adrien
35959784de
Replace the nested if-else branch-analysis architecture with a flat DFA model using CodeGen.emitFlat — a single DFS walk emitting each block as a C label followed by its code and gotos to all successors. Removed: - _branchDescendants / emitBranch / generateCallWithError - _generateCallWithError, _noWalkNext, _genVisited - generateNextCode, findBackEdges - WCDecision._branchDescendants / _emitBranch / overridden generateCode Added: - CodeGen.emitFlat(entry) — flat DFS emit with labels + gotos - WCBlock.generateFlowCode() — base emits gotos from wcNextFlow - WCDecision.generateFlowCode() — if-goto / goto for decisions - WCProcCall.generateFlowCode() — if (call != 0) goto err / goto ok Output is flat — zero nested if-else for branch/error handling. Tests use local out/ directory.
314 lines
13 KiB
JavaScript
314 lines
13 KiB
JavaScript
// ── WCProgram — root container + block registration ──────────────────────────
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//
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// WCProgram is the root custom element that owns the flowchart workspace.
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// Unlike other blocks, WCProgram extends HTMLElement directly — not WCBlock —
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// because the program container itself is not draggable or linkable.
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//
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// This file also contains the block registry and registration calls.
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// Must be loaded AFTER all block class definitions exist in the page.
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//
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// Load order dependencies:
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// All block class files must be loaded first:
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// wcblock.js → blocks-algo.js → blocks-data.js → blocks-proc.js
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// helpers.js → toCName
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// dom.js → $id
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//
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// This file is loaded last among the block group, before persist.js and app.js.
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// ═══════════════════════════════════════════════════════════════════════════════
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// WCProgram — root container
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// ═══════════════════════════════════════════════════════════════════════════════
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/** Root container custom element; owns the flowchart workspace, block creation, and code generation. */
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class WCProgram extends HTMLElement {
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constructor() {
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super();
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this.counter = 0;
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}
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build() {
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const startTmpl = $id("wc-start");
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const endTmpl = $id("wc-end");
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if (!startTmpl || !endTmpl) {
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showError("Missing wc-start or wc-end template elements");
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return;
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}
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const startFrag = document.importNode(startTmpl.content, true);
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const endFrag = document.importNode(endTmpl.content, true);
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const startEl = startFrag.firstElementChild;
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const endEl = endFrag.firstElementChild;
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if (!startEl || !endEl) {
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showError("wc-start or wc-end template has no content");
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return;
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}
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startEl.id = "main-start";
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endEl.id = "main-end";
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this.appendChild(startFrag);
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this.appendChild(endFrag);
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const pw = this.parentElement ? this.parentElement.offsetWidth : 600;
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const startW = startEl.offsetWidth || 80;
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startEl.style.left = Math.max(20, (pw - startW) / 2) + "px";
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startEl.style.top = "20px";
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const endW = endEl.offsetWidth || 200;
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endEl.style.left = Math.max(20, (pw - endW) / 2) + "px";
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endEl.style.top = (startEl.offsetTop + startEl.offsetHeight + 60) + "px";
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}
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makeNode(tag) {
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const info = BLOCK_REGISTRY[tag];
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if (!info) return null;
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const tmpl = document.querySelector(info.template);
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if (!tmpl) { showError("Missing template: " + info.template); return null; }
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const content = tmpl.content;
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if (!content || !content.firstElementChild) { showError("Empty template: " + info.template); return null; }
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this.counter++;
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const frag = document.importNode(content, true);
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const el = frag.firstElementChild;
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el.id = info.prefix + this.counter;
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return el;
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}
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newNode(tag, parent) {
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const info = BLOCK_REGISTRY[tag];
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if (!info) return null;
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const el = this.makeNode(tag);
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if (!el) return null;
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(parent || (info.getParent ? info.getParent() : this)).appendChild(el);
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return el;
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}
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newDecisionNode() { return this.newNode("wc-decision"); }
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newExpressionNode() { return this.newNode("wc-expression"); }
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newVarRefNode() { return this.newNode("wc-varref"); }
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newProcCallNode() { return this.newNode("wc-proccall"); }
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newUnitNode() {
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const el = this.newNode("wc-unit", $id("data-area"));
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if (el) refreshAll();
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return el;
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}
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newQuantityNode() {
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const el = this.newNode("wc-quantity", $id("data-area"));
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if (el) { refreshQuantityOptions(); refreshDefaultUnitOptions(); }
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return el;
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}
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newBooleanNode() {
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const el = this.newNode("wc-boolean", $id("variable-area"));
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if (el) refreshVarRefOptions();
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return el;
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}
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newScalarNode() {
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const el = this.newNode("wc-scalar", $id("variable-area"));
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if (el) { refreshUnitOptions(); refreshVarRefOptions(); }
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return el;
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}
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newStringNode() {
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const el = this.newNode("wc-string", $id("variable-area"));
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if (el) refreshVarRefOptions();
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return el;
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}
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newArrayNode() {
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const el = this.newNode("wc-array", $id("variable-area"));
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if (el) refreshVarRefOptions();
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return el;
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}
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newVectorNode() {
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const el = this.newNode("wc-vector", $id("variable-area"));
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if (el) { refreshUnitOptions(); refreshVarRefOptions(); }
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return el;
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}
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newProcedureNode(libName) {
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const libPane = libName
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? document.querySelector(`.lib-pane[data-lib-name="${libName}"]`)
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: document.querySelector(".lib-pane");
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if (!libPane) return null;
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const el = this.newNode("wc-procedure", libPane.querySelector(".procedures-area"));
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return el;
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}
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_gatherUsedTypes() {
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const usedQuantities = new Set(), usedUnits = new Set();
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const varArea = $id("variable-area");
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if (!varArea) return { usedQuantities, usedUnits };
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for (const d of varArea.querySelectorAll("wc-scalar, wc-vector")) {
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const t = d.querySelector(".var-type");
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if (t) { const v = t.value; if (v) usedQuantities.add(v); }
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const u = d.querySelector(".var-unit");
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if (u) { const v = u.value; if (v) usedUnits.add(v); }
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}
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return { usedQuantities, usedUnits };
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}
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_generateTypeDefs(usedQuantities) {
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const dataArea = $id("data-area");
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if (!dataArea) return "";
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return Array.from(
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dataArea.querySelectorAll("wc-quantity")
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).filter(q => {
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const el = q.querySelector(".quantity-name");
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return el && usedQuantities.has(el.value || "unnamed");
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})
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.map(q => {
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const el = q.querySelector(".quantity-name");
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const name = el ? (el.value || "unnamed") : "unnamed";
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return `typedef double ${name};`;
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}).join("\n");
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}
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_generateUnitDefs(usedUnits) {
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const dataArea = $id("data-area");
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if (!dataArea) return "";
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return Array.from(
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dataArea.querySelectorAll("wc-unit")
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).filter(u => {
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const el = u.querySelector(".unit-suffix");
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return el && usedUnits.has(el.value);
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})
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.map(u => {
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const typeEl = u.querySelector(".unit-type");
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const suffixEl = u.querySelector(".unit-suffix");
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const fullnameEl = u.querySelector(".unit-fullname");
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const siEl = u.querySelector(".unit-si");
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const type = typeEl ? typeEl.value || "unknown" : "unknown";
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const suffix = suffixEl ? suffixEl.value || "" : "";
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const fullname = fullnameEl ? fullnameEl.value || "" : "";
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const si = siEl ? siEl.value || "1" : "1";
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return `// unit: ${fullname} (${suffix}) = 1 ${type} * ${si}`;
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}).join("\n");
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}
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_generateVariableDeclarations() {
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const varArea = $id("variable-area");
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if (!varArea) return { boolDefs: "", scalarDefs: "", vectorDefs: "", stringDefs: "", arrayDefs: "" };
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const boolDefs = Array.from(varArea.querySelectorAll("wc-boolean")).map(d => d.generateCode()).join("\n");
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const scalarDefs = Array.from(varArea.querySelectorAll("wc-scalar")).map(d => d.generateCode()).join("\n");
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const vectorDefs = Array.from(varArea.querySelectorAll("wc-vector")).map(d => d.generateCode()).join("\n");
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const stringDefs = Array.from(varArea.querySelectorAll("wc-string")).map(d => d.generateCode()).join("\n");
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const arrayDefs = Array.from(varArea.querySelectorAll("wc-array")).map(d => d.generateCode()).join("\n");
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return { boolDefs, scalarDefs, vectorDefs, stringDefs, arrayDefs };
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}
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_generateIncludes(proccalls, hasStrings) {
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const libNames = new Set();
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for (const p of proccalls) {
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const qname = p._selectedProc;
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if (qname) {
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const lib = qname.split("/")[0];
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if (lib) libNames.add(lib);
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}
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}
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let includes = Array.from(libNames).map(l => {
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const path = INCLUDE_MAP[l] || (l + ".h");
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return `#include <${path}>`;
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}).join("\n");
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if (hasStrings) {
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const hdr = "#include <stdlib.h>\n#include <string.h>";
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includes = includes ? includes + "\n" + hdr : hdr;
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}
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return includes;
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}
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generateCode() {
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const outputEl = $id("c-code");
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if (!outputEl) { showError("Missing #c-code output element"); return; }
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const { usedQuantities, usedUnits } = this._gatherUsedTypes();
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const typeDefs = this._generateTypeDefs(usedQuantities);
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const unitDefs = this._generateUnitDefs(usedUnits);
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const { boolDefs, scalarDefs, vectorDefs, stringDefs, arrayDefs } = this._generateVariableDeclarations();
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const hasStrings = $id("variable-area").querySelectorAll("wc-string").length > 0;
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const stringStruct = hasStrings
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? "typedef struct { char *data; long int length; } string;\n\n"
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: "";
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const firstChild = this.firstElementChild;
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const body = firstChild && typeof CodeGen.emitFlat === "function"
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? CodeGen.emitFlat(firstChild)
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: "\n// (no flowchart body)\n";
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const proccalls = this.querySelectorAll("wc-proccall");
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const includes = this._generateIncludes(proccalls, hasStrings);
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const dataSection = (boolDefs || scalarDefs || vectorDefs || stringDefs || arrayDefs)
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? [boolDefs, scalarDefs, vectorDefs, stringDefs, arrayDefs]
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.filter(Boolean).map(s => s + "\n").join("")
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: "";
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const hasReturnOrExit =
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body.includes("\n return ") || body.includes("\n exit(");
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const raw =
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"// --- WiseCode\u00ae ---\n" +
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(includes ? includes + "\n\n" : "") +
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"int main() {\n" +
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(typeDefs ? typeDefs + "\n\n" : "") +
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(unitDefs ? unitDefs + "\n\n" : "") +
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stringStruct + dataSection + body +
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(hasReturnOrExit ? "" : "return 0;\n") +
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"}\n// --- END ---";
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outputEl.textContent = raw;
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if (typeof hljs !== "undefined") hljs.highlightElement(outputEl);
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outputEl.parentElement.dataset.language = "c";
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}
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}
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/**
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* Maps library names to their C #include paths.
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* Libraries not listed here use the default `<{name}.h>` convention.
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*/
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const INCLUDE_MAP = {
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"sdl3": "SDL3/SDL.h",
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"glfw": "GLFW/glfw3.h",
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"gl": "GL/gl.h",
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};
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// ═══════════════════════════════════════════════════════════════════════════════
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// Block registry
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// ═══════════════════════════════════════════════════════════════════════════════
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/** @type {Object<string,{cls:typeof WCBlock, template:string, prefix:string, getParent:(()=>HTMLElement)|null}>} */
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const BLOCK_REGISTRY = {};
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/** @type {Object<string,string>} Maps toolbar action names to block tag names. */
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const BLOCK_ACTIONS = {};
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/**
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* Registers a custom element class and adds it to the block registry and action map.
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* @param {string} tag Custom element tag (e.g. "wc-decision")
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* @param {typeof WCBlock} cls Class constructor
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* @param {string} prefix ID prefix for auto-generated block IDs
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* @param {string|null} creatable Action name for toolbar buttons, or null if not toolbar-creatable
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* @param {(()=>HTMLElement)|null} getParent Function returning the parent container, or null for algorithm pane
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*/
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function registerBlock(tag, cls, prefix, creatable, getParent) {
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customElements.define(tag, cls);
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BLOCK_REGISTRY[tag] = { cls, template: "#" + tag, prefix: prefix || tag.replace("wc-", ""), getParent };
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if (creatable) BLOCK_ACTIONS[creatable] = tag;
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}
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registerBlock("wc-start", WCStart, "start", null, null);
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registerBlock("wc-end", WCEnd, "end", "end", null);
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registerBlock("wc-program", WCProgram, "program", null, null);
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registerBlock("wc-decision", WCDecision, "decision", "decision", null);
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registerBlock("wc-boolean", WCBoolean, "bool", "boolean", () => $id("variable-area"));
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registerBlock("wc-scalar", WCScalar, "scalar", "scalar", () => $id("variable-area"));
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registerBlock("wc-string", WCString, "str", "string", () => $id("variable-area"));
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registerBlock("wc-vector", WCVector, "vec", "vector", () => $id("variable-area"));
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registerBlock("wc-array", WCArray, "arr", "array", () => $id("variable-area"));
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registerBlock("wc-varref", WCVarRef, "varref", "varref", null);
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registerBlock("wc-expression", WCExpression, "expr", "expression", null);
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registerBlock("wc-quantity", WCQuantity, "quantity", "quantity", () => $id("data-area"));
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registerBlock("wc-unit", WCUnit, "unit", "unit", () => $id("data-area"));
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registerBlock("wc-procedure", WCProcedure, "proc", null, null);
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registerBlock("wc-proccall", WCProcCall, "proccall", "proccall", null);
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registerBlock("wc-assign", WCAssign, "assign", "assign", null);
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/** @type {MutationObserver} Watches SVG connections for changes and refreshes assign-block value visibility. */
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const _connObserver = new MutationObserver(() => {
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for (const el of document.querySelectorAll("wc-assign")) el._updateValueVisibility();
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});
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const _connSvg = document.getElementById("connections");
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if (_connSvg) _connObserver.observe(_connSvg, { childList: true, subtree: true });
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