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wip(0.S2): migrate - a var nothing writes becomes a let; a state is keyed by its module, directory or program, so every program's plan agrees; paths normalized; program states named SceneDemoState / scene_demo_st; the LSP reads state, mut and entry/handler parameters

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Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
Orkun ÇAKILKAYA 2026-09-25 15:31:34 +03:00
parent 3eda72e8c2
commit 5ffe50ed02
463 changed files with 72045 additions and 67421 deletions
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31
tools/ludic-tools/lsp.ludic
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@ -234,7 +234,7 @@ program LudicLsp {
}
function is_keyword_word(w: pointer) -> bool {
if (w == "program") or (w == "import") or (w == "property") or (w == "model") or (w == "enum") or (w == "ui") { return true }
if (w == "const") or (w == "var") or (w == "function") or (w == "extern") or (w == "handler") or (w == "entry") or (w == "event") or (w == "scene") { return true }
if (w == "const") or (w == "var") or (w == "function") or (w == "extern") or (w == "handler") or (w == "entry") or (w == "event") or (w == "scene") or (w == "mut") { return true }
if (w == "phase") or (w == "query") or (w == "on") or (w == "cancellable") or (w == "public") or (w == "layer") or (w == "start") { return true }
if (w == "let") or (w == "return") or (w == "if") or (w == "else") or (w == "while") or (w == "for") or (w == "in") or (w == "spawn") or (w == "despawn") { return true }
if (w == "enable") or (w == "disable") or (w == "match") or (w == "machine") or (w == "state") or (w == "become") or (w == "where") or (w == "prefab") { return true }
@ -471,10 +471,15 @@ program LudicLsp {
let nt = pname()
if nt < 0 { padv(); continue }
var ty = ""
if pis(":") { padv(); let tt = pname(); if tt >= 0 { ty = ttext(pD, tt) } }
var mu = ""
if pis(":") {
padv()
if pis("mut") { padv(); mu = "mut " } # a state it may change
let tt = pname(); if tt >= 0 { ty = ttext(pD, tt) }
}
let sidx = sym_add(kind, nt, owner)
pD.syms[sidx].ty = ty
pD.syms[sidx].detail = concat3("param ", pD.syms[sidx].name, concat3(": ", ty, ""))
pD.syms[sidx].detail = concat3("param ", pD.syms[sidx].name, concat3(": ", mu, ty))
if not first { buf_puts(sig, ", ") }
buf_puts(sig, pD.syms[sidx].name); buf_puts(sig, ": ")
if ty == "" { buf_puts(sig, "?") } else { buf_puts(sig, ty) }
@ -655,8 +660,10 @@ program LudicLsp {
}
return
}
if (w == "property") or (w == "model") {
let is_comp = (w == "property")
var wd = w
if w == "export" and tis(pD, pi + 1, "state") { padv(); wd = "state" }
if (wd == "property") or (wd == "model") or (wd == "state") { # a state: a record with one instance
let is_comp = (wd == "property") or (wd == "state")
padv(); let nt = pname(); if nt < 0 { return }
var kind = LS_ARCHETYPE
if is_comp { kind = LS_COMPONENT }
@ -748,7 +755,16 @@ program LudicLsp {
}
if w == "entry" {
padv()
if pis("{") { let close = cur_match(); var endo = cstr_len(pD.text); if close >= 0 { endo = pD.tk_end[close] }; lp_block(parent, endo) }
let first_param = len(pD.syms)
if pis("(") { lp_params(parent, LS_PARAM, buf_new()) } # entry (h: mut Hiker): its states
if pis("{") {
let close = cur_match()
var endo = cstr_len(pD.text)
if close >= 0 { endo = pD.tk_end[close] }
var q = first_param
while q < len(pD.syms) { if pD.syms[q].kind == LS_PARAM { pD.syms[q].bstart = pD.tk_start[pi]; pD.syms[q].bend = endo }; q += 1 }
lp_block(parent, endo)
}
return
}
if (w == "handler") or (w == "edge") {
@ -758,6 +774,7 @@ program LudicLsp {
let sidx = sym_add(LS_SYSTEM, nt, parent)
pD.syms[sidx].doc = collect_doc(pD, decl_tok)
pD.syms[sidx].ty = "Update"
if pis("(") { lp_params(sidx, LS_PARAM, buf_new()) } # handler Draw(h: Hiker): its states
while pk() == LT_ANNO { padv() }
let vars = new []int
var nv = 0
@ -788,6 +805,8 @@ program LudicLsp {
let close = cur_match()
pD.syms[sidx].bstart = pD.tk_start[pi]
if close >= 0 { pD.syms[sidx].bend = pD.tk_end[close] } else { pD.syms[sidx].bend = cstr_len(pD.text) }
var q = 0
while q < len(pD.syms) { if pD.syms[q].parent == sidx and pD.syms[q].kind == LS_PARAM { pD.syms[q].bstart = pD.syms[sidx].bstart; pD.syms[q].bend = pD.syms[sidx].bend }; q += 1 }
lp_block(sidx, pD.syms[sidx].bend)
}
return