whetstone_DSL/editor/tests/step1917_test.cpp

// Step 1917: Sprint 277 Integration
// poly-api project: Go HTTP server + TypeScript client.
// The orchestrator opens both files, handles cross-language goto-definition
// (TS client calls Go handler), aggregates diagnostics from both servers,
// and merges completions from both LSPs.
//
//  t1: poly-api symbol table loads Go+TS boundary
//  t2: orchestrator opens Go+TS docs via didOpen messages
//  t3: TS→Go cross-language goto-definition resolves through orchestrator
//  t4: diagnostics from gopls + tsserver aggregated per URI
//  t5: completions merged from gopls + tsserver, deduped; summary accurate
//  t6 (bonus): Sprint277IntegrationSummary reports complete

#include "LSPOrchestrator.h"
#include "ABIBoundaryExtractor.h"
#include "CrossLanguageSymbolTable.h"
#include "Sprint277IntegrationSummary.h"
#include <iostream>
#include <nlohmann/json.hpp>

using json = nlohmann::json;
namespace ws = whetstone;

static int p=0,f=0;
#define T(n) { std::cout<<"  "<<#n<<"... "; }
#define P() { std::cout<<"PASS\n"; ++p; }
#define F(m) { std::cout<<"FAIL: "<<m<<"\n"; ++f; }
#define C(c,m) if(!(c)){F(m);return;}

// poly-api: TypeScript client calls Go server via HTTP handler
static ws::CrossLanguageSymbolTable buildPolyApiTable() {
    ws::CrossLanguageSymbolTable table;

    ws::ABIBoundaryNode n1;
    n1.name="HandleRequest"; n1.kind="function";
    n1.fromComponent="api-client"; n1.toComponent="api-server";
    n1.fromLanguage="TypeScript";  n1.toLanguage="Go";
    n1.signature="void HandleRequest(const char* body, int len)";
    table.insert(n1);

    ws::ABIBoundaryNode n2;
    n2.name="HandleHealthCheck"; n2.kind="function";
    n2.fromComponent="api-client"; n2.toComponent="api-server";
    n2.fromLanguage="TypeScript";  n2.toLanguage="Go";
    n2.signature="void HandleHealthCheck()";
    table.insert(n2);

    return table;
}

static void openDoc(ws::LSPOrchestrator& orc, const std::string& uri,
                    const std::string& lang, const std::string& text) {
    json m = {{"jsonrpc","2.0"},{"method","textDocument/didOpen"},
        {"params",{{"textDocument",{{"uri",uri},{"languageId",lang},
                                    {"text",text},{"version",1}}}}}};
    orc.handle(m);
}

void t1(){
    T(polyapi_symbol_table_loads);
    auto table = buildPolyApiTable();
    C(table.contains("TypeScript", "HandleRequest"),     "TS has HandleRequest");
    C(table.contains("Go",         "HandleRequest"),     "Go has HandleRequest");
    C(table.contains("TypeScript", "HandleHealthCheck"), "TS has HandleHealthCheck");
    P();
}

void t2(){
    T(orchestrator_opens_go_and_ts_docs);
    auto table = buildPolyApiTable();
    ws::LSPOrchestrator orc(table);
    openDoc(orc, "file:///server/main.go",    "go",         "package main");
    openDoc(orc, "file:///client/api.ts",     "typescript", "export {}");
    C(orc.workspaceIndex().size() == 2,        "two docs open");
    C(orc.workspaceIndex().getLanguage("file:///server/main.go") == "go", "go lang");
    C(orc.workspaceIndex().getLanguage("file:///client/api.ts")  == "typescript", "ts lang");
    P();
}

void t3(){
    T(ts_to_go_definition_resolves_through_orchestrator);
    auto table = buildPolyApiTable();
    ws::LSPOrchestrator orc(table);
    openDoc(orc, "file:///client/api.ts", "typescript", "HandleRequest();");
    json req = {{"jsonrpc","2.0"},{"id",1},{"method","textDocument/definition"},
        {"params",{{"textDocument",{{"uri","file:///client/api.ts"}}},
                   {"symbol","HandleRequest"}}}};
    auto resp = orc.handle(req);
    C(resp.contains("result"),                    "has result");
    C(!resp["result"].is_null(),                  "result not null");
    C(resp["result"]["language"] == "Go",         "provider language Go");
    C(resp["result"]["provider"] == "api-server", "provider component api-server");
    C(resp["result"]["scipSymbol"] == "api-server/HandleRequest.", "scip symbol");
    P();
}

void t4(){
    T(diagnostics_aggregated_from_gopls_and_tsserver);
    auto table = buildPolyApiTable();
    ws::LSPOrchestrator orc(table);
    openDoc(orc, "file:///server/main.go", "go", "package main");
    openDoc(orc, "file:///client/api.ts",  "typescript", "");

    ws::Diagnostic goErr; goErr.uri="file:///server/main.go"; goErr.severity=1;
    goErr.message="undefined: x"; goErr.source="gopls";
    ws::Diagnostic tsWarn; tsWarn.uri="file:///client/api.ts"; tsWarn.severity=2;
    tsWarn.message="implicit any"; tsWarn.source="tsserver";
    ws::Diagnostic tsErr; tsErr.uri="file:///client/api.ts"; tsErr.severity=1;
    tsErr.message="type mismatch"; tsErr.source="tsserver";

    orc.publishDiagnostics("gopls",    "file:///server/main.go", {goErr});
    orc.publishDiagnostics("tsserver", "file:///client/api.ts",  {tsWarn, tsErr});

    auto goDiags = orc.getDiagnostics("file:///server/main.go");
    C(goDiags.size() == 1, "one go diagnostic");
    C(goDiags[0].severity == 1, "go diagnostic is error");

    auto tsDiags = orc.getDiagnostics("file:///client/api.ts");
    C(tsDiags.size() == 2, "two ts diagnostics");
    P();
}

void t5(){
    T(completions_merged_and_summary_accurate);
    auto table = buildPolyApiTable();
    ws::LSPOrchestrator orc(table);
    openDoc(orc, "file:///server/main.go", "go",         "package main");
    openDoc(orc, "file:///client/api.ts",  "typescript", "");

    orc.registerCompletions("gopls",    { {"fmt.Println",3,"func","gopls"},
                                          {"HandleRequest",2,"func","gopls"} });
    orc.registerCompletions("tsserver", { {"console.log",3,"func","tsserver"},
                                          {"HandleRequest",2,"func","tsserver"} }); // dup

    auto items = orc.getCompletions();
    C(items.size() == 3, "three unique completions");

    ws::Diagnostic err; err.uri="file:///server/main.go"; err.severity=1;
    err.message="E1"; err.source="gopls";
    orc.publishDiagnostics("gopls", "file:///server/main.go", {err});

    auto s = orc.summary();
    C(s.openDocuments   == 2, "two open docs");
    C(s.diagnosticUris  == 1, "one uri with diagnostics");
    C(s.completionItems == 3, "three completion items");
    C(s.errorCount      == 1, "one error");
    P();
}

void t6(){
    T(sprint277_integration_summary_complete);
    ws::Sprint277IntegrationSummary s;
    C(s.stepsCompleted == 5,                          "5 steps");
    C(s.success,                                      "success");
    C(s.sprintName().find("277") != std::string::npos,"sprint 277 in name");
    P();
}

int main(){
    std::cout << "Step 1917: Sprint 277 Integration (poly-api: Go+TypeScript)\n";
    t1(); t2(); t3(); t4(); t5(); t6();
    std::cout << "\n" << p << "/" << (p+f) << " passed\n";
    return f > 0 ? 1 : 0;
}