ttvm 0.1.8

Runtime and compiler infrastructure for Rust
Documentation 
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pub extern crate libc;

pub mod mem;
pub mod byte;
pub mod routine;
pub mod arch;

pub use mem::*;
pub use byte::*;
pub use routine::*;
pub use arch::*;

#[cfg(test)]
mod tests {
    use super::*;

    #[test]
    fn test_mem() {
        fn test_new() {
            let mut mem = Mem::new(5);

            match mem.get(2) {
                Some(some) => assert_eq!(*some, 0x0),
                None => panic!("value of index (1) is 'None'")
            };

            *match mem.get_mut(3) {
                Some(some) => some,
                None => panic!("value of index (3) is 'None'")
            } = 0x1;

            match mem.get(3) {
                Some(some) => assert_eq!(*some, 0x1),
                None => panic!("value of index (3) is 'None'")
            };

            assert_eq!(mem.len(), 5);
            assert_eq!(mem.clone_into_vec(), vec![0x0, 0x0, 0x0, 0x1, 0x0]);
        }

        fn test_from() {
            let mut mem = Mem::from(vec![0x0, 0x0, 0x0, 0x0, 0x0]);

            match mem.get(2) {
                Some(some) => assert_eq!(*some, 0x0),
                None => panic!("value of index (1) is 'None'")
            };

            *match mem.get_mut(3) {
                Some(some) => some,
                None => panic!("value of index (3) is 'None'")
            } = 0x1;

            match mem.get(3) {
                Some(some) => assert_eq!(*some, 0x1),
                None => panic!("value of index (3) is 'None'")
            };

            assert_eq!(mem.len(), 5);
            assert_eq!(mem.clone_into_vec(), vec![0x0, 0x0, 0x0, 0x1, 0x0]);
        }

        test_new();
        test_from();
    }

    #[test]
    fn test_routine() {
        fn test_new() {
            let mut mems: Vec<*mut Mem> = Vec::new();
            let mut routine = Routine::new(&mut mems);

            routine.push_vec(vec![
                SYS_WRITE, stdout(), 'O' as Byte,
                SYS_WRITE, stdout(), 'K' as Byte,
                SYS_WRITE, stdout(), '\n' as Byte,
                SYS_EXIT
            ]);

            match routine.call() {
                Some(some) => panic!("{}", some.to_string()),
                None => ()
            };

            assert_eq!(routine.len(), 10);
            assert_eq!(routine.clone_into_vec(), vec![
                SYS_WRITE, stdout(), 'O' as Byte,
                SYS_WRITE, stdout(), 'K' as Byte,
                SYS_WRITE, stdout(), '\n' as Byte,
                SYS_EXIT
            ]);
        }

        fn test_from() {
            let mut mems: Vec<*mut Mem> = Vec::new();
            let mut routine = Routine::from(vec![
                SYS_WRITE, stdout(), 'O' as Byte,
                SYS_WRITE, stdout(), 'K' as Byte,
                SYS_WRITE, stdout(), '\n' as Byte,
                SYS_EXIT
            ], &mut mems);

            match routine.call() {
                Some(some) => panic!("{}", some.to_string()),
                None => ()
            };

            assert_eq!(routine.len(), 10);
            assert_eq!(routine.clone_into_vec(), vec![
                SYS_WRITE, stdout(), 'O' as Byte,
                SYS_WRITE, stdout(), 'K' as Byte,
                SYS_WRITE, stdout(), '\n' as Byte,
                SYS_EXIT
            ]);
        }

        test_new();
        test_from();
    }
}