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-# Creating a Raft Consensus Simulation
-
-This guide explains how to create a working Raft consensus simulation in DS-Sim.
-
-## Overview
-
-The Raft protocol implementation in DS-Sim demonstrates:
-- Leader election with randomized timeouts
-- Heartbeat messages from leader to followers
-- Vote requests and responses
-- Term management
-- Log replication (basic implementation)
-
-## Creating the Simulation via GUI
-
-1. **Start DS-Sim**:
-   ```bash
-   java -jar target/ds-sim-1.0.1-SNAPSHOT.jar
-   ```
-
-2. **Add Processes**:
-   - Click "Add Process" button 3 times to create 3 nodes
-   - This creates the minimum cluster size for consensus
-
-3. **Configure Each Process as Raft Server**:
-   - Right-click on Process 1
-   - Select "Protocols" → "Raft Consensus Algorithm" → "Server"
-   - Repeat for Process 2 and Process 3
-
-4. **Set Simulation Duration**:
-   - Go to Edit → Preferences → Simulator
-   - Set "Simulation duration" to 15 seconds
-   - This gives enough time to see leader election
-
-5. **Save the Simulation**:
-   - File → Save As
-   - Save as `saved-simulations/raft.dat`
-
-6. **Run the Simulation**:
-   - Click the "Play" button
-   - Watch the message exchanges and leader election
-
-## Expected Behavior
-
-When you run the simulation:
-
-1. **Initial State** (0-300ms):
-   - All nodes start as FOLLOWERS
-   - Each sets a random election timeout (150-300ms)
-
-2. **Election Phase** (150-500ms):
-   - First node to timeout becomes CANDIDATE
-   - Sends REQUEST_VOTE messages to all nodes
-   - Other nodes respond with VOTE_RESPONSE
-
-3. **Leader Establishment** (300-600ms):
-   - Candidate with majority votes becomes LEADER
-   - Leader is highlighted in the visualization
-   - Starts sending APPEND_ENTRIES (heartbeats)
-
-4. **Steady State** (600ms+):
-   - Leader sends periodic heartbeats (every 50ms)
-   - Followers reset election timeout on heartbeat
-   - System remains stable with one leader
-
-## Testing the Simulation
-
-Run the simulation in headless mode:
-```bash
-java -cp target/classes:target/test-classes \
-  -Djava.awt.headless=true \
-  -Dds.sim.verbose=true \
-  testing.HeadlessProtocolRunner saved-simulations/raft.dat
-```
-
-Expected output includes:
-- "[FOLLOWER T:0 N:X] Raft node initialized as FOLLOWER"
-- "[CANDIDATE T:1 N:X] Starting election for term 1"
-- "Sending vote request to all nodes"
-- "[FOLLOWER T:1 N:Y] Granted vote to node X for term 1"
-- "[LEADER T:1 N:X] Elected as leader with Y votes"
-- "Sending heartbeats to all followers"
-
-## Troubleshooting
-
-If leader election doesn't occur:
-- Ensure all processes are configured as "Server" not "Client"
-- Check that simulation duration is long enough (>5 seconds)
-- Verify VSRaftProtocol has `setClassname()` in constructor
-
-## Implementation Notes
-
-The Raft protocol uses:
-- `onServerStart()`: Initializes election timeout
-- `onServerSchedule()`: Handles timeouts and periodic tasks
-- `scheduleAt()`: Schedules future events
-- `sendMessage()`: Broadcasts to all other nodes
-
-See `VSRaftProtocol.java` for full implementation details.
-\ No newline at end of file