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EVEngine/test/orders.cpp
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Cursor Agentand西风逍遥游 1a97146aa3 fix(orders): write move payload through setJson 
Owned OrderPayload.setNumber rejects a Squirrel float as the instance.
Use the same setJson path as the existing queue script test.

Co-authored-by: 西风逍遥游 <sunxfancy@gmail.com>
2026-09-02 10:40:58 +00:00

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#include "zeroerr/assert.h"
#include "zeroerr/unittest.h"
#include "common/Module.h"
#include "orders/CommandQueue.h"
#include <simplesquirrel/simplesquirrel.hpp>
#include <string>
using namespace eve::orders;
namespace {
std::string takeId(eve::Result<std::string> result) {
REQUIRE(result.hasValue());
return std::move(result).takeValue();
}
} // namespace
TEST_CASE("orders.append.priorityAndStableIds") {
CommandQueue queue;
const auto first = takeId(queue.append("first", 1));
const auto low = takeId(queue.append("low", 1));
const auto high = takeId(queue.append("high", 10));
CHECK_EQ(first, std::string("order-0000000000000001"));
CHECK_EQ(low, std::string("order-0000000000000002"));
CHECK_EQ(high, std::string("order-0000000000000003"));
REQUIRE(static_cast<bool>(queue.current()));
CHECK_EQ(queue.current()->get().kind, std::string("first"));
CHECK(queue.complete(first).ok());
CHECK_EQ(queue.current()->get().kind, std::string("high"));
CHECK(queue.complete(high).ok());
CHECK_EQ(queue.current()->get().kind, std::string("low"));
}
TEST_CASE("orders.replace.cancelsUnfinishedDeterministically") {
CommandQueue queue;
const auto active = takeId(queue.append("work"));
const auto queued = takeId(queue.append("later"));
const auto next = takeId(queue.replace("replacement", 5));
CHECK_EQ(static_cast<int>(queue.find(active)->get().state), static_cast<int>(OrderState::Cancelled));
CHECK_EQ(static_cast<int>(queue.find(queued)->get().state), static_cast<int>(OrderState::Cancelled));
CHECK_EQ(queue.current()->get().id, next);
REQUIRE(queue.eventCount() == 7);
CHECK_EQ(queue.eventAt(0)->get().sequence, uint64_t{1});
CHECK_EQ(static_cast<int>(queue.eventAt(0)->get().to), static_cast<int>(OrderState::Queued));
CHECK_EQ(queue.eventAt(3)->get().orderId, active);
CHECK_EQ(queue.eventAt(3)->get().reason, std::string("replaced"));
CHECK_EQ(queue.eventAt(4)->get().orderId, queued);
CHECK_EQ(queue.eventAt(5)->get().orderId, next);
CHECK_EQ(static_cast<int>(queue.eventAt(6)->get().to), static_cast<int>(OrderState::Active));
}
TEST_CASE("orders.interrupt.honoursPriority") {
CommandQueue queue;
const auto active = takeId(queue.append("critical", 20));
CHECK(!queue.interrupt("weak", 19).hasValue());
CHECK_EQ(queue.current()->get().id, active);
const auto urgent = takeId(queue.interrupt("urgent", 20));
CHECK(!urgent.empty());
CHECK_EQ(static_cast<int>(queue.find(active)->get().state), static_cast<int>(OrderState::Cancelled));
CHECK_EQ(queue.find(active)->get().reason, std::string("interrupted"));
CHECK_EQ(queue.current()->get().id, urgent);
}
TEST_CASE("orders.lifecycle.completeFailCancel") {
CommandQueue queue;
const auto one = takeId(queue.append("one"));
const auto two = takeId(queue.append("two"));
const auto three = takeId(queue.append("three"));
CHECK(queue.complete(one).ok());
CHECK_EQ(static_cast<int>(queue.find(one)->get().state), static_cast<int>(OrderState::Completed));
CHECK(queue.fail(two, "policy_rejected").ok());
CHECK_EQ(static_cast<int>(queue.find(two)->get().state), static_cast<int>(OrderState::Failed));
CHECK_EQ(queue.find(two)->get().reason, std::string("policy_rejected"));
CHECK(queue.cancel(three, "owner_removed").ok());
CHECK_EQ(static_cast<int>(queue.find(three)->get().state), static_cast<int>(OrderState::Cancelled));
CHECK(!queue.current());
CHECK(!queue.complete(three).ok());
}
TEST_CASE("orders.timeout.failsAndActivatesNext") {
CommandQueue queue;
const auto timed = takeId(queue.append("timed", 0, 0.5));
const auto next = takeId(queue.append("next"));
CHECK(queue.update(0.25).ok());
CHECK_EQ(queue.current()->get().id, timed);
CHECK(queue.update(0.25).ok());
CHECK_EQ(static_cast<int>(queue.find(timed)->get().state), static_cast<int>(OrderState::Failed));
CHECK_EQ(queue.find(timed)->get().reason, std::string("timeout"));
CHECK_EQ(queue.current()->get().id, next);
}
TEST_CASE("orders.payload.isDeterministicJsonCompatible") {
CommandQueue queue;
const auto id = takeId(queue.append("custom"));
auto* payload = &queue.find(id)->get().payload;
REQUIRE(payload != nullptr);
payload->setString("name", "A\nB");
payload->setNumber("x", 12.5);
payload->setBool("enabled", true);
CHECK(payload->setJson("nested", "{\"target\":7}").ok());
CHECK(!payload->setJson("bad", "not-json").ok());
CHECK_EQ(payload->toJson(), std::string("{\"enabled\":true,\"name\":\"A\\nB\","
"\"nested\":{\"target\":7},\"x\":12.5}"));
}
TEST_CASE("orders.snapshot.roundTripAndMalformedRestorePreservesState") {
CommandQueue source;
const auto first = takeId(source.append("first", 1, 3.0));
const auto second = takeId(source.append("second", 5, 4.0));
auto firstRef = source.find(first);
REQUIRE(firstRef);
firstRef->get().payload.setString("name", "alpha");
firstRef->get().payload.setNumber("amount", 12.5);
REQUIRE(source.complete(first).ok());
const auto third = takeId(source.append("third", 2, 0.5));
auto thirdRef = source.find(third);
REQUIRE(thirdRef);
thirdRef->get().payload.setBool("urgent", true);
auto snapshotResult = source.snapshot();
REQUIRE(snapshotResult.ok());
const auto snapshot = std::move(snapshotResult).takeValue();
CommandQueue restored;
REQUIRE(restored.restore(snapshot).ok());
auto restoredSnapshot = restored.snapshot();
REQUIRE(restoredSnapshot.ok());
CHECK_EQ(std::move(restoredSnapshot).takeValue(), snapshot);
CHECK_EQ(restored.orderCount(), 3);
CHECK_EQ(restored.queuedCount(), 1);
REQUIRE(restored.current());
CHECK_EQ(restored.current()->get().id, second);
CHECK_EQ(restored.eventCount(), 6);
REQUIRE(restored.find(first));
CHECK_EQ(restored.find(first)->get().payload.getJson("name"), std::string("\"alpha\""));
REQUIRE(restored.find(third));
CHECK_EQ(restored.find(third)->get().payload.getJson("urgent"), std::string("true"));
auto next = takeId(restored.append("fourth", 9));
CHECK_EQ(next, std::string("order-0000000000000004"));
REQUIRE(restored.eventAt(restored.eventCount() - 1));
CHECK_EQ(restored.eventAt(restored.eventCount() - 1)->get().sequence, uint64_t{7});
auto beforeResult = restored.snapshot();
REQUIRE(beforeResult.ok());
const auto before = std::move(beforeResult).takeValue();
auto malformed = restored.restore("{\"schema\":\"orders.command_queue\"");
CHECK(!malformed.ok());
auto afterMalformed = restored.snapshot();
REQUIRE(afterMalformed.ok());
CHECK_EQ(std::move(afterMalformed).takeValue(), before);
auto invalid = restored.restore(
R"({"schema":"orders.command_queue","version":1,"nextId":"1","nextSequence":"1",
"active":null,"queued":[],"orders":[],"events":[]})");
CHECK(!invalid.ok());
auto afterInvalid = restored.snapshot();
REQUIRE(afterInvalid.ok());
CHECK_EQ(std::move(afterInvalid).takeValue(), before);
}
TEST_CASE("orders.script.queueAndPayloadApi") {
ssq::VM vm(1024, ssq::Libs::ALL);
eve::ModuleManager::expose(vm);
vm.run(vm.compileSource(R"(
result <- "fail";
local module = eve.Orders();
local queueResult = module.newQueueOwned();
local queue = queueResult.ok ? queueResult.value : null;
local idResult = queue == null ? { ok=false } : queue.append("custom_action", 7, 1.0);
local id = idResult.ok ? idResult.value : "";
local order = queue.current();
local payloadResult = order.getPayload().setJson("context", "{\"zone\":3}");
if (queueResult.ok && idResult.ok && payloadResult.ok && order.getId() == id && order.getKind() == "custom_action" &&
order.getPayload().getJson("context") == "{\"zone\":3}") {
local completed = queue.complete(id);
if (completed.ok) result = order.getState();
}
)"));
CHECK_EQ(vm.find("result").toString(), std::string("completed"));
}
TEST_CASE("orders.script.ownedQueueReplace") {
ssq::VM vm(1024, ssq::Libs::ALL);
eve::ModuleManager::expose(vm);
vm.run(vm.compileSource(R"(
result <- "fail";
local module = eve.Orders();
local queueResult = module.newQueueOwned();
if (!queueResult.ok) throw queueResult.status.summary;
local queue = queueResult.value;
local first = queue.append("move", 1, 0.0);
if (!first.ok) throw first.status.summary;
local replaced = queue.replace("move", 10, 0.0);
if (!replaced.ok) throw replaced.status.summary;
local order = queue.current();
if (order != null && order.getId() == replaced.value && order.getKind() == "move" &&
order.getState() == "active") {
local payloadResult = order.getPayload().setJson("x", "400");
if (payloadResult.ok && order.getPayload().has("x"))
result = "replaced";
}
)"));
CHECK_EQ(vm.find("result").toString(), std::string("replaced"));
}
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