### Maviola Message Signing (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates a basic synchronous example of message signing using the Maviola library. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example message_signing
```

--------------------------------

### Maviola Network Node (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Provides a synchronous example of a network node with multiple connections using the Maviola library. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example network
```

--------------------------------

### Maviola Multiple Devices per Connection (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Provides a basic synchronous example of handling multiple devices per connection using the Maviola library. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example multiple_devices
```

--------------------------------

### Maviola Multiple Devices per Connection (Async)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Provides a basic asynchronous example of handling multiple devices per connection using the Maviola library. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example async_multiple_devices
```

--------------------------------

### Maviola Network Node (Async)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Provides an asynchronous example of a network node with multiple connections using the Maviola library. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example async_network
```

--------------------------------

### Maviola Unix Socket Ping Pong (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic synchronous usage of the Maviola library over Unix domain sockets using a ping-pong example. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example sock_ping_pong
```

--------------------------------

### Maviola TCP Ping Pong (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic synchronous usage of the Maviola library over TCP using a ping-pong example. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example tcp_ping_pong
```

--------------------------------

### Maviola UDP Ping Pong (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic synchronous usage of the Maviola library over UDP using a ping-pong example. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example udp_ping_pong
```

--------------------------------

### Install Maviola with Async Feature

Source: https://github.com/istalabs/maviola/blob/main/README.md

Installs the Maviola crate with the 'async' feature enabled using Cargo.

```shell
cargo add maviola --features async
```

--------------------------------

### Maviola Async TCP Ping Pong

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic asynchronous usage of the Maviola library over TCP using a ping-pong example. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example async_tcp_ping_pong
```

--------------------------------

### Maviola File Read/Write (Sync)

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic synchronous usage of the Maviola library for reading and writing binary streams to a file. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example file_rw
```

--------------------------------

### Maviola Async File Read/Write

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic asynchronous usage of the Maviola library for reading and writing binary streams to a file. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example async_file_rw
```

--------------------------------

### Maviola Async Unix Socket Ping Pong

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates basic asynchronous usage of the Maviola library over Unix domain sockets using a ping-pong example. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example async_sock_ping_pong
```

--------------------------------

### Maviola Synchronous Scrambler

Source: https://github.com/istalabs/maviola/blob/main/maviola/examples/README.md

Demonstrates a synchronous example of using custom message processors to scramble frame data with the Maviola library. For real-world use, proper encryption algorithms are recommended. This requires the Maviola package and is run via cargo.

```shell
cargo run --package maviola --example scrambler
```

--------------------------------

### Install Maviola with Sync Feature

Source: https://github.com/istalabs/maviola/blob/main/README.md

Installs the Maviola library with the synchronous API enabled using Cargo. This command adds the `maviola` crate to your project's dependencies and enables the `sync` feature.

```shell
cargo add maviola --features sync
```

--------------------------------

### Install Maviola with Async Feature

Source: https://github.com/istalabs/maviola/blob/main/README.md

Installs the Maviola library with the asynchronous API enabled using Cargo. This command adds the `maviola` crate to your project's dependencies and enables the `async` feature, which relies on Tokio.

```shell
cargo add maviola --features async
```

--------------------------------

### Rust Sync TCP Server Example

Source: https://github.com/istalabs/maviola/blob/main/README.md

Demonstrates creating a synchronous MAVLink TCP server using Maviola. It sets up a node with a specific MAVLink version and system/component IDs, defines a TCP server connection, and handles incoming MAVLink events like new peers, lost peers, and heartbeat messages.

```rust
use maviola::prelude::*;
use maviola::sync::prelude::*;

pub fn main() -> Result<()> {
    // Create a synchronous MAVLink node 
    // with MAVLink 2 protocol version
    let server = Node::sync::<V2>()
        .id(MavLinkId::new(17, 42))                     // Set device system and component IDs
        .connection(TcpServer::new("127.0.0.1:5600")?)  // Define connection settings
        .build()?;

    // Handle node events
    for event in server.events() {
        match event {
            // Handle a new peer
            Event::NewPeer(peer) => println!("new peer: {peer:?}"),
            // Handle a peer that becomes inactive
            Event::PeerLost(peer) => {
                println!("peer offline: {peer:?}");
                // Exit when all peers are disconnected
                if !server.has_peers() {
                    break;
                }
            }
            // Handle incoming MAVLink frame
            Event::Frame(frame, callback) => if server.validate_frame(&frame).is_ok() {
                // Handle heartbeat message
                if let Ok(Minimal::Heartbeat(msg)) = frame.decode::<Minimal>() {
                    // Respond with the same heartbeat message to all clients,
                    // except the one that sent this message
                    callback.respond_others(&server.next_frame(&msg)?)?;
                }
            }
            Event::Invalid(frame, err, callback) => {
                /* Handle invalid frame */
            }
        }
    }
}
```

--------------------------------

### Run All Maviola Benchmarks

Source: https://github.com/istalabs/maviola/blob/main/benchmarks/README.md

Executes all available benchmarks for the Maviola project. This command utilizes Cargo to run the specified package and binary with all features enabled.

```shell
cargo run --package maviola_benchmarks --bin maviola_benchmarks --all-features
```

--------------------------------

### Run Maviola Synchronous API Benchmarks

Source: https://github.com/istalabs/maviola/blob/main/benchmarks/README.md

Executes benchmarks specifically for the synchronous API of Maviola. This command uses Cargo to run the benchmark binary with the 'sync' feature enabled.

```shell
cargo run --package maviola_benchmarks --bin maviola_benchmarks --features sync
```

--------------------------------

### Run Maviola Asynchronous API Benchmarks

Source: https://github.com/istalabs/maviola/blob/main/benchmarks/README.md

Executes benchmarks for the asynchronous API of Maviola. This command uses Cargo to run the benchmark binary with the 'async' feature enabled.

```shell
cargo run --package maviola_benchmarks --bin maviola_benchmarks --features async
```

--------------------------------

### Run Maviola MPMC Channel Benchmarks

Source: https://github.com/istalabs/maviola/blob/main/benchmarks/README.md

Executes benchmarks for Maviola's custom Multiple Producers / Multiple Consumers (MPMC) channel. This command uses Cargo to run the benchmark binary with the 'mpmc' feature enabled.

```shell
cargo run --package maviola_benchmarks --bin maviola_benchmarks --features mpmc
```

--------------------------------

### Create Asynchronous MAVLink TCP Server in Rust

Source: https://github.com/istalabs/maviola/blob/main/README.md

Demonstrates how to create an asynchronous MAVLink TCP server using the Maviola library in Rust. It sets up a server with specific IDs, listens on a TCP port, and handles incoming MAVLink events such as new peers, lost peers, and valid/invalid frames, including responding to heartbeat messages.

```rust
use maviola::prelude::*;
use maviola::asnc::prelude::*;

#[tokio::main]
async fn main() -> Result<()> {
    // Create an asynchronous MAVLink node
    // with MAVLink 2 protocol version
    let server = Node::asnc::<V2>()
        .id(MavLinkId::new(17, 42))             // Set device system and component IDs
        .connection(
            TcpServer::new("127.0.0.1:5600")?   // Define connection settings
        )
        .build().await?;

    // Subscribe to a stream of node events
    let mut events = server.events().unwrap();
    // Handle node events
    while let Some(event) = events.next().await {
        match event {
            // Handle a new peer
            Event::NewPeer(peer) => println!("new peer: {{:?}}", peer),
            // Handle a peer that becomes inactive
            Event::PeerLost(peer) => {
                println!("peer offline: {{:?}}", peer);
                // Exit when all peers are disconnected
                if !server.has_peers().await {
                    break;
                }
            }
            // Handle incoming MAVLink frame
            Event::Frame(frame, callback) => if server.validate_frame(&frame).is_ok() {
                // Handle heartbeat message
                if let Ok(Minimal::Heartbeat(msg)) = frame.decode::<Minimal>() {
                    // Respond with the same heartbeat message to all clients,
                    // except the one that sent this message
                    callback.respond_others(&server.next_frame(&msg)?)?;
                }
            }
            Event::Invalid(frame, err, callback) => {
                /* Handle invalid frame */
            }
        }
    }
    Ok(())
}
```

=== COMPLETE CONTENT === This response contains all available snippets from this library. No additional content exists. Do not make further requests.