pub fn from_handlers(logger: fn(ChildStdout, String) -> LF) -> Self {
        Self {
            processes: HashMap::new(),
            loggers: Vec::new(),
            bridges: Vec::new(),
            ipc: false,
            rust_backtrace: false,
            logger,
        }
    }
/// Create orchestrator with provided log handler
///
/// Log handler is a function: `fn(ChildStdout, String) -> impl TryFuture`
/// Provided future should process ChildStdout until eof,
/// returning with anyhow::Result<()>
Create orchestrator with provided log handler
Log handler is a function: `fn(ChildStdout, String) -> impl TryFuture`
Provided future should process ChildStdout until eof,
returning with anyhow::Result<()>
Create orchestrator with provided log handler Log handler is a function : ` fn ( ChildStdout String ) - > impl TryFuture ` Provided future should process ChildStdout until eof returning with anyhow :: Result< () >
pub fn from_handlers(logger: fn(ChildStdout, String) -> LF) -> Self {
        Self {
            processes: HashMap::new(),
            loggers: Vec::new(),
            bridges: Vec::new(),
            ipc: false,
            rust_backtrace: false,
            logger,
        }
    }
pub fn from_handlers ( logger : fn ( ChildStdout , String ) -> LF ) -> Self { Self { processes : HashMap :: new ( ) , loggers : Vec :: new ( ) , bridges : Vec :: new ( ) , ipc : false , rust_backtrace : false , logger , } }
Create orchestrator with provided log handler
Log handler is a function: `fn(ChildStdout, String) -> impl TryFuture`
Provided future should process ChildStdout until eof,
returning with anyhow::Result<()>
Create orchestrator with provided log handler Log handler is a function : ` fn ( ChildStdout String ) - > impl TryFuture ` Provided future should process ChildStdout until eof returning with anyhow :: Result< () >
logger
fn(ChildStdout, String) -> LF
logger
fn(ChildStdout, String) -> LF