Program the Future with Universal Outcomes

Dhaad is a revolutionary programming language that transforms how we handle computational outcomes. From data science to robotics, AI to web development - write once, deploy everywhere with explicit outcome destiny.

6×8 Outcome Matrix
10 Sovereign Blocks
Domains
autonomous_vehicle.dh
fDh autonomous_navigation(sensors: SensorData): (Command, Alert?, Log)
  = 
    command = plan_route(sensors);
    alert = detect_hazards(sensors)?;
    log = create_driving_log(command, sensors);
    [autonomous, safety_critical, realtime];
  => 
    command.actuate,     # Physical: control vehicle
    alert?.maybe,        # Safety: potential hazard alert  
    log.print            # Monitoring: human-readable log
    // Complete outcome destiny
    #!!! ensures: command.is_safe;
Explore Dhaad

Why Dhaad Changes Everything

The Universal Outcome Principle transforms programming from implicit assumptions to explicit destiny commands

🎯

Universal Outcome Principle

Every computation explicitly commands how ALL outcomes are handled - values, effects, errors, and side effects. No more forgotten error cases.

=> 
  result.return,      # Data outcome
  alert?.maybe,       # Optional outcome  
  log.silent         # Side effect outcome
🌍

True Multi-Domain

Same language, different domains. Use modes like [robotics], [ai], [data_development] to specialize behavior without new syntax.

# Robotics
=> movement.actuate

# Data Science  
=> data~.pipe

# Web Development
=> response.print
📊

6×8 Outcome Matrix

6 outcome types × 8 handlers = comprehensive coverage of all computational results with semantic guarantees.

value tuple void optional? required! stream~
.return .print .pipe .actuate .sense .control .silent .maybe
🧱

10 Sovereign Blocks

Purpose-built blocks with zero overlap. From data definitions to quantum computing, each block has a clear, unambiguous role.

dDh fDh lDh vDh cDh wDh qDh mDh uDh sDh
🛡️

Compile-Time Guarantees

Outcome completeness checking, domain-mode validation, and safety guarantees verified before code runs.

# Compiler ensures:
# - All outcomes handled
# - Handlers match modes
# - Physical safety constraints
# - Timing guarantees
❤️

Universal Error Recovery

The compiler understands intent and provides intelligent fixes for syntax, semantic, and outcome errors.

Error: Missing handler for 'alert' outcome
Suggestion: Add 'alert?.maybe' or 'alert.silent'

Get Started in 60 Seconds

Experience the power of Universal Outcome programming right now

1

Install Dhaad

One-line installation for all major platforms

curl -fsSL https://install.dhaad.org | bash
View all install options →
2

Write Your First Program

Create a file with explicit outcome handling

fDh main(): (Greeting, Log)
  = 
    greeting = "Hello, World!";
    log = "Program executed successfully";
  =>
    greeting.print,
    log.silent
Learn outcome basics →
3

Run & Explore

Compile and run with comprehensive tooling

dhaad run main.dh
# Output: Hello, World!
Try in browser →

See Dhaad in Action Across Domains

fDh process_sensor_data(sensors: Stream[Reading]): (Analysis~, Anomaly?, Report)
  =
    analysis = sensors.analyze_trends();
    anomaly = detect_anomalies(analysis)?;
    report = generate_quality_report(analysis);
    [data_development, realtime];
  =>
    analysis~.pipe,      # Stream to dashboard
    anomaly?.maybe,      # Optional alerts
    report.print         # Human-readable report

Data Pipeline with Outcome Guarantees

  • Continuous stream processing with backpressure handling
  • Optional anomaly detection with explicit handling
  • Multiple outcome types in single function
  • Real-time performance guarantees
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