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| author | Kartik Agaram <vc@akkartik.com> | 2019-07-24 01:17:46 -0700 |
|---|---|---|
| committer | Kartik Agaram <vc@akkartik.com> | 2019-07-24 01:17:46 -0700 |
| commit | 070cac028c5e098fada47f280cb677406a43b7ea (patch) | |
| tree | 095486be0edf2a98cc24453406b1d884afc4f220 /subx | |
| parent | eea61cc12c1e020c3f273cb858edf02772fe78e8 (diff) | |
| download | mu-070cac028c5e098fada47f280cb677406a43b7ea.tar.gz | |
5462 - What's next for Mu? Look here.
Diffstat (limited to 'subx')
| -rw-r--r-- | subx/Readme.md | 41 |
1 files changed, 13 insertions, 28 deletions
diff --git a/subx/Readme.md b/subx/Readme.md index 28bef860..53b12ca4 100644 --- a/subx/Readme.md +++ b/subx/Readme.md @@ -337,31 +337,12 @@ runnable on a Linux system running on Intel x86 processors, either 32- or ## Roadmap and status -* Bootstrapping a SubX-\>ELF translator in SubX - - examples/ex1.subx (✓) - - examples/ex2.subx (✓) - - examples/ex3.subx (✓) - - examples/ex4.subx (✓) - - examples/ex5.subx (✓) - - examples/ex6.subx (✓) - - examples/ex7.subx (✓) - - examples/ex8.subx (✓) - - examples/ex9.subx (✓) - - examples/ex10.subx (✓) - - examples/ex11.subx (✓) - - examples/ex12.subx (✓) - - apps/factorial.subx (✓) - - apps/crenshaw2-1.subx (✓) - - apps/crenshaw2-1b.subx (✓) - - apps/handle.subx (✓) - - apps/hex.subx - - apps/survey.subx - - apps/pack.subx - - apps/assort.subx - - apps/dquotes.subx - - apps/tests.subx - - SubX in SubX: `tests |dquotes |assort |pack |survey |hex` +* Self-hosting. (✓) + + `tests |dquotes |assort |pack |survey |hex` + +* A script to package SubX together with a minimal Linux kernel image + (compiled from source, of course). * Testable, dependency-injected vocabulary of primitives - Streams: `read()`, `write()`. (✓) @@ -370,11 +351,15 @@ runnable on a Linux system running on Intel x86 processors, either 32- or - Files - Concurrency, and a framework for testing blocking code -* Using the trace in [white-box tests](https://git.sr.ht/~akkartik/basic-whitebox-test/tree/master/Readme.md) - for performance, fault tolerance, etc. - * Higher-level notations. Like programming languages, but with thinner implementations that you can -- and are expected to! -- modify. + - syntax for addressing modes: `%reg`, `*reg`, `*(reg+disp)`, + `*(reg+reg+disp)`, `*(reg+reg<<n + disp)` + - function calls in a single line, using addressing modes for arguments + - syntax for controlling a type checker, akin to the top-level Mu language + - a register allocation _verifier_. Programmer provides registers for + variables; verifier checks that register reads are for the same type that + was last written -- across all control flow paths. ## Running |