shoney.arickathil
065ac99224
docs/examples/log-watcher (1285 lines, 7 files) now compiles clean: 0 diagnostics, a 35KB .wob written. corpus 71/0, woc runtest 565/0, every wovm unit gate green (both dispatch flavors). - .wob v2: each class row gains three u32 per-field arrays — the field's NAME constant, the CLASS it refers to (or the json-raw marker), and a container field's ELEMENT kinds. json is then a runtime service driven by metadata instead of per-type generated code. loader/emitter/disassembler/test assembler all read and write v2; field-name constants are interned with the rest of the pool (interning during serialization silently loses them) - runtime/src/json.c (new): encode by static kind + object headers + class table (nested records need no static knowledge); decode parses and BINDS straight into the target class — keys matched to field names, nested objects built as the field's class, arrays as a multi of the field's element kind, unknown keys skipped, absent keys nil. Malformed input is nil, never a trap - `as`: `json.decode(text) as T` is the one cast this language has (WO-E403 for any other `as`, and for a bare json.decode with no target type). Its result is `?T`, which is why the decode and the target are one instruction - json.Value: a reserved type name for a value the source does not inspect — the raw JSON slice, kind TEXT, re-emitted verbatim by encode - docs: 00-wob-format.md is now the v2 reference (class metadata, TRY/ENDTRY, the whole builtin surface, WO_T_IO); 08-builtin-surface.md documents the text/container builtins, the OS modules with their predeclared records, and json's two documented limits (Bool encodes 0/1, floats truncate) Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
66 lines
1.6 KiB
Text
66 lines
1.6 KiB
Text
== CONSTANTS ==
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k0 TEXT "Item"
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k1 TEXT "n"
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k2 TEXT "consume"
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k3 TEXT "twice"
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k4 TEXT "main"
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k5 INT 2
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k6 INT 3
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k7 INT 5
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k8 INT 0
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== CLASSES ==
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c0 Item flags=- fields=[n:SCALAR]
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== INTERFACES ==
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== VTABLES ==
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== METHODS ==
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m0 consume args=1 regs=2 [free fn]
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lines: 0->11
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drops: pc 0 owned={r0} gc={}
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drops: pc 2 owned={} gc={}
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0000 GETF r1, r0, f0
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0001 DROP r0
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0002 RET r1
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m1 twice args=2 regs=6 [free fn]
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lines: 0->15 3->16 5->17 8->18 13->20
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drops: pc 0 owned={r0} gc={}
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drops: pc 3 owned={r0,r2} gc={}
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drops: pc 8 owned={r0,r2,r3} gc={}
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drops: pc 10 owned={r0,r2} gc={}
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drops: pc 11 owned={r0} gc={}
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drops: pc 12 owned={} gc={}
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drops: pc 13 owned={r0,r2} gc={}
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drops: pc 14 owned={r2} gc={}
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drops: pc 19 owned={} gc={}
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0000 NEW r2, c0
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0001 LOADK r3, k5
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0002 SETF r2, f0, r3
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0003 MOVE r3, r1
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0004 JZ r3, -> 0013
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0005 NEW r3, c0
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0006 LOADK r4, k6
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0007 SETF r3, f0, r4
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0008 GETF r4, r3, f0
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0009 DROP r3
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0010 DROP r2
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0011 DROP r0
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0012 RET r4
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0013 MOVE r4, r0
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0014 CALL r4, m0
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0015 MOVE r3, r4
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0016 GETF r5, r2, f0
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0017 ADD r3, r3, r5
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0018 DROP r2
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0019 RET r3
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m2 main args=0 regs=4 [free fn] [ENTRY]
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lines: 0->24 7->23
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drops: (none)
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0000 NEW r1, c0
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0001 LOADK r3, k7
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0002 SETF r1, f0, r3
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0003 LOADK r2, k8
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0004 CALL r1, m1
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0005 MOVE r0, r1
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0006 BUILTIN r0, r0, print_int
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0007 RET0
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== ENTRY ==
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m2
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