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zeekayandHanzo Dev
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One toolchain across the estate. The tree carried 1.26.0, .1, .3, .4 and .5 at once, so which compiler built a binary depended on which repo it came from. Co-authored-by: Hanzo Dev <[email protected]>
Example 01: Simple Bridge Integration
This example demonstrates basic integration with the Lux DEX cross-chain bridge.
What It Shows
- Creating a cross-chain bridge connection
- Adding supported chains
- Initiating transfers between chains
- Monitoring transfer status
Run the Example
cd examples/01-simple-bridge
go run main.go
Run the Tests
go test -v
Expected Output
=== Bridge Setup ===
✓ Created bridge with 2 chains
✓ Exchange rate ETH → LUX: 1500
=== Transfer Test ===
→ Initiating transfer: 1.5 ETH from Ethereum to Lux
✓ Transfer initiated: tx_abc123...
✓ Waiting for confirmations...
✓ Transfer completed in 3.2s
=== Verification ===
✓ Transfer verified
✓ Amount: 1.5 ETH = 2250 LUX
✓ Status: Completed
Key Files
main.go- Interactive example demonstrating bridge usagebridge_test.go- Comprehensive tests you can rungo.mod- Dependencies (DEX bridge package)
Play With It
Try modifying:
- Transfer amounts
- Add more chains
- Change exchange rates
- Test error scenarios
Integration Pattern
This shows the basic pattern for using the production DEX bridge:
// 1. Create bridge
bridge := lx.NewCrossChainBridge(config)
// 2. Add supported chains
bridge.AddAsset(asset)
// 3. Initiate transfer
transferID, err := bridge.InitiateTransfer(ctx, transfer)
// 4. Monitor status
transfer, err := bridge.GetTransfer(transferID)