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https://github.com/logos-messaging/nim-ffi.git
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a3e68333ab
Aligns the C++ generators with the C generator and the symbol naming: the native (zero-serialization, same-process) wrapper is the bare `<lib>.hpp` and the CBOR (inter-process) wrapper carries the `_cbor` suffix — mirroring the C headers (`<lib>.h` / `<lib>_cbor.h`) and the `<name>` / `<name>_cbor` exports. Previously native was `<lib>_native.hpp` and CBOR was the bare `<lib>.hpp`, which is backwards from the symbol convention and would collide on the native `<lib>.h` when both ABIs emit into one dir (ffiMode=both). With the flip, a single `genbindings_cpp` run now drops `<lib>.hpp` + `<lib>_cbor.hpp` side by side, exactly like c_bindings holds both `.h` headers. Consumers updated to match: the CBOR cpp_bindings driver and the C++ e2e suite include `*_cbor.hpp`; the native example includes the bare `<lib>.hpp`. Validated: native example runs on `my_timer.hpp`; C++ e2e suite 19/19 on the `_cbor.hpp` headers; check_bindings_cpp regen is deterministic. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
40 lines
1.7 KiB
C++
40 lines
1.7 KiB
C++
// Driver for the GENERATED native C++ bindings (my_timer.hpp).
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#include "my_timer.hpp"
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#include <iostream>
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int main() {
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try {
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my_timer::My_timerNode node(my_timer::TimerConfig{"cpp-native-gen"});
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std::cout << "version: " << node.Version() << "\n";
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my_timer::EchoEvent gotEvt;
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bool got = false;
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node.OnEchoFired([&](const my_timer::EchoEvent& e){ gotEvt = e; got = true; });
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auto r = node.Echo(my_timer::EchoRequest{"hello from generated C++", 5});
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std::cout << "echo: echoed=" << r.echoed << " timerName=" << r.timerName << "\n";
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if (got) std::cout << "event OnEchoFired: message=\"" << gotEvt.message << "\" echoCount=" << gotEvt.echoCount << "\n";
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// seq + Option params (ComplexRequest), typed ComplexResponse return.
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my_timer::ComplexRequest creq;
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creq.messages = {{"one", 0}, {"two", 0}};
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creq.tags = {"a", "b"};
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creq.note = "a note";
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creq.retries = 3;
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auto c = node.Complex(creq);
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std::cout << "complex: itemCount=" << c.itemCount << " hasNote=" << c.hasNote
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<< " summary=\"" << c.summary << "\"\n";
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// Multiple struct params (JobSpec, RetryPolicy, ScheduleConfig).
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my_timer::JobSpec job; job.name = "nightly"; job.payload = {"x"}; job.priority = 5;
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my_timer::RetryPolicy retry; retry.maxAttempts = 3; retry.backoffMs = 100; retry.retryOn = {"timeout"};
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my_timer::ScheduleConfig sched; sched.startAtMs = 1000; sched.intervalMs = 5000; sched.jitter = 50;
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auto s = node.Schedule(job, retry, sched);
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std::cout << "schedule: jobId=\"" << s.jobId << "\" willRunCount=" << s.willRunCount << "\n";
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std::cout << "done.\n";
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return 0;
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} catch (const std::exception &e) {
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std::cerr << "error: " << e.what() << "\n"; return 1;
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}
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}
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