b5c8b46117
Phase 6 Library Dispatch foundation. Five new headers: - OperationDomain: dot-key hierarchy with parent traversal - LibraryCapabilityRecord: score/APIs/weaknesses + validator - LibraryCapabilityLedger: (library, domain) -> record registry - OperationTaxonomy: 40+ domain tree, keyword-based classify() - Sprint286IntegrationSummary: 8-library seed ledger + verified lookups 25/25 tests passing. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
90 lines
3.5 KiB
C++
90 lines
3.5 KiB
C++
// Step 1958: OperationDomain
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//
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// t1: key, displayName, parent() correct for "serialization.json"
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// t2: parent() for top-level "serialization" is ""
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// t3: isTopLevel() and depth()
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// t4: OperationDomainRegistry register, lookup, has, size
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// t5: children() returns only direct children, not grandchildren
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#include "OperationDomain.h"
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#include <iostream>
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namespace ws = whetstone;
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static int p = 0, f = 0;
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#define T(n) { std::cout << " " << #n << "... "; }
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#define P() { std::cout << "PASS\n"; ++p; }
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#define F(m) { std::cout << "FAIL: " << m << "\n"; ++f; }
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#define C(c, m) if (!(c)) { F(m); return; }
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void t1() {
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T(operation_domain_key_and_parent);
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ws::OperationDomain d = ws::OperationDomain::fromKey("serialization.json", "JSON Serialization");
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C(d.key == "serialization.json", "key");
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C(d.displayName == "JSON Serialization", "displayName");
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C(d.parent() == "serialization", "parent");
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C(d.depth() == 1, "depth=1");
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P();
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}
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void t2() {
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T(top_level_domain_has_empty_parent);
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ws::OperationDomain d = ws::OperationDomain::fromKey("serialization");
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C(d.parent() == "", "parent of top-level is empty");
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C(d.isTopLevel(), "isTopLevel");
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C(d.depth() == 0, "depth=0");
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P();
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}
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void t3() {
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T(deep_domain_depth_and_parent_chain);
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ws::OperationDomain d = ws::OperationDomain::fromKey("compute.ml.training");
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C(d.depth() == 2, "depth=2");
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C(!d.isTopLevel(), "not top-level");
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C(d.parent() == "compute.ml", "parent is compute.ml");
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ws::OperationDomain mid = ws::OperationDomain::fromKey(d.parent());
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C(mid.parent() == "compute", "grandparent is compute");
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P();
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}
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void t4() {
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T(domain_registry_register_lookup_has_size);
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ws::OperationDomainRegistry reg;
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reg.registerDomain({"serialization.json", "JSON"});
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reg.registerDomain({"serialization.binary", "Binary"});
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reg.registerDomain({"compute.matrix", "Matrix"});
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C(reg.size() == 3, "size=3");
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C(reg.has("serialization.json"), "has json");
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C(!reg.has("unknown"), "no unknown");
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auto d = reg.lookup("compute.matrix");
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C(d.has_value(), "lookup found");
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C(d->key == "compute.matrix", "lookup key");
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auto none = reg.lookup("missing");
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C(!none.has_value(), "lookup missing returns nullopt");
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P();
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}
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void t5() {
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T(children_returns_only_direct_children);
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ws::OperationDomainRegistry reg;
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reg.registerDomain({"serialization", "S"});
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reg.registerDomain({"serialization.json", "SJ"});
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reg.registerDomain({"serialization.binary", "SB"});
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reg.registerDomain({"serialization.xml", "SX"});
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reg.registerDomain({"compute.matrix", "CM"}); // not a child of serialization
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auto kids = reg.children("serialization");
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C(kids.size() == 3, "three direct children");
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C(kids[0].key == "serialization.binary", "sorted: binary first");
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C(kids[1].key == "serialization.json", "json second");
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C(kids[2].key == "serialization.xml", "xml third");
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auto none = reg.children("nonexistent_parent");
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C(none.empty(), "unregistered parent has no children");
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P();
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}
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int main() {
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std::cout << "Step 1958: OperationDomain\n";
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t1(); t2(); t3(); t4(); t5();
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std::cout << "\n" << p << "/" << (p + f) << " passed\n";
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return f > 0 ? 1 : 0;
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}
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