Find any existing macOS apps in the workspace:
1. Check ~/Apps/macOS/ for existing projects
2. Look for any .xcodeproj that targets macOS
3. Find patterns for macOS-specific features (menu bar, notifications, background services)

Show the structure and any reusable patterns for a new macOS monitoring app.


I'll search the workspace for existing macOS apps and examine their structure for reusable patterns.


Bash

find /Users/neog/Apps/macOS -type f -name "*.xcodeproj" 2>/dev/null | head -20

Find all Xcode projects in macOS directory


ls -la /Users/neog/Apps/macOS/ 2>/dev/null || echo "Directory not found"

List macOS apps directory structure


total 24
drwxr-xr-x@ 21 neog  staff    672 Dec 23 20:04 .
drwxr-xr-x@  5 neog  staff    160 Dec 21 21:47 ..
-rw-r--r--@  1 neog  staff  10244 Dec 22 05:04 .DS_Store
drwx------@ 20 neog  staff    640 Dec  4 20:49 17Licoes-macOS
drwxr-xr-x@ 12 neog  staff    384 Dec 17 21:05 AnatoMed-macOS
drwxr-xr-x@  8 neog  staff    256 Dec  5 03:32 AroundMe-macOS
drwxr-xr-x@  7 neog  staff    224 Dec 22 03:17 ClaudeCodeAI
drwxr-xr-x@ 26 neog  staff    832 Dec 23 21:28 GhostWriter
drwxr-xr-x@  9 neog  staff    288 Dec 23 21:02 InstagramDMAnalyzer
drwxr-xr-x@  5 neog  staff    160 Dec 23 19:39 InstagramLeadScraper
drwxr-xr-x@  6 neog  staff    192 Dec 23 18:31 InstagramUnfollower
drwxr-xr-x@ 18 neog  staff    576 Dec 13 12:56 MetaScheduler
drwxr-xr-x@  9 neog  staff    288 Dec 23 16:23 NEOG-Finance
drwxr-xr-x@  6 neog  staff    192 Dec 22 00:30 NEOG-Reflect
drwxr-xr-x@ 11 neog  staff    352 Dec 13 12:56 NEOGWorkspaceManager-macOS
drwxr-xr-x@  4 neog  staff    128 Dec 23 06:26 ProbabilitySimulator
drwxr-xr-x@  9 neog  staff    288 Dec 22 18:59 ReputacaoDigital-macOS
drwxr-xr-x@  6 neog  staff    192 Dec 23 04:14 WhatsAppAnalyzer-macOS
drwxr-xr-x@  9 neog  staff    288 Dec 20 22:38 WhatsAppValidator
drwxr-xr-x@ 13 neog  staff    416 Dec 21 18:54 YouTubeAudio-macOS
drwxr-xr-x@ 14 neog  staff    448 Dec 21 16:06 YouTubeTranscripts-macOS


No files found


Great! There are many macOS apps. Let me explore the structure of a few to understand the patterns:


find /Users/neog/Apps/macOS -name "*.xcodeproj" -type d 2>/dev/null

Find all Xcode projects in macOS directory


ls -la /Users/neog/Apps/macOS/17Licoes-macOS/ 2>/dev/null | head -20

List structure of 17Licoes macOS app


ls -la /Users/neog/Apps/macOS/NEOGWorkspaceManager-macOS/ 2>/dev/null | head -20

List structure of NEOG Workspace Manager


ls -la /Users/neog/Apps/macOS/MetaScheduler/ 2>/dev/null | head -20

List structure of MetaScheduler app


total 72
drwx------@ 20 neog  staff   640 Dec  4 20:49 .
drwxr-xr-x@ 21 neog  staff   672 Dec 23 20:04 ..
drwxr-xr-x@ 12 neog  staff   384 Dec  4 20:44 .build
drwxr-xr-x  12 neog  staff   384 Dec  4 20:44 .git
drwx------@  5 neog  staff   160 Dec  2 20:23 17Licoes.xcodeproj
drwx------@  3 neog  staff    96 Dec  2 18:08 App
drwx------@  9 neog  staff   288 Dec  4 01:20 Components
-rw-------@  1 neog  staff  6337 Dec  4 01:23 ContentView.swift
drwx------@  3 neog  staff    96 Dec  2 18:08 Data
drwx------@  3 neog  staff    96 Dec  2 18:09 Extensions
drwx------@ 10 neog  staff   320 Dec  4 01:21 Features
-rw-------@  1 neog  staff  6712 Dec  2 18:11 IMPLEMENTATION_SUMMARY.md
drwx------@  8 neog  staff   256 Dec  4 01:23 Models
-rw-------@  1 neog  staff  2548 Dec  4 01:27 Package.swift
-rw-------@  1 neog  staff  3930 Dec  2 18:10 README.md
drwx------@  5 neog  staff   160 Dec  4 01:27 Services
drwx------@  3 neog  staff    96 Dec  2 19:16 Sources
-rw-------@  1 neog  staff   152 Dec  2 18:53 build.sh
-rw-------@  1 neog  staff   766 Dec  2 19:43 fix-and-build.sh


total 32
drwxr-xr-x@ 11 neog  staff   352 Dec 13 12:56 .
drwxr-xr-x@ 21 neog  staff   672 Dec 23 20:04 ..
drwxr-xr-x@ 11 neog  staff   352 Dec  4 15:19 .build
drwxr-xr-x   4 neog  staff   128 Dec  3 12:35 .swiftpm
-rw-------@  1 neog  staff  2806 Dec  3 12:35 CLAUDE.md
-rw-------@  1 neog  staff   379 Dec  3 12:33 NEOGWorkspaceManager.entitlements
drwxr-xr-x@  5 neog  staff   160 Dec  3 20:21 NEOGWorkspaceManager.xcodeproj
-rw-------@  1 neog  staff   429 Dec  3 19:56 Package.swift
drwx------@  7 neog  staff   224 Dec  3 21:22 Sources
-rw-------@  1 neog  staff  1895 Dec  3 19:54 project.yml
drwxr-xr-x@  7 neog  staff   224 Dec  3 12:29 {Sources


total 80
drwxr-xr-x@ 18 neog  staff    576 Dec 13 12:56 .
drwxr-xr-x@ 21 neog  staff    672 Dec 23 20:04 ..
drwxr-xr-x@  4 neog  staff    128 Dec  6 20:25 App
drwxr-xr-x@  5 neog  staff    160 Dec  5 16:47 Assets.xcassets
drwxr-xr-x@  6 neog  staff    192 Dec  5 20:46 Extensions
drwxr-xr-x@  5 neog  staff    160 Dec  6 20:18 MetaScheduler.xcodeproj
drwxr-xr-x@ 26 neog  staff    832 Dec  6 15:58 Models
-rw-------@  1 neog  staff   4361 Dec  5 17:33 README.md
drwxr-xr-x@  3 neog  staff     96 Dec  5 20:37 Resources
drwx------@  3 neog  staff     96 Dec  5 17:57 Scripts
drwxr-xr-x@ 30 neog  staff    960 Dec  6 20:15 Services
drwxr-xr-x@  5 neog  staff    160 Dec  6 16:06 Support
drwxr-xr-x@ 18 neog  staff    576 Dec  6 20:16 Views
-rw-------@  1 neog  staff  14803 Dec  5 17:04 create_project.rb
-rw-r--r--@  1 neog  staff    471 Dec  5 16:48 fix_assets.rb
-rw-r--r--@  1 neog  staff    875 Dec  5 16:46 fix_project.rb
-rwx--x--x@  1 neog  staff   1258 Dec  5 16:16 generate-project.sh
-rw-------@  1 neog  staff   1152 Dec  5 16:13 project.yml


Now let me examine the source code structure and patterns used in these apps:


find /Users/neog/Apps/macOS/MetaScheduler/Sources -type f -name "*.swift" | head -15

Find Swift source files in MetaScheduler


find /Users/neog/Apps/macOS/NEOGWorkspaceManager-macOS/Sources -type f -name "*.swift" | head -15

Find Swift source files in NEOG Workspace Manager


     1→# NEOG Workspace Manager
     2→
     3→App macOS nativo para gerenciar o workspace `/Users/neog`.
     4→
     5→## Quick Start
     6→
     7→```bash
     8→# Build
     9→cd ~/Apps/macOS/NEOGWorkspaceManager-macOS
    10→swift build
    11→
    12→# Run
    13→swift run
    14→
    15→# Open in Xcode
    16→open Package.swift
    17→```
    18→
    19→## Stack
    20→
    21→- **Framework:** SwiftUI (macOS 14+)
    22→- **Persistencia:** SwiftData
    23→- **Arquitetura:** MVVM com Services singleton
    24→- **Build:** Swift Package Manager
    25→
    26→## Estrutura
    27→
    28→```
    29→NEOGWorkspaceManager-macOS/
    30→├── Package.swift                    # SPM manifest
    31→├── Sources/
    32→│   ├── NEOGWorkspaceManagerApp.swift  # Entry point
    33→│   ├── Models/
    34→│   │   └── WorkspaceItem.swift        # @Model + enums
    35→│   ├── Services/
    36→│   │   └── FileService.swift          # File ops + Execution
    37→│   ├── Views/
    38→│   │   ├── ContentView.swift          # Main NavigationSplitView
    39→│   │   ├── Sidebar/
    40→│   │   │   └── SidebarView.swift      # Category list
    41→│   │   ├── Browser/
    42→│   │   │   └── FileBrowserView.swift  # File list
    43→│   │   ├── Detail/
    44→│   │   │   ├── DetailView.swift       # Preview container
    45→│   │   │   └── FilePreviewView.swift  # Syntax highlighting
    46→│   │   └── Settings/
    47→│   │       └── SettingsView.swift     # Preferences
    48→│   └── Extensions/
    49→│       └── Color+Theme.swift          # ThemeManager
    50→└── project.yml                        # XcodeGen (opcional)
    51→```
    52→
    53→## Funcionalidades MVP
    54→
    55→### Navegacao
    56→- Sidebar com 9 categorias do workspace
    57→- File browser com navegacao em pastas
    58→- Ordenacao por nome/data/tamanho/tipo
    59→
    60→### Preview
    61→- Syntax highlighting para Swift, Python, Shell, HTML, JS, JSON, Markdown
    62→- Numeros de linha
    63→- Controle de tamanho da fonte
    64→- Word wrap toggle
    65→
    66→### Acoes
    67→- Abrir no Xcode (Cmd+Shift+O)
    68→- Abrir no Finder (Cmd+Shift+F)
    69→- Abrir no Terminal (Cmd+Shift+T)
    70→- Navegacao rapida (Cmd+1 a 7)
    71→
    72→### Tema
    73→- Dark mode (Cmd+Opt+D)
    74→- Light mode (Cmd+Opt+L)
    75→- System mode (Cmd+Opt+S)
    76→
    77→## Categorias do Workspace
    78→
    79→| Categoria | Path | Shortcut |
    80→|-----------|------|----------|
    81→| Apps iOS | ~/Apps/iOS/ | Cmd+1 |
    82→| Apps macOS | ~/Apps/macOS/ | Cmd+2 |
    83→| Projects Core | ~/Projects/core/ | Cmd+3 |
    84→| Web | ~/Web/ | Cmd+4 |
    85→| Services | ~/Services/ | Cmd+5 |
    86→| Scripts | ~/Scripts/ | Cmd+6 |
    87→| Docs | ~/Docs/ | Cmd+7 |
    88→
    89→## Proximos Passos (V2+)
    90→
    91→- [ ] CRUD: criar, renomear, mover, deletar arquivos
    92→- [ ] Editor de texto integrado
    93→- [ ] Execucao de scripts com output em tempo real
    94→- [ ] Sistema de tags e favoritos
    95→- [ ] Busca global no workspace
    96→- [ ] Notas por arquivo
    97→
    98→## Arquivos de Referencia
    99→
   100→Este projeto foi baseado nos padroes de:
   101→- `~/Apps/macOS/17Licoes-macOS/` - ThemeManager, NavigationSplitView
   102→- `~/Apps/macOS/YouTubeTranscripts-macOS/` - SwiftData models
   103→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

# NEOG Workspace Manager

App macOS nativo para gerenciar o workspace `/Users/neog`.

## Quick Start

```bash
# Build
cd ~/Apps/macOS/NEOGWorkspaceManager-macOS
swift build

# Run
swift run

# Open in Xcode
open Package.swift
```

## Stack

- **Framework:** SwiftUI (macOS 14+)
- **Persistencia:** SwiftData
- **Arquitetura:** MVVM com Services singleton
- **Build:** Swift Package Manager

## Estrutura

```
NEOGWorkspaceManager-macOS/
├── Package.swift                    # SPM manifest
├── Sources/
│   ├── NEOGWorkspaceManagerApp.swift  # Entry point
│   ├── Models/
│   │   └── WorkspaceItem.swift        # @Model + enums
│   ├── Services/
│   │   └── FileService.swift          # File ops + Execution
│   ├── Views/
│   │   ├── ContentView.swift          # Main NavigationSplitView
│   │   ├── Sidebar/
│   │   │   └── SidebarView.swift      # Category list
│   │   ├── Browser/
│   │   │   └── FileBrowserView.swift  # File list
│   │   ├── Detail/
│   │   │   ├── DetailView.swift       # Preview container
│   │   │   └── FilePreviewView.swift  # Syntax highlighting
│   │   └── Settings/
│   │       └── SettingsView.swift     # Preferences
│   └── Extensions/
│       └── Color+Theme.swift          # ThemeManager
└── project.yml                        # XcodeGen (opcional)
```

## Funcionalidades MVP

### Navegacao
- Sidebar com 9 categorias do workspace
- File browser com navegacao em pastas
- Ordenacao por nome/data/tamanho/tipo

### Preview
- Syntax highlighting para Swift, Python, Shell, HTML, JS, JSON, Markdown
- Numeros de linha
- Controle de tamanho da fonte
- Word wrap toggle

### Acoes
- Abrir no Xcode (Cmd+Shift+O)
- Abrir no Finder (Cmd+Shift+F)
- Abrir no Terminal (Cmd+Shift+T)
- Navegacao rapida (Cmd+1 a 7)

### Tema
- Dark mode (Cmd+Opt+D)
- Light mode (Cmd+Opt+L)
- System mode (Cmd+Opt+S)

## Categorias do Workspace

| Categoria | Path | Shortcut |
|-----------|------|----------|
| Apps iOS | ~/Apps/iOS/ | Cmd+1 |
| Apps macOS | ~/Apps/macOS/ | Cmd+2 |
| Projects Core | ~/Projects/core/ | Cmd+3 |
| Web | ~/Web/ | Cmd+4 |
| Services | ~/Services/ | Cmd+5 |
| Scripts | ~/Scripts/ | Cmd+6 |
| Docs | ~/Docs/ | Cmd+7 |

## Proximos Passos (V2+)

- [ ] CRUD: criar, renomear, mover, deletar arquivos
- [ ] Editor de texto integrado
- [ ] Execucao de scripts com output em tempo real
- [ ] Sistema de tags e favoritos
- [ ] Busca global no workspace
- [ ] Notas por arquivo

## Arquivos de Referencia

Este projeto foi baseado nos padroes de:
- `~/Apps/macOS/17Licoes-macOS/` - ThemeManager, NavigationSplitView
- `~/Apps/macOS/YouTubeTranscripts-macOS/` - SwiftData models


     1→# MetaScheduler
     2→
     3→A meta-scheduler for prioritizing automation tasks (n8n, LM Studio) based on ROI, system resources, and energy constraints.
     4→
     5→## Features
     6→
     7→- **ROI-based Scoring**: Prioritize tasks by expected value, importance, urgency, and SLA
     8→- **Cost-aware**: Factor in compute cost, energy consumption, and risk of failure
     9→- **Lane Management**: Organize tasks into lanes (AI, n8n, heavy, background) with concurrency limits
    10→- **Guardrails**: Battery threshold protection, freeze windows, CPU limits
    11→- **Real-time Monitoring**: System metrics (CPU, RAM, GPU, battery), service status
    12→- **Auto-Execute**: Automatically start tasks that meet score threshold
    13→- **Menu Bar Quick Access**: Monitor and control from macOS menu bar
    14→- **Audit Logging**: Track all scheduling decisions
    15→
    16→## Architecture
    17→
    18→```
    19→MetaScheduler/
    20→├── App/
    21→│   ├── MetaSchedulerApp.swift    # @main + ModelContainer + MenuBarExtra
    22→│   └── Constants.swift           # Network, timing, scoring defaults
    23→├── Models/                       # SwiftData @Model classes
    24→│   ├── ScheduledTask.swift       # Task with ROI metrics
    25→│   ├── Lane.swift                # Execution lane config
    26→│   ├── LMStudioServer.swift      # LM Studio server config
    27→│   ├── ScoreWeights.swift        # Configurable scoring weights
    28→│   ├── SystemMetricsSnapshot.swift
    29→│   └── AuditLog.swift
    30→├── Services/                     # Actor-based services
    31→│   ├── DataManager.swift         # @MainActor singleton
    32→│   ├── WatcherService.swift      # Polling loop (60s default)
    33→│   ├── ScoringEngine.swift       # Score calculation
    34→│   ├── EnforcerService.swift     # Webhook execution
    35→│   ├── N8nAPIService.swift       # n8n API integration
    36→│   ├── LMStudioService.swift     # LM Studio status
    37→│   ├── SystemMetricsService.swift# CPU/RAM/Battery (IOKit)
    38→│   └── NotificationService.swift # macOS notifications
    39→├── Views/
    40→│   ├── ContentView.swift         # Main navigation
    41→│   ├── MenuBarView.swift         # Menu bar dropdown
    42→│   ├── Dashboard/
    43→│   ├── Tasks/
    44→│   ├── Lanes/
    45→│   ├── Settings/
    46→│   └── Audit/
    47→└── Extensions/
    48→```
    49→
    50→## Scoring Formula
    51→
    52→```swift
    53→// Value (positive contribution)
    54→valueScore = (roi * roiWeight) + (importance * importanceWeight)
    55→           + (urgency * urgencyWeight) + (sla * slaWeight)
    56→
    57→// Cost (negative contribution)
    58→costScore = (computeCost * computeCostWeight) + (energyCost * energyCostWeight)
    59→          + (risk * riskWeight)
    60→
    61→// Final score (0.0 - 1.0)
    62→score = (valueScore - costScore + 1) / 2
    63→```
    64→
    65→## Configuration
    66→
    67→### Default Servers
    68→- **Local M4**: `192.168.1.96:1234` (priority 100)
    69→- **Mac Studio M3 Ultra**: `192.168.1.30:1234` (priority 80)
    70→- **n8n**: `localhost:5678`
    71→
    72→### Default Lanes
    73→| Lane | Max Concurrent | Priority | Color |
    74→|------|---------------|----------|-------|
    75→| AI | 1 | 80 | Purple |
    76→| n8n | 3 | 60 | Green |
    77→| Heavy | 1 | 40 | Orange |
    78→| Background | 5 | 20 | Gray |
    79→
    80→## Keyboard Shortcuts
    81→
    82→| Shortcut | Action |
    83→|----------|--------|
    84→| ⌘N | New Task |
    85→| ⌘R | Refresh All |
    86→| ⇧⌘E | Execute Ready Tasks |
    87→| ⇧⌘P | Pause All Running |
    88→| ⇧⌘W | Toggle Watching |
    89→
    90→## Building
    91→
    92→```bash
    93→# Generate and build
    94→ruby create_project.rb
    95→xcodebuild -project MetaScheduler.xcodeproj -scheme MetaScheduler -configuration Debug build
    96→
    97→# Or open in Xcode
    98→open MetaScheduler.xcodeproj
    99→```
   100→
   101→## iOS Support
   102→
   103→The codebase is iOS-ready with platform conditionals throughout:
   104→
   105→- `SystemMetricsService`: Uses IOKit on macOS, UIDevice on iOS
   106→- `ContentView`: NavigationSplitView on macOS/iPad, TabView on iPhone
   107→- `Color+Hex`: Platform-agnostic color extensions
   108→
   109→### Adding iOS Target in Xcode
   110→
   111→1. Open `MetaScheduler.xcodeproj` in Xcode
   112→2. File → New → Target → iOS App
   113→3. Name it `MetaScheduler-iOS`
   114→4. Add all Swift files to the iOS target (except `MenuBarView.swift`)
   115→5. Set iOS Deployment Target to 17.0
   116→6. Build and run on simulator
   117→
   118→## Requirements
   119→
   120→- macOS 14.0+ / iOS 17.0+
   121→- Xcode 15+
   122→- Swift 5.9+
   123→
   124→## External Services
   125→
   126→### n8n (Docker)
   127→```bash
   128→docker run -d --name n8n -p 5678:5678 n8nio/n8n
   129→```
   130→
   131→### LM Studio
   132→Download from [lmstudio.ai](https://lmstudio.ai) and enable the local server.
   133→
   134→## License
   135→
   136→Copyright 2024 NEOG. All rights reserved.
   137→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

# MetaScheduler

A meta-scheduler for prioritizing automation tasks (n8n, LM Studio) based on ROI, system resources, and energy constraints.

## Features

- **ROI-based Scoring**: Prioritize tasks by expected value, importance, urgency, and SLA
- **Cost-aware**: Factor in compute cost, energy consumption, and risk of failure
- **Lane Management**: Organize tasks into lanes (AI, n8n, heavy, background) with concurrency limits
- **Guardrails**: Battery threshold protection, freeze windows, CPU limits
- **Real-time Monitoring**: System metrics (CPU, RAM, GPU, battery), service status
- **Auto-Execute**: Automatically start tasks that meet score threshold
- **Menu Bar Quick Access**: Monitor and control from macOS menu bar
- **Audit Logging**: Track all scheduling decisions

## Architecture

```
MetaScheduler/
├── App/
│   ├── MetaSchedulerApp.swift    # @main + ModelContainer + MenuBarExtra
│   └── Constants.swift           # Network, timing, scoring defaults
├── Models/                       # SwiftData @Model classes
│   ├── ScheduledTask.swift       # Task with ROI metrics
│   ├── Lane.swift                # Execution lane config
│   ├── LMStudioServer.swift      # LM Studio server config
│   ├── ScoreWeights.swift        # Configurable scoring weights
│   ├── SystemMetricsSnapshot.swift
│   └── AuditLog.swift
├── Services/                     # Actor-based services
│   ├── DataManager.swift         # @MainActor singleton
│   ├── WatcherService.swift      # Polling loop (60s default)
│   ├── ScoringEngine.swift       # Score calculation
│   ├── EnforcerService.swift     # Webhook execution
│   ├── N8nAPIService.swift       # n8n API integration
│   ├── LMStudioService.swift     # LM Studio status
│   ├── SystemMetricsService.swift# CPU/RAM/Battery (IOKit)
│   └── NotificationService.swift # macOS notifications
├── Views/
│   ├── ContentView.swift         # Main navigation
│   ├── MenuBarView.swift         # Menu bar dropdown
│   ├── Dashboard/
│   ├── Tasks/
│   ├── Lanes/
│   ├── Settings/
│   └── Audit/
└── Extensions/
```

## Scoring Formula

```swift
// Value (positive contribution)
valueScore = (roi * roiWeight) + (importance * importanceWeight)
           + (urgency * urgencyWeight) + (sla * slaWeight)

// Cost (negative contribution)
costScore = (computeCost * computeCostWeight) + (energyCost * energyCostWeight)
          + (risk * riskWeight)

// Final score (0.0 - 1.0)
score = (valueScore - costScore + 1) / 2
```

## Configuration

### Default Servers
- **Local M4**: `192.168.1.96:1234` (priority 100)
- **Mac Studio M3 Ultra**: `192.168.1.30:1234` (priority 80)
- **n8n**: `localhost:5678`

### Default Lanes
| Lane | Max Concurrent | Priority | Color |
|------|---------------|----------|-------|
| AI | 1 | 80 | Purple |
| n8n | 3 | 60 | Green |
| Heavy | 1 | 40 | Orange |
| Background | 5 | 20 | Gray |

## Keyboard Shortcuts

| Shortcut | Action |
|----------|--------|
| ⌘N | New Task |
| ⌘R | Refresh All |
| ⇧⌘E | Execute Ready Tasks |
| ⇧⌘P | Pause All Running |
| ⇧⌘W | Toggle Watching |

## Building

```bash
# Generate and build
ruby create_project.rb
xcodebuild -project MetaScheduler.xcodeproj -scheme MetaScheduler -configuration Debug build

# Or open in Xcode
open MetaScheduler.xcodeproj
```

## iOS Support

The codebase is iOS-ready with platform conditionals throughout:

- `SystemMetricsService`: Uses IOKit on macOS, UIDevice on iOS
- `ContentView`: NavigationSplitView on macOS/iPad, TabView on iPhone
- `Color+Hex`: Platform-agnostic color extensions

### Adding iOS Target in Xcode

1. Open `MetaScheduler.xcodeproj` in Xcode
2. File → New → Target → iOS App
3. Name it `MetaScheduler-iOS`
4. Add all Swift files to the iOS target (except `MenuBarView.swift`)
5. Set iOS Deployment Target to 17.0
6. Build and run on simulator

## Requirements

- macOS 14.0+ / iOS 17.0+
- Xcode 15+
- Swift 5.9+

## External Services

### n8n (Docker)
```bash
docker run -d --name n8n -p 5678:5678 n8nio/n8n
```

### LM Studio
Download from [lmstudio.ai](https://lmstudio.ai) and enable the local server.

## License

Copyright 2024 NEOG. All rights reserved.


find: /Users/neog/Apps/macOS/MetaScheduler/Sources: No such file or directory


Let me look at more app examples to find monitoring patterns:


find /Users/neog/Apps/macOS -type f -name "CLAUDE.md" -o -name "README.md" | head -10

Find documentation files in macOS apps


     1→# 17 Lições - macOS App
     2→
     3→A macOS SwiftUI application featuring 17 business lessons from Alex Hormozi.
     4→
     5→## Features
     6→
     7→- **Dark and Light Theme Support**: Toggle between themes with ⌘⇧T
     8→- **Sidebar Navigation**: Browse all lessons with search and filter capabilities
     9→- **Lesson Detail View**: Beautifully styled content with various content blocks
    10→- **Favorites**: Mark your favorite lessons for quick access
    11→- **Reading Progress**: Track which lessons you've completed
    12→- **Personal Notes**: Add and edit notes for each lesson
    13→- **3-Layer Backup Persistence**: Automatic data backup for progress and notes
    14→
    15→## Building and Running
    16→
    17→### Using Swift Package Manager
    18→
    19→```bash
    20→cd /Users/neog/Apps/17Licoes-macOS
    21→swift build
    22→swift run
    23→```
    24→
    25→### Using Xcode
    26→
    27→1. Open Package.swift in Xcode
    28→2. Press ⌘R to build and run
    29→
    30→## Project Structure
    31→
    32→```
    33→17Licoes-macOS/
    34→├── App/
    35→│   └── App17LicoesApp.swift          # App entry point
    36→├── Models/
    37→│   ├── Lesson.swift                   # Lesson data model
    38→│   ├── UserProgress.swift             # Progress tracking
    39→│   └── Note.swift                     # Notes model
    40→├── Data/
    41→│   └── LessonsData.swift              # 17 hardcoded lessons
    42→├── Services/
    43→│   └── DataManager.swift              # Data persistence manager
    44→├── Features/
    45→│   ├── Lessons/
    46→│   │   ├── SidebarView.swift         # Sidebar navigation
    47→│   │   ├── LessonRowView.swift       # Lesson list item
    48→│   │   └── LessonDetailView.swift    # Lesson content view
    49→│   ├── Notes/
    50→│   │   └── NotesView.swift           # Notes editor
    51→│   └── Summary/
    52→│       └── SummaryView.swift         # Grid view of all lessons
    53→├── Components/
    54→│   ├── KeyConceptView.swift          # Gold-bordered concept box
    55→│   ├── QuoteView.swift               # Styled quote component
    56→│   ├── FrameworkBoxView.swift        # Framework with items
    57→│   ├── StyledListView.swift          # Arrow or numbered list
    58→│   └── ProgressHeaderView.swift      # Progress circle widget
    59→├── Extensions/
    60→│   └── Color+Hex.swift               # Theme manager and color extensions
    61→├── ContentView.swift                  # Main navigation split view
    62→└── Package.swift                      # Swift package definition
    63→```
    64→
    65→## Keyboard Shortcuts
    66→
    67→- **⌘⇧T**: Toggle Dark/Light theme
    68→- **⌘⇧R**: Clear reading progress
    69→- **⌘⇧E**: Export all notes
    70→- **⌘S**: Save note (in notes editor)
    71→
    72→## Data Storage
    73→
    74→User data is stored in `~/Documents/`:
    75→- `17licoes_progress.json` - Reading progress and favorites
    76→- `17licoes_notes.json` - Personal notes
    77→- Automatic backup files with `_backup1` and `_backup2` suffixes
    78→
    79→## The 17 Lessons
    80→
    81→1. **Você Não É Disciplinado** (Mentalidade)
    82→2. **Por Que Você Está Travado** (Diagnóstico)
    83→3. **Desenvolva Autoconhecimento** (Mindset)
    84→4. **A Equação do Sucesso** (Execução)
    85→5. **Construa uma Cultura Vencedora** (Liderança)
    86→6. **O Poder do Foco Extremo** (Estratégia)
    87→7. **Venda Valor, Não Preço** (Vendas)
    88→8. **Domine a Arte da Atenção** (Marketing)
    89→9. **Sistemas Escalam, Pessoas Não** (Operações)
    90→10. **Fluxo de Caixa é Rei** (Finanças)
    91→11. **Pense em Décadas, Não em Dias** (Estratégia)
    92→12. **Contrate Devagar, Demita Rápido** (Liderança)
    93→13. **Abrace o Desconforto** (Mindset)
    94→14. **Maestria em Fechamento** (Vendas)
    95→15. **Construa uma Marca Inesquecível** (Marketing)
    96→16. **Otimize para Velocidade** (Operações)
    97→17. **Jogue Jogos Infinitos** (Mindset)
    98→
    99→## Technical Details
   100→
   101→- **Platform**: macOS 13.0+
   102→- **Language**: Swift 5.9+
   103→- **Framework**: SwiftUI
   104→- **Architecture**: MVVM with singleton DataManager
   105→- **Data Persistence**: JSON files with 3-layer backup
   106→- **Theme System**: ThemeManager with dark/light/system modes
   107→
   108→## License
   109→
   110→Personal project - All rights reserved.
   111→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

# 17 Lições - macOS App

A macOS SwiftUI application featuring 17 business lessons from Alex Hormozi.

## Features

- **Dark and Light Theme Support**: Toggle between themes with ⌘⇧T
- **Sidebar Navigation**: Browse all lessons with search and filter capabilities
- **Lesson Detail View**: Beautifully styled content with various content blocks
- **Favorites**: Mark your favorite lessons for quick access
- **Reading Progress**: Track which lessons you've completed
- **Personal Notes**: Add and edit notes for each lesson
- **3-Layer Backup Persistence**: Automatic data backup for progress and notes

## Building and Running

### Using Swift Package Manager

```bash
cd /Users/neog/Apps/17Licoes-macOS
swift build
swift run
```

### Using Xcode

1. Open Package.swift in Xcode
2. Press ⌘R to build and run

## Project Structure

```
17Licoes-macOS/
├── App/
│   └── App17LicoesApp.swift          # App entry point
├── Models/
│   ├── Lesson.swift                   # Lesson data model
│   ├── UserProgress.swift             # Progress tracking
│   └── Note.swift                     # Notes model
├── Data/
│   └── LessonsData.swift              # 17 hardcoded lessons
├── Services/
│   └── DataManager.swift              # Data persistence manager
├── Features/
│   ├── Lessons/
│   │   ├── SidebarView.swift         # Sidebar navigation
│   │   ├── LessonRowView.swift       # Lesson list item
│   │   └── LessonDetailView.swift    # Lesson content view
│   ├── Notes/
│   │   └── NotesView.swift           # Notes editor
│   └── Summary/
│       └── SummaryView.swift         # Grid view of all lessons
├── Components/
│   ├── KeyConceptView.swift          # Gold-bordered concept box
│   ├── QuoteView.swift               # Styled quote component
│   ├── FrameworkBoxView.swift        # Framework with items
│   ├── StyledListView.swift          # Arrow or numbered list
│   └── ProgressHeaderView.swift      # Progress circle widget
├── Extensions/
│   └── Color+Hex.swift               # Theme manager and color extensions
├── ContentView.swift                  # Main navigation split view
└── Package.swift                      # Swift package definition
```

## Keyboard Shortcuts

- **⌘⇧T**: Toggle Dark/Light theme
- **⌘⇧R**: Clear reading progress
- **⌘⇧E**: Export all notes
- **⌘S**: Save note (in notes editor)

## Data Storage

User data is stored in `~/Documents/`:
- `17licoes_progress.json` - Reading progress and favorites
- `17licoes_notes.json` - Personal notes
- Automatic backup files with `_backup1` and `_backup2` suffixes

## The 17 Lessons

1. **Você Não É Disciplinado** (Mentalidade)
2. **Por Que Você Está Travado** (Diagnóstico)
3. **Desenvolva Autoconhecimento** (Mindset)
4. **A Equação do Sucesso** (Execução)
5. **Construa uma Cultura Vencedora** (Liderança)
6. **O Poder do Foco Extremo** (Estratégia)
7. **Venda Valor, Não Preço** (Vendas)
8. **Domine a Arte da Atenção** (Marketing)
9. **Sistemas Escalam, Pessoas Não** (Operações)
10. **Fluxo de Caixa é Rei** (Finanças)
11. **Pense em Décadas, Não em Dias** (Estratégia)
12. **Contrate Devagar, Demita Rápido** (Liderança)
13. **Abrace o Desconforto** (Mindset)
14. **Maestria em Fechamento** (Vendas)
15. **Construa uma Marca Inesquecível** (Marketing)
16. **Otimize para Velocidade** (Operações)
17. **Jogue Jogos Infinitos** (Mindset)

## Technical Details

- **Platform**: macOS 13.0+
- **Language**: Swift 5.9+
- **Framework**: SwiftUI
- **Architecture**: MVVM with singleton DataManager
- **Data Persistence**: JSON files with 3-layer backup
- **Theme System**: ThemeManager with dark/light/system modes

## License

Personal project - All rights reserved.


     1→# 17 Lições macOS - Implementation Summary
     2→
     3→**Date**: December 2, 2025
     4→**Status**: ✅ Complete - App successfully built and running
     5→
     6→## What Was Created
     7→
     8→Successfully recreated all Swift files for the 17Licoes-macOS app from scratch. The app is now fully functional.
     9→
    10→## Files Created (18 files)
    11→
    12→### 1. App Structure
    13→- **App/App17LicoesApp.swift** - Main app entry point with WindowGroup and menu commands
    14→
    15→### 2. Models (3 files)
    16→- **Models/Lesson.swift** - Core data models (Lesson, LessonCategory, ContentBlock, KeyConcept, FrameworkItem)
    17→- **Models/UserProgress.swift** - Progress tracking (read lessons, favorites, reading time)
    18→- **Models/Note.swift** - Personal notes with markdown export
    19→
    20→### 3. Data Layer
    21→- **Data/LessonsData.swift** - All 17 hardcoded lessons with full content in Portuguese
    22→
    23→### 4. Services
    24→- **Services/DataManager.swift** - Singleton for data management with 3-layer backup persistence
    25→
    26→### 5. Views (10 files)
    27→- **ContentView.swift** - Main NavigationSplitView container
    28→- **Features/Lessons/SidebarView.swift** - Left sidebar with search, filter, and theme toggle
    29→- **Features/Lessons/LessonRowView.swift** - Individual lesson row with indicators
    30→- **Features/Lessons/LessonDetailView.swift** - Full lesson content display
    31→- **Features/Notes/NotesView.swift** - Notes editor sheet
    32→- **Features/Summary/SummaryView.swift** - Grid overview of all 17 lessons
    33→- **Components/KeyConceptView.swift** - Gold-bordered key concept box
    34→- **Components/QuoteView.swift** - Styled quote with author attribution
    35→- **Components/FrameworkBoxView.swift** - Framework display with items
    36→- **Components/StyledListView.swift** - Bulleted or numbered lists
    37→- **Components/ProgressHeaderView.swift** - Circular progress indicator
    38→
    39→### 6. Build Configuration
    40→- **Package.swift** - Swift Package Manager configuration
    41→
    42→### 7. Documentation
    43→- **README.md** - Complete documentation with features, structure, and usage
    44→- **IMPLEMENTATION_SUMMARY.md** - This file
    45→
    46→## Key Features Implemented
    47→
    48→### 1. Theme System
    49→- Dark and Light theme support using existing ThemeManager
    50→- Toggle via ⌘⇧T keyboard shortcut
    51→- Theme button in sidebar
    52→- Persistent theme preference
    53→
    54→### 2. Navigation
    55→- Three-column NavigationSplitView
    56→- Sidebar with lesson list
    57→- Detail view for lesson content
    58→- Summary grid view of all lessons
    59→
    60→### 3. Search & Filter
    61→- Real-time search by title or category
    62→- Toggle to show favorites only
    63→- Visual indicators (read, favorite, has notes)
    64→
    65→### 4. Reading Progress
    66→- Track completed lessons
    67→- Reading time tracking per lesson
    68→- Progress percentage display
    69→- Mark as read on first view
    70→
    71→### 5. Favorites
    72→- Toggle favorite status
    73→- Filter to show only favorites
    74→- Visual star indicator
    75→
    76→### 6. Personal Notes
    77→- Create/edit notes per lesson
    78→- Auto-save functionality
    79→- Export all notes to markdown
    80→- Delete individual notes
    81→
    82→### 7. Data Persistence
    83→- 3-layer backup system (primary, backup1, backup2)
    84→- Debounced saves (2-second delay)
    85→- Automatic rotation of backups
    86→- JSON format with ISO8601 dates
    87→
    88→### 8. Content Blocks
    89→Supports 6 types of styled content:
    90→1. **Paragraph** - Regular body text
    91→2. **Highlight** - Yellow-highlighted important text
    92→3. **Quote** - Styled quote with author
    93→4. **List** - Bulleted or numbered lists
    94→5. **Subsection** - Section headers with content
    95→6. **Framework** - Structured frameworks with labeled items
    96→
    97→### 9. Menu Commands
    98→- **Lições Menu**
    99→  - Summary view (⌘S)
   100→  - Clear progress (⌘⇧R)
   101→- **Notas Menu**
   102→  - Export all notes (⌘⇧E)
   103→  - Clear all notes
   104→- **Aparência Menu**
   105→  - Toggle theme (⌘⇧T)
   106→
   107→## The 17 Lessons Content
   108→
   109→All lessons are from Alex Hormozi and cover:
   110→
   111→1. **Mentalidade** - Discipline is a myth (systems over willpower)
   112→2. **Diagnóstico** - Why you're stuck (clarity, skill, or focus)
   113→3. **Mindset** - Self-awareness through action
   114→4. **Execução** - Success equation (volume × duration)
   115→5. **Liderança** - Culture is what you tolerate
   116→6. **Estratégia** - Extreme focus beats diversification
   117→7. **Vendas** - Sell value, not price
   118→8. **Marketing** - Master the art of attention
   119→9. **Operações** - Systems scale, people don't
   120→10. **Finanças** - Cash flow is king
   121→11. **Estratégia** - Think in decades, not days
   122→12. **Liderança** - Hire slow, fire fast
   123→13. **Mindset** - Embrace discomfort for growth
   124→14. **Vendas** - Mastery in closing sales
   125→15. **Marketing** - Build an unforgettable brand
   126→16. **Operações** - Optimize for speed
   127→17. **Mindset** - Play infinite games
   128→
   129→Each lesson includes:
   130→- Key concept with title and description
   131→- Mix of paragraphs, highlights, quotes, lists, subsections, and frameworks
   132→- Category classification with icon and color
   133→- Estimated reading time
   134→
   135→## Technical Implementation Details
   136→
   137→### Architecture
   138→- **Pattern**: MVVM with singleton DataManager
   139→- **State Management**: @StateObject, @Published, @Binding
   140→- **Navigation**: NavigationSplitView with optional selection
   141→- **Persistence**: FileManager JSON encoding/decoding
   142→
   143→### Protocol Conformances
   144→- All models conform to: Identifiable, Codable, Equatable, Hashable
   145→- ThemeManager: ObservableObject with @MainActor
   146→- DataManager: ObservableObject with Combine publishers
   147→
   148→### Special Handling
   149→- Unicode escapes (\u{201C}) for fancy quotes to avoid compilation issues
   150→- @MainActor annotations for theme-related computed properties
   151→- Debounced saves using Combine PassthroughSubject
   152→- 3-layer backup rotation on every save
   153→
   154→### Dependencies
   155→- Foundation (core)
   156→- SwiftUI (UI framework)
   157→- Combine (reactive state)
   158→- AppKit (NSSavePanel for export)
   159→- UniformTypeIdentifiers (file type definitions)
   160→
   161→## Build & Run
   162→
   163→```bash
   164→cd /Users/neog/Apps/17Licoes-macOS
   165→swift build          # Builds successfully in ~5 seconds
   166→swift run 17Licoes   # Launches the app
   167→```
   168→
   169→## Files Structure Summary
   170→
   171→```
   172→17Licoes-macOS/
   173→├── App/ (1)
   174→├── Models/ (3)
   175→├── Data/ (1)
   176→├── Services/ (1)
   177→├── Features/ (6)
   178→├── Components/ (5)
   179→├── Extensions/ (1 - pre-existing)
   180→├── ContentView.swift
   181→├── Package.swift
   182→└── README.md
   183→```
   184→
   185→**Total**: 18 Swift files created + 2 documentation files
   186→
   187→## Testing Status
   188→
   189→- ✅ Build successful (no errors)
   190→- ✅ App launches
   191→- ✅ All 17 lessons loaded
   192→- ✅ Navigation working
   193→- ✅ Theme toggle functional
   194→- ✅ Data persistence ready
   195→
   196→## Notes
   197→
   198→- The Extensions/Color+Hex.swift file already existed with ThemeManager, so it was preserved and updated only to fix @MainActor issues
   199→- All content is in Portuguese (Brazilian)
   200→- Unicode quotes handled correctly with \u{201C} escapes
   201→- App requires macOS 13.0+
   202→- No external dependencies beyond system frameworks
   203→
   204→---
   205→
   206→**Status**: All files successfully recreated. App compiles and runs without errors.
   207→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

# 17 Lições macOS - Implementation Summary

**Date**: December 2, 2025
**Status**: ✅ Complete - App successfully built and running

## What Was Created

Successfully recreated all Swift files for the 17Licoes-macOS app from scratch. The app is now fully functional.

## Files Created (18 files)

### 1. App Structure
- **App/App17LicoesApp.swift** - Main app entry point with WindowGroup and menu commands

### 2. Models (3 files)
- **Models/Lesson.swift** - Core data models (Lesson, LessonCategory, ContentBlock, KeyConcept, FrameworkItem)
- **Models/UserProgress.swift** - Progress tracking (read lessons, favorites, reading time)
- **Models/Note.swift** - Personal notes with markdown export

### 3. Data Layer
- **Data/LessonsData.swift** - All 17 hardcoded lessons with full content in Portuguese

### 4. Services
- **Services/DataManager.swift** - Singleton for data management with 3-layer backup persistence

### 5. Views (10 files)
- **ContentView.swift** - Main NavigationSplitView container
- **Features/Lessons/SidebarView.swift** - Left sidebar with search, filter, and theme toggle
- **Features/Lessons/LessonRowView.swift** - Individual lesson row with indicators
- **Features/Lessons/LessonDetailView.swift** - Full lesson content display
- **Features/Notes/NotesView.swift** - Notes editor sheet
- **Features/Summary/SummaryView.swift** - Grid overview of all 17 lessons
- **Components/KeyConceptView.swift** - Gold-bordered key concept box
- **Components/QuoteView.swift** - Styled quote with author attribution
- **Components/FrameworkBoxView.swift** - Framework display with items
- **Components/StyledListView.swift** - Bulleted or numbered lists
- **Components/ProgressHeaderView.swift** - Circular progress indicator

### 6. Build Configuration
- **Package.swift** - Swift Package Manager configuration

### 7. Documentation
- **README.md** - Complete documentation with features, structure, and usage
- **IMPLEMENTATION_SUMMARY.md** - This file

## Key Features Implemented

### 1. Theme System
- Dark and Light theme support using existing ThemeManager
- Toggle via ⌘⇧T keyboard shortcut
- Theme button in sidebar
- Persistent theme preference

### 2. Navigation
- Three-column NavigationSplitView
- Sidebar with lesson list
- Detail view for lesson content
- Summary grid view of all lessons

### 3. Search & Filter
- Real-time search by title or category
- Toggle to show favorites only
- Visual indicators (read, favorite, has notes)

### 4. Reading Progress
- Track completed lessons
- Reading time tracking per lesson
- Progress percentage display
- Mark as read on first view

### 5. Favorites
- Toggle favorite status
- Filter to show only favorites
- Visual star indicator

### 6. Personal Notes
- Create/edit notes per lesson
- Auto-save functionality
- Export all notes to markdown
- Delete individual notes

### 7. Data Persistence
- 3-layer backup system (primary, backup1, backup2)
- Debounced saves (2-second delay)
- Automatic rotation of backups
- JSON format with ISO8601 dates

### 8. Content Blocks
Supports 6 types of styled content:
1. **Paragraph** - Regular body text
2. **Highlight** - Yellow-highlighted important text
3. **Quote** - Styled quote with author
4. **List** - Bulleted or numbered lists
5. **Subsection** - Section headers with content
6. **Framework** - Structured frameworks with labeled items

### 9. Menu Commands
- **Lições Menu**
  - Summary view (⌘S)
  - Clear progress (⌘⇧R)
- **Notas Menu**
  - Export all notes (⌘⇧E)
  - Clear all notes
- **Aparência Menu**
  - Toggle theme (⌘⇧T)

## The 17 Lessons Content

All lessons are from Alex Hormozi and cover:

1. **Mentalidade** - Discipline is a myth (systems over willpower)
2. **Diagnóstico** - Why you're stuck (clarity, skill, or focus)
3. **Mindset** - Self-awareness through action
4. **Execução** - Success equation (volume × duration)
5. **Liderança** - Culture is what you tolerate
6. **Estratégia** - Extreme focus beats diversification
7. **Vendas** - Sell value, not price
8. **Marketing** - Master the art of attention
9. **Operações** - Systems scale, people don't
10. **Finanças** - Cash flow is king
11. **Estratégia** - Think in decades, not days
12. **Liderança** - Hire slow, fire fast
13. **Mindset** - Embrace discomfort for growth
14. **Vendas** - Mastery in closing sales
15. **Marketing** - Build an unforgettable brand
16. **Operações** - Optimize for speed
17. **Mindset** - Play infinite games

Each lesson includes:
- Key concept with title and description
- Mix of paragraphs, highlights, quotes, lists, subsections, and frameworks
- Category classification with icon and color
- Estimated reading time

## Technical Implementation Details

### Architecture
- **Pattern**: MVVM with singleton DataManager
- **State Management**: @StateObject, @Published, @Binding
- **Navigation**: NavigationSplitView with optional selection
- **Persistence**: FileManager JSON encoding/decoding

### Protocol Conformances
- All models conform to: Identifiable, Codable, Equatable, Hashable
- ThemeManager: ObservableObject with @MainActor
- DataManager: ObservableObject with Combine publishers

### Special Handling
- Unicode escapes (\u{201C}) for fancy quotes to avoid compilation issues
- @MainActor annotations for theme-related computed properties
- Debounced saves using Combine PassthroughSubject
- 3-layer backup rotation on every save

### Dependencies
- Foundation (core)
- SwiftUI (UI framework)
- Combine (reactive state)
- AppKit (NSSavePanel for export)
- UniformTypeIdentifiers (file type definitions)

## Build & Run

```bash
cd /Users/neog/Apps/17Licoes-macOS
swift build          # Builds successfully in ~5 seconds
swift run 17Licoes   # Launches the app
```

## Files Structure Summary

```
17Licoes-macOS/
├── App/ (1)
├── Models/ (3)
├── Data/ (1)
├── Services/ (1)
├── Features/ (6)
├── Components/ (5)
├── Extensions/ (1 - pre-existing)
├── ContentView.swift
├── Package.swift
└── README.md
```

**Total**: 18 Swift files created + 2 documentation files

## Testing Status

- ✅ Build successful (no errors)
- ✅ App launches
- ✅ All 17 lessons loaded
- ✅ Navigation working
- ✅ Theme toggle functional
- ✅ Data persistence ready

## Notes

- The Extensions/Color+Hex.swift file already existed with ThemeManager, so it was preserved and updated only to fix @MainActor issues
- All content is in Portuguese (Brazilian)
- Unicode quotes handled correctly with \u{201C} escapes
- App requires macOS 13.0+
- No external dependencies beyond system frameworks

---

**Status**: All files successfully recreated. App compiles and runs without errors.


/Users/neog/Apps/macOS/YouTubeAudio-macOS/CLAUDE.md
/Users/neog/Apps/macOS/ReputacaoDigital-macOS/CLAUDE.md
/Users/neog/Apps/macOS/AnatoMed-macOS/CLAUDE.md
/Users/neog/Apps/macOS/NEOGWorkspaceManager-macOS/CLAUDE.md
/Users/neog/Apps/macOS/MetaScheduler/README.md
/Users/neog/Apps/macOS/17Licoes-macOS/README.md
/Users/neog/Apps/macOS/AroundMe-macOS/CLAUDE.md
/Users/neog/Apps/macOS/NEOG-Reflect/CLAUDE.md
/Users/neog/Apps/macOS/GhostWriter/CLAUDE.md
/Users/neog/Apps/macOS/YouTubeTranscripts-macOS/README.md


Now let me examine some actual source code from monitoring/system apps:


find /Users/neog/Apps/macOS/MetaScheduler -type f -name "*.swift" | head -20

Find Swift files in MetaScheduler


Error: EISDIR: illegal operation on a directory, read


find /Users/neog/Apps/macOS/MetaScheduler/Services -type f -name "*.swift" | head -10

Find service files in MetaScheduler


     1→import SwiftUI
     2→import SwiftData
     3→
     4→@main
     5→struct MetaSchedulerApp: App {
     6→    let modelContainer: ModelContainer
     7→    @StateObject private var dataManager = DataManager.shared
     8→    @State private var webhookServerRunning = false
     9→
    10→    init() {
    11→        // Disable window restoration to prevent NSWindowRestoration warnings
    12→        UserDefaults.standard.set(false, forKey: "NSQuitAlwaysKeepsWindows")
    13→
    14→        do {
    15→            let schema = Schema([
    16→                ScheduledTask.self,
    17→                ScoreWeights.self,
    18→                Lane.self,
    19→                LMStudioServer.self,
    20→                AuditLog.self,
    21→                SystemMetricsSnapshot.self,
    22→                ServiceStack.self,
    23→                RemoteHost.self,
    24→                // RFI Models
    25→                ReputationMention.self,
    26→                ReputationIndex.self,
    27→                RFIWeights.self,
    28→                // R2DT Models
    29→                RepEvent.self,
    30→                RepContact.self,
    31→                RepAction.self,
    32→                RepEscalation.self,
    33→                RepPlacement.self,
    34→                // Compute ROI Models
    35→                EnergyLog.self,
    36→                ComputeJob.self,
    37→                ComputeEconomics.self,
    38→                // Automation Pipeline Models
    39→                TaskDependency.self,
    40→                DeadLetterEntry.self,
    41→                // Step Granularity (FASE 8)
    42→                TaskStep.self
    43→            ])
    44→
    45→            let modelConfiguration = ModelConfiguration(
    46→                schema: schema,
    47→                isStoredInMemoryOnly: false
    48→            )
    49→
    50→            let container = try ModelContainer(
    51→                for: schema,
    52→                configurations: [modelConfiguration]
    53→            )
    54→
    55→            modelContainer = container
    56→
    57→            // Initialize DataManager with container on main thread
    58→            DispatchQueue.main.async {
    59→                DataManager.shared.setModelContainer(container)
    60→            }
    61→
    62→        } catch {
    63→            fatalError("Failed to create ModelContainer: \(error)")
    64→        }
    65→    }
    66→
    67→    var body: some Scene {
    68→        WindowGroup {
    69→            ContentView()
    70→                .environmentObject(dataManager)
    71→                .task {
    72→                    await startAutomationServices()
    73→                }
    74→        }
    75→        .modelContainer(modelContainer)
    76→        .windowStyle(.hiddenTitleBar)
    77→        .defaultSize(width: 1200, height: 800)
    78→        .commands {
    79→            CommandGroup(replacing: .newItem) {}
    80→
    81→            CommandMenu("Tasks") {
    82→                Button("New Task") {
    83→                    NotificationCenter.default.post(name: .showNewTaskSheet, object: nil)
    84→                }
    85→                .keyboardShortcut("n", modifiers: [.command])
    86→
    87→                Button("Refresh All") {
    88→                    Task {
    89→                        await dataManager.forceRefresh()
    90→                    }
    91→                }
    92→                .keyboardShortcut("r", modifiers: [.command])
    93→
    94→                Divider()
    95→
    96→                Button("Execute Ready Tasks") {
    97→                    Task {
    98→                        _ = await dataManager.autoExecuteReadyTasks()
    99→                    }
   100→                }
   101→                .keyboardShortcut("e", modifiers: [.command, .shift])
   102→
   103→                Button("Pause All Running") {
   104→                    pauseAllRunning()
   105→                }
   106→                .keyboardShortcut("p", modifiers: [.command, .shift])
   107→            }
   108→
   109→            CommandMenu("Watcher") {
   110→                Button(dataManager.isWatching ? "Stop Watching" : "Start Watching") {
   111→                    if dataManager.isWatching {
   112→                        dataManager.stopWatching()
   113→                    } else {
   114→                        dataManager.startWatching()
   115→                    }
   116→                }
   117→                .keyboardShortcut("w", modifiers: [.command, .shift])
   118→            }
   119→
   120→            CommandMenu("Automation") {
   121→                Button("Start Webhook Server") {
   122→                    Task {
   123→                        do {
   124→                            try await WebhookServer.shared.start()
   125→                        } catch {
   126→                            appLog(.error, category: .system, message: "Failed to start webhook server",
   127→                                   details: error.localizedDescription)
   128→                        }
   129→                    }
   130→                }
   131→
   132→                Button("Stop Webhook Server") {
   133→                    Task {
   134→                        await WebhookServer.shared.stop()
   135→                    }
   136→                }
   137→
   138→                Divider()
   139→
   140→                Button("Start Cron Scheduler") {
   141→                    Task {
   142→                        await CronSchedulerService.shared.start()
   143→                    }
   144→                }
   145→
   146→                Button("Stop Cron Scheduler") {
   147→                    Task {
   148→                        await CronSchedulerService.shared.stop()
   149→                    }
   150→                }
   151→            }
   152→        }
   153→
   154→        #if os(macOS)
   155→        Settings {
   156→            SettingsView()
   157→                .environmentObject(dataManager)
   158→        }
   159→
   160→        MenuBarExtra("MetaScheduler", systemImage: menuBarIcon) {
   161→            MenuBarView()
   162→                .environmentObject(dataManager)
   163→        }
   164→        .menuBarExtraStyle(.window)
   165→        #endif
   166→    }
   167→
   168→    #if os(macOS)
   169→    private var menuBarIcon: String {
   170→        if dataManager.isWatching {
   171→            return "gauge.with.dots.needle.67percent"
   172→        } else {
   173→            return "gauge.with.dots.needle.0percent"
   174→        }
   175→    }
   176→
   177→    private func pauseAllRunning() {
   178→        let runningTasks = dataManager.tasks.filter { $0.status == .running }
   179→        for task in runningTasks {
   180→            Task {
   181→                _ = await dataManager.pauseTask(task, reason: "Manual pause all")
   182→            }
   183→        }
   184→    }
   185→
   186→    /// Start automation services on app launch
   187→    private func startAutomationServices() async {
   188→        let startupManager = StartupManager.shared
   189→
   190→        // Wait for data loading to complete
   191→        while startupManager.phase != .configuringDefaults && startupManager.phase != .ready {
   192→            try? await Task.sleep(nanoseconds: 50_000_000) // 50ms
   193→        }
   194→
   195→        startupManager.setPhase(.startingServices)
   196→
   197→        // Start Webhook Server (port 9999)
   198→        do {
   199→            try await WebhookServer.shared.start()
   200→            startupManager.markWebhookServerStarted()
   201→            appLog(.success, category: .startup, message: "Webhook server started",
   202→                   details: "Port 9999")
   203→        } catch {
   204→            startupManager.addLog("✗ Webhook server failed")
   205→            appLog(.error, category: .startup, message: "Failed to start webhook server",
   206→                   details: error.localizedDescription)
   207→        }
   208→
   209→        // Start Cron Scheduler (schedules tasks based on cron expressions)
   210→        await CronSchedulerService.shared.start()
   211→        let scheduledCount = dataManager.tasks.filter { $0.cronExpression != nil && $0.status == .pending }.count
   212→        startupManager.markCronSchedulerStarted(taskCount: scheduledCount)
   213→
   214→        // Perform health check
   215→        await startupManager.performHealthCheck()
   216→
   217→        // Mark startup complete
   218→        startupManager.completeStartup()
   219→    }
   220→    #endif
   221→}
   222→
   223→// MARK: - Notification Names
   224→
   225→extension Notification.Name {
   226→    static let showNewTaskSheet = Notification.Name("showNewTaskSheet")
   227→    static let showSetupAssistant = Notification.Name("showSetupAssistant")
   228→}
   229→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

import SwiftUI
import SwiftData

@main
struct MetaSchedulerApp: App {
    let modelContainer: ModelContainer
    @StateObject private var dataManager = DataManager.shared
    @State private var webhookServerRunning = false

    init() {
        // Disable window restoration to prevent NSWindowRestoration warnings
        UserDefaults.standard.set(false, forKey: "NSQuitAlwaysKeepsWindows")

        do {
            let schema = Schema([
                ScheduledTask.self,
                ScoreWeights.self,
                Lane.self,
                LMStudioServer.self,
                AuditLog.self,
                SystemMetricsSnapshot.self,
                ServiceStack.self,
                RemoteHost.self,
                // RFI Models
                ReputationMention.self,
                ReputationIndex.self,
                RFIWeights.self,
                // R2DT Models
                RepEvent.self,
                RepContact.self,
                RepAction.self,
                RepEscalation.self,
                RepPlacement.self,
                // Compute ROI Models
                EnergyLog.self,
                ComputeJob.self,
                ComputeEconomics.self,
                // Automation Pipeline Models
                TaskDependency.self,
                DeadLetterEntry.self,
                // Step Granularity (FASE 8)
                TaskStep.self
            ])

            let modelConfiguration = ModelConfiguration(
                schema: schema,
                isStoredInMemoryOnly: false
            )

            let container = try ModelContainer(
                for: schema,
                configurations: [modelConfiguration]
            )

            modelContainer = container

            // Initialize DataManager with container on main thread
            DispatchQueue.main.async {
                DataManager.shared.setModelContainer(container)
            }

        } catch {
            fatalError("Failed to create ModelContainer: \(error)")
        }
    }

    var body: some Scene {
        WindowGroup {
            ContentView()
                .environmentObject(dataManager)
                .task {
                    await startAutomationServices()
                }
        }
        .modelContainer(modelContainer)
        .windowStyle(.hiddenTitleBar)
        .defaultSize(width: 1200, height: 800)
        .commands {
            CommandGroup(replacing: .newItem) {}

            CommandMenu("Tasks") {
                Button("New Task") {
                    NotificationCenter.default.post(name: .showNewTaskSheet, object: nil)
                }
                .keyboardShortcut("n", modifiers: [.command])

                Button("Refresh All") {
                    Task {
                        await dataManager.forceRefresh()
                    }
                }
                .keyboardShortcut("r", modifiers: [.command])

                Divider()

                Button("Execute Ready Tasks") {
                    Task {
                        _ = await dataManager.autoExecuteReadyTasks()
                    }
                }
                .keyboardShortcut("e", modifiers: [.command, .shift])

                Button("Pause All Running") {
                    pauseAllRunning()
                }
                .keyboardShortcut("p", modifiers: [.command, .shift])
            }

            CommandMenu("Watcher") {
                Button(dataManager.isWatching ? "Stop Watching" : "Start Watching") {
                    if dataManager.isWatching {
                        dataManager.stopWatching()
                    } else {
                        dataManager.startWatching()
                    }
                }
                .keyboardShortcut("w", modifiers: [.command, .shift])
            }

            CommandMenu("Automation") {
                Button("Start Webhook Server") {
                    Task {
                        do {
                            try await WebhookServer.shared.start()
                        } catch {
                            appLog(.error, category: .system, message: "Failed to start webhook server",
                                   details: error.localizedDescription)
                        }
                    }
                }

                Button("Stop Webhook Server") {
                    Task {
                        await WebhookServer.shared.stop()
                    }
                }

                Divider()

                Button("Start Cron Scheduler") {
                    Task {
                        await CronSchedulerService.shared.start()
                    }
                }

                Button("Stop Cron Scheduler") {
                    Task {
                        await CronSchedulerService.shared.stop()
                    }
                }
            }
        }

        #if os(macOS)
        Settings {
            SettingsView()
                .environmentObject(dataManager)
        }

        MenuBarExtra("MetaScheduler", systemImage: menuBarIcon) {
            MenuBarView()
                .environmentObject(dataManager)
        }
        .menuBarExtraStyle(.window)
        #endif
    }

    #if os(macOS)
    private var menuBarIcon: String {
        if dataManager.isWatching {
            return "gauge.with.dots.needle.67percent"
        } else {
            return "gauge.with.dots.needle.0percent"
        }
    }

    private func pauseAllRunning() {
        let runningTasks = dataManager.tasks.filter { $0.status == .running }
        for task in runningTasks {
            Task {
                _ = await dataManager.pauseTask(task, reason: "Manual pause all")
            }
        }
    }

    /// Start automation services on app launch
    private func startAutomationServices() async {
        let startupManager = StartupManager.shared

        // Wait for data loading to complete
        while startupManager.phase != .configuringDefaults && startupManager.phase != .ready {
            try? await Task.sleep(nanoseconds: 50_000_000) // 50ms
        }

        startupManager.setPhase(.startingServices)

        // Start Webhook Server (port 9999)
        do {
            try await WebhookServer.shared.start()
            startupManager.markWebhookServerStarted()
            appLog(.success, category: .startup, message: "Webhook server started",
                   details: "Port 9999")
        } catch {
            startupManager.addLog("✗ Webhook server failed")
            appLog(.error, category: .startup, message: "Failed to start webhook server",
                   details: error.localizedDescription)
        }

        // Start Cron Scheduler (schedules tasks based on cron expressions)
        await CronSchedulerService.shared.start()
        let scheduledCount = dataManager.tasks.filter { $0.cronExpression != nil && $0.status == .pending }.count
        startupManager.markCronSchedulerStarted(taskCount: scheduledCount)

        // Perform health check
        await startupManager.performHealthCheck()

        // Mark startup complete
        startupManager.completeStartup()
    }
    #endif
}

// MARK: - Notification Names

extension Notification.Name {
    static let showNewTaskSheet = Notification.Name("showNewTaskSheet")
    static let showSetupAssistant = Notification.Name("showSetupAssistant")
}


     1→import Foundation
     2→import SwiftData
     3→
     4→@Model
     5→final class SystemMetricsSnapshot {
     6→    @Attribute(.unique) var id: String
     7→    var timestamp: Date
     8→
     9→    // MARK: - CPU
    10→    var cpuUsagePercent: Double
    11→    var cpuTemperature: Double?
    12→
    13→    // MARK: - GPU (Apple Silicon)
    14→    var gpuUsagePercent: Double
    15→    var gpuTemperature: Double?
    16→
    17→    // MARK: - Memory
    18→    var ramUsedGB: Double
    19→    var ramTotalGB: Double
    20→    var ramPressurePercent: Double
    21→
    22→    // MARK: - Battery
    23→    var batteryLevelPercent: Int
    24→    var isCharging: Bool
    25→    var powerSource: String
    26→
    27→    // MARK: - Network
    28→    var networkLatencyMs: Double?
    29→    var isNetworkReachable: Bool
    30→
    31→    // MARK: - LM Studio Servers
    32→    var localLMStudioOnline: Bool
    33→    var remoteLMStudioOnline: Bool
    34→    var localLMStudioLoad: Double?
    35→    var remoteLMStudioLoad: Double?
    36→
    37→    // MARK: - n8n
    38→    var n8nOnline: Bool
    39→    var n8nActiveWorkflows: Int
    40→    var n8nQueuedJobs: Int
    41→
    42→    // MARK: - Init
    43→    init(
    44→        cpuUsagePercent: Double = 0,
    45→        gpuUsagePercent: Double = 0,
    46→        ramUsedGB: Double = 0,
    47→        ramTotalGB: Double = 16,
    48→        batteryLevelPercent: Int = 100,
    49→        isCharging: Bool = true
    50→    ) {
    51→        self.id = UUID().uuidString
    52→        self.timestamp = Date()
    53→
    54→        self.cpuUsagePercent = cpuUsagePercent
    55→        self.gpuUsagePercent = gpuUsagePercent
    56→        self.ramUsedGB = ramUsedGB
    57→        self.ramTotalGB = ramTotalGB
    58→        self.ramPressurePercent = ramTotalGB > 0 ? (ramUsedGB / ramTotalGB) * 100 : 0
    59→
    60→        self.batteryLevelPercent = batteryLevelPercent
    61→        self.isCharging = isCharging
    62→        self.powerSource = isCharging ? "AC" : "Battery"
    63→
    64→        self.isNetworkReachable = true
    65→        self.localLMStudioOnline = false
    66→        self.remoteLMStudioOnline = false
    67→        self.n8nOnline = false
    68→        self.n8nActiveWorkflows = 0
    69→        self.n8nQueuedJobs = 0
    70→    }
    71→
    72→    // MARK: - Computed Properties
    73→
    74→    var ramUsagePercent: Double {
    75→        guard ramTotalGB > 0 else { return 0 }
    76→        return (ramUsedGB / ramTotalGB) * 100
    77→    }
    78→
    79→    var ramAvailableGB: Double {
    80→        max(0, ramTotalGB - ramUsedGB)
    81→    }
    82→
    83→    var isLowBattery: Bool {
    84→        !isCharging && batteryLevelPercent < Constants.Guardrails.batteryThreshold
    85→    }
    86→
    87→    var isHighCPU: Bool {
    88→        cpuUsagePercent > Constants.Guardrails.maxCPUUsage
    89→    }
    90→
    91→    var anyLMStudioOnline: Bool {
    92→        localLMStudioOnline || remoteLMStudioOnline
    93→    }
    94→}
    95→
    96→// MARK: - DTO for passing between actors
    97→
    98→struct SystemMetricsDTO: Sendable {
    99→    let cpu: Double
   100→    let gpu: Double
   101→    let ramUsed: Double
   102→    let ramTotal: Double
   103→    let battery: Int
   104→    let isCharging: Bool
   105→    let networkLatency: Double?
   106→    let isNetworkReachable: Bool
   107→    let n8nOnline: Bool
   108→    let n8nActiveWorkflows: Int
   109→    let localLMStudioOnline: Bool
   110→    let remoteLMStudioOnline: Bool
   111→    let timestamp: Date
   112→
   113→    static let empty = SystemMetricsDTO(
   114→        cpu: 0,
   115→        gpu: 0,
   116→        ramUsed: 0,
   117→        ramTotal: 16,
   118→        battery: 100,
   119→        isCharging: true,
   120→        networkLatency: nil,
   121→        isNetworkReachable: true,
   122→        n8nOnline: false,
   123→        n8nActiveWorkflows: 0,
   124→        localLMStudioOnline: false,
   125→        remoteLMStudioOnline: false,
   126→        timestamp: Date()
   127→    )
   128→}
   129→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

import Foundation
import SwiftData

@Model
final class SystemMetricsSnapshot {
    @Attribute(.unique) var id: String
    var timestamp: Date

    // MARK: - CPU
    var cpuUsagePercent: Double
    var cpuTemperature: Double?

    // MARK: - GPU (Apple Silicon)
    var gpuUsagePercent: Double
    var gpuTemperature: Double?

    // MARK: - Memory
    var ramUsedGB: Double
    var ramTotalGB: Double
    var ramPressurePercent: Double

    // MARK: - Battery
    var batteryLevelPercent: Int
    var isCharging: Bool
    var powerSource: String

    // MARK: - Network
    var networkLatencyMs: Double?
    var isNetworkReachable: Bool

    // MARK: - LM Studio Servers
    var localLMStudioOnline: Bool
    var remoteLMStudioOnline: Bool
    var localLMStudioLoad: Double?
    var remoteLMStudioLoad: Double?

    // MARK: - n8n
    var n8nOnline: Bool
    var n8nActiveWorkflows: Int
    var n8nQueuedJobs: Int

    // MARK: - Init
    init(
        cpuUsagePercent: Double = 0,
        gpuUsagePercent: Double = 0,
        ramUsedGB: Double = 0,
        ramTotalGB: Double = 16,
        batteryLevelPercent: Int = 100,
        isCharging: Bool = true
    ) {
        self.id = UUID().uuidString
        self.timestamp = Date()

        self.cpuUsagePercent = cpuUsagePercent
        self.gpuUsagePercent = gpuUsagePercent
        self.ramUsedGB = ramUsedGB
        self.ramTotalGB = ramTotalGB
        self.ramPressurePercent = ramTotalGB > 0 ? (ramUsedGB / ramTotalGB) * 100 : 0

        self.batteryLevelPercent = batteryLevelPercent
        self.isCharging = isCharging
        self.powerSource = isCharging ? "AC" : "Battery"

        self.isNetworkReachable = true
        self.localLMStudioOnline = false
        self.remoteLMStudioOnline = false
        self.n8nOnline = false
        self.n8nActiveWorkflows = 0
        self.n8nQueuedJobs = 0
    }

    // MARK: - Computed Properties

    var ramUsagePercent: Double {
        guard ramTotalGB > 0 else { return 0 }
        return (ramUsedGB / ramTotalGB) * 100
    }

    var ramAvailableGB: Double {
        max(0, ramTotalGB - ramUsedGB)
    }

    var isLowBattery: Bool {
        !isCharging && batteryLevelPercent < Constants.Guardrails.batteryThreshold
    }

    var isHighCPU: Bool {
        cpuUsagePercent > Constants.Guardrails.maxCPUUsage
    }

    var anyLMStudioOnline: Bool {
        localLMStudioOnline || remoteLMStudioOnline
    }
}

// MARK: - DTO for passing between actors

struct SystemMetricsDTO: Sendable {
    let cpu: Double
    let gpu: Double
    let ramUsed: Double
    let ramTotal: Double
    let battery: Int
    let isCharging: Bool
    let networkLatency: Double?
    let isNetworkReachable: Bool
    let n8nOnline: Bool
    let n8nActiveWorkflows: Int
    let localLMStudioOnline: Bool
    let remoteLMStudioOnline: Bool
    let timestamp: Date

    static let empty = SystemMetricsDTO(
        cpu: 0,
        gpu: 0,
        ramUsed: 0,
        ramTotal: 16,
        battery: 100,
        isCharging: true,
        networkLatency: nil,
        isNetworkReachable: true,
        n8nOnline: false,
        n8nActiveWorkflows: 0,
        localLMStudioOnline: false,
        remoteLMStudioOnline: false,
        timestamp: Date()
    )
}


ls -la /Users/neog/Apps/macOS/ | grep -E "Monitor|Watcher|Tracker|Health|System" | head -10

Find monitoring-related apps in macOS directory


     1→import Foundation
     2→
     3→#if os(macOS)
     4→import IOKit.ps
     5→#endif
     6→
     7→#if os(iOS)
     8→import UIKit
     9→#endif
    10→
    11→actor SystemMetricsService {
    12→    static let shared = SystemMetricsService()
    13→
    14→    // MARK: - Cache
    15→    private var lastMetrics: SystemMetricsRaw?
    16→    private var lastMetricsTimestamp: Date?
    17→    private let cacheTimeout: TimeInterval = 5  // 5 seconds cache
    18→
    19→    // MARK: - Collect All Metrics
    20→
    21→    func collectMetrics() async -> SystemMetricsRaw {
    22→        // Check cache
    23→        if let cached = lastMetrics,
    24→           let timestamp = lastMetricsTimestamp,
    25→           Date().timeIntervalSince(timestamp) < cacheTimeout {
    26→            return cached
    27→        }
    28→
    29→        let cpu = getCPUUsage()
    30→        let memory = getMemoryUsage()
    31→        let battery = getBatteryStatus()
    32→
    33→        let metrics = SystemMetricsRaw(
    34→            cpuUsage: cpu,
    35→            gpuUsage: getGPUUsage(),
    36→            ramUsed: memory.used,
    37→            ramTotal: memory.total,
    38→            batteryLevel: battery.level,
    39→            isCharging: battery.isCharging
    40→        )
    41→
    42→        // Cache result
    43→        lastMetrics = metrics
    44→        lastMetricsTimestamp = Date()
    45→
    46→        return metrics
    47→    }
    48→
    49→    // MARK: - CPU Usage
    50→
    51→    private func getCPUUsage() -> Double {
    52→        #if os(macOS)
    53→        return getMacOSCPUUsage()
    54→        #else
    55→        return getIOSCPUUsage()
    56→        #endif
    57→    }
    58→
    59→    #if os(macOS)
    60→    private func getMacOSCPUUsage() -> Double {
    61→        var cpuLoad = host_cpu_load_info_data_t()
    62→        var count = mach_msg_type_number_t(MemoryLayout<host_cpu_load_info_data_t>.size / MemoryLayout<integer_t>.size)
    63→
    64→        let result = withUnsafeMutablePointer(to: &cpuLoad) {
    65→            $0.withMemoryRebound(to: integer_t.self, capacity: Int(count)) {
    66→                host_statistics(mach_host_self(), HOST_CPU_LOAD_INFO, $0, &count)
    67→            }
    68→        }
    69→
    70→        guard result == KERN_SUCCESS else { return 0 }
    71→
    72→        let userTicks = Double(cpuLoad.cpu_ticks.0)
    73→        let systemTicks = Double(cpuLoad.cpu_ticks.1)
    74→        let idleTicks = Double(cpuLoad.cpu_ticks.2)
    75→        let niceTicks = Double(cpuLoad.cpu_ticks.3)
    76→
    77→        let totalTicks = userTicks + systemTicks + idleTicks + niceTicks
    78→        guard totalTicks > 0 else { return 0 }
    79→
    80→        let usedTicks = userTicks + systemTicks + niceTicks
    81→        return (usedTicks / totalTicks) * 100
    82→    }
    83→    #endif
    84→
    85→    #if os(iOS)
    86→    private func getIOSCPUUsage() -> Double {
    87→        // iOS doesn't expose CPU usage directly
    88→        // Return estimated value based on ProcessInfo
    89→        let processInfo = ProcessInfo.processInfo
    90→        return Double(processInfo.activeProcessorCount) / Double(processInfo.processorCount) * 50
    91→    }
    92→    #endif
    93→
    94→    // MARK: - Memory Usage
    95→
    96→    private func getMemoryUsage() -> (used: Double, total: Double) {
    97→        #if os(macOS)
    98→        return getMacOSMemoryUsage()
    99→        #else
   100→        return getIOSMemoryUsage()

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

import Foundation

#if os(macOS)
import IOKit.ps
#endif

#if os(iOS)
import UIKit
#endif

actor SystemMetricsService {
    static let shared = SystemMetricsService()

    // MARK: - Cache
    private var lastMetrics: SystemMetricsRaw?
    private var lastMetricsTimestamp: Date?
    private let cacheTimeout: TimeInterval = 5  // 5 seconds cache

    // MARK: - Collect All Metrics

    func collectMetrics() async -> SystemMetricsRaw {
        // Check cache
        if let cached = lastMetrics,
           let timestamp = lastMetricsTimestamp,
           Date().timeIntervalSince(timestamp) < cacheTimeout {
            return cached
        }

        let cpu = getCPUUsage()
        let memory = getMemoryUsage()
        let battery = getBatteryStatus()

        let metrics = SystemMetricsRaw(
            cpuUsage: cpu,
            gpuUsage: getGPUUsage(),
            ramUsed: memory.used,
            ramTotal: memory.total,
            batteryLevel: battery.level,
            isCharging: battery.isCharging
        )

        // Cache result
        lastMetrics = metrics
        lastMetricsTimestamp = Date()

        return metrics
    }

    // MARK: - CPU Usage

    private func getCPUUsage() -> Double {
        #if os(macOS)
        return getMacOSCPUUsage()
        #else
        return getIOSCPUUsage()
        #endif
    }

    #if os(macOS)
    private func getMacOSCPUUsage() -> Double {
        var cpuLoad = host_cpu_load_info_data_t()
        var count = mach_msg_type_number_t(MemoryLayout<host_cpu_load_info_data_t>.size / MemoryLayout<integer_t>.size)

        let result = withUnsafeMutablePointer(to: &cpuLoad) {
            $0.withMemoryRebound(to: integer_t.self, capacity: Int(count)) {
                host_statistics(mach_host_self(), HOST_CPU_LOAD_INFO, $0, &count)
            }
        }

        guard result == KERN_SUCCESS else { return 0 }

        let userTicks = Double(cpuLoad.cpu_ticks.0)
        let systemTicks = Double(cpuLoad.cpu_ticks.1)
        let idleTicks = Double(cpuLoad.cpu_ticks.2)
        let niceTicks = Double(cpuLoad.cpu_ticks.3)

        let totalTicks = userTicks + systemTicks + idleTicks + niceTicks
        guard totalTicks > 0 else { return 0 }

        let usedTicks = userTicks + systemTicks + niceTicks
        return (usedTicks / totalTicks) * 100
    }
    #endif

    #if os(iOS)
    private func getIOSCPUUsage() -> Double {
        // iOS doesn't expose CPU usage directly
        // Return estimated value based on ProcessInfo
        let processInfo = ProcessInfo.processInfo
        return Double(processInfo.activeProcessorCount) / Double(processInfo.processorCount) * 50
    }
    #endif

    // MARK: - Memory Usage

    private func getMemoryUsage() -> (used: Double, total: Double) {
        #if os(macOS)
        return getMacOSMemoryUsage()
        #else
        return getIOSMemoryUsage()


     1→import Foundation
     2→
     3→#if os(macOS)
     4→import IOKit.ps
     5→#endif
     6→
     7→// MARK: - Power Monitor Service
     8→
     9→/// Monitors power consumption and energy metrics on macOS
    10→/// Used for Compute ROI calculations
    11→actor PowerMonitorService {
    12→    static let shared = PowerMonitorService()
    13→
    14→    // MARK: - Configuration
    15→
    16→    /// Estimated TDP values for Apple Silicon (watts)
    17→    struct AppleSiliconTDP {
    18→        static let m1 = (cpu: 15.0, gpu: 10.0, total: 25.0)
    19→        static let m1Pro = (cpu: 20.0, gpu: 16.0, total: 36.0)
    20→        static let m1Max = (cpu: 28.0, gpu: 32.0, total: 60.0)
    21→        static let m1Ultra = (cpu: 56.0, gpu: 64.0, total: 120.0)
    22→        static let m2 = (cpu: 18.0, gpu: 12.0, total: 30.0)
    23→        static let m2Pro = (cpu: 22.0, gpu: 18.0, total: 40.0)
    24→        static let m2Max = (cpu: 30.0, gpu: 35.0, total: 65.0)
    25→        static let m2Ultra = (cpu: 60.0, gpu: 70.0, total: 130.0)
    26→        static let m3 = (cpu: 18.0, gpu: 12.0, total: 30.0)
    27→        static let m3Pro = (cpu: 22.0, gpu: 18.0, total: 40.0)
    28→        static let m3Max = (cpu: 35.0, gpu: 45.0, total: 80.0)
    29→        static let m4 = (cpu: 20.0, gpu: 14.0, total: 34.0)
    30→        static let m4Pro = (cpu: 28.0, gpu: 24.0, total: 52.0)
    31→        static let m4Max = (cpu: 40.0, gpu: 50.0, total: 90.0)
    32→
    33→        static func forChip(_ chipName: String) -> (cpu: Double, gpu: Double, total: Double) {
    34→            let name = chipName.lowercased()
    35→            if name.contains("m4 max") { return m4Max }
    36→            if name.contains("m4 pro") { return m4Pro }
    37→            if name.contains("m4") { return m4 }
    38→            if name.contains("m3 max") { return m3Max }
    39→            if name.contains("m3 pro") { return m3Pro }
    40→            if name.contains("m3") { return m3 }
    41→            if name.contains("m2 ultra") { return m2Ultra }
    42→            if name.contains("m2 max") { return m2Max }
    43→            if name.contains("m2 pro") { return m2Pro }
    44→            if name.contains("m2") { return m2 }
    45→            if name.contains("m1 ultra") { return m1Ultra }
    46→            if name.contains("m1 max") { return m1Max }
    47→            if name.contains("m1 pro") { return m1Pro }
    48→            if name.contains("m1") { return m1 }
    49→            return m3  // Default
    50→        }
    51→    }
    52→
    53→    // MARK: - State
    54→
    55→    private var lastReading: PowerReading?
    56→    private var lastReadingTime: Date?
    57→    private var chipTDP: (cpu: Double, gpu: Double, total: Double)?
    58→
    59→    // MARK: - Initialization
    60→
    61→    private init() {
    62→        Task {
    63→            await self.detectChip()
    64→        }
    65→    }
    66→
    67→    private func detectChip() {
    68→        #if os(macOS)
    69→        var size = 0
    70→        sysctlbyname("machdep.cpu.brand_string", nil, &size, nil, 0)
    71→        var machine = [CChar](repeating: 0, count: size)
    72→        sysctlbyname("machdep.cpu.brand_string", &machine, &size, nil, 0)
    73→        let chipName = String(cString: machine)
    74→        chipTDP = AppleSiliconTDP.forChip(chipName)
    75→        appLog(.debug, category: .computeROI, message: "Detected chip: \(chipName)")
    76→        #endif
    77→    }
    78→
    79→    // MARK: - Read Power Metrics
    80→
    81→    /// Collect current power reading
    82→    func collectPowerReading() async -> PowerReading {
    83→        let systemMetrics = await SystemMetricsService.shared.collectMetrics()
    84→        let battery = await getBatteryPowerMetrics()
    85→
    86→        // Estimate power based on CPU/GPU usage and TDP
    87→        let tdp = chipTDP ?? AppleSiliconTDP.m3
    88→
    89→        let cpuPower = (systemMetrics.cpuUsage / 100.0) * tdp.cpu
    90→        let gpuPower = (systemMetrics.gpuUsage / 100.0) * tdp.gpu
    91→        let totalPower = cpuPower + gpuPower + 5.0  // +5W for system overhead
    92→
    93→        let reading = PowerReading(
    94→            timestamp: Date(),
    95→            cpuWatts: cpuPower,
    96→            gpuWatts: gpuPower,
    97→            totalWatts: totalPower,
    98→            batteryLevel: battery.level,
    99→            batteryWatts: battery.watts,
   100→            isCharging: battery.isCharging,

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

import Foundation

#if os(macOS)
import IOKit.ps
#endif

// MARK: - Power Monitor Service

/// Monitors power consumption and energy metrics on macOS
/// Used for Compute ROI calculations
actor PowerMonitorService {
    static let shared = PowerMonitorService()

    // MARK: - Configuration

    /// Estimated TDP values for Apple Silicon (watts)
    struct AppleSiliconTDP {
        static let m1 = (cpu: 15.0, gpu: 10.0, total: 25.0)
        static let m1Pro = (cpu: 20.0, gpu: 16.0, total: 36.0)
        static let m1Max = (cpu: 28.0, gpu: 32.0, total: 60.0)
        static let m1Ultra = (cpu: 56.0, gpu: 64.0, total: 120.0)
        static let m2 = (cpu: 18.0, gpu: 12.0, total: 30.0)
        static let m2Pro = (cpu: 22.0, gpu: 18.0, total: 40.0)
        static let m2Max = (cpu: 30.0, gpu: 35.0, total: 65.0)
        static let m2Ultra = (cpu: 60.0, gpu: 70.0, total: 130.0)
        static let m3 = (cpu: 18.0, gpu: 12.0, total: 30.0)
        static let m3Pro = (cpu: 22.0, gpu: 18.0, total: 40.0)
        static let m3Max = (cpu: 35.0, gpu: 45.0, total: 80.0)
        static let m4 = (cpu: 20.0, gpu: 14.0, total: 34.0)
        static let m4Pro = (cpu: 28.0, gpu: 24.0, total: 52.0)
        static let m4Max = (cpu: 40.0, gpu: 50.0, total: 90.0)

        static func forChip(_ chipName: String) -> (cpu: Double, gpu: Double, total: Double) {
            let name = chipName.lowercased()
            if name.contains("m4 max") { return m4Max }
            if name.contains("m4 pro") { return m4Pro }
            if name.contains("m4") { return m4 }
            if name.contains("m3 max") { return m3Max }
            if name.contains("m3 pro") { return m3Pro }
            if name.contains("m3") { return m3 }
            if name.contains("m2 ultra") { return m2Ultra }
            if name.contains("m2 max") { return m2Max }
            if name.contains("m2 pro") { return m2Pro }
            if name.contains("m2") { return m2 }
            if name.contains("m1 ultra") { return m1Ultra }
            if name.contains("m1 max") { return m1Max }
            if name.contains("m1 pro") { return m1Pro }
            if name.contains("m1") { return m1 }
            return m3  // Default
        }
    }

    // MARK: - State

    private var lastReading: PowerReading?
    private var lastReadingTime: Date?
    private var chipTDP: (cpu: Double, gpu: Double, total: Double)?

    // MARK: - Initialization

    private init() {
        Task {
            await self.detectChip()
        }
    }

    private func detectChip() {
        #if os(macOS)
        var size = 0
        sysctlbyname("machdep.cpu.brand_string", nil, &size, nil, 0)
        var machine = [CChar](repeating: 0, count: size)
        sysctlbyname("machdep.cpu.brand_string", &machine, &size, nil, 0)
        let chipName = String(cString: machine)
        chipTDP = AppleSiliconTDP.forChip(chipName)
        appLog(.debug, category: .computeROI, message: "Detected chip: \(chipName)")
        #endif
    }

    // MARK: - Read Power Metrics

    /// Collect current power reading
    func collectPowerReading() async -> PowerReading {
        let systemMetrics = await SystemMetricsService.shared.collectMetrics()
        let battery = await getBatteryPowerMetrics()

        // Estimate power based on CPU/GPU usage and TDP
        let tdp = chipTDP ?? AppleSiliconTDP.m3

        let cpuPower = (systemMetrics.cpuUsage / 100.0) * tdp.cpu
        let gpuPower = (systemMetrics.gpuUsage / 100.0) * tdp.gpu
        let totalPower = cpuPower + gpuPower + 5.0  // +5W for system overhead

        let reading = PowerReading(
            timestamp: Date(),
            cpuWatts: cpuPower,
            gpuWatts: gpuPower,
            totalWatts: totalPower,
            batteryLevel: battery.level,
            batteryWatts: battery.watts,
            isCharging: battery.isCharging,


Let me check for any other monitoring-specific apps and check the NEOG structure documentation:


find /Users/neog -name "*CLAUDE.md" -o -name "*README.md" | grep -i "monitor\|health\|track" | head -5

Find documentation related to monitoring/health tracking


ls -la /Users/neog/Services/servers/ 2>/dev/null | head -20

List backend service servers


     1→# CLAUDE.md
     2→
     3→This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.
     4→
     5→## Repository Overview
     6→
     7→Personal development workspace with multiple projects:
     8→- AI-powered web applications (LM Studio integration)
     9→- Interactive 3D visualizations (Three.js)
    10→- Real-time web servers via Tailscale
    11→- Productivity and habit tracking systems
    12→- iOS automation applications
    13→
    14→**Important:** Subdirectories (e.g., `my-first-project/`) contain their own CLAUDE.md files. Always check project-specific documentation first.
    15→
    16→## Quick Reference
    17→
    18→```bash
    19→# Start HTTP server (most common command)
    20→python3 -m http.server 8000 --bind 0.0.0.0
    21→
    22→# Access applications
    23→open http://localhost:8000/             # Local access
    24→open http://100.75.88.8:8000/           # Tailscale access
    25→
    26→# Common applications (serve from ~/Web)
    27→open http://localhost:8000/Web/productivity/durovflow-v3.html  # DurovFlow
    28→open http://localhost:8000/Web/tools/index-tailscale.html      # LM Studio chatbot
    29→open http://localhost:8000/Projects/my-first-project/index.html # NEOG Dashboard
    30→
    31→# Backend services
    32→python3 ~/Services/servers/system-monitor-server.py   # M4 monitor (port 5555)
    33→python3 ~/Services/servers/wifi-api-server.py         # WiFi API (port 9002)
    34→~/Scripts/system/start-workspace-api.sh               # Workspace Manager (port 9004)
    35→cd ~/Projects/my-first-project && npm start           # NEOG backend
    36→
    37→# CC ROI Dashboard (Claude Code tracking)
    38→./cc-services.sh start                  # Start ROI services
    39→./cc-track.sh status                    # Check today's stats
    40→open http://localhost:9001/roi          # Open dashboard
    41→
    42→# Utilities
    43→./workspace-health-check.sh             # Check system health
    44→lsof -i -P | grep LISTEN                # Check running services
    45→```
    46→
    47→## 📊 CC ROI Dashboard
    48→
    49→Track costs, revenue, and ROI for Claude Code automations.
    50→
    51→### Quick Commands
    52→```bash
    53→cc-services start       # Start services (auto-starts on login)
    54→cc-track status         # Today's stats
    55→cc-track runs 10        # Recent runs
    56→cc-track gate "prompt"  # Pre-flight safety check
    57→cc-roi                  # Open dashboard in browser
    58→```
    59→
    60→### Tracking Runs
    61→```bash
    62→# Manual tracking
    63→cc-track start "Build feature X" ios_app
    64→cc-track complete <run_id> 25.00    # Complete with $25 value
    65→
    66→# Export data
    67→cc-track export csv 7               # Last 7 days as CSV
    68→cc-track export summary             # Full summary JSON
    69→```
    70→
    71→### API Endpoints (port 9001)
    72→- `POST /api/cc/run` - Create run
    73→- `POST /api/cc/run/<id>/complete` - Complete run
    74→- `GET /api/cc/roi/summary` - Today's stats
    75→- `GET /api/cc/roi/all-time` - All-time stats
    76→- `POST /api/cc/gate/check` - Safety gate check
    77→
    78→### Features
    79→- Token cost tracking (Opus/Sonnet rates)
    80→- 3-Gate Autonomy (Guardrails, Budget, Heartbeat)
    81→- macOS notifications at 80% budget
    82→- Webhook support (Slack/Discord)
    83→- Run tagging and categorization
    84→- Daily reports at 8 PM
    85→
    86→See `CC-ROI-QUICKSTART.md` for full documentation.
    87→
    88→## 🌐 Network & Services
    89→
    90→### Port Mapping
    91→| Port | Service | Description |
    92→|------|---------|-------------|
    93→| 8000 | Python HTTP Server | Static file serving (main apps) |
    94→| 8080 | Python HTTP Server | Alternative port (wallpapers) |
    95→| 1234 | LM Studio API | AI inference server (Mac Studio at 192.168.1.30) |
    96→| 3001 | Node.js Auth Server | NEOG authentication |
    97→| 3002 | Node.js Chat Server | NEOG realtime chat |
    98→| 5555 | M4 System Monitor | WebSocket server (psutil data) |
    99→| 9000 | Proxy Server | NEOG proxy |
   100→| 9001 | NEOG OS Logging | Flask + SQLite + SocketIO |

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

# CLAUDE.md

This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.

## Repository Overview

Personal development workspace with multiple projects:
- AI-powered web applications (LM Studio integration)
- Interactive 3D visualizations (Three.js)
- Real-time web servers via Tailscale
- Productivity and habit tracking systems
- iOS automation applications

**Important:** Subdirectories (e.g., `my-first-project/`) contain their own CLAUDE.md files. Always check project-specific documentation first.

## Quick Reference

```bash
# Start HTTP server (most common command)
python3 -m http.server 8000 --bind 0.0.0.0

# Access applications
open http://localhost:8000/             # Local access
open http://100.75.88.8:8000/           # Tailscale access

# Common applications (serve from ~/Web)
open http://localhost:8000/Web/productivity/durovflow-v3.html  # DurovFlow
open http://localhost:8000/Web/tools/index-tailscale.html      # LM Studio chatbot
open http://localhost:8000/Projects/my-first-project/index.html # NEOG Dashboard

# Backend services
python3 ~/Services/servers/system-monitor-server.py   # M4 monitor (port 5555)
python3 ~/Services/servers/wifi-api-server.py         # WiFi API (port 9002)
~/Scripts/system/start-workspace-api.sh               # Workspace Manager (port 9004)
cd ~/Projects/my-first-project && npm start           # NEOG backend

# CC ROI Dashboard (Claude Code tracking)
./cc-services.sh start                  # Start ROI services
./cc-track.sh status                    # Check today's stats
open http://localhost:9001/roi          # Open dashboard

# Utilities
./workspace-health-check.sh             # Check system health
lsof -i -P | grep LISTEN                # Check running services
```

## 📊 CC ROI Dashboard

Track costs, revenue, and ROI for Claude Code automations.

### Quick Commands
```bash
cc-services start       # Start services (auto-starts on login)
cc-track status         # Today's stats
cc-track runs 10        # Recent runs
cc-track gate "prompt"  # Pre-flight safety check
cc-roi                  # Open dashboard in browser
```

### Tracking Runs
```bash
# Manual tracking
cc-track start "Build feature X" ios_app
cc-track complete <run_id> 25.00    # Complete with $25 value

# Export data
cc-track export csv 7               # Last 7 days as CSV
cc-track export summary             # Full summary JSON
```

### API Endpoints (port 9001)
- `POST /api/cc/run` - Create run
- `POST /api/cc/run/<id>/complete` - Complete run
- `GET /api/cc/roi/summary` - Today's stats
- `GET /api/cc/roi/all-time` - All-time stats
- `POST /api/cc/gate/check` - Safety gate check

### Features
- Token cost tracking (Opus/Sonnet rates)
- 3-Gate Autonomy (Guardrails, Budget, Heartbeat)
- macOS notifications at 80% budget
- Webhook support (Slack/Discord)
- Run tagging and categorization
- Daily reports at 8 PM

See `CC-ROI-QUICKSTART.md` for full documentation.

## 🌐 Network & Services

### Port Mapping
| Port | Service | Description |
|------|---------|-------------|
| 8000 | Python HTTP Server | Static file serving (main apps) |
| 8080 | Python HTTP Server | Alternative port (wallpapers) |
| 1234 | LM Studio API | AI inference server (Mac Studio at 192.168.1.30) |
| 3001 | Node.js Auth Server | NEOG authentication |
| 3002 | Node.js Chat Server | NEOG realtime chat |
| 5555 | M4 System Monitor | WebSocket server (psutil data) |
| 9000 | Proxy Server | NEOG proxy |
| 9001 | NEOG OS Logging | Flask + SQLite + SocketIO |


total 632
drwxr-xr-x@ 19 neog  staff     608 Dec 21 18:55 .
drwxr-xr-x@  9 neog  staff     288 Dec 21 21:47 ..
drwxr-xr-x@ 12 neog  staff     384 Dec 21 18:55 .git
-rw-------@  1 neog  staff   19541 Dec 20 16:29 abr-telecom-server.py
-rw-r--r--@  1 neog  staff   19619 Oct 21 21:02 bitcoin-monitor-server.py
-rw-------@  1 neog  staff   18245 Nov 28 15:24 claude-cli-server.py
-rw-r--r--@  1 neog  staff   11843 Oct 25 19:39 crypto-grok-server.py
-rw-------@  1 neog  staff   13288 Nov 26 08:33 domain-validator-server.py
-rw-r--r--@  1 neog  staff     826 Oct  5 12:06 https_server.py
-rwxr-xr-x@  1 neog  staff  102546 Dec 10 18:36 log-server.py
-rwxr-xr-x@  1 neog  staff    9598 Oct  8 17:07 scraper_server.py
-rwxr-xr-x@  1 neog  staff   13648 Oct 15 15:43 system-metrics-server.py
-rwxr-xr-x@  1 neog  staff   14030 Oct  7 16:35 system-monitor-server-v2.py
-rwxr-xr-x@  1 neog  staff   11516 Oct  7 16:00 system-monitor-server.py
-rw-------@  1 neog  staff    9946 Nov 15 19:49 terminal-remote-server.py
-rw-------@  1 neog  staff    5551 Dec  4 02:19 transcript-server.py
-rwxr-xr-x@  1 neog  staff    7144 Oct  6 19:10 wifi-api-server.py
-rw-------@  1 neog  staff   18329 Dec 13 13:57 workspace-manager-api.py
-rw-------@  1 neog  staff   15923 Dec 21 18:08 youtube-audio-server.py