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* 4956Kartik Agaram2019-02-112-1/+69
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* 4955Kartik Agaram2019-02-108-20/+380
| | | | Starting to build up Phase 2 (apps/pack) out of recently designed primitives.
* 4954Kartik Agaram2019-02-109-39/+141
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* 4952Kartik Agaram2019-02-059-13/+474
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* 4951Kartik Agaram2019-02-0316-78/+273
| | | | Cleaner way to compare streams in tests.
* 4950Kartik Agaram2019-02-0315-0/+0
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* 4949Kartik Agaram2019-02-0224-42/+62
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* 4948Kartik Agaram2019-02-022-6/+341
| | | | | This seems like the final helper we need for Phase 2. Now to build the business logic itself.
* 4947Kartik Agaram2019-02-012-0/+2
| | | | | | | | Bugfix: has-metadata? was corrupting registers Seems uneconomic to write tests for stuff like this. Assembly is just not the right layer to try to come up with a general solution or process. Keep running your code and wait to find signs of breakage.
* 4946Kartik Agaram2019-02-012-2/+66
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* 4945Kartik Agaram2019-02-017-0/+70
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* 4944Kartik Agaram2019-01-301-4/+4
| | | | Improve syntax highlighting in the Readme.
* 4943Kartik Agaram2019-01-302-3/+2
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* 4941Kartik Agaram2019-01-211-4/+17
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* 4940Kartik Agaram2019-01-211-4/+4
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* 4939Kartik Agaram2019-01-213-3/+253
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* 4938Kartik Agaram2019-01-207-44/+57
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* 4937Kartik Agaram2019-01-207-9/+432
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* 4936Kartik Agaram2019-01-181-1/+1
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* 4935Kartik Agaram2019-01-161-2/+2
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* 4934Kartik Agaram2019-01-164-6/+6
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* 4933Kartik Agaram2019-01-167-50/+50
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* 4931Kartik Agaram2019-01-161-1/+0
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* 4930Kartik Agaram2019-01-157-2/+231
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* 4929Kartik Agaram2019-01-1515-57/+28
| | | | Clean up primitives for converting from/to hex chars.
* 4928Kartik Agaram2019-01-146-3/+53
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* 4927Kartik Agaram2019-01-147-12/+146
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* 4926Kartik Agaram2019-01-146-4/+70
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* 4925Kartik Agaram2019-01-148-29/+185
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* 4923Kartik Agaram2019-01-128-26/+27
| | | | | We want slice-equal? for length-prefixed strings, not null-terminated "kernel" strings.
* 4922Kartik Agaram2019-01-111-6/+6
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* 4921Kartik Agaram2019-01-111-2/+2
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* 4920Kartik Agaram2019-01-1110-183/+467
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* 4918Kartik Agaram2019-01-104-4/+4
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* 4917Kartik Agaram2019-01-101-140/+0
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* 4916Kartik Agaram2019-01-1012-24/+611
| | | | | In the process of building slice primitives I found an out-of-bounds access in write-byte.
* 4915Kartik Agaram2019-01-084-11/+213
| | | | | | In the process of building next-token I finally added some support for a debugging situation I've found myself in a couple of times: wondering "what changed this memory location"?
* 4913Kartik Agaram2019-01-077-2/+472
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* 4912Kartik Agaram2019-01-061-3/+117
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* 4911Kartik Agaram2019-01-0611-21/+223
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* 4909Kartik Agaram2019-01-052-19/+32
| | | | Improve error checking to warn on unexpected displacements as well.
* 4908Kartik Agaram2019-01-058-4/+41
| | | | | | | | Fix CI. a) Update canonical binaries. b) Fix an out-of-bounds access in `clear-stream`. This also required supporting a new instruction in `subx run` to load an imm8 into rm8.
* 4907Kartik Agaram2019-01-041-2/+2
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* 4906 - helper to allocate streams on the heapKartik Agaram2019-01-042-0/+175
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* 4905 - safe ptr lookup is now 6 instructionsKartik Agaram2019-01-042-25/+20
| | | | | | | | | | | | | The lines within '{}' can now be turned into a macro like `E_X = deref(E_X)`, parameterizing the register being modified. Assumes the input is in a register but also saved elsewhere, so it's safe to clobber and replace with the result. Compare commit 4894. Used to take 9 instructions, 8 of them making loads/stores. Now it's 6 instructions, 4 of them loads/stores (the one non-local load is unchanged, of course). Key is to not consume more registers so we don't have to push/pop them.
* 4904Kartik Agaram2019-01-041-1/+0
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* 4903Kartik Agaram2019-01-031-2/+0
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* 4902 - initial sketch, stage 2 of compilerKartik Agaram2019-01-031-0/+164
| | | | I've agonized over this for a week; high time I saved a snapshot.
* 4901Kartik Agaram2019-01-033-0/+0
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* 4900Kartik Agaram2018-12-302-39/+34
| | | | | | | | | | | Finally really fix the CI failure of commit 4894. This is a remainder to forget my knowledge of stack addresses in the SubX VM when writing SubX programs. Otherwise my programs will work in the VM but not natively. The only assumptions a SubX program should make about its segment addresses are what's encoded in the ELF binary. Thanks to https://en.wikipedia.org/wiki/Address_space_layout_randomization, it can't know anything else.