Standard Library

Available globally without imports.

Function	Description
`print(args...)`	Print to stdout without newline.
`println(args...)`	Print to stdout with newline.
`input(prompt)`	Read input from stdin with prompt.
`read()`	Read line from stdin.
`time()`	Get current time in millis.
`sleep(ms)`	Sleep for milliseconds.
`call(methodName, args...)`	Call a method by name using variable indirection.
`setTimeout(delay, methodName, callbacks)`	Execute a method after a delay in milliseconds (non-blocking).
`random()`	Random double [0.0, 1.0).
`randomInt(max)`	Random integer [0, max).
`parseInt(str)`	Convert string to integer.
`parseDouble(str)`	Convert string to double.
`split(str, del)`	Split string into array.
`timestampToDate(ts)`	Convert timestamp to `Date` struct.
`dateToTimestamp(d)`	Convert `Date` struct to timestamp.
`printDate(d)`	Print `Date` struct (YYYY-MM-DD HH:MM:SS).
`formatDate(d, fmt)`	Format `Date` struct using pattern.

Dynamic Method Invocation

The call() function allows calling methods by name using String variable indirection:


function greet(name) {
    return "Hello " + name;
}

methodName = "greet";
result = call(methodName, "World");  # Returns "Hello World"

Delayed Execution

The setTimeout() function executes a method after a specified delay. Execution is non-blocking and runs in a separate thread.


function delayed() {
    println("Executed after 1 second");
}

setTimeout(1000, "delayed");

Date and Time

Fahrenheit provides specific methods for handling dates and times.


# Get current time
t = time();

# Convert to Date struct
d = timestampToDate(t);
println("Year: " + d.year);

# Format date
println(formatDate(d, "yyyy-MM-dd HH:mm"));