, defval u64) !u64`: Retrieves a u64 with a default.
+-   `get_u8(key string) !u8`: Converts and retrieves an unsigned 8-bit integer.
+-   `get_u8_default(key string, defval u8) !u8`: Retrieves a u8 with a default.
+-   `get_float(key string) !f64`: Converts and retrieves a 64-bit float.
+-   `get_float_default(key string, defval f64) !f64`: Retrieves a float with a default.
+-   `get_percentage(key string) !f64`: Converts a percentage string (e.g., "80%") to a float (0.8).
+-   `get_percentage_default(key string, defval string) !f64`: Retrieves a percentage with a default.
+
+### Boolean Retrieval
+
+-   `get_default_true(key string) bool`: Returns `true` if the value is empty, "1", "true", "y", or "yes". Otherwise `false`.
+-   `get_default_false(key string) bool`: Returns `false` if the value is empty, "0", "false", "n", or "no". Otherwise `true`.
+
+### List Retrieval
+
+Lists are typically comma-separated strings (e.g., `users: "john,jane,bob"`).
+
+-   `get_list(key string) ![]string`: Retrieves a list of strings.
+-   `get_list_default(key string, def []string) ![]string`: Retrieves a list of strings with a default.
+-   `get_list_int(key string) ![]int`: Retrieves a list of integers.
+-   `get_list_int_default(key string, def []int) []int`: Retrieves a list of integers with a default.
+-   `get_list_f32(key string) ![]f32`: Retrieves a list of 32-bit floats.
+-   `get_list_f32_default(key string, def []f32) []f32`: Retrieves a list of f32 with a default.
+-   `get_list_f64(key string) ![]f64`: Retrieves a list of 64-bit floats.
+-   `get_list_f64_default(key string, def []f64) []f64`: Retrieves a list of f64 with a default.
+-   `get_list_i8(key string) ![]i8`: Retrieves a list of 8-bit signed integers.
+-   `get_list_i8_default(key string, def []i8) []i8`: Retrieves a list of i8 with a default.
+-   `get_list_i16(key string) ![]i16`: Retrieves a list of 16-bit signed integers.
+-   `get_list_i16_default(key string, def []i16) []i16`: Retrieves a list of i16 with a default.
+-   `get_list_i64(key string) ![]i64`: Retrieves a list of 64-bit signed integers.
+-   `get_list_i64_default(key string, def []i64) []i64`: Retrieves a list of i64 with a default.
+-   `get_list_u16(key string) ![]u16`: Retrieves a list of 16-bit unsigned integers.
+-   `get_list_u16_default(key string, def []u16) []u16`: Retrieves a list of u16 with a default.
+-   `get_list_u32(key string) ![]u32`: Retrieves a list of 32-bit unsigned integers.
+-   `get_list_u32_default(key string, def []u32) []u32`: Retrieves a list of u32 with a default.
+-   `get_list_u64(key string) ![]u64`: Retrieves a list of 64-bit unsigned integers.
+-   `get_list_u64_default(key string, def []u64) []u64`: Retrieves a list of u64 with a default.
+-   `get_list_namefix(key string) ![]string`: Retrieves a list of strings, normalizing each item (e.g., "My Name" -> "my_name").
+-   `get_list_namefix_default(key string, def []string) ![]string`: Retrieves a list of name-fixed strings with a default.
+
+### Specialized Retrieval
+
+-   `get_map() map[string]string`: Returns all parameters as a map.
+-   `get_path(key string) !string`: Retrieves a path string.
+-   `get_path_create(key string) !string`: Retrieves a path string, creating the directory if it doesn't exist.
+-   `get_from_hashmap(key string, defval string, hashmap map[string]string) !string`: Retrieves a value from a provided hashmap based on the parameter's value.
+-   `get_storagecapacity_in_bytes(key string) !u64`: Converts storage capacity strings (e.g., "10 GB", "500 MB") to bytes (u64).
+-   `get_storagecapacity_in_bytes_default(key string, defval u64) !u64`: Retrieves storage capacity in bytes with a default.
+-   `get_storagecapacity_in_gigabytes(key string) !u64`: Converts storage capacity strings to gigabytes (u64).
+-   `get_time(key string) !ourtime.OurTime`: Parses a time string (relative or absolute) into an `ourtime.OurTime` object.
+-   `get_time_default(key string, defval ourtime.OurTime) !ourtime.OurTime`: Retrieves time with a default.
+-   `get_time_interval(key string) !Duration`: Parses a time interval string into a `Duration` object.
+-   `get_timestamp(key string) !Duration`: Parses a timestamp string into a `Duration` object.
+-   `get_timestamp_default(key string, defval Duration) !Duration`: Retrieves a timestamp with a default.

aiprompts/herolib_core/core_paths.md

@@ -0,0 +1,155 @@
+# Pathlib Usage Guide
+
+## Overview
+
+The pathlib module provides a comprehensive interface for handling file system operations. Key features include:
+
+- Robust path handling for files, directories, and symlinks
+- Support for both absolute and relative paths
+- Automatic home directory expansion (~)
+- Recursive directory operations
+- Path filtering and listing
+- File and directory metadata access
+
+## Basic Usage
+
+### Importing pathlib
+```v
+import freeflowuniverse.herolib.core.pathlib
+```
+
+### Creating Path Objects
+
+This will figure out if the path is a dir, file and if it exists.
+
+```v
+// Create a Path object for a file
+mut file_path := pathlib.get("path/to/file.txt")
+
+// Create a Path object for a directory
+mut dir_path := pathlib.get("path/to/directory")
+```
+
+if you know in advance if you expect a dir or file its better to use `pathlib.get_dir(path:...,create:true)` or `pathlib.get_file(path:...,create:true)`.
+
+### Basic Path Operations
+```v
+// Get absolute path
+abs_path := file_path.absolute()
+
+// Get real path (resolves symlinks)
+real_path := file_path.realpath()
+
+// Check if path exists
+if file_path.exists() {
+    // Path exists
+}
+```
+
+## Path Properties and Methods
+
+### Path Types
+```v
+// Check if path is a file
+if file_path.is_file() {
+    // Handle as file
+}
+
+// Check if path is a directory
+if dir_path.is_dir() {
+    // Handle as directory
+}
+
+// Check if path is a symlink
+if file_path.is_link() {
+    // Handle as symlink
+}
+```
+
+### Path Normalization
+```v
+// Normalize path (remove extra slashes, resolve . and ..)
+normalized_path := file_path.path_normalize()
+
+// Get path directory
+dir_path := file_path.path_dir()
+
+// Get path name without extension
+name_no_ext := file_path.name_no_ext()
+```
+
+## File and Directory Operations
+
+### File Operations
+```v
+// Write to file
+file_path.write("Content to write")!
+
+// Read from file
+content := file_path.read()!
+
+// Delete file
+file_path.delete()!
+```
+
+### Directory Operations
+```v
+// Create directory
+mut dir := pathlib.get_dir(
+    path: "path/to/new/dir"
+    create: true
+)!
+
+// List directory contents
+mut dir_list := dir.list()!
+
+// Delete directory
+dir.delete()!
+```
+
+### Symlink Operations
+```v
+// Create symlink
+file_path.link("path/to/symlink", delete_exists: true)!
+
+// Resolve symlink
+real_path := file_path.realpath()
+```
+
+## Advanced Operations
+
+### Path Copying
+```v
+// Copy file to destination
+file_path.copy(dest: "path/to/destination")!
+```
+
+### Recursive Operations
+```v
+// List directory recursively
+mut recursive_list := dir.list(recursive: true)!
+
+// Delete directory recursively
+dir.delete()!
+```
+
+### Path Filtering
+```v
+// List files matching pattern
+mut filtered_list := dir.list(
+    regex: [r".*\.txt$"],
+    recursive: true
+)!
+```
+
+## Best Practices
+
+### Error Handling
+```v
+if file_path.exists() {
+    // Safe to operate
+} else {
+    // Handle missing file
+}
+```
+

aiprompts/herolib_core/core_redis.md

@@ -0,0 +1,204 @@
+# Redisclient Module
+
+The `redisclient` module in Herolib provides a comprehensive client for interacting with Redis, supporting various commands, caching, queues, and RPC mechanisms.
+
+## Key Features
+
+-   **Direct Redis Commands**: Access to a wide range of Redis commands (strings, hashes, lists, keys, etc.).
+-   **Caching**: Built-in caching mechanism with namespace support and expiration.
+-   **Queues**: Simple queue implementation using Redis lists.
+-   **RPC**: Remote Procedure Call (RPC) functionality over Redis queues for inter-service communication.
+
+## Basic Usage
+
+To get a Redis client instance, use `redisclient.core_get()`. By default, it connects to `127.0.0.1:6379`. You can specify a different address and port using the `RedisURL` struct.
+
+```v
+import freeflowuniverse.herolib.core.redisclient
+
+// Connect to default Redis instance (127.0.0.1:6379)
+mut redis := redisclient.core_get()!
+
+// Or connect to a specific Redis instance
+// mut redis_url := redisclient.RedisURL{address: 'my.redis.server', port: 6380}
+// mut redis := redisclient.core_get(redis_url)!
+
+// Example: Set and Get a key
+redis.set('mykey', 'myvalue')!
+value := redis.get('mykey')!
+// assert value == 'myvalue'
+
+// Example: Check if a key exists
+exists := redis.exists('mykey')!
+// assert exists == true
+
+// Example: Delete a key
+redis.del('mykey')!
+```
+
+## Redis Commands
+
+The `Redis` object provides methods for most standard Redis commands. Here are some examples:
+
+### String Commands
+
+-   `set(key string, value string) !`: Sets the string value of a key.
+-   `get(key string) !string`: Gets the string value of a key.
+-   `set_ex(key string, value string, ex string) !`: Sets a key with an expiration time in seconds.
+-   `incr(key string) !int`: Increments the integer value of a key by one.
+-   `decr(key string) !int`: Decrements the integer value of a key by one.
+-   `append(key string, value string) !int`: Appends a value to a key.
+-   `strlen(key string) !int`: Gets the length of the value stored in a key.
+
+```v
+redis.set('counter', '10')!
+redis.incr('counter')! // counter is now 11
+val := redis.get('counter')! // "11"
+```
+
+### Hash Commands
+
+-   `hset(key string, skey string, value string) !`: Sets the string value of a hash field.
+-   `hget(key string, skey string) !string`: Gets the value of a hash field.
+-   `hgetall(key string) !map[string]string`: Gets all fields and values in a hash.
+-   `hexists(key string, skey string) !bool`: Checks if a hash field exists.
+-   `hdel(key string, skey string) !int`: Deletes one or more hash fields.
+
+```v
+redis.hset('user:1', 'name', 'John Doe')!
+redis.hset('user:1', 'email', 'john@example.com')!
+user_name := redis.hget('user:1', 'name')! // "John Doe"
+user_data := redis.hgetall('user:1')! // map['name':'John Doe', 'email':'john@example.com']
+```
+
+### List Commands
+
+-   `lpush(key string, element string) !int`: Inserts all specified values at the head of the list stored at key.
+-   `rpush(key string, element string) !int`: Inserts all specified values at the tail of the list stored at key.
+-   `lpop(key string) !string`: Removes and returns the first element of the list stored at key.
+-   `rpop(key string) !string`: Removes and returns the last element of the list stored at key.
+-   `llen(key string) !int`: Gets the length of a list.
+-   `lrange(key string, start int, end int) ![]resp.RValue`: Gets a range of elements from a list.
+
+```v
+redis.lpush('mylist', 'item1')!
+redis.rpush('mylist', 'item2')!
+first_item := redis.lpop('mylist')! // "item1"
+```
+
+### Set Commands
+
+-   `sadd(key string, members []string) !int`: Adds the specified members to the set stored at key.
+-   `smismember(key string, members []string) ![]int`: Returns if member is a member of the set stored at key.
+
+```v
+redis.sadd('myset', ['member1', 'member2'])!
+is_member := redis.smismember('myset', ['member1', 'member3'])! // [1, 0]
+```
+
+### Key Management
+
+-   `keys(pattern string) ![]string`: Finds all keys matching the given pattern.
+-   `del(key string) !int`: Deletes a key.
+-   `expire(key string, seconds int) !int`: Sets a key's time to live in seconds.
+-   `ttl(key string) !int`: Gets the time to live for a key in seconds.
+-   `flushall() !`: Deletes all the keys of all the existing databases.
+-   `flushdb() !`: Deletes all the keys of the currently selected database.
+-   `selectdb(database int) !`: Changes the selected database.
+
+```v
+redis.set('temp_key', 'value')!
+redis.expire('temp_key', 60)! // Expires in 60 seconds
+```
+
+## Redis Cache
+
+The `RedisCache` struct provides a convenient way to implement caching using Redis.
+
+```v
+import freeflowuniverse.herolib.core.redisclient
+
+mut redis := redisclient.core_get()!
+mut cache := redis.cache('my_app_cache')
+
+// Set a value in cache with expiration (e.g., 3600 seconds)
+cache.set('user:profile:123', '{ "name": "Alice" }', 3600)!
+
+// Get a value from cache
+cached_data := cache.get('user:profile:123') or {
+    // Cache miss, fetch from source
+    println('Cache miss for user:profile:123')
+    return
+}
+// println('Cached data: ${cached_data}')
+
+// Check if a key exists in cache
+exists := cache.exists('user:profile:123')
+// assert exists == true
+
+// Reset the cache for the namespace
+cache.reset()!
+```
+
+## Redis Queue
+
+The `RedisQueue` struct provides a simple queue mechanism using Redis lists.
+
+```v
+import freeflowuniverse.herolib.core.redisclient
+import time
+
+mut redis := redisclient.core_get()!
+mut my_queue := redis.queue_get('my_task_queue')
+
+// Add items to the queue
+my_queue.add('task1')!
+my_queue.add('task2')!
+
+// Get an item from the queue with a timeout (e.g., 1000 milliseconds)
+task := my_queue.get(1000)!
+// assert task == 'task1'
+
+// Pop an item without timeout (returns error if no item)
+task2 := my_queue.pop()!
+// assert task2 == 'task2'
+```
+
+## Redis RPC
+
+The `RedisRpc` struct enables Remote Procedure Call (RPC) over Redis, allowing services to communicate by sending messages to queues and waiting for responses.
+
+```v
+import freeflowuniverse.herolib.core.redisclient
+import json
+import time
+
+mut redis := redisclient.core_get()!
+mut rpc_client := redis.rpc_get('my_rpc_service')
+
+// Define a function to process RPC requests (server-side)
+fn my_rpc_processor(cmd string, data string) !string {
+    // Simulate some processing based on cmd and data
+    return 'Processed: cmd=${cmd}, data=${data}'
+}
+
+// --- Client Side (calling the RPC) ---
+// Call the RPC service
+response := rpc_client.call(
+    cmd: 'greet',
+    data: '{"name": "World"}',
+    wait: true,
+    timeout: 5000 // 5 seconds timeout
+)!
+// println('RPC Response: ${response}')
+// assert response == 'Processed: cmd=greet, data={"name": "World"}'
+
+// --- Server Side (processing RPC requests) ---
+// In a separate goroutine or process, you would run:
+// rpc_client.process(my_rpc_processor, timeout: 0)! // timeout 0 means no timeout, keeps processing
+
+// Example of how to process a single request (for testing/demonstration)
+// In a real application, this would be in a loop or a background worker
+// return_queue_name := rpc_client.process(my_rpc_processor, timeout: 1000)!
+// result := rpc_client.result(1000, return_queue_name)!
+// println('Processed result: ${result}')

aiprompts/herolib_core/core_text.md

@@ -0,0 +1,99 @@
+# TextTools Module
+
+The `texttools` module provides a comprehensive set of utilities for text manipulation and processing.
+
+## Functions and Examples:
+
+```v
+import freeflowuniverse.herolib.core.texttools
+
+assert hello_world == texttools.name_fix("Hello World!")
+
+```
+### Name/Path Processing
+*   `name_fix(name string) string`: Normalizes filenames and paths.
+*   `name_fix_keepspace(name string) !string`: Like name_fix but preserves spaces.
+*   `name_fix_no_ext(name_ string) string`: Removes file extension.
+*   `name_fix_snake_to_pascal(name string) string`: Converts snake_case to PascalCase.
+    ```v
+    name := texttools.name_fix_snake_to_pascal("hello_world") // Result: "HelloWorld"
+    ```
+*   `snake_case(name string) string`: Converts PascalCase to snake_case.
+    ```v
+    name := texttools.snake_case("HelloWorld") // Result: "hello_world"
+    ```
+*   `name_split(name string) !(string, string)`: Splits name into site and page components.
+
+
+### Text Cleaning
+*   `name_clean(r string) string`: Normalizes names by removing special characters.
+    ```v
+    name := texttools.name_clean("Hello@World!") // Result: "HelloWorld"
+    ```
+*   `ascii_clean(r string) string`: Removes all non-ASCII characters.
+*   `remove_empty_lines(text string) string`: Removes empty lines from text.
+    ```v
+    text := texttools.remove_empty_lines("line1\n\nline2\n\n\nline3") // Result: "line1\nline2\nline3"
+    ```
+*   `remove_double_lines(text string) string`: Removes consecutive empty lines.
+*   `remove_empty_js_blocks(text string) string`: Removes empty code blocks (```...```).
+
+### Command Line Parsing
+*   `cmd_line_args_parser(text string) ![]string`: Parses command line arguments with support for quotes and escaping.
+    ```v
+    args := texttools.cmd_line_args_parser("'arg with spaces' --flag=value") // Result: ['arg with spaces', '--flag=value']
+    ```
+*   `text_remove_quotes(text string) string`: Removes quoted sections from text.
+*   `check_exists_outside_quotes(text string, items []string) bool`: Checks if items exist in text outside of quotes.
+
+### Text Expansion
+*   `expand(txt_ string, l int, expand_with string) string`: Expands text to a specified length with a given character.
+
+### Indentation
+*   `indent(text string, prefix string) string`: Adds indentation prefix to each line.
+    ```v
+    text := texttools.indent("line1\nline2", "  ") // Result: "  line1\n  line2\n"
+    ```
+*   `dedent(text string) string`: Removes common leading whitespace from every line.
+    ```v
+    text := texttools.dedent("    line1\n    line2") // Result: "line1\nline2"
+    ```
+
+### String Validation
+*   `is_int(text string) bool`: Checks if text contains only digits.
+*   `is_upper_text(text string) bool`: Checks if text contains only uppercase letters.
+
+### Multiline Processing
+*   `multiline_to_single(text string) !string`: Converts multiline text to a single line with proper escaping.
+
+### Text Splitting
+*   `split_smart(t string, delimiter_ string) []string`: Intelligent string splitting that respects quotes.
+
+### Tokenization
+*   `tokenize(text_ string) TokenizerResult`: Tokenizes text into meaningful parts.
+*   `text_token_replace(text string, tofind string, replacewith string) !string`: Replaces tokens in text.
+
+### Version Parsing
+*   `version(text_ string) int`: Converts version strings to comparable integers.
+    ```v
+    ver := texttools.version("v0.4.36") // Result: 4036
+    ver = texttools.version("v1.4.36") // Result: 1004036
+    ```
+
+### Formatting
+*   `format_rfc1123(t time.Time) string`: Formats a time.Time object into RFC 1123 format.
+  
+
+### Array Operations
+*   `to_array(r string) []string`: Converts a comma or newline separated list to an array of strings.
+    ```v
+    text := "item1,item2,item3"
+    array := texttools.to_array(text) // Result: ['item1', 'item2', 'item3']
+    ```
+*   `to_array_int(r string) []int`: Converts a text list to an array of integers.
+*   `to_map(mapstring string, line string, delimiter_ string) map[string]string`: Intelligent mapping of a line to a map based on a template.
+    ```v
+    r := texttools.to_map("name,-,-,-,-,pid,-,-,-,-,path",
+        "root   304   0.0  0.0 408185328   1360   ??  S    16Dec23   0:34.06 /usr/sbin/distnoted")
+    // Result: {'name': 'root', 'pid': '1360', 'path': '/usr/sbin/distnoted'}
+    ```

aiprompts/herolib_core/core_ui_console.md

@@ -4,7 +4,7 @@ has mechanisms to print better to console, see the methods below
 
 import as
 
-```vlang
+```v
 import freeflowuniverse.herolib.ui.console
 
 ```

aiprompts/herolib_core/core_vshell.md

@@ -2,14 +2,11 @@
 
 this is how we want example scripts to be, see the first line
 
-```vlang
-#!/usr/bin/env -S v -gc none  -cc tcc -d use_openssl -enable-globals run
+```v
+#!/usr/bin/env -S v -cg -gc none  -cc tcc -d use_openssl -enable-globals run
 
-import freeflowuniverse.herolib.installers.sysadmintools.daguserver
+import freeflowuniverse.herolib...
 
-mut ds := daguserver.get()!
-
-println(ds)
 ```
 
 the files are in ~/code/github/freeflowuniverse/herolib/examples for herolib
@@ -17,3 +14,5 @@ the files are in ~/code/github/freeflowuniverse/herolib/examples for herolib
 ## important instructions
 
 - never use fn main() in a .vsh script
+- always use the top line as in example above
+- these scripts can be executed as is but can also use vrun $pathOfFile

aiprompts/herolib_core/v_templates.md

@@ -0,0 +1,165 @@
+V allows for easily using text templates, expanded at compile time to
+V functions, that efficiently produce text output. This is especially
+useful for templated HTML views, but the mechanism is general enough
+to be used for other kinds of text output also.
+
+# Template directives
+
+Each template directive begins with an `@` sign.
+Some directives contain a `{}` block, others only have `''` (string) parameters.
+
+Newlines on the beginning and end are ignored in `{}` blocks,
+otherwise this (see [if](#if) for this syntax):
+
+```html
+@if bool_val {
+    <span>This is shown if bool_val is true</span>
+}
+```
+
+... would output:
+
+```html
+
+    <span>This is shown if bool_val is true</span>
+
+```
+
+... which is less readable.
+
+## if
+
+The if directive, consists of three parts, the `@if` tag, the condition (same syntax like in V)
+and the `{}` block, where you can write html, which will be rendered if the condition is true:
+
+```
+@if <condition> {}
+```
+
+### Example
+
+```html
+@if bool_val {
+    <span>This is shown if bool_val is true</span>
+}
+```
+
+One-liner:
+
+```html
+@if bool_val { <span>This is shown if bool_val is true</span> }
+```
+
+The first example would result in:
+
+```html
+    <span>This is shown if bool_val is true</span>
+```
+
+... while the one-liner results in:
+
+```html
+<span>This is shown if bool_val is true</span>
+```
+
+## for
+
+The for directive consists of three parts, the `@for` tag,
+the condition (same syntax like in V) and the `{}` block,
+where you can write text, rendered for each iteration of the loop:
+
+```
+@for <condition> {}
+```
+
+### Example for @for
+
+```html
+@for i, val in my_vals {
+    <span>$i - $val</span>
+}
+```
+
+One-liner:
+
+```html
+@for i, val in my_vals { <span>$i - $val</span> }
+```
+
+The first example would result in:
+
+```html
+    <span>0 - "First"</span>
+    <span>1 - "Second"</span>
+    <span>2 - "Third"</span>
+    ...
+```
+
+... while the one-liner results in:
+
+```html
+<span>0 - "First"</span>
+<span>1 - "Second"</span>
+<span>2 - "Third"</span>
+...
+```
+
+You can also write (and all other for condition syntaxes that are allowed in V):
+
+```html
+@for i = 0; i < 5; i++ {
+    <span>$i</span>
+}
+```
+
+## include
+
+The include directive is for including other html files (which will be processed as well)
+and consists of two parts, the `@include` tag and a following `'<path>'` string.
+The path parameter is relative to the template file being called.
+
+### Example for the folder structure of a project using templates:
+
+```
+Project root
+/templates
+    - index.html
+    /headers
+        - base.html
+```
+
+`index.html`
+
+```html
+
+<div>@include 'header/base'</div>
+```
+
+> Note that there shouldn't be a file suffix,
+> it is automatically appended and only allows `html` files.
+
+
+## js
+
+The js directive consists of two parts, the `@js` tag and `'<path>'` string,
+where you can insert your src
+
+```
+@js '<url>'
+```
+
+### Example for the @js directive:
+
+```html
+@js 'myscripts.js'
+```
+
+# Variables
+
+All variables, which are declared before the $tmpl can be used through the `@{my_var}` syntax.
+It's also possible to use properties of structs here like `@{my_struct.prop}`.
+
+# Escaping
+
+The `@` symbol starts a template directive. If you need to use `@` as a regular 
+character within a template, escape it by using a double `@` like this: `@@`.

aiprompts/herolib_start_here.md

@@ -11,45 +11,22 @@
 when I generate vlang scripts I will always use .vsh extension and use following as first line:
 
 ```
-#!/usr/bin/env -S v -n -w -gc none  -cc tcc -d use_openssl -enable-globals run
+#!/usr/bin/env -S v -n -w -cg -gc none  -cc tcc -d use_openssl -enable-globals run
 ```
 
 - a .vsh is a v shell script and can be executed as is, no need to use v ...
 - in .vsh file there is no need for a main() function
 - these scripts can be used for examples or instruction scripts e.g. an installs script
 
-## to do argument parsing use following examples
+## executing vlang scripts
 
-```v
-#!/usr/bin/env -S v -n -w -cg -gc none  -cc tcc -d use_openssl -enable-globals run
-
-import os
-import flag
-
-mut fp := flag.new_flag_parser(os.args)
-fp.application('compile.vsh')
-fp.version('v0.1.0')
-fp.description('Compile hero binary in debug or production mode')
-fp.skip_executable()
-
-prod_mode := fp.bool('prod', `p`, false, 'Build production version (optimized)')
-help_requested := fp.bool('help', `h`, false, 'Show help message')
-
-if help_requested {
-    println(fp.usage())
-    exit(0)
-}
-
-additional_args := fp.finalize() or {
-    eprintln(err)
-    println(fp.usage())
-    exit(1)
-}
+As AI agent I should also execute v or .vsh scripts with vrun
 
+```bash
+vrun ~/code/github/freeflowuniverse/herolib/examples/biztools/bizmodel.vsh
 ```
 
-
-## when creating a test script
+## executing test scripts
 
 instruct user to test as follows (vtest is an alias which gets installed when herolib gets installed), can be done for a dir and for a file
 
@@ -58,3 +35,4 @@ vtest ~/code/github/freeflowuniverse/herolib/lib/osal/package_test.v
 ```
 
 - use ~ so it works over all machines
+- don't use 'v test', we have vtest as alternative

aiprompts/httpconnection.md

@@ -1 +0,0 @@
-../lib/core/httpconnection/readme.md

aiprompts/instructions_archive/documentation_from_v.md

@@ -0,0 +1,52 @@
+params: 
+
+- filepath: /Users/despiegk/code/github/freeflowuniverse/herolib/lib/clients/openai
+
+make a dense overview of the code above, easy to understand for AI
+
+the result is 1 markdown file called codeoverview.md  and is stored in $filepath
+
+try to figure out which functions are more important and which are less important, so that the most important functions are at the top of section you are working on
+
+the template is as follows
+
+```md
+# the name of the module
+
+2-5 liner description
+
+## factory
+
+is there factory, which one and quick example how to call, don’t say in which file not relevant
+show how to import the module is as follows: import freeflowuniverse.herolib. 
+and then starting from lib e.g. lib/clients/mycelium would result in import freeflowuniverse.herolib. clients.mycelium
+
+## overview
+
+quick overview as list with identations, of the structs and its methods
+
+## structs
+
+### structname
+
+now list the methods & arguments, for arguments use table
+
+for each method show the arguments needed to call the method, and what it returns
+
+### methods
+
+- if any methods which are on module
+- only show public methods, don't show the get/set/exists methods on module level as part of factory.
+
+
+```
+
+don't mention what we don't show because of rules above.
+
+the only output we want is  markdown file as follows
+
+===WRITE=== 
+$filepath
+===CONTENT===
+$the content of the generated markdown file
+===END===

aiprompts/instructions_archive/documentation_from_v_md.md

@@ -0,0 +1,22 @@
+remove all navigation elements, and index
+for each method, move the args as used in the methods to the method section so its easier to read
+
+start of output file is:
+
+# the name of the module
+
+2-5 liner description
+
+## factory
+
+is there factory, which one and quick example how to call, don’t say in which file not relevant
+show how to import the module is as follows: import freeflowuniverse.herolib. 
+and then starting from lib e.g. lib/clients/mycelium would result in import freeflowuniverse.herolib. clients.mycelium
+
+## structs and methods
+
+quick overview as list with identations, of the structs and its methods
+
+
+ONLY OUTPUT THE MARKDOWN FILE, NOTHING ELSE
+

aiprompts/instructions_archive/models_from_v/generics.v

@@ -0,0 +1,18 @@
+in hero.db
+
+make a generic function which takes any of the root objects (which inherits from Base)
+
+and gets a json from it and add a save() function to it to store it in postgresql (see postgresql client)
+and also a get and deserializes
+
+the json is put in table as follows
+
+tablename: $dirname_$rootobjectname all lowercase
+
+each table has
+
+- id
+- ... the fields which represents indexes (see @[index])
+- data which is the json
+
+information how to use generics see aiprompts/v_advanced/generics.md and aiprompts/v_advanced/reflection.md

aiprompts/instructions_archive/models_from_v/prompt.md

@@ -0,0 +1,45 @@
+$NAME = calendar
+
+walk over all models from biz: db/heromodels/src/models/$NAME in the rust repo
+create nice structured public models in Vlang (V) see instructions in herlolib
+
+put the results in /Users/despiegk/code/github/freeflowuniverse/herolib/lib/hero/models/$NAME
+
+put decorator on fields which need to be indexed: use @[index] for that at end of line of the property of the struct
+
+copy the documentation as well and put on the vstruct and on its fields
+
+make instructions so a coding agent can execute it, put the models in files, ...
+
+keep it all simple
+
+don't do anything additional for modules, don't do import
+
+at top of each file we have ```module $NAME```
+
+
+make sure all time related fields are in u64 format, use unix timestamp for that
+
+don't create management classes, only output the structs, don't create a mod.v, don't make .v scripts executatble, don't create a main.v
+
+
+## now also make sure we use core.base as follows
+
+```
+import freeflowuniverse.herolib.hero.models.core
+
+// Account represents a financial account for tracking balances and transactions
+// Supports multiple account types (checking, savings, investment, etc.)
+pub struct Account {
+    core.Base
+
+```
+
+remove Local BaseModel
+
+make sure module ... is always at first line of file
+
+- remove id from the model we update because it is in the Base
+- created_at u64 // Creation timestamp
+- updated_at u64 // Last modification timestamp
+- basically each property in the Base should be removed from the model

aiprompts/instructions_archive/models_from_v/readme.md

@@ -0,0 +1 @@
+Kimi k2 on groq is doing well

aiprompts/instructions_archive/models_from_v/update.md

@@ -0,0 +1,20 @@
+in lib/hero/models
+for governance and legal
+
+make sure we use core.base as follows
+
+import freeflowuniverse.herolib.hero.models.core
+
+// Account represents a financial account for tracking balances and transactions
+// Supports multiple account types (checking, savings, investment, etc.)
+pub struct Account {
+    core.Base
+
+remove Local BaseModel
+
+make sure module ... is always at first line of file
+
+- remove id from the model we update because it is in the Base
+- created_at u64 // Creation timestamp
+- updated_at u64 // Last modification timestamp
+- basically each property in the Base should be removed from the model

aiprompts/instructions_archive/processing/heroscript.md

@@ -0,0 +1,109 @@
+## INTENT
+
+we use heroscript to communicate actions and events in a structured format.
+we want you to parse user intents and generate the corresponding heroscript.
+
+ONLY RETURN THE HEROSCRIPT STATEMENTS, can be more than 1
+
+## HEROSCRIPT FORMAT
+
+HeroScript is a concise scripting language with the following structure:
+
+```heroscript
+!!actor.action_name
+	param1: 'value1'
+	param2: 'value with spaces'
+	multiline_description: '
+		This is a multiline description.
+		It can span multiple lines.
+		'
+	arg1 arg2 // Arguments without keys
+
+!!actor.action_name2 param1:something param2:'something with spaces' nr:3
+```
+
+Key characteristics:
+
+- **Actions**: Start with `!!`, followed by `actor.action_name` (e.g., `!!mailclient.configure`).
+- **Parameters**: Defined as `key:value`. Values can be quoted for spaces.
+- **Multiline Support**: Parameters like `description` can span multiple lines.
+- **Arguments**: Values without keys (e.g., `arg1`).
+- params can be on 1 line, with spaces in between
+- time can be as +1h, +1d, +1w (hour, day, week), ofcourse 1 can be any number, +1 means 1 hour from now
+- time format is:  dd/mm/yyyy hh:mm (ONLY USE THIS)
+- comma separation is used a lot in arguments e.g. 'jan,kristof' or 'jan , kristof' remove spaces, is list of 2
+- note only !! is at start of line, rest has spaces per instruction
+- make one empty line between 1 heroscript statements
+- everything after // is comment
+
+## HEROSCRIPT SCHEMA
+
+the language we understand
+
+### calendar management
+
+```heroscript 
+!!calendar.create when:'+1h'  descr:'this is event to discuss eng' attendees:'jan,kristof' name:'meet1' tags:'eng,urgent'
+!!calendar.delete name:'meet1'
+!!calendar.list tags:'urgent'
+
+```
+
+### contact management
+
+```heroscript 
+!!contact.add name:'jan' email:'jan@example.com' phone:'123-456-7890'
+!!contact.remove name:'jan'
+!!contact.list
+
+```
+
+### task management
+
+```heroscript 
+!!task.create title:'Prepare presentation' due:'+1d' assignee:'jan' name:'task1'  tags:'eng,urgent'
+	deadline:'+10d' duration:'1h'
+!!task.update name:'task1' status:'in progress'
+!!task.delete name:'task1'
+!!task.list
+
+```
+
+### project management
+
+```heroscript 
+!!project.create title:'Cloud Product Development' description:'Track progress of cloud product development' name:'cloud_prod'
+!!project.update name:'cloud_prod' status:'in progress'
+!!project.delete name:'cloud_prod'
+!!project.list
+!!project.tasks_list name:'cloud_prod' //required properties are name, description, and assignee of not given ask
+!!project.tasks_add names:'task1, task2'
+!!project.tasks_remove names:'task1, task2'
+
+```
+
+### SUPPORTED TAGS
+
+only tags supported are: 
+
+- for intent: eng, prod, support, mgmt, marketing
+- for urgency: urgent, high, medium, low
+
+### generic remarks
+
+- names are lowercase and snake_case, can be distilled out of title if only title given, often a user will say name but that means title
+- time: format of returned data or time is always dd/mm/yyyy hh:min
+
+## IMPORTANT STARTING INFO
+
+- current time is  10/08/2025 05:10 , use this to define any time-related parameters
+
+## USER INTENT
+
+I want a meeting tomorrow 10am, where we will discuss our new product for the cloud with jan and alex, and the urgency is high
+
+also let me know which other meetings I have which are urgent
+
+can you make a project where we can track the progress of our new product development? Name is 'Cloud Product Development'
+
+Please add tasks to the project in line to creating specifications, design documents, and implementation plans.

aiprompts/instructions_archive/processing/heroscript2.md

@@ -0,0 +1,64 @@
+SYSTEM
+You are a HeroScript compiler. Convert user intents into valid HeroScript statements.
+
+OUTPUT RULES
+
+1) Return ONLY HeroScript statements. No prose, no backticks.
+2) Separate each statement with exactly ONE blank line.
+3) Keys use snake_case. Names are lowercase snake_case derived from titles (non-alnum → "_", collapse repeats, trim).
+4) Lists are comma-separated with NO spaces (e.g., "jan,alex").
+5) Times: OUTPUT MUST BE ABSOLUTE in "dd/mm/yyyy hh:mm" (Europe/Zurich). Convert relative times (e.g., "tomorrow 10am") using CURRENT_TIME.
+6) Tags: include at most one intent tag and at most one urgency tag when present.
+   - intent: eng,prod,support,mgmt,marketing
+   - urgency: urgent,high,medium,low
+7) Quotes: quote values containing spaces; otherwise omit quotes (allowed either way).
+8) Comments only with // if the user explicitly asks for explanations; otherwise omit.
+
+SCHEMA (exact actions & parameters)
+
+!!calendar.create when:'dd/mm/yyyy hh:mm' name:'<name>' descr:'<text>' attendees:'a,b,c' tags:'intent,urgency'
+!!calendar.delete name:'<name>'
+!!calendar.list [tags:'tag1,tag2']
+
+!!contact.add name:'<name>' email:'<email>' phone:'<phone>'
+!!contact.remove name:'<name>'
+!!contact.list
+
+!!task.create title:'<title>' name:'<name>' [due:'dd/mm/yyyy hh:mm'] [assignee:'<name>'] [tags:'intent,urgency'] [deadline:'dd/mm/yyyy hh:mm'] [duration:'<Nd Nh Nm> or <Nh>']
+!!task.update name:'<name>' [status:'in progress|done|blocked|todo']
+!!task.delete name:'<name>'
+!!task.list
+
+!!project.create title:'<title>' description:'<text>' name:'<name>'
+!!project.update name:'<name>' [status:'in progress|done|blocked|todo']
+!!project.delete name:'<name>'
+!!project.list
+!!project.tasks_list name:'<project_name>'
+!!project.tasks_add name:'<project_name>' names:'task_a,task_b'
+!!project.tasks_remove name:'<project_name>' names:'task_a,task_b'
+
+NORMALIZATION & INFERENCE (silent)
+- Derive names from titles when missing (see rule 3). Ensure consistency across statements.
+- Map phrases to tags when obvious (e.g., "new product" ⇒ intent: prod; "high priority" ⇒ urgency: high).
+- Attendees: split on commas, trim, lowercase given names.
+- If the user asks for “urgent meetings,” use tags:'urgent' specifically.
+- Prefer concise descriptions pulled from the user’s phrasing.
+- Name's are required, if missing ask for clarification.
+- For calendar management, ensure to include all relevant details such as time, attendees, and description.
+
+
+CURRENT_TIME
+
+10/08/2025 05:10
+
+USER_MESSAGE
+
+I want a meeting tomorrow 10am, where we will discuss our new product for the cloud with jan and alex, and the urgency is high
+
+also let me know which other meetings I have which are urgent
+
+can you make a project where we can track the progress of our new product development? Name is 'Cloud Product Development'
+
+Please add tasks to the project in line to creating specifications, design documents, and implementation plans.
+
+END

aiprompts/instructions_archive/processing/intent.md

@@ -0,0 +1,82 @@
+## INSTRUCTIONS
+
+the user will send me multiple instructions what they wants to do, I want you to put them in separate categories
+
+The categories we have defined are:
+
+- calendar management
+  - schedule meetings, events, reminders
+  - list these events
+  - delete them
+- contact management
+  - add/remove contact information e.g. phone numbers, email addresses, address information
+  - list contacts, search
+- task or project management
+  - anything we need to do, anything we need to track and plan
+  - create/update tasks, set deadlines
+  - mark tasks as complete
+  - delete tasks
+  - project management
+- communication (chat, email)
+  - see what needs to be communicate e.g. send a chat to ... 
+- search statements
+  - find on internet, find specific information from my friends
+
+I want you to detect the intent and make multiple blocks out of the intent, each block should correspond to one of the identified intents, identify the intent with name of the category eg. calendar, only use above names
+
+
+
+what user wants to do, stay as close as possible to the original instructions, copy the exact instructions as where given by the user, we only need to sort the instructions in these blocks
+
+for each instruction make a separate block, e.g. if 2 tasks are given, create 2 blocks
+
+the format to return is: (note newline after each title of block)
+
+```template
+===CALENDAR===\n
+
+$the copied text from what user wants
+
+===CONTACT===\n
+...
+
+===QUESTION===\n
+
+put here what our system needs to ask to the user anything which is not clear
+
+===END===\n
+
+```
+
+I want you to execute above on instructions as given by user below, give text back ONLY supporting the template
+
+note for format is only ===$NAME=== and then on next lines the original instructions from the user, don't change
+
+## special processing of info
+
+- if a date or time specified e.g. tomorrow, time, ... calculate back from current date
+
+## IMPORTANT STARTING INFO
+
+- current time is  10/08/2025 05:10  (format of returned data is always dd/mm/yyyy hh:min)
+    - use the current time to define formatted time out of instructions
+    - only return the formatted time
+
+## UNCLEAR INFO
+
+check in instructions e.g. things specified like you, me, ... 
+are not clear ask specifically who do you mean
+
+if task, specify per task, who needs to do it and when, make sure each instruction (block) is complete and clear for further processing
+
+be very specific with the questions e.g. who is you, ...
+
+## EXECUTE ABOVE ON THE FOLLOWING
+
+I am planning a birthday for my daughters tomorrow, there will be 10 people.
+
+I would like to know if you can help me with the preparations.
+
+I need a place for my daughter's birthday party.
+
+I need to send message to my wife isabelle that she needs to pick up the cake.

aiprompts/openrpc/convert.py

@@ -0,0 +1,16 @@
+
+import json
+from jinja2 import Template
+
+# load OpenRPC spec
+with open("openrpc.json") as f:
+    spec = json.load(f)
+
+# load template
+with open("openrpc_to_md.j2") as f:
+    tmpl = Template(f.read())
+
+# render markdown
+output = tmpl.render(spec=spec)
+
+print(output)

aiprompts/openrpc/dense_md_to_openrpc.py

@@ -0,0 +1,163 @@
+import re
+import yaml
+import json
+import requests
+from collections import defaultdict
+from jsonschema import validate, Draft7Validator
+
+# --- Load OpenRPC meta-schema ---
+def load_openrpc_schema():
+    url = "https://open-rpc.github.io/meta-schema.json"
+    resp = requests.get(url)
+    resp.raise_for_status()
+    return resp.json()
+
+OPENRPC_SCHEMA = load_openrpc_schema()
+
+def parse_dense_markdown(md_text: str):
+    methods = []
+    schemas = {}
+
+    # Split into sections
+    sections = re.split(r"^# ", md_text, flags=re.M)
+    secmap = {}
+    for sec in sections:
+        if not sec.strip():
+            continue
+        title, _, body = sec.partition("\n")
+        secmap[title.strip()] = body.strip()
+
+    # --- Methods ---
+    if "Methods" in secmap:
+        method_blocks = re.split(r"^## ", secmap["Methods"], flags=re.M)
+        for block in method_blocks:
+            if not block.strip():
+                continue
+            name, _, body = block.partition("\n")
+            method = {"name": name.strip(), "params": [], "result": {}}
+
+            lines = [l.rstrip() for l in body.splitlines() if l.strip()]
+
+            # description before **Params**
+            desc_lines = []
+            i = 0
+            while i < len(lines) and not lines[i].startswith("**Params**"):
+                desc_lines.append(lines[i])
+                i += 1
+            method["description"] = " ".join(desc_lines).strip()
+
+            # Params
+            if "**Params**" in lines:
+                pi = lines.index("**Params**") + 1
+                while pi < len(lines) and not lines[pi].startswith("**Result**"):
+                    line = lines[pi].lstrip("-").strip()
+                    if line and not line.lower().startswith("none"):
+                        pname, _, pdesc = line.partition("(")
+                        pname = pname.strip()
+                        ptype = pdesc.split(",")[0].replace(")", "").strip() if pdesc else "object"
+                        required = "required" in line
+                        param = {
+                            "name": pname,
+                            "required": required,
+                            "schema": {"type": map_type(ptype)}
+                        }
+                        method["params"].append(param)
+                    pi += 1
+
+            # Result
+            if "**Result**" in lines:
+                ri = lines.index("**Result**") + 1
+                if ri < len(lines):
+                    rline = lines[ri].lstrip("-").strip()
+                    rname, _, rtype = rline.partition(":")
+                    rname = rname.strip()
+                    rtype = rtype.strip()
+                    schema = parse_result_type(rtype)
+                    method["result"] = {"name": rname, "schema": schema}
+
+            methods.append(method)
+
+    # --- Schemas ---
+    if "Schemas" in secmap:
+        schema_blocks = re.split(r"^## ", secmap["Schemas"], flags=re.M)
+        for block in schema_blocks:
+            if not block.strip():
+                continue
+            name, _, body = block.partition("\n")
+            lines = body.splitlines()
+            code_block = []
+            req_fields = []
+            in_yaml = False
+            for l in lines:
+                if l.strip().startswith("```yaml"):
+                    in_yaml = True
+                    continue
+                elif l.strip().startswith("```"):
+                    in_yaml = False
+                    continue
+                if in_yaml:
+                    code_block.append(l)
+                if l.strip().startswith("*Required:"):
+                    req_fields = [x.strip() for x in l.split(":")[1].split(",")]
+            if code_block:
+                schema_def = yaml.safe_load("\n".join(code_block))
+                props = {}
+                for fname, ftype in schema_def.items():
+                    if isinstance(ftype, str):
+                        base = ftype.split("#")[0].strip()
+                        desc = ftype.split("#")[1].strip() if "#" in ftype else None
+                        props[fname] = {"type": map_type(base)}
+                        if desc:
+                            props[fname]["description"] = desc
+                schemas[name.strip()] = {
+                    "type": "object",
+                    "properties": props,
+                    "required": req_fields
+                }
+
+    spec = {"openrpc": "1.0.0", "methods": methods, "components": {"schemas": schemas}}
+
+    # --- Validate against OpenRPC schema ---
+    validator = Draft7Validator(OPENRPC_SCHEMA)
+    errors = sorted(validator.iter_errors(spec), key=lambda e: e.path)
+    if errors:
+        for err in errors:
+            print(f"❌ Validation error at {list(err.path)}: {err.message}")
+        raise ValueError("Generated spec is not valid OpenRPC")
+    else:
+        print("✅ Spec is valid OpenRPC")
+
+    return spec
+
+# --- Helpers ---
+def map_type(t):
+    mapping = {"int": "integer", "str": "string", "bool": "boolean", "object": "object"}
+    return mapping.get(t, t)
+
+def parse_result_type(rtype):
+    if "|" in rtype:
+        oneofs = []
+        for variant in rtype.split("|"):
+            v = variant.strip()
+            if v.startswith("[") and v.endswith("]"):
+                oneofs.append({"type": "array", "items": {"$ref": f"#/components/schemas/{v[1:-1]}"}})
+            else:
+                oneofs.append({"$ref": f"#/components/schemas/{v}"})
+        return {"oneOf": oneofs}
+    elif rtype.startswith("[") and rtype.endswith("]"):
+        return {"type": "array", "items": {"type": map_type(rtype[1:-1])}}
+    elif rtype in ["int", "str", "bool", "object"]:
+        return {"type": map_type(rtype)}
+    else:
+        return {"$ref": f"#/components/schemas/{rtype}"}
+
+
+# --- Example usage ---
+if __name__ == "__main__":
+    with open("dense.md") as f:
+        md = f.read()
+
+    spec = parse_dense_markdown(md)
+
+    with open("openrpc.json", "w") as f:
+        json.dump(spec, f, indent=2)

aiprompts/openrpc/install.sh

@@ -0,0 +1 @@
+pip install jsonschema requests

aiprompts/openrpc/openrpc2md.md

@@ -0,0 +1,155 @@
+
+
+# Instructions: Converting OpenRPC → Markdown Shorthand
+
+## Purpose
+
+Transform an OpenRPC specification (JSON or YAML) into a **dense Markdown format** that is:
+
+* Human-readable
+* AI-parseable
+* Compact (minimal boilerplate)
+* Faithful to the original semantics
+
+---
+
+## General Rules
+
+1. **Drop metadata**
+   Ignore `info`, `servers`, and other metadata not relevant to API usage.
+
+2. **Two main sections**
+
+   * `# Methods`
+   * `# Schemas`
+
+3. **Method representation**
+   Each method gets its own `## {method_name}` block:
+
+   * First line: *description* (if present).
+   * **Params** section:
+
+     * List each parameter as `- name: TYPE (required?)`
+     * Inline object properties using nested bullet lists or YAML block if complex.
+   * **Result** section:
+
+     * Same style as params.
+     * Use shorthand for references:
+
+       * `$ref: "#/components/schemas/Comment"` → `Comment`
+       * Array of refs → `[Comment]`
+
+4. **Schema representation**
+   Each schema gets its own `## {SchemaName}` block:
+
+   * Use fenced YAML block for properties:
+
+     ```yaml
+     field: TYPE   # description
+     ```
+   * List required fields below the block:
+     `*Required: field1, field2*`
+
+---
+
+## Type Conventions
+
+* `type: integer` → `int`
+* `type: string` → `str`
+* `type: boolean` → `bool`
+* `type: object` → `object`
+* `type: array` → `[TYPE]` (if items defined)
+* `oneOf: [SchemaA, SchemaB]` → `SchemaA | SchemaB`
+
+---
+
+## Handling Complex Types
+
+1. **Objects inside parameters or results**
+
+   * If small (≤3 fields), inline as `{ field1: TYPE, field2: TYPE }`.
+   * If large, expand as YAML block.
+
+   Example:
+
+   ```markdown
+   - args (object, required)
+     - id: int
+     - parent: int
+   ```
+
+2. **Nested schemas (structs in structs)**
+
+   * Inline only the top level, reference nested schemas by name.
+   * If the nested schema is not declared in `components/schemas`, define it under `# Schemas`.
+
+   Example:
+
+   ```markdown
+   ## user_create
+   **Params**
+   - user: UserProfile  (struct defined below)
+   ```
+
+3. **Arrays**
+
+   * `[TYPE]` for primitives (e.g., `[int]`).
+   * `[SchemaName]` for objects.
+
+4. **Results with multiple options**
+
+   * Use `SchemaA | [SchemaA]` for "oneOf".
+
+---
+
+## Example Conversion
+
+OpenRPC (fragment):
+
+```json
+{
+  "name": "comment_get",
+  "description": "Retrieve comments",
+  "params": [
+    {
+      "name": "args",
+      "required": true,
+      "schema": {
+        "type": "object",
+        "properties": {
+          "id": { "type": "integer" },
+          "author": { "type": "integer" }
+        }
+      }
+    }
+  ],
+  "result": {
+    "name": "comments",
+    "schema": {
+      "oneOf": [
+        { "$ref": "#/components/schemas/Comment" },
+        { "type": "array", "items": { "$ref": "#/components/schemas/Comment" } }
+      ]
+    }
+  }
+}
+```
+
+Markdown:
+
+```markdown
+## comment_get
+Retrieve comments
+
+**Params**
+- args (object, required)  
+  - id: int  
+  - author: int  
+
+**Result**
+- comments: Comment | [Comment]
+```
+
+---
+
+This way, any AI (or human) can deterministically map **OpenRPC → Markdown shorthand**.

aiprompts/openrpc/roundtrip_test.py

@@ -0,0 +1,53 @@
+import json
+import sys
+from dense_md_to_openrpc import parse_dense_markdown
+from jinja2 import Template
+
+# Load the Jinja2 template for JSON → Markdown
+with open("openrpc_to_md.j2") as f:
+    md_template = Template(f.read())
+
+def roundtrip(md_path: str):
+    print(f"🔄 Round-trip test for {md_path}")
+
+    # 1. Markdown → JSON
+    with open(md_path) as f:
+        md_text = f.read()
+    spec1 = parse_dense_markdown(md_text)
+    print("✅ Step 1: Markdown → JSON")
+
+    # 2. Validate already happens inside parse_dense_markdown
+
+    # 3. JSON → Markdown
+    md2 = md_template.render(spec=spec1)
+    print("✅ Step 2: JSON → Markdown")
+
+    # 4. Markdown → JSON again
+    spec2 = parse_dense_markdown(md2)
+    print("✅ Step 3: Markdown → JSON (again)")
+
+    # 5. Compare results
+    spec1_str = json.dumps(spec1, sort_keys=True, indent=2)
+    spec2_str = json.dumps(spec2, sort_keys=True, indent=2)
+
+    if spec1_str == spec2_str:
+        print("🎉 Round-trip is stable! (JSON1 == JSON2)")
+    else:
+        print("⚠️ Round-trip mismatch!")
+        with open("spec1.json", "w") as f:
+            f.write(spec1_str)
+        with open("spec2.json", "w") as f:
+            f.write(spec2_str)
+        with open("roundtrip_diff.md", "w") as f:
+            f.write("## Original JSON (Markdown → JSON)\n```json\n")
+            f.write(spec1_str + "\n```\n")
+            f.write("\n## After Round-trip (JSON → Markdown → JSON)\n```json\n")
+            f.write(spec2_str + "\n```\n")
+        print("👉 Differences written to spec1.json, spec2.json, and roundtrip_diff.md")
+
+if __name__ == "__main__":
+    if len(sys.argv) < 2:
+        print("Usage: python roundtrip_test.py dense.md")
+        sys.exit(1)
+
+    roundtrip(sys.argv[1])

aiprompts/openrpc/schema.j2

@@ -0,0 +1,56 @@
+# Methods
+
+{% for method in spec.methods %}
+## {{ method.name }}
+{{ method.description or "" }}
+
+**Params**
+{% if method.params|length == 0 %}
+- none
+{% else %}
+{% for p in method.params %}
+- {{ p.name }} ({{ p.schema.type or "object" }}{% if p.required %}, required{% endif %})
+{% if p.schema.properties %}
+{% for field, fdef in p.schema.properties.items() %}
+  - {{ field }}: {{ fdef.type or "object" }}{% if fdef.description %} — {{ fdef.description }}{% endif %}
+{% endfor %}
+{% endif %}
+{% if p.schema["$ref"] %}
+  - {{ p.schema["$ref"].split("/")[-1] }}
+{% endif %}
+{% endfor %}
+{% endif %}
+
+**Result**
+- {{ method.result.name }}:
+{% if method.result.schema.oneOf %}
+  {% for variant in method.result.schema.oneOf %}
+    {% if variant["$ref"] %}
+    - {{ variant["$ref"].split("/")[-1] }}
+    {% elif variant.type == "array" %}
+    - [{{ variant.items["$ref"].split("/")[-1] }}]
+    {% else %}
+    - {{ variant.type }}
+    {% endif %}
+  {% endfor %}
+{% elif method.result.schema["$ref"] %}
+  {{ method.result.schema["$ref"].split("/")[-1] }}
+{% elif method.result.schema.type == "array" %}
+  [{{ method.result.schema.items.type or method.result.schema.items["$ref"].split("/")[-1] }}]
+{% elif method.result.schema.type %}
+  {{ method.result.schema.type }}
+{% else %}
+  object
+{% endif %}
+
+---
+{% endfor %}
+
+# Schemas
+
+{% for name, schema in spec.components.schemas.items() %}
+## {{ name }}
+```yaml
+{% for field, fdef in schema.properties.items() %}
+{{ field }}: {{ fdef.type or "object" }}{% if fdef.description %}   # {{ fdef.description }}{% endif %}
+{% endfor %}

aiprompts/osal.md

@@ -1 +0,0 @@
-../lib/osal/readme.md

aiprompts/ourdb.md

@@ -1 +0,0 @@
-../lib/data/ourdb/README.md

aiprompts/ourtime.md

@@ -1 +0,0 @@
-../lib/data/ourtime/readme.md

aiprompts/paramsparser.md

@@ -1 +0,0 @@
-../lib/data/paramsparser/readme.md

aiprompts/starter/1_heroscript.md

@@ -1,78 +0,0 @@
-# HeroScript
-
-## Overview
-
-HeroScript is a simple, declarative scripting language designed to define workflows and execute commands in a structured manner. It follows a straightforward syntax where each action is prefixed with `!!`, indicating the actor and action name.
-
-## Example
-
-A basic HeroScript script for virtual machine management looks like this:
-
-```heroscript
-!!vm.define name:'test_vm' cpu:4
-    memory: '8GB'
-    storage: '100GB'
-	description: '
-		A virtual machine configuration
-		with specific resources.
-	'
-
-!!vm.start name:'test_vm'
-
-!!vm.disk_add
-	name: 'test_vm'
-	size: '50GB'
-	type: 'SSD'
-
-!!vm.delete
-	name: 'test_vm'
-	force: true
-```
-
-### Key Features
-
-- Every action starts with `!!`.
-  - The first part after `!!` is the actor (e.g., `vm`).
-  - The second part is the action name (e.g., `define`, `start`, `delete`).
-- Multi-line values are supported (e.g., the `description` field).
-- Lists are comma-separated where applicable and inside ''.
-- If items one 1 line, then no space between name & argument e.g. name:'test_vm'
-
-## Parsing HeroScript
-
-Internally, HeroScript gets parsed into an action object with parameters. Each parameter follows a `key: value` format.
-
-### Parsing Example
-
-```heroscript
-!!actor.action
-    id:a1 name6:aaaaa
-    name:'need to do something 1' 
-    description:
-        '
-        ## markdown works in it
-        description can be multiline
-        lets see what happens
-
-        - a
-        - something else
-
-        ### subtitle
-        '
-
-    name2:   test
-    name3: hi 
-    name10:'this is with space'  name11:aaa11
-
-    name4: 'aaa'
-
-    //somecomment
-    name5:   'aab'
-```
-
-### Parsing Details
-- Each parameter follows a `key: value` format.
-- Multi-line values (such as descriptions) support Markdown formatting.
-- Comments can be added using `//`.
-- Keys and values can have spaces, and values can be enclosed in single quotes.
-

aiprompts/starter/3_heroscript_vlang.md

@@ -1,267 +0,0 @@
-
-## how to process heroscript in Vlang
-
-- heroscript can be converted to a struct,
-- the methods available to get the params are in 'params' section further in this doc
-
-
-```vlang
-
-fn test_play_dagu() ! {
-	mut plbook := playbook.new(text: thetext_from_above)!
-	play_dagu(mut plbook)! //see below in vlang block there it all happens
-}
-
-
-pub fn play_dagu(mut plbook playbook.PlayBook) ! {
-
-	//find all actions are !!$actor.$actionname.  in this case above the actor is !!dagu, we check with the fitler if it exists, if not we return
-	dagu_actions := plbook.find(filter: 'dagu.')!
-	if dagu_actions.len == 0 {
-		return
-	}	
-	play_dagu_basic(mut plbook)!
-}
-
-pub struct DaguScript {
-pub mut:
-	name string
-	homedir string
-	title string
-	reset bool
-	start bool
-	colors []string
-}
-
-// play_dagu plays the dagu play commands
-pub fn play_dagu_basic(mut plbook playbook.PlayBook) ! {
-
-	//now find the specific ones for dagu.script_define
-	mut actions := plbook.find(filter: 'dagu.script_define')!
-
-	if actions.len > 0 {
-		for myaction in actions {
-			mut p := myaction.params       //get the params object from the action object, this can then be processed using the param getters      
-			mut obj := DaguScript{
-				//INFO: all details about the get methods can be found in 'params get methods' section
-				name : p.get('name')! //will give error if not exist			
-				homedir : p.get('homedir')!
-				title : p.get_default('title', 'My Hero DAG')!  //uses a default if not set
-				reset : p.get_default_false('reset') 
-				start : p.get_default_true('start')
-				colors : p.get_list('colors')
-				description : p.get_default('description','')!					
-			}
-			... 
-		}
-	}
-
-    //there can be more actions which will have other filter
-	
-}
-
-```
-
-## params get methods (param getters)
-
-```vlang
-
-fn (params &Params) exists(key_ string) bool
-
-//check if arg exist (arg is just a value in the string e.g. red, not value:something) 
-fn (params &Params) exists_arg(key_ string) bool
-
-//see if the kwarg with the key exists if yes return as string trimmed
-fn (params &Params) get(key_ string) !string
-
-//return the arg with nr, 0 is the first    
-fn (params &Params) get_arg(nr int) !string
-
-//return arg, if the nr is larger than amount of args, will return the defval
-fn (params &Params) get_arg_default(nr int, defval string) !string
-
-fn (params &Params) get_default(key string, defval string) !string
-
-fn (params &Params) get_default_false(key string) bool
-
-fn (params &Params) get_default_true(key string) bool
-
-fn (params &Params) get_float(key string) !f64
-
-fn (params &Params) get_float_default(key string, defval f64) !f64
-
-fn (params &Params) get_from_hashmap(key_ string, defval string, hashmap map[string]string) !string
-
-fn (params &Params) get_int(key string) !int
-
-fn (params &Params) get_int_default(key string, defval int) !int
-
-//Looks for a list of strings in the parameters. ',' are used as deliminator to list
-fn (params &Params) get_list(key string) ![]string
-
-fn (params &Params) get_list_default(key string, def []string) ![]string
-
-fn (params &Params) get_list_f32(key string) ![]f32
-
-fn (params &Params) get_list_f32_default(key string, def []f32) []f32
-
-fn (params &Params) get_list_f64(key string) ![]f64
-
-fn (params &Params) get_list_f64_default(key string, def []f64) []f64
-
-fn (params &Params) get_list_i16(key string) ![]i16
-
-fn (params &Params) get_list_i16_default(key string, def []i16) []i16
-
-fn (params &Params) get_list_i64(key string) ![]i64
-
-fn (params &Params) get_list_i64_default(key string, def []i64) []i64
-
-fn (params &Params) get_list_i8(key string) ![]i8
-
-fn (params &Params) get_list_i8_default(key string, def []i8) []i8
-
-fn (params &Params) get_list_int(key string) ![]int
-
-fn (params &Params) get_list_int_default(key string, def []int) []int
-
-fn (params &Params) get_list_namefix(key string) ![]string
-
-fn (params &Params) get_list_namefix_default(key string, def []string) ![]string
-
-fn (params &Params) get_list_u16(key string) ![]u16
-
-fn (params &Params) get_list_u16_default(key string, def []u16) []u16
-
-fn (params &Params) get_list_u32(key string) ![]u32
-
-fn (params &Params) get_list_u32_default(key string, def []u32) []u32
-
-fn (params &Params) get_list_u64(key string) ![]u64
-
-fn (params &Params) get_list_u64_default(key string, def []u64) []u64
-
-fn (params &Params) get_list_u8(key string) ![]u8
-
-fn (params &Params) get_list_u8_default(key string, def []u8) []u8
-
-fn (params &Params) get_map() map[string]string
-
-fn (params &Params) get_path(key string) !string
-
-fn (params &Params) get_path_create(key string) !string
-
-fn (params &Params) get_percentage(key string) !f64
-
-fn (params &Params) get_percentage_default(key string, defval string) !f64
-
-//convert GB, MB, KB to bytes e.g. 10 GB becomes bytes in u64
-fn (params &Params) get_storagecapacity_in_bytes(key string) !u64
-
-fn (params &Params) get_storagecapacity_in_bytes_default(key string, defval u64) !u64
-
-fn (params &Params) get_storagecapacity_in_gigabytes(key string) !u64
-
-//Get Expiration object from time string input input can be either relative or absolute## Relative time
-fn (params &Params) get_time(key string) !ourtime.OurTime
-
-fn (params &Params) get_time_default(key string, defval ourtime.OurTime) !ourtime.OurTime
-
-fn (params &Params) get_time_interval(key string) !Duration
-
-fn (params &Params) get_timestamp(key string) !Duration
-
-fn (params &Params) get_timestamp_default(key string, defval Duration) !Duration
-
-fn (params &Params) get_u32(key string) !u32
-
-fn (params &Params) get_u32_default(key string, defval u32) !u32
-
-fn (params &Params) get_u64(key string) !u64
-
-fn (params &Params) get_u64_default(key string, defval u64) !u64
-
-fn (params &Params) get_u8(key string) !u8
-
-fn (params &Params) get_u8_default(key string, defval u8) !u8
-
-```
-
-## how internally a heroscript gets parsed for params
-
-- example to show how a heroscript gets parsed in action with params
-- params are part of action object
-
-```heroscript
-example text to parse (heroscript)
-
-id:a1 name6:aaaaa
-name:'need to do something 1' 
-description:
-    '
-    ## markdown works in it
-    description can be multiline
-    lets see what happens
-
-    - a
-    - something else
-
-    ### subtitle
-    '
-
-name2:   test
-name3: hi 
-name10:'this is with space'  name11:aaa11
-
-name4: 'aaa'
-
-//somecomment
-name5:   'aab'
-```
-
-the params are part of the action and are represented as follow for the above:
-
-```vlang
-Params{
-    params: [Param{
-        key: 'id'
-        value: 'a1'
-    }, Param{
-        key: 'name6'
-        value: 'aaaaa'
-    }, Param{
-        key: 'name'
-        value: 'need to do something 1'
-    }, Param{
-        key: 'description'
-        value: '## markdown works in it
-
-                description can be multiline
-                lets see what happens
-
-                - a
-                - something else
-
-                ### subtitle
-                '
-        }, Param{
-            key: 'name2'
-            value: 'test'
-        }, Param{
-            key: 'name3'
-            value: 'hi'
-        }, Param{
-            key: 'name10'
-            value: 'this is with space'
-        }, Param{
-            key: 'name11'
-            value: 'aaa11'
-        }, Param{
-            key: 'name4'
-            value: 'aaa'
-        }, Param{
-            key: 'name5'
-            value: 'aab'
-        }]
-    }
-```

aiprompts/v_advanced/blake3.md

@@ -0,0 +1,73 @@
+
+## `crypto.blake3` Module
+
+
+```v
+fn sum256(data []u8) []u8
+```
+
+Returns the Blake3 256-bit hash of the provided data.
+
+```v
+fn sum_derive_key256(context []u8, key_material []u8) []u8
+```
+
+Computes the Blake3 256-bit derived-key hash based on the context and key material.
+
+```v
+fn sum_keyed256(data []u8, key []u8) []u8
+```
+
+Returns the Blake3 256-bit keyed hash of the data using the specified key.
+
+---
+
+### Digest-Based API
+
+```v
+fn Digest.new_derive_key_hash(context []u8) !Digest
+```
+
+Initializes a `Digest` struct for creating a Blake3 derived‑key hash, using the provided context.
+
+```v
+fn Digest.new_hash() !Digest
+```
+
+Initializes a `Digest` struct for a standard (unkeyed) Blake3 hash.
+
+```v
+fn Digest.new_keyed_hash(key []u8) !Digest
+```
+
+Initializes a `Digest` struct for a keyed Blake3 hash, with the given key.
+
+---
+
+### `Digest` Methods
+
+```v
+fn (mut d Digest) write(data []u8) !
+```
+
+Feeds additional data bytes into the ongoing hash computation.
+
+```v
+fn (mut d Digest) checksum(size u64) []u8
+```
+
+Finalizes the hash and returns the resulting output.
+
+* The `size` parameter specifies the number of output bytes—commonly `32` for a 256-bit digest, but can be up to `2**64`.
+
+---
+
+### Recommended Usage (in V)
+
+```v
+import crypto.blake3
+
+mut hasher := crypto.blake3.Digest.new_hash() or { panic(err) }
+hasher.write(data) or { panic(err) }
+digest := hasher.checksum(24)  // returns a []u8 of length 24 (192 bits)
+```

aiprompts/v_advanced/compress.md

@@ -0,0 +1,45 @@
+The `compress` module in V provides low-level functionalities for compressing and decompressing byte arrays.
+
+**Functions Overview (Low-Level):**
+
+*   **`compress(data []u8, flags int) ![]u8`**: Compresses an array of bytes.
+*   **`decompress(data []u8, flags int) ![]u8`**: Decompresses an array of bytes.
+*   **`decompress_with_callback(data []u8, cb ChunkCallback, userdata voidptr, flags int) !u64`**: Decompresses byte arrays using a callback function for chunks.
+
+**Type Definition (Low-Level):**
+
+*   **`ChunkCallback`**: A function type `fn (chunk []u8, userdata voidptr) int` used to receive decompressed chunks.
+
+---
+
+**`compress.gzip` Module (High-Level Gzip Operations):**
+
+For high-level gzip compression and decompression, use the `compress.gzip` module. This module provides a more convenient and recommended way to handle gzip operations compared to the low-level `compress` module.
+
+**Key Features of `compress.gzip`:**
+
+*   **`compress(data []u8, params CompressParams) ![]u8`**: Compresses data using gzip, allowing specification of `CompressParams` like `compression_level` (0-4095).
+*   **`decompress(data []u8, params DecompressParams) ![]u8`**: Decompresses gzip-compressed data, allowing specification of `DecompressParams` for verification.
+*   **`decompress_with_callback(data []u8, cb compr.ChunkCallback, userdata voidptr, params DecompressParams) !int`**: Decompresses gzip data with a callback for chunks, similar to the low-level version but for gzip streams.
+*   **`validate(data []u8, params DecompressParams) !GzipHeader`**: Validates a gzip header and returns its details.
+
+**Parameter Structures:**
+
+*   **`CompressParams`**: Configures compression, primarily `compression_level` (0-4095).
+*   **`DecompressParams`**: Configures decompression, including `verify_header_checksum`, `verify_length`, and `verify_checksum`.
+*   **`GzipHeader`**: Represents the structure of a gzip header.
+
+**Inline Code Example (Gzip Compression/Decompression):**
+
+```v
+import compress.gzip
+
+data := 'Hello, Gzip!'
+compressed := gzip.compress(data.bytes(), compression_level: 4095)!
+decompressed := gzip.decompress(compressed)!
+
+// Check if decompressed data matches original
+// if data.bytes() == decompressed { ... }
+```
+
+**Important Note:** Always prefer `compress.gzip` for general gzip compression/decompression tasks over the low-level `compress` module.

aiprompts/v_advanced/generics.md

@@ -0,0 +1,64 @@
+
+```v
+
+struct Repo[T] {
+    db DB
+}
+
+struct User {
+    id   int
+    name string
+}
+
+struct Post {
+    id   int
+    user_id int
+    title string
+    body string
+}
+
+fn new_repo[T](db DB) Repo[T] {
+    return Repo[T]{db: db}
+}
+
+// This is a generic function. V will generate it for every type it's used with.
+fn (r Repo[T]) find_by_id(id int) ?T {
+    table_name := T.name // in this example getting the name of the type gives us the table name
+    return r.db.query_one[T]('select * from ${table_name} where id = ?', id)
+}
+
+db := new_db()
+users_repo := new_repo[User](db) // returns Repo[User]
+posts_repo := new_repo[Post](db) // returns Repo[Post]
+user := users_repo.find_by_id(1)? // find_by_id[User]
+post := posts_repo.find_by_id(1)? // find_by_id[Post]
+
+```
+
+Currently generic function definitions must declare their type parameters, but in future V will infer generic type parameters from single-letter type names in runtime parameter types. This is why find_by_id can omit [T], because the receiver argument r uses a generic type T.
+
+```v
+fn compare[T](a T, b T) int {
+    if a < b {
+        return -1
+    }
+    if a > b {
+        return 1
+    }
+    return 0
+}
+
+// compare[int]
+println(compare(1, 0)) // Outputs: 1
+println(compare(1, 1)) //          0
+println(compare(1, 2)) //         -1
+// compare[string]
+println(compare('1', '0')) // Outputs: 1
+println(compare('1', '1')) //          0
+println(compare('1', '2')) //         -1
+// compare[f64]
+println(compare(1.1, 1.0)) // Outputs: 1
+println(compare(1.1, 1.1)) //          0
+println(compare(1.1, 1.2)) //         -1
+```
+

aiprompts/v_advanced/net.md

@@ -6,21 +6,21 @@ module net
 const msg_nosignal = 0x4000
 const err_connection_refused = error_with_code('net: connection refused', errors_base + 10)
 const err_option_wrong_type = error_with_code('net: set_option_xxx option wrong type',
-	errors_base + 3)
+ errors_base + 3)
 const opts_can_set = [
-	SocketOption.broadcast,
-	.debug,
-	.dont_route,
-	.keep_alive,
-	.linger,
-	.oob_inline,
-	.receive_buf_size,
-	.receive_low_size,
-	.receive_timeout,
-	.send_buf_size,
-	.send_low_size,
-	.send_timeout,
-	.ipv6_only,
+ SocketOption.broadcast,
+ .debug,
+ .dont_route,
+ .keep_alive,
+ .linger,
+ .oob_inline,
+ .receive_buf_size,
+ .receive_low_size,
+ .receive_timeout,
+ .send_buf_size,
+ .send_low_size,
+ .send_timeout,
+ .ipv6_only,
 ]
 const error_eagain = C.EAGAIN
 const err_port_out_of_range = error_with_code('net: port out of range', errors_base + 5)
@@ -29,12 +29,12 @@ const err_connect_failed = error_with_code('net: connect failed', errors_base +
 const errors_base = 0
     Well defined errors that are returned from socket functions
 const opts_int = [
-	SocketOption.receive_buf_size,
-	.receive_low_size,
-	.receive_timeout,
-	.send_buf_size,
-	.send_low_size,
-	.send_timeout,
+ SocketOption.receive_buf_size,
+ .receive_low_size,
+ .receive_timeout,
+ .send_buf_size,
+ .send_low_size,
+ .send_timeout,
 ]
 const error_eintr = C.EINTR
 const error_ewouldblock = C.EWOULDBLOCK
@@ -43,17 +43,17 @@ const error_einprogress = C.EINPROGRESS
 const err_timed_out_code = errors_base + 9
 const err_connect_timed_out = error_with_code('net: connect timed out', errors_base + 8)
 const err_new_socket_failed = error_with_code('net: new_socket failed to create socket',
-	errors_base + 1)
+ errors_base + 1)
 const msg_dontwait = C.MSG_DONTWAIT
 const infinite_timeout = time.infinite
     infinite_timeout should be given to functions when an infinite_timeout is wanted (i.e. functions only ever return with data)
 const no_timeout = time.Duration(0)
     no_timeout should be given to functions when no timeout is wanted (i.e. all functions return instantly)
 const err_timed_out = error_with_code('net: op timed out', errors_base + 9)
-const tcp_default_read_timeout = 30 * time.second
+const tcp_default_read_timeout = 30 *time.second
 const err_option_not_settable = error_with_code('net: set_option_xxx option not settable',
-	errors_base + 2)
-const tcp_default_write_timeout = 30 * time.second
+ errors_base + 2)
+const tcp_default_write_timeout = 30* time.second
 fn addr_from_socket_handle(handle int) Addr
     addr_from_socket_handle returns an address, based on the given integer socket `handle`
 fn close(handle int) !
@@ -94,16 +94,16 @@ fn validate_port(port int) !u16
     validate_port checks whether a port is valid and returns the port or an error
 fn wrap_error(error_code int) !
 interface Connection {
-	addr() !Addr
-	peer_addr() !Addr
+ addr() !Addr
+ peer_addr() !Addr
 mut:
-	read(mut []u8) !int
-	write([]u8) !int
-	close() !
+ read(mut []u8) !int
+ write([]u8) !int
+ close() !
 }
     Connection provides a generic SOCK_STREAM style interface that protocols can use as a base connection object to support TCP, UNIX Domain Sockets and various proxying solutions.
 interface Dialer {
-	dial(address string) !Connection
+ dial(address string) !Connection
 }
     Dialer is an abstract dialer interface for producing connections to adresses.
 fn (mut s TcpSocket) set_option_bool(opt SocketOption, value bool) !
@@ -114,49 +114,49 @@ fn (mut s TcpSocket) bind(addr string) !
 fn (mut s UdpSocket) set_option_bool(opt SocketOption, value bool) !
 fn (mut s UdpSocket) set_dualstack(on bool) !
 enum AddrFamily {
-	unix   = C.AF_UNIX
-	ip     = C.AF_INET
-	ip6    = C.AF_INET6
-	unspec = C.AF_UNSPEC
+ unix   = C.AF_UNIX
+ ip     = C.AF_INET
+ ip6    = C.AF_INET6
+ unspec = C.AF_UNSPEC
 }
     AddrFamily are the available address families
 enum ShutdownDirection {
-	read
-	write
-	read_and_write
+ read
+ write
+ read_and_write
 }
     ShutdownDirection is used by `net.shutdown`, for specifying the direction for which the communication will be cut.
 enum SocketOption {
-	// TODO: SO_ACCEPT_CONN is not here because windows doesn't support it
-	// and there is no easy way to define it
-	broadcast        = C.SO_BROADCAST
-	debug            = C.SO_DEBUG
-	dont_route       = C.SO_DONTROUTE
-	error            = C.SO_ERROR
-	keep_alive       = C.SO_KEEPALIVE
-	linger           = C.SO_LINGER
-	oob_inline       = C.SO_OOBINLINE
-	reuse_addr       = C.SO_REUSEADDR
-	receive_buf_size = C.SO_RCVBUF
-	receive_low_size = C.SO_RCVLOWAT
-	receive_timeout  = C.SO_RCVTIMEO
-	send_buf_size    = C.SO_SNDBUF
-	send_low_size    = C.SO_SNDLOWAT
-	send_timeout     = C.SO_SNDTIMEO
-	socket_type      = C.SO_TYPE
-	ipv6_only        = C.IPV6_V6ONLY
+ // TODO: SO_ACCEPT_CONN is not here because windows doesn't support it
+ // and there is no easy way to define it
+ broadcast        = C.SO_BROADCAST
+ debug            = C.SO_DEBUG
+ dont_route       = C.SO_DONTROUTE
+ error            = C.SO_ERROR
+ keep_alive       = C.SO_KEEPALIVE
+ linger           = C.SO_LINGER
+ oob_inline       = C.SO_OOBINLINE
+ reuse_addr       = C.SO_REUSEADDR
+ receive_buf_size = C.SO_RCVBUF
+ receive_low_size = C.SO_RCVLOWAT
+ receive_timeout  = C.SO_RCVTIMEO
+ send_buf_size    = C.SO_SNDBUF
+ send_low_size    = C.SO_SNDLOWAT
+ send_timeout     = C.SO_SNDTIMEO
+ socket_type      = C.SO_TYPE
+ ipv6_only        = C.IPV6_V6ONLY
 }
 enum SocketType {
-	udp       = C.SOCK_DGRAM
-	tcp       = C.SOCK_STREAM
-	seqpacket = C.SOCK_SEQPACKET
+ udp       = C.SOCK_DGRAM
+ tcp       = C.SOCK_STREAM
+ seqpacket = C.SOCK_SEQPACKET
 }
     SocketType are the available sockets
 struct Addr {
 pub:
-	len  u8
-	f    u8
-	addr AddrData
+ len  u8
+ f    u8
+ addr AddrData
 }
 fn (a Addr) family() AddrFamily
     family returns the family/kind of the given address `a`
@@ -168,72 +168,72 @@ fn (a Addr) str() string
     str returns a string representation of the address `a`
 struct C.addrinfo {
 mut:
-	ai_family    int
-	ai_socktype  int
-	ai_flags     int
-	ai_protocol  int
-	ai_addrlen   int
-	ai_addr      voidptr
-	ai_canonname voidptr
-	ai_next      voidptr
+ ai_family    int
+ ai_socktype  int
+ ai_flags     int
+ ai_protocol  int
+ ai_addrlen   int
+ ai_addr      voidptr
+ ai_canonname voidptr
+ ai_next      voidptr
 }
 struct C.fd_set {}
 struct C.sockaddr_in {
 mut:
-	sin_len    u8
-	sin_family u8
-	sin_port   u16
-	sin_addr   u32
-	sin_zero   [8]char
+ sin_len    u8
+ sin_family u8
+ sin_port   u16
+ sin_addr   u32
+ sin_zero   [8]char
 }
 struct C.sockaddr_in6 {
 mut:
-	// 1 + 1 + 2 + 4 + 16 + 4 = 28;
-	sin6_len      u8     // 1
-	sin6_family   u8     // 1
-	sin6_port     u16    // 2
-	sin6_flowinfo u32    // 4
-	sin6_addr     [16]u8 // 16
-	sin6_scope_id u32    // 4
+ // 1 + 1 + 2 + 4 + 16 + 4 = 28;
+ sin6_len      u8     // 1
+ sin6_family   u8     // 1
+ sin6_port     u16    // 2
+ sin6_flowinfo u32    // 4
+ sin6_addr     [16]u8 // 16
+ sin6_scope_id u32    // 4
 }
 struct C.sockaddr_un {
 mut:
-	sun_len    u8
-	sun_family u8
-	sun_path   [max_unix_path]char
+ sun_len    u8
+ sun_family u8
+ sun_path   [max_unix_path]char
 }
 struct Ip {
-	port u16
-	addr [4]u8
-	// Pad to size so that socket functions
-	// dont complain to us (see  in.h and bind())
-	// TODO(emily): I would really like to use
-	// some constant calculations here
-	// so that this doesnt have to be hardcoded
-	sin_pad [8]u8
+ port u16
+ addr [4]u8
+ // Pad to size so that socket functions
+ // dont complain to us (see  in.h and bind())
+ // TODO(emily): I would really like to use
+ // some constant calculations here
+ // so that this doesnt have to be hardcoded
+ sin_pad [8]u8
 }
 fn (a Ip) str() string
     str returns a string representation of `a`
 struct Ip6 {
-	port      u16
-	flow_info u32
-	addr      [16]u8
-	scope_id  u32
+ port      u16
+ flow_info u32
+ addr      [16]u8
+ scope_id  u32
 }
 fn (a Ip6) str() string
     str returns a string representation of `a`
 struct ListenOptions {
 pub:
-	dualstack bool = true
-	backlog   int  = 128
+ dualstack bool = true
+ backlog   int  = 128
 }
 struct ShutdownConfig {
 pub:
-	how ShutdownDirection = .read_and_write
+ how ShutdownDirection = .read_and_write
 }
 struct Socket {
 pub:
-	handle int
+ handle int
 }
 fn (s &Socket) address() !Addr
     address gets the address of a socket
@@ -243,13 +243,13 @@ fn (t TCPDialer) dial(address string) !Connection
     dial will try to create a new abstract connection to the given address. It will return an error, if that is not possible.
 struct TcpConn {
 pub mut:
-	sock           TcpSocket
-	handle         int
-	write_deadline time.Time
-	read_deadline  time.Time
-	read_timeout   time.Duration
-	write_timeout  time.Duration
-	is_blocking    bool = true
+ sock           TcpSocket
+ handle         int
+ write_deadline time.Time
+ read_deadline  time.Time
+ read_timeout   time.Duration
+ write_timeout  time.Duration
+ is_blocking    bool = true
 }
 fn (c &TcpConn) addr() !Addr
 fn (mut c TcpConn) close() !
@@ -295,19 +295,17 @@ fn (mut c TcpConn) write_string(s string) !int
 fn (c &TcpConn) write_timeout() time.Duration
 struct TcpListener {
 pub mut:
-	sock            TcpSocket
-	accept_timeout  time.Duration
-	accept_deadline time.Time
-	is_blocking     bool = true
+ sock            TcpSocket
+ accept_timeout  time.Duration
+ accept_deadline time.Time
+ is_blocking     bool = true
 }
 fn (mut l TcpListener) accept() !&TcpConn
     accept a tcp connection from an external source to the listener `l`.
 fn (mut l TcpListener) accept_only() !&TcpConn
     accept_only accepts a tcp connection from an external source to the listener `l`. Unlike `accept`, `accept_only` *will not call* `.set_sock()!` on the result, and is thus faster.
 
-    
-    
-    Note: you *need* to call `.set_sock()!` manually, before using theconnection after calling `.accept_only()!`, but that does not have to happen in the same thread that called `.accept_only()!`. The intention of this API, is to have a more efficient way to accept connections, that are later processed by a thread pool, while the main thread remains active, so that it can accept other connections. See also vlib/vweb/vweb.v .
+    Note: you *need* to call `.set_sock()!` manually, before using theconnection after calling `.accept_only()!`, but that does not have to happen in the same thread that called `.accept_only()!`. The intention of this API, is to have a more efficient way to accept connections, that are later processed by a thread pool, while the main thread remains active, so that it can accept other connections. See also vlib/veb/veb.v .
     
     If you do not need that, just call `.accept()!` instead, which will call `.set_sock()!` for you.
 fn (c &TcpListener) accept_deadline() !time.Time
@@ -319,12 +317,12 @@ fn (mut c TcpListener) close() !
 fn (c &TcpListener) addr() !Addr
 struct UdpConn {
 pub mut:
-	sock UdpSocket
+ sock UdpSocket
 mut:
-	write_deadline time.Time
-	read_deadline  time.Time
-	read_timeout   time.Duration
-	write_timeout  time.Duration
+ write_deadline time.Time
+ read_deadline  time.Time
+ read_timeout   time.Duration
+ write_timeout  time.Duration
 }
 fn (mut c UdpConn) write_ptr(b &u8, len int) !int
     sock := UdpSocket{ handle: sbase.handle l: local r: resolve_wrapper(raddr) } }
@@ -350,5 +348,5 @@ fn (mut c UdpConn) wait_for_write() !
 fn (c &UdpConn) str() string
 fn (mut c UdpConn) close() !
 struct Unix {
-	path [max_unix_path]char
+ path [max_unix_path]char
 }

aiprompts/v_advanced/time instructions.md

@@ -83,7 +83,7 @@ fn main() {
 }
 ```
 
-```vlang
+```v
 
 module time
 

aiprompts/v_core/array/arrays.md

@@ -0,0 +1,785 @@
+# module arrays
+
+
+## Contents
+- [append](#append)
+- [binary_search](#binary_search)
+- [carray_to_varray](#carray_to_varray)
+- [chunk](#chunk)
+- [chunk_while](#chunk_while)
+- [concat](#concat)
+- [copy](#copy)
+- [distinct](#distinct)
+- [each](#each)
+- [each_indexed](#each_indexed)
+- [filter_indexed](#filter_indexed)
+- [find_first](#find_first)
+- [find_last](#find_last)
+- [flat_map](#flat_map)
+- [flat_map_indexed](#flat_map_indexed)
+- [flatten](#flatten)
+- [fold](#fold)
+- [fold_indexed](#fold_indexed)
+- [group](#group)
+- [group_by](#group_by)
+- [idx_max](#idx_max)
+- [idx_min](#idx_min)
+- [index_of_first](#index_of_first)
+- [index_of_last](#index_of_last)
+- [join_to_string](#join_to_string)
+- [lower_bound](#lower_bound)
+- [map_indexed](#map_indexed)
+- [map_of_counts](#map_of_counts)
+- [map_of_indexes](#map_of_indexes)
+- [max](#max)
+- [merge](#merge)
+- [min](#min)
+- [partition](#partition)
+- [reduce](#reduce)
+- [reduce_indexed](#reduce_indexed)
+- [reverse_iterator](#reverse_iterator)
+- [rotate_left](#rotate_left)
+- [rotate_right](#rotate_right)
+- [sum](#sum)
+- [uniq](#uniq)
+- [uniq_all_repeated](#uniq_all_repeated)
+- [uniq_only](#uniq_only)
+- [uniq_only_repeated](#uniq_only_repeated)
+- [upper_bound](#upper_bound)
+- [window](#window)
+- [ReverseIterator[T]](#ReverseIterator[T])
+  - [next](#next)
+  - [free](#free)
+- [ReverseIterator](#ReverseIterator)
+- [WindowAttribute](#WindowAttribute)
+
+## append
+```v
+fn append[T](a []T, b []T) []T
+```
+
+append the second array `b` to the first array `a`, and return the result. Note, that unlike arrays.concat, arrays.append is less flexible, but more efficient, since it does not require you to use ...a for the second parameter.
+
+Example
+```v
+
+arrays.append([1, 3, 5, 7], [2, 4, 6, 8]) // => [1, 3, 5, 7, 2, 4, 6, 8]
+
+```
+
+[[Return to contents]](#Contents)
+
+## binary_search
+```v
+fn binary_search[T](array []T, target T) !int
+```
+
+binary_search, requires `array` to be sorted, returns index of found item or error. Binary searches on sorted lists can be faster than other array searches because at maximum the algorithm only has to traverse log N elements
+
+Example
+```v
+
+arrays.binary_search([1, 2, 3, 4], 4)! // => 3
+
+```
+
+[[Return to contents]](#Contents)
+
+## carray_to_varray
+```v
+fn carray_to_varray[T](c_array_data voidptr, items int) []T
+```
+
+carray_to_varray copies a C byte array into a V array of type `T`. See also: `cstring_to_vstring`
+
+[[Return to contents]](#Contents)
+
+## chunk
+```v
+fn chunk[T](array []T, size int) [][]T
+```
+
+chunk array into a single array of arrays where each element is the next `size` elements of the original.
+
+Example
+```v
+
+arrays.chunk([1, 2, 3, 4, 5, 6, 7, 8, 9], 2) // => [[1, 2], [3, 4], [5, 6], [7, 8], [9]]
+
+```
+
+[[Return to contents]](#Contents)
+
+## chunk_while
+```v
+fn chunk_while[T](a []T, predicate fn (before T, after T) bool) [][]T
+```
+
+chunk_while splits the input array `a` into chunks of varying length, using the `predicate`, passing to it pairs of adjacent elements `before` and `after`. Each chunk, will contain all ajdacent elements, for which the `predicate` returned true. The chunks are split *between* the `before` and `after` elements, for which the `predicate` returned false.
+
+Examples
+```v
+
+assert arrays.chunk_while([0,9,2,2,3,2,7,5,9,5],fn(x int,y int)bool{return x<=y})==[[0,9],[2,2,3],[2,7],[5,9],[5]]
+
+assert arrays.chunk_while('aaaabbbcca'.runes(),fn(x rune,y rune)bool{return x==y})==[[`a`,`a`,`a`,`a`],[`b`,`b`,`b`],[`c`,`c`],[`a`]]
+
+assert arrays.chunk_while('aaaabbbcca'.runes(),fn(x rune,y rune)bool{return x==y}).map({it[0]:it.len})==[{`a`:4},{`b`:3},{`c`:2},{`a`:1}]
+
+```
+
+[[Return to contents]](#Contents)
+
+## concat
+```v
+fn concat[T](a []T, b ...T) []T
+```
+
+concatenate an array with an arbitrary number of additional values.
+
+Note: if you have two arrays, you should simply use the `<<` operator directly.
+
+Examples
+```v
+
+assert arrays.concat([1, 2, 3], 4, 5, 6) == [1, 2, 3, 4, 5, 6]
+
+assert arrays.concat([1, 2, 3], ...[4, 5, 6]) == [1, 2, 3, 4, 5, 6]
+
+mut arr := arrays.concat([1, 2, 3], 4); arr << [10,20]; assert arr == [1,2,3,4,10,20] // note: arr is mutable
+
+```
+
+[[Return to contents]](#Contents)
+
+## copy
+```v
+fn copy[T](mut dst []T, src []T) int
+```
+
+copy copies the `src` array elements to the `dst` array. The number of the elements copied is the minimum of the length of both arrays. Returns the number of elements copied.
+
+[[Return to contents]](#Contents)
+
+## distinct
+```v
+fn distinct[T](a []T) []T
+```
+
+distinct returns all distinct elements from the given array a. The results are guaranteed to be unique, i.e. not have duplicates. See also arrays.uniq, which can be used to achieve the same goal, but needs you to first sort the array.
+
+Example
+```v
+
+assert arrays.distinct( [5, 5, 1, 5, 2, 1, 1, 9] ) == [1, 2, 5, 9]
+
+```
+
+[[Return to contents]](#Contents)
+
+## each
+```v
+fn each[T](a []T, cb fn (elem T))
+```
+
+each calls the callback fn `cb`, for each element of the given array `a`.
+
+[[Return to contents]](#Contents)
+
+## each_indexed
+```v
+fn each_indexed[T](a []T, cb fn (i int, e T))
+```
+
+each_indexed calls the callback fn `cb`, for each element of the given array `a`. It passes the callback both the index of the current element, and the element itself.
+
+[[Return to contents]](#Contents)
+
+## filter_indexed
+```v
+fn filter_indexed[T](array []T, predicate fn (idx int, elem T) bool) []T
+```
+
+filter_indexed filters elements based on `predicate` function being invoked on each element with its index in the original array.
+
+[[Return to contents]](#Contents)
+
+## find_first
+```v
+fn find_first[T](array []T, predicate fn (elem T) bool) ?T
+```
+
+find_first returns the first element that matches the given predicate. Returns `none` if no match is found.
+
+Example
+```v
+
+arrays.find_first([1, 2, 3, 4, 5], fn (i int) bool { return i == 3 })? // => 3
+
+```
+
+[[Return to contents]](#Contents)
+
+## find_last
+```v
+fn find_last[T](array []T, predicate fn (elem T) bool) ?T
+```
+
+find_last returns the last element that matches the given predicate. Returns `none` if no match is found.
+
+Example
+```v
+
+arrays.find_last([1, 2, 3, 4, 5], fn (i int) bool { return i == 3})? // => 3
+
+```
+
+[[Return to contents]](#Contents)
+
+## flat_map
+```v
+fn flat_map[T, R](array []T, transform fn (elem T) []R) []R
+```
+
+flat_map creates a new array populated with the flattened result of calling transform function being invoked on each element of `list`.
+
+[[Return to contents]](#Contents)
+
+## flat_map_indexed
+```v
+fn flat_map_indexed[T, R](array []T, transform fn (idx int, elem T) []R) []R
+```
+
+flat_map_indexed creates a new array with the flattened result of calling the `transform` fn, invoked on each idx,elem pair from the original.
+
+[[Return to contents]](#Contents)
+
+## flatten
+```v
+fn flatten[T](array [][]T) []T
+```
+
+flatten flattens n + 1 dimensional array into n dimensional array.
+
+Example
+```v
+
+arrays.flatten[int]([[1, 2, 3], [4, 5]]) // => [1, 2, 3, 4, 5]
+
+```
+
+[[Return to contents]](#Contents)
+
+## fold
+```v
+fn fold[T, R](array []T, init R, fold_op fn (acc R, elem T) R) R
+```
+
+fold sets `acc = init`, then successively calls `acc = fold_op(acc, elem)` for each element in `array`. returns `acc`.
+
+Example
+```v
+
+// Sum the length of each string in an array
+a := ['Hi', 'all']
+r := arrays.fold[string, int](a, 0,
+	fn (r int, t string) int { return r + t.len })
+assert r == 5
+
+```
+
+[[Return to contents]](#Contents)
+
+## fold_indexed
+```v
+fn fold_indexed[T, R](array []T, init R, fold_op fn (idx int, acc R, elem T) R) R
+```
+
+fold_indexed sets `acc = init`, then successively calls `acc = fold_op(idx, acc, elem)` for each element in `array`. returns `acc`.
+
+[[Return to contents]](#Contents)
+
+## group
+```v
+fn group[T](arrs ...[]T) [][]T
+```
+
+group n arrays into a single array of arrays with n elements. This function is analogous to the "zip" function of other languages. To fully interleave two arrays, follow this function with a call to `flatten`.
+
+Note: An error will be generated if the type annotation is omitted.
+
+Example
+```v
+
+arrays.group[int]([1, 2, 3], [4, 5, 6]) // => [[1, 4], [2, 5], [3, 6]]
+
+```
+
+[[Return to contents]](#Contents)
+
+## group_by
+```v
+fn group_by[K, V](array []V, grouping_op fn (val V) K) map[K][]V
+```
+
+group_by groups together elements, for which the `grouping_op` callback produced the same result.
+
+Example
+```v
+
+arrays.group_by[int, string](['H', 'el', 'lo'], fn (v string) int { return v.len }) // => {1: ['H'], 2: ['el', 'lo']}
+
+```
+
+[[Return to contents]](#Contents)
+
+## idx_max
+```v
+fn idx_max[T](array []T) !int
+```
+
+idx_max returns the index of the maximum value in the array.
+
+Example
+```v
+
+arrays.idx_max([1, 2, 3, 0, 9])! // => 4
+
+```
+
+[[Return to contents]](#Contents)
+
+## idx_min
+```v
+fn idx_min[T](array []T) !int
+```
+
+idx_min returns the index of the minimum value in the array.
+
+Example
+```v
+
+arrays.idx_min([1, 2, 3, 0, 9])! // => 3
+
+```
+
+[[Return to contents]](#Contents)
+
+## index_of_first
+```v
+fn index_of_first[T](array []T, predicate fn (idx int, elem T) bool) int
+```
+
+index_of_first returns the index of the first element of `array`, for which the predicate fn returns true. If predicate does not return true for any of the elements, then index_of_first will return -1.
+
+Example
+```v
+
+assert arrays.index_of_first([4,5,0,7,0,9], fn(idx int, x int) bool { return x == 0 }) == 2
+
+```
+
+[[Return to contents]](#Contents)
+
+## index_of_last
+```v
+fn index_of_last[T](array []T, predicate fn (idx int, elem T) bool) int
+```
+
+index_of_last returns the index of the last element of `array`, for which the predicate fn returns true. If predicate does not return true for any of the elements, then index_of_last will return -1.
+
+Example
+```v
+
+assert arrays.index_of_last([4,5,0,7,0,9], fn(idx int, x int) bool { return x == 0 }) == 4
+
+```
+
+[[Return to contents]](#Contents)
+
+## join_to_string
+```v
+fn join_to_string[T](array []T, separator string, transform fn (elem T) string) string
+```
+
+join_to_string takes in a custom transform function and joins all elements into a string with the specified separator
+
+[[Return to contents]](#Contents)
+
+## lower_bound
+```v
+fn lower_bound[T](array []T, val T) !T
+```
+
+returns the smallest element >= val, requires `array` to be sorted.
+
+Example
+```v
+
+arrays.lower_bound([2, 4, 6, 8], 3)! // => 4
+
+```
+
+[[Return to contents]](#Contents)
+
+## map_indexed
+```v
+fn map_indexed[T, R](array []T, transform fn (idx int, elem T) R) []R
+```
+
+map_indexed creates a new array with the result of calling the `transform` fn, invoked on each idx,elem pair from the original.
+
+[[Return to contents]](#Contents)
+
+## map_of_counts
+```v
+fn map_of_counts[T](array []T) map[T]int
+```
+
+map_of_counts returns a map, where each key is an unique value in `array`. Each value in that map for that key, is how many times that value occurs in `array`. It can be useful for building histograms of discrete measurements.
+
+Example
+```v
+
+assert arrays.map_of_counts([1,2,3,4,4,2,1,4,4]) == {1: 2, 2: 2, 3: 1, 4: 4}
+
+```
+
+[[Return to contents]](#Contents)
+
+## map_of_indexes
+```v
+fn map_of_indexes[T](array []T) map[T][]int
+```
+
+map_of_indexes returns a map, where each key is an unique value in `array`. Each value in that map for that key, is an array, containing the indexes in `array`, where that value has been found.
+
+Example
+```v
+
+assert arrays.map_of_indexes([1,2,3,4,4,2,1,4,4,999]) == {1: [0, 6], 2: [1, 5], 3: [2], 4: [3, 4, 7, 8], 999: [9]}
+
+```
+
+[[Return to contents]](#Contents)
+
+## max
+```v
+fn max[T](array []T) !T
+```
+
+max returns the maximum value in the array.
+
+Example
+```v
+
+arrays.max([1, 2, 3, 0, 9])! // => 9
+
+```
+
+[[Return to contents]](#Contents)
+
+## merge
+```v
+fn merge[T](a []T, b []T) []T
+```
+
+merge two sorted arrays (ascending) and maintain sorted order.
+
+Example
+```v
+
+arrays.merge([1, 3, 5, 7], [2, 4, 6, 8]) // => [1, 2, 3, 4, 5, 6, 7, 8]
+
+```
+
+[[Return to contents]](#Contents)
+
+## min
+```v
+fn min[T](array []T) !T
+```
+
+min returns the minimum value in the array.
+
+Example
+```v
+
+arrays.min([1, 2, 3, 0, 9])! // => 0
+
+```
+
+[[Return to contents]](#Contents)
+
+## partition
+```v
+fn partition[T](array []T, predicate fn (elem T) bool) ([]T, []T)
+```
+
+partition splits the original array into pair of lists. The first list contains elements for which the predicate fn returned true, while the second list contains elements for which the predicate fn returned false.
+
+[[Return to contents]](#Contents)
+
+## reduce
+```v
+fn reduce[T](array []T, reduce_op fn (acc T, elem T) T) !T
+```
+
+reduce sets `acc = array[0]`, then successively calls `acc = reduce_op(acc, elem)` for each remaining element in `array`. returns the accumulated value in `acc`. returns an error if the array is empty. See also: [fold](#fold).
+
+Example
+```v
+
+arrays.reduce([1, 2, 3, 4, 5], fn (t1 int, t2 int) int { return t1 * t2 })! // => 120
+
+```
+
+[[Return to contents]](#Contents)
+
+## reduce_indexed
+```v
+fn reduce_indexed[T](array []T, reduce_op fn (idx int, acc T, elem T) T) !T
+```
+
+reduce_indexed sets `acc = array[0]`, then successively calls `acc = reduce_op(idx, acc, elem)` for each remaining element in `array`. returns the accumulated value in `acc`. returns an error if the array is empty. See also: [fold_indexed](#fold_indexed).
+
+[[Return to contents]](#Contents)
+
+## reverse_iterator
+```v
+fn reverse_iterator[T](a []T) ReverseIterator[T]
+```
+
+reverse_iterator can be used to iterate over the elements in an array. i.e. you can use this syntax: `for elem in arrays.reverse_iterator(a) {` .
+
+[[Return to contents]](#Contents)
+
+## rotate_left
+```v
+fn rotate_left[T](mut array []T, mid int)
+```
+
+rotate_left rotates the array in-place. It does it in such a way, that the first `mid` elements of the array, move to the end, while the last `array.len - mid` elements move to the front. After calling `rotate_left`, the element previously at index `mid` will become the first element in the array.
+
+Example
+```v
+
+mut x := [1,2,3,4,5,6]
+arrays.rotate_left(mut x, 2)
+println(x) // [3, 4, 5, 6, 1, 2]
+
+```
+
+[[Return to contents]](#Contents)
+
+## rotate_right
+```v
+fn rotate_right[T](mut array []T, k int)
+```
+
+rotate_right rotates the array in-place. It does it in such a way, that the first `array.len - k` elements of the array, move to the end, while the last `k` elements move to the front. After calling `rotate_right`, the element previously at index `array.len - k` will become the first element in the array.
+
+Example
+```v
+
+mut x := [1,2,3,4,5,6]
+arrays.rotate_right(mut x, 2)
+println(x) // [5, 6, 1, 2, 3, 4]
+
+```
+
+[[Return to contents]](#Contents)
+
+## sum
+```v
+fn sum[T](array []T) !T
+```
+
+sum up array, return an error, when the array has no elements.
+
+Example
+```v
+
+arrays.sum([1, 2, 3, 4, 5])! // => 15
+
+```
+
+[[Return to contents]](#Contents)
+
+## uniq
+```v
+fn uniq[T](a []T) []T
+```
+
+uniq filters the adjacent matching elements from the given array. All adjacent matching elements, are merged to their first occurrence, so the output will have no repeating elements.
+
+Note: `uniq` does not detect repeats, unless they are adjacent. You may want to call a.sorted() on your array, before passing the result to arrays.uniq(). See also arrays.distinct, which is essentially arrays.uniq(a.sorted()) .
+
+Examples
+```v
+
+assert arrays.uniq( []int{} ) == []
+
+assert arrays.uniq( [1, 1] ) == [1]
+
+assert arrays.uniq( [2, 1] ) == [2, 1]
+
+assert arrays.uniq( [5, 5, 1, 5, 2, 1, 1, 9] ) == [5, 1, 5, 2, 1, 9]
+
+```
+
+[[Return to contents]](#Contents)
+
+## uniq_all_repeated
+```v
+fn uniq_all_repeated[T](a []T) []T
+```
+
+uniq_all_repeated produces all adjacent matching elements from the given array. Unique elements, with no duplicates are removed. The output will contain all the duplicated elements, repeated just like they were in the original.
+
+Note: `uniq_all_repeated` does not detect repeats, unless they are adjacent. You may want to call a.sorted() on your array, before passing the result to arrays.uniq_all_repeated().
+
+Examples
+```v
+
+assert arrays.uniq_all_repeated( []int{} ) == []
+
+assert arrays.uniq_all_repeated( [1, 5] ) == []
+
+assert arrays.uniq_all_repeated( [5, 5] ) == [5,5]
+
+assert arrays.uniq_all_repeated( [5, 5, 1, 5, 2, 1, 1, 9] ) == [5, 5, 1, 1]
+
+```
+
+[[Return to contents]](#Contents)
+
+## uniq_only
+```v
+fn uniq_only[T](a []T) []T
+```
+
+uniq_only filters the adjacent matching elements from the given array. All adjacent matching elements, are removed. The output will contain only the elements that *did not have* any adjacent matches.
+
+Note: `uniq_only` does not detect repeats, unless they are adjacent. You may want to call a.sorted() on your array, before passing the result to arrays.uniq_only().
+
+Examples
+```v
+
+assert arrays.uniq_only( []int{} ) == []
+
+assert arrays.uniq_only( [1, 1] ) == []
+
+assert arrays.uniq_only( [2, 1] ) == [2, 1]
+
+assert arrays.uniq_only( [1, 5, 5, 1, 5, 2, 1, 1, 9] ) == [1, 1, 5, 2, 9]
+
+```
+
+[[Return to contents]](#Contents)
+
+## uniq_only_repeated
+```v
+fn uniq_only_repeated[T](a []T) []T
+```
+
+uniq_only_repeated produces the adjacent matching elements from the given array. Unique elements, with no duplicates are removed. Adjacent matching elements, are reduced to just 1 element per repeat group.
+
+Note: `uniq_only_repeated` does not detect repeats, unless they are adjacent. You may want to call a.sorted() on your array, before passing the result to arrays.uniq_only_repeated().
+
+Examples
+```v
+
+assert arrays.uniq_only_repeated( []int{} ) == []
+
+assert arrays.uniq_only_repeated( [1, 5] ) == []
+
+assert arrays.uniq_only_repeated( [5, 5] ) == [5]
+
+assert arrays.uniq_only_repeated( [5, 5, 1, 5, 2, 1, 1, 9] ) == [5, 1]
+
+```
+
+[[Return to contents]](#Contents)
+
+## upper_bound
+```v
+fn upper_bound[T](array []T, val T) !T
+```
+
+returns the largest element <= val, requires `array` to be sorted.
+
+Example
+```v
+
+arrays.upper_bound([2, 4, 6, 8], 3)! // => 2
+
+```
+
+[[Return to contents]](#Contents)
+
+## window
+```v
+fn window[T](array []T, attr WindowAttribute) [][]T
+```
+
+get snapshots of the window of the given size sliding along array with the given step, where each snapshot is an array.- `size` - snapshot size
+- `step` - gap size between each snapshot, default is 1.
+
+
+
+Examples
+```v
+
+arrays.window([1, 2, 3, 4], size: 2) // => [[1, 2], [2, 3], [3, 4]]
+
+arrays.window([1, 2, 3, 4, 5, 6, 7, 8, 9, 10], size: 3, step: 2) // => [[1, 2, 3], [3, 4, 5], [5, 6, 7], [7, 8, 9]]
+
+```
+
+[[Return to contents]](#Contents)
+
+## ReverseIterator[T]
+## next
+```v
+fn (mut iter ReverseIterator[T]) next() ?&T
+```
+
+next is the required method, to implement an iterator in V. It returns none when the iteration should stop. Otherwise it returns the current element of the array.
+
+[[Return to contents]](#Contents)
+
+## free
+```v
+fn (iter &ReverseIterator[T]) free()
+```
+
+free frees the iterator resources.
+
+[[Return to contents]](#Contents)
+
+## ReverseIterator
+```v
+struct ReverseIterator[T] {
+mut:
+	a []T
+	i int
+}
+```
+
+ReverseIterator provides a convenient way to iterate in reverse over all elements of an array without allocations. I.e. it allows you to use this syntax: `for elem in arrays.reverse_iterator(a) {` .
+
+[[Return to contents]](#Contents)
+
+## WindowAttribute
+```v
+struct WindowAttribute {
+pub:
+	size int
+	step int = 1
+}
+```
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:19:06

aiprompts/v_core/array/diff.md

@@ -0,0 +1,76 @@
+# module diff
+
+
+## Contents
+- [diff](#diff)
+- [DiffContext[T]](#DiffContext[T])
+  - [generate_patch](#generate_patch)
+- [DiffChange](#DiffChange)
+- [DiffContext](#DiffContext)
+- [DiffGenStrParam](#DiffGenStrParam)
+
+## diff
+```v
+fn diff[T](a []T, b []T) &DiffContext[T]
+```
+
+diff returns the difference of two arrays.
+
+[[Return to contents]](#Contents)
+
+## DiffContext[T]
+## generate_patch
+```v
+fn (mut c DiffContext[T]) generate_patch(param DiffGenStrParam) string
+```
+
+generate_patch generate a diff string of two arrays.
+
+[[Return to contents]](#Contents)
+
+## DiffChange
+```v
+struct DiffChange {
+pub mut:
+	a   int // position in input a []T
+	b   int // position in input b []T
+	del int // delete Del elements from input a
+	ins int // insert Ins elements from input b
+}
+```
+
+DiffChange contains one or more deletions or inserts at one position in two arrays.
+
+[[Return to contents]](#Contents)
+
+## DiffContext
+```v
+struct DiffContext[T] {
+mut:
+	a     []T
+	b     []T
+	flags []DiffContextFlag
+	max   int
+	// forward and reverse d-path endpoint x components
+	forward []int
+	reverse []int
+pub mut:
+	changes []DiffChange
+}
+```
+
+[[Return to contents]](#Contents)
+
+## DiffGenStrParam
+```v
+struct DiffGenStrParam {
+pub mut:
+	colorful     bool
+	unified      int = 3 // how many context lines before/after diff block
+	block_header bool // output `@@ -3,4 +3,5 @@` or not
+}
+```
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:19:06

aiprompts/v_core/array/parallel.md

@@ -0,0 +1,53 @@
+# module parallel
+
+
+## Contents
+- [amap](#amap)
+- [run](#run)
+- [Params](#Params)
+
+## amap
+```v
+fn amap[T, R](input []T, worker fn (T) R, opt Params) []R
+```
+
+amap lets the user run an array of input with a user provided function in parallel. It limits the number of worker threads to max number of cpus. The worker function can return a value. The returning array maintains the input order. Any error handling should have happened within the worker function.
+
+Example
+```v
+
+squares := parallel.amap([1, 2, 3, 4, 5], |i| i * i); assert squares == [1, 4, 9, 16, 25]
+
+```
+
+[[Return to contents]](#Contents)
+
+## run
+```v
+fn run[T](input []T, worker fn (T), opt Params)
+```
+
+run lets the user run an array of input with a user provided function in parallel. It limits the number of worker threads to min(num_workers, num_cpu). The function aborts if an error is encountered.
+
+Example
+```v
+
+parallel.run([1, 2, 3, 4, 5], |i| println(i))
+
+```
+
+[[Return to contents]](#Contents)
+
+## Params
+```v
+struct Params {
+pub mut:
+	workers int // 0 by default, so that VJOBS will be used, through runtime.nr_jobs()
+}
+```
+
+Params contains the optional parameters that can be passed to `run` and `amap`.
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:19:06

aiprompts/v_core/benchmark/benchmark.md

@@ -0,0 +1,321 @@
+# module benchmark
+
+
+## Contents
+- [Constants](#Constants)
+- [new_benchmark](#new_benchmark)
+- [new_benchmark_no_cstep](#new_benchmark_no_cstep)
+- [new_benchmark_pointer](#new_benchmark_pointer)
+- [start](#start)
+- [Benchmark](#Benchmark)
+  - [set_total_expected_steps](#set_total_expected_steps)
+  - [stop](#stop)
+  - [step](#step)
+  - [step_restart](#step_restart)
+  - [fail](#fail)
+  - [ok](#ok)
+  - [skip](#skip)
+  - [fail_many](#fail_many)
+  - [ok_many](#ok_many)
+  - [neither_fail_nor_ok](#neither_fail_nor_ok)
+  - [measure](#measure)
+  - [record_measure](#record_measure)
+  - [step_message_with_label_and_duration](#step_message_with_label_and_duration)
+  - [step_message_with_label](#step_message_with_label)
+  - [step_message](#step_message)
+  - [step_message_ok](#step_message_ok)
+  - [step_message_fail](#step_message_fail)
+  - [step_message_skip](#step_message_skip)
+  - [total_message](#total_message)
+  - [all_recorded_measures](#all_recorded_measures)
+  - [total_duration](#total_duration)
+- [MessageOptions](#MessageOptions)
+
+## Constants
+```v
+const b_ok = term.ok_message('OK  ')
+```
+
+[[Return to contents]](#Contents)
+
+```v
+const b_fail = term.fail_message('FAIL')
+```
+
+[[Return to contents]](#Contents)
+
+```v
+const b_skip = term.warn_message('SKIP')
+```
+
+[[Return to contents]](#Contents)
+
+```v
+const b_spent = term.ok_message('SPENT')
+```
+
+[[Return to contents]](#Contents)
+
+## new_benchmark
+```v
+fn new_benchmark() Benchmark
+```
+
+new_benchmark returns a `Benchmark` instance on the stack.
+
+[[Return to contents]](#Contents)
+
+## new_benchmark_no_cstep
+```v
+fn new_benchmark_no_cstep() Benchmark
+```
+
+new_benchmark_no_cstep returns a new `Benchmark` instance with step counting disabled.
+
+[[Return to contents]](#Contents)
+
+## new_benchmark_pointer
+```v
+fn new_benchmark_pointer() &Benchmark
+```
+
+new_benchmark_pointer returns a new `Benchmark` instance allocated on the heap. This is useful for long-lived use of `Benchmark` instances.
+
+[[Return to contents]](#Contents)
+
+## start
+```v
+fn start() Benchmark
+```
+
+start returns a new, running, instance of `Benchmark`. This is a shorthand for calling `new_benchmark().step()`.
+
+[[Return to contents]](#Contents)
+
+## Benchmark
+```v
+struct Benchmark {
+pub mut:
+	bench_timer     time.StopWatch
+	verbose         bool
+	no_cstep        bool
+	step_timer      time.StopWatch
+	ntotal          int
+	nok             int
+	nfail           int
+	nskip           int
+	nexpected_steps int
+	njobs           int
+	cstep           int
+	bok             string
+	bfail           string
+	measured_steps  []string
+	step_data       map[string][]f64
+}
+```
+
+[[Return to contents]](#Contents)
+
+## set_total_expected_steps
+```v
+fn (mut b Benchmark) set_total_expected_steps(n int)
+```
+
+set_total_expected_steps sets the total amount of steps the benchmark is expected to take.
+
+[[Return to contents]](#Contents)
+
+## stop
+```v
+fn (mut b Benchmark) stop()
+```
+
+stop stops the internal benchmark timer.
+
+[[Return to contents]](#Contents)
+
+## step
+```v
+fn (mut b Benchmark) step()
+```
+
+step increases the step count by 1 and restarts the internal timer.
+
+[[Return to contents]](#Contents)
+
+## step_restart
+```v
+fn (mut b Benchmark) step_restart()
+```
+
+step_restart will restart the internal step timer. Note that the step count will *stay the same*. This method is useful, when you want to do some optional preparation after you have called .step(), so that the time for that optional preparation will *not* be added to the duration of the step.
+
+[[Return to contents]](#Contents)
+
+## fail
+```v
+fn (mut b Benchmark) fail()
+```
+
+fail increases the fail count by 1 and stops the internal timer.
+
+[[Return to contents]](#Contents)
+
+## ok
+```v
+fn (mut b Benchmark) ok()
+```
+
+ok increases the ok count by 1 and stops the internal timer.
+
+[[Return to contents]](#Contents)
+
+## skip
+```v
+fn (mut b Benchmark) skip()
+```
+
+skip increases the skip count by 1 and stops the internal timer.
+
+[[Return to contents]](#Contents)
+
+## fail_many
+```v
+fn (mut b Benchmark) fail_many(n int)
+```
+
+fail_many increases the fail count by `n` and stops the internal timer.
+
+[[Return to contents]](#Contents)
+
+## ok_many
+```v
+fn (mut b Benchmark) ok_many(n int)
+```
+
+ok_many increases the ok count by `n` and stops the internal timer.
+
+[[Return to contents]](#Contents)
+
+## neither_fail_nor_ok
+```v
+fn (mut b Benchmark) neither_fail_nor_ok()
+```
+
+neither_fail_nor_ok stops the internal timer.
+
+[[Return to contents]](#Contents)
+
+## measure
+```v
+fn (mut b Benchmark) measure(label string) i64
+```
+
+measure prints the current time spent doing `label`, since the benchmark was started, or since its last call.
+
+[[Return to contents]](#Contents)
+
+## record_measure
+```v
+fn (mut b Benchmark) record_measure(label string) i64
+```
+
+record_measure stores the current time doing `label`, since the benchmark was started, or since the last call to `b.record_measure`. It is similar to `b.measure`, but unlike it, will not print the measurement immediately, just record it for later. You can call `b.all_recorded_measures` to retrieve all measures stored by `b.record_measure` calls.
+
+[[Return to contents]](#Contents)
+
+## step_message_with_label_and_duration
+```v
+fn (b &Benchmark) step_message_with_label_and_duration(label string, msg string, sduration time.Duration,
+	opts MessageOptions) string
+```
+
+step_message_with_label_and_duration returns a string describing the current step.
+
+[[Return to contents]](#Contents)
+
+## step_message_with_label
+```v
+fn (b &Benchmark) step_message_with_label(label string, msg string, opts MessageOptions) string
+```
+
+step_message_with_label returns a string describing the current step using current time as duration.
+
+[[Return to contents]](#Contents)
+
+## step_message
+```v
+fn (b &Benchmark) step_message(msg string, opts MessageOptions) string
+```
+
+step_message returns a string describing the current step.
+
+[[Return to contents]](#Contents)
+
+## step_message_ok
+```v
+fn (b &Benchmark) step_message_ok(msg string, opts MessageOptions) string
+```
+
+step_message_ok returns a string describing the current step with an standard "OK" label.
+
+[[Return to contents]](#Contents)
+
+## step_message_fail
+```v
+fn (b &Benchmark) step_message_fail(msg string, opts MessageOptions) string
+```
+
+step_message_fail returns a string describing the current step with an standard "FAIL" label.
+
+[[Return to contents]](#Contents)
+
+## step_message_skip
+```v
+fn (b &Benchmark) step_message_skip(msg string, opts MessageOptions) string
+```
+
+step_message_skip returns a string describing the current step with an standard "SKIP" label.
+
+[[Return to contents]](#Contents)
+
+## total_message
+```v
+fn (b &Benchmark) total_message(msg string) string
+```
+
+total_message returns a string with total summary of the benchmark run.
+
+[[Return to contents]](#Contents)
+
+## all_recorded_measures
+```v
+fn (b &Benchmark) all_recorded_measures() string
+```
+
+all_recorded_measures returns a string, that contains all the recorded measure messages, done by individual calls to `b.record_measure`.
+
+[[Return to contents]](#Contents)
+
+## total_duration
+```v
+fn (b &Benchmark) total_duration() i64
+```
+
+total_duration returns the duration in ms.
+
+[[Return to contents]](#Contents)
+
+## MessageOptions
+```v
+struct MessageOptions {
+pub:
+	preparation time.Duration // the duration of the preparation time for the step
+}
+```
+
+MessageOptions allows passing an optional preparation time too to each label method. If it is set, the preparation time (compile time) will be shown before the measured runtime.
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:21:08

aiprompts/v_core/builtin/builtin.linux_bare.old..checks.forkedtest.md

@@ -0,0 +1,22 @@
+# module builtin.linux_bare.old..checks.forkedtest
+
+
+## Contents
+- [normal_run](#normal_run)
+- [run](#run)
+
+## normal_run
+```v
+fn normal_run(op fn (), label string) int
+```
+
+[[Return to contents]](#Contents)
+
+## run
+```v
+fn run(op fn (), label string, code Wi_si_code, status int) int
+```
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:18:39

aiprompts/v_core/builtin/closure.md

@@ -0,0 +1,220 @@
+# module closure
+
+
+## Contents
+- [Constants](#Constants)
+- [C.pthread_mutex_t](#C.pthread_mutex_t)
+
+## Constants
+```v
+const closure_thunk = $if amd64 {
+	[
+		u8(0xF3),
+		0x44,
+		0x0F,
+		0x7E,
+		0x3D,
+		0xF7,
+		0xBF,
+		0xFF,
+		0xFF, // movq  xmm15, QWORD PTR [rip - userdata]
+		0xFF,
+		0x25,
+		0xF9,
+		0xBF,
+		0xFF,
+		0xFF, // jmp  QWORD PTR [rip - fn]
+	]
+} $else $if i386 {
+	[
+		u8(0xe8),
+		0x00,
+		0x00,
+		0x00,
+		0x00, // call here
+		// here:
+		0x59, // pop  ecx
+		0x66,
+		0x0F,
+		0x6E,
+		0xF9, // movd xmm7, ecx
+		0xff,
+		0xA1,
+		0xff,
+		0xbf,
+		0xff,
+		0xff, // jmp  DWORD PTR [ecx - 0x4001] # <fn>
+	]
+} $else $if arm64 {
+	[
+		u8(0x11),
+		0x00,
+		0xFE,
+		0x5C, // ldr d17, userdata
+		0x30,
+		0x00,
+		0xFE,
+		0x58, // ldr x16, fn
+		0x00,
+		0x02,
+		0x1F,
+		0xD6, // br  x16
+	]
+} $else $if arm32 {
+	[
+		u8(0x04),
+		0xC0,
+		0x4F,
+		0xE2, // adr ip, here
+		// here:
+		0x01,
+		0xC9,
+		0x4C,
+		0xE2, // sub  ip, ip, #0x4000
+		0x90,
+		0xCA,
+		0x07,
+		0xEE, // vmov s15, ip
+		0x00,
+		0xC0,
+		0x9C,
+		0xE5, // ldr  ip, [ip, 0]
+		0x1C,
+		0xFF,
+		0x2F,
+		0xE1, // bx   ip
+	]
+} $else $if rv64 {
+	[
+		u8(0x97),
+		0xCF,
+		0xFF,
+		0xFF, // auipc t6, 0xffffc
+		0x03,
+		0xBF,
+		0x8F,
+		0x00, // ld    t5, 8(t6)
+		0x07,
+		0xB3,
+		0x0F,
+		0x00, // fld   ft6, 0(t6)
+		0x67,
+		0x00,
+		0x0F,
+		0x00, // jr    t5
+	]
+} $else $if rv32 {
+	[
+		u8(0x97),
+		0xCF,
+		0xFF,
+		0xFF, // auipc t6, 0xffffc
+		0x03,
+		0xAF,
+		0x4F,
+		0x00, // lw    t5, 4(t6)
+		0x07,
+		0xAB,
+		0x0F,
+		0x00, // flw   fs6, 0(t6)
+		0x67,
+		0x00,
+		0x0F,
+		0x00, // jr    t5
+	]
+} $else $if s390x {
+	[
+		u8(0xC0),
+		0x70,
+		0xFF,
+		0xFF,
+		0xE0,
+		0x00, // larl %r7, -16384
+		0x68,
+		0xF0,
+		0x70,
+		0x00, // ld   %f15, 0(%r7)
+		0xE3,
+		0x70,
+		0x70,
+		0x08,
+		0x00,
+		0x04, // lg   %r7, 8(%r7)
+		0x07,
+		0xF7, // br   %r7
+	]
+} $else $if ppc64le {
+	[
+		u8(0xa6),
+		0x02,
+		0x08,
+		0x7c, // mflr   %r0
+		0x05,
+		0x00,
+		0x00,
+		0x48, // bl     here
+		0xa6,
+		0x02,
+		0xc8,
+		0x7d, // here:  mflr %r14
+		0xf8,
+		0xbf,
+		0xce,
+		0x39, // addi   %r14, %r14, -16392
+		0x00,
+		0x00,
+		0xce,
+		0xc9, // lfd    %f14, 0(%r14)
+		0x08,
+		0x00,
+		0xce,
+		0xe9, // ld     %r14, 8(%r14)
+		0xa6,
+		0x03,
+		0x08,
+		0x7c, // mtlr   %r0
+		0xa6,
+		0x03,
+		0xc9,
+		0x7d, // mtctr  %r14
+		0x20,
+		0x04,
+		0x80,
+		0x4e, // bctr
+	]
+} $else $if loongarch64 {
+	[
+		u8(0x92),
+		0xFF,
+		0xFF,
+		0x1D, // pcaddu12i t6, -4
+		0x48,
+		0x02,
+		0x80,
+		0x2B, // fld.d     f8, t6, 0
+		0x51,
+		0x22,
+		0xC0,
+		0x28, // ld.d      t5, t6, 8
+		0x20,
+		0x02,
+		0x00,
+		0x4C, // jr        t5
+	]
+} $else {
+	[]u8{}
+}
+```
+
+refer to https://godbolt.org/z/r7P3EYv6c for a complete assembly vfmt off
+
+[[Return to contents]](#Contents)
+
+## C.pthread_mutex_t
+```v
+struct C.pthread_mutex_t {}
+```
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:18:39

aiprompts/v_core/builtin/wchar.md

@@ -0,0 +1,135 @@
+# module wchar
+
+
+## Contents
+- [Constants](#Constants)
+- [from_rune](#from_rune)
+- [from_string](#from_string)
+- [length_in_bytes](#length_in_bytes)
+- [length_in_characters](#length_in_characters)
+- [to_string](#to_string)
+- [to_string2](#to_string2)
+- [Character](#Character)
+  - [str](#str)
+  - [==](#==)
+  - [to_rune](#to_rune)
+- [C.wchar_t](#C.wchar_t)
+
+## Constants
+```v
+const zero = from_rune(0)
+```
+
+zero is a Character, that in C L"" strings represents the string end character (terminator).
+
+[[Return to contents]](#Contents)
+
+## from_rune
+```v
+fn from_rune(r rune) Character
+```
+
+from_rune creates a Character, given a V rune
+
+[[Return to contents]](#Contents)
+
+## from_string
+```v
+fn from_string(s string) &Character
+```
+
+from_string converts the V string (in UTF-8 encoding), into a newly allocated platform specific buffer of C.wchar_t . The conversion is done by processing each rune of the input string 1 by 1.
+
+[[Return to contents]](#Contents)
+
+## length_in_bytes
+```v
+fn length_in_bytes(p voidptr) int
+```
+
+length_in_bytes returns the length of the given wchar_t* wide C style L"" string in bytes. Note that the size of wchar_t is different on the different platforms, thus the length in bytes for the same data converted from UTF-8 to a &Character buffer, will be different as well. i.e. unsafe { wchar.length_in_bytes(wchar.from_string('abc')) } will be 12 on unix, but 6 on windows.
+
+[[Return to contents]](#Contents)
+
+## length_in_characters
+```v
+fn length_in_characters(p voidptr) int
+```
+
+See also `length_in_bytes` .
+
+Example
+```v
+
+assert unsafe { wchar.length_in_characters(wchar.from_string('abc')) } == 3
+
+```
+
+[[Return to contents]](#Contents)
+
+## to_string
+```v
+fn to_string(p voidptr) string
+```
+
+to_string creates a V string, encoded in UTF-8, given a wchar_t* wide C style L"" string. It relies that the string has a 0 terminator at its end, to determine the string's length. Note, that the size of wchar_t is platform-dependent, and is *2 bytes* on windows, while it is *4 bytes* on most everything else. Unless you are interfacing with a C library, that does specifically use `wchar_t`, consider using `string_from_wide` instead, which will always assume that the input data is in an UTF-16 encoding, no matter what the platform is.
+
+[[Return to contents]](#Contents)
+
+## to_string2
+```v
+fn to_string2(p voidptr, len int) string
+```
+
+to_string2 creates a V string, encoded in UTF-8, given a `C.wchar_t*` wide C style L"" string. Note, that the size of `C.wchar_t` is platform-dependent, and is *2 bytes* on windows, while *4* on most everything else. Unless you are interfacing with a C library, that does specifically use wchar_t, consider using string_from_wide2 instead, which will always assume that the input data is in an UTF-16 encoding, no matter what the platform is.
+
+[[Return to contents]](#Contents)
+
+## Character
+```v
+type Character = C.wchar_t
+```
+
+Character is a type, that eases working with the platform dependent C.wchar_t type.
+
+Note: the size of C.wchar_t varies between platforms, it is 2 bytes on windows, and usually 4 bytes elsewhere.
+
+[[Return to contents]](#Contents)
+
+## str
+```v
+fn (a Character) str() string
+```
+
+return a string representation of the given Character
+
+[[Return to contents]](#Contents)
+
+## ==
+```v
+fn (a Character) == (b Character) bool
+```
+
+== is an equality operator, to ease comparing Characters
+
+Todo: the default == operator, that V generates, does not work for C.wchar_t .
+
+[[Return to contents]](#Contents)
+
+## to_rune
+```v
+fn (c Character) to_rune() rune
+```
+
+to_rune creates a V rune, given a Character
+
+[[Return to contents]](#Contents)
+
+## C.wchar_t
+```v
+struct C.wchar_t {}
+```
+
+[[Return to contents]](#Contents)
+
+#### Powered by vdoc. Generated on: 2 Sep 2025 07:18:39