-
TCP/UDP Communication
-
Async TCP listener
-
UDP packet handling
-
Message framing
-
Connection pooling
-
HTTP/HTTPS Servers
-
RESTful API endpoints
-
WebSocket support
-
Request routing
-
Response handling
-
TLS Encryption
-
Certificate management
-
Secure handshakes
-
Key rotation
-
Cipher suite configuration
-
Discovery
-
Automatic node finding
-
Bootstrap nodes
-
Node registration
-
Network topology
-
Health Monitoring
-
Dead node detection
-
Cleanup routines
-
Health checks
-
Connection monitoring
-
Data Synchronization
-
Node sync protocols
-
Data chunk transfer
-
State reconciliation
-
Conflict resolution
-
Async Handling
-
Message queuing
-
Parallel processing
-
Event loops
-
Channel management
-
Message Types
-
Join/Leave
-
Data transfer
-
Control messages
-
Status updates
-
Error Management
-
Recovery procedures
-
Retry logic
-
Error propagation
-
Logging
-
Statistics
-
Connection counts
-
Bandwidth usage
-
Message throughput
-
Latency tracking
-
Performance
-
Resource utilization
-
Response times
-
Queue depths
-
System health
-
Encryption
-
TLS/SSL
-
Data encryption
-
Secure channels
-
Authentication
-
Node verification
-
Token validation
-
Access control
-
Identity management
- init()
- start()
- stop()
- reconfigure()
- shutdown()
- listen_tcp()
- listen_udp()
- start_http_server()
- start_https_server()
- handle_connection()
- register_node()
- remove_node()
- update_node()
- find_nearest_nodes()
- sync_with_peers()
- send_message()
- broadcast_message()
- handle_message()
- process_queue()
- validate_message()
- store_data()
- retrieve_data()
- replicate_data()
- verify_data()
- cleanup_data()
- validate_certificate()
- rotate_keys()
- authenticate_node()
- encrypt_message()
- verify_token()
- collect_stats()
- generate_report()
- check_health()
- log_error()
- measure_performance()
use bellande_mesh_sync::{init, init_with_options, start, stop, MeshOptions, Config};
async fn example() -> Result<(), BellandeMeshError> {
// Basic initialization
let config = Config {
listen_address: "127.0.0.1:8000".to_string(),
node_timeout: 300,
};
let mesh = init(config.clone()).await?;
start(&mesh).await?;
// Or with custom options
let options = MeshOptions {
dev_mode: true,
metrics_interval: Some(30),
enable_persistence: true,
..Default::default()
};
let mesh = init_with_options(config, options).await?;
start(&mesh).await?;
// Use other functionalities
broadcast(&mesh, b"Hello network!".to_vec()).await?;
let stats = get_stats(&mesh).await?;
let nodes = get_nodes(&mesh).await?;
stop(&mesh).await?;
Ok(())
}
cargo add bellande_mesh_sync
Name: bellande_mesh_sync
Summary: Bellande Operating System Comprehensive data synchronization system
Home-page: github.com/Architecture-Mechanism/bellande_mesh_sync
Author: Ronaldson Bellande
Author-email: ronaldsonbellande@gmail.com
License: GNU General Public License v3.0
Bellande Mesh Sync is distributed under the GNU General Public License v3.0, see LICENSE and NOTICE for more information.
Bellande Mesh Sync is distributed under the CODE_OF_CONDUCT and NOTICE for more information.