PolyglotSpecRunner, BehavioralParityChecker, ParityRegressionGuard, PolyglotSuiteOrchestrator — 26/26 tests pass. Integration step 1942: poly-sort Python+Rust+Go parity verified. Metrics: 7 whetstone calls, 8855 tokens. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
101 lines
3.2 KiB
C++
101 lines
3.2 KiB
C++
// Step 1940: ParityRegressionGuard
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//
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// t1: approve and isApproved/approvedCount
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// t2: guard — all match baseline → passed=true, empty regressions/newLanguages
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// t3: guard — output changed → regression detected
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// t4: guard — unapproved language in results → newLanguages
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// t5: updateBaseline changes expected output
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#include "ParityRegressionGuard.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(approve_and_metadata);
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ws::ParityRegressionGuard g;
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g.approve("sort","Python","1 2 3\n");
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g.approve("sort","Rust", "1 2 3\n");
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C( g.isApproved("sort","Python"), "Python approved");
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C( g.isApproved("sort","Rust"), "Rust approved");
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C(!g.isApproved("sort","Go"), "Go not approved");
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C( g.approvedCount("sort") == 2, "two approved");
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C( g.approvedCount("other") == 0, "other zero");
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P();
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}
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void t2(){
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T(guard_all_match_passes);
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ws::ParityRegressionGuard g;
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g.approve("sort","Python","1 2 3\n");
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g.approve("sort","Rust", "1 2 3\n");
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std::vector<ws::RunResult> results = {
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{"Python","1 2 3\n",0,true},
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{"Rust", "1 2 3\n",0,true}
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};
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auto r = g.guard("sort", results);
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C(r.passed, "passed");
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C(r.regressions.empty(), "no regressions");
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C(r.newLanguages.empty(),"no new languages");
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P();
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}
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void t3(){
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T(guard_detects_regression);
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ws::ParityRegressionGuard g;
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g.approve("sort","Python","1 2 3\n");
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g.approve("sort","Rust", "1 2 3\n");
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std::vector<ws::RunResult> results = {
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{"Python","1 2 3\n",0,true},
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{"Rust", "3 2 1\n",0,true} // regression!
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};
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auto r = g.guard("sort", results);
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C(!r.passed, "not passed");
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C(r.regressions.size()==1, "one regression");
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C(r.regressions[0]=="Rust","Rust regressed");
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P();
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}
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void t4(){
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T(guard_new_language_not_approved);
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ws::ParityRegressionGuard g;
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g.approve("sort","Python","ok\n");
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std::vector<ws::RunResult> results = {
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{"Python","ok\n",0,true},
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{"Go", "ok\n",0,true} // Go not approved
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};
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auto r = g.guard("sort", results);
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C(r.passed, "passed (no regressions)");
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C(r.newLanguages.size()==1,"one new language");
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C(r.newLanguages[0]=="Go", "Go is new");
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P();
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}
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void t5(){
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T(updateBaseline_changes_expected);
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ws::ParityRegressionGuard g;
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g.approve("sort","Rust","1 2 3\n");
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g.updateBaseline("sort","Rust","sorted\n");
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// old output now regresses
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std::vector<ws::RunResult> results = {{"Rust","1 2 3\n",0,true}};
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auto r1 = g.guard("sort", results);
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C(!r1.passed, "old output is now regression");
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// new output passes
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std::vector<ws::RunResult> results2 = {{"Rust","sorted\n",0,true}};
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auto r2 = g.guard("sort", results2);
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C(r2.passed, "new baseline passes");
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P();
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}
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int main(){
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std::cout << "Step 1940: ParityRegressionGuard\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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