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Leo-ElixirLights/components/spit/uTest/spitProcessorTest.cpp
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/**
* @file spitRepoTest.cpp
* @author Gustice
* @brief
*/
#include "doctest/doctest.h"
#include <fmt/core.h>
#include <iostream>
#include <queue>
#include "spit_processor.hpp"
using namespace spit;
using namespace std;
static queue<string> cbEvents;
class ClientMock {
public:
void onServerEvent(SProcessor::ServerEvent event, const SadDetectedServer &detectedServer) {
}
void onConnectionStatus(string serverID, string serverComputerName, string serverName, int serverStepTime, SProcessor::Connection connectionStatus, SProcessor::Connection oldConnectionStatus) {
}
void onProjectUpdate(SProcessor::ProjUpdate state, string projectId) {
}
void onSpitType(SProcessor::ObjectEvent event, bool isRemote, const SType &sType) {
cbEvents.push(fmt::format("{}: {} {} {} {}", (int)event, isRemote, sType.getID(), sType.Name.get(), sType.GroupName.get()));
}
void onSpitObject(SProcessor::ObjectEvent event, bool isRemote, const SType &sType, const SObject &sObject) {
cbEvents.push(fmt::format("{}: {} {} {} {} {}", (int)event, isRemote, sType.getID(), sType.Name.get(), sObject.Name.get(), sObject.getID()));
}
void onPlay(string playerID, string playerName, char playerType, bool playerIsRunning, uint64_t timeFrames) {
}
void onPlaySpitType(string playerID, string spitTypeID, bool playerIsRunning, bool started, bool ended, double value) {
}
void onPlayRemoteObjectStatus(const SType &sType, const SObject &sObject, uint64_t p_FrameInsideObject, int value) {
}
bool onCheckSpitTypeVeto(bool knownType, bool createdByClient) {
cbEvents.push(fmt::format("veto check {}/{}", knownType, createdByClient));
return true;
}
bool onCheckSpitObjectVeto(bool knownType) {
return true;
}
};
class SpitClientFix {
protected:
std::vector<string> messages;
ClientMock client;
SProcessor::Callbacks callbacks{
.onServerEvent = [&](SProcessor::ServerEvent event, const SadDetectedServer &detectedServer) { client.onServerEvent(event, detectedServer); },
.onConnectionStatus = [&](string serverID, string serverComputerName, string serverName, int serverStepTime, SProcessor::Connection connectionStatus, SProcessor::Connection oldConnectionStatus) { client.onConnectionStatus(serverID, serverComputerName, serverName, serverStepTime, connectionStatus, oldConnectionStatus); },
.onProjectUpdate = [&](SProcessor::ProjUpdate state, string projectId) { client.onProjectUpdate(state, projectId); },
.onSpitType = [&](SProcessor::ObjectEvent event, bool isRemote, const SType &t) { client.onSpitType(event, isRemote, t); },
.onSpitObject = [&](SProcessor::ObjectEvent event, bool isRemote, const SType &t, const SObject &o) { client.onSpitObject(event, isRemote, t, o); },
.onPlay = [&](string playerID, string playerName, char playerType, bool playerIsRunning, uint64_t timeFrames) { client.onPlay(playerID, playerName, playerType, playerIsRunning, timeFrames); },
.onPlaySpitType = [&](string playerID, string spitTypeID, bool playerIsRunning, bool started, bool ended, double value) { client.onPlaySpitType(playerID, spitTypeID, playerIsRunning, started, ended, value); },
.onPlayRemoteObjectStatus = [&](const SType &t, const SObject &o, uint64_t p_FrameInsideObject, int value) { client.onPlayRemoteObjectStatus(t, o, p_FrameInsideObject, value); },
.onCheckSpitTypeVeto = [&](bool knownType, bool createdByClient) { return client.onCheckSpitTypeVeto(knownType, createdByClient); },
.onCheckSpitObjectVeto = [&](bool knownType) { return client.onCheckSpitObjectVeto(knownType); }};
SProcessor::InternalCallbacks intCallbacks{
.delay = [&](int ms) { return; },
.sendMessage = [&](Message::OPPart &msg) { return 0; },
.parseMessage = [&](Message &msg) {
// auto o = fmt::format("msg-{}", msg.getHeader()->getMessageNumber());
// messages.push_back(o);
},
};
SProcessor sut{"sut", "sutProj", "dev", "##GUID##", callbacks, intCallbacks};
};
TEST_CASE_FIXTURE(SpitClientFix, "Spit types") {
{
Message::ReportType t;
t.setConfirmed(false);
t.setID("type1Id#Rem");
t.setFixed(true);
t.setServerRemote(true);
t.setServerProjectIndepended(true);
t.setGroupName("sGroup");
t.setName("type1Name");
t.setDelay(100);
t.setDuration(200);
sut.checkParseMessageData(sut.createMessage(t));
}
CHECK_MESSAGE(cbEvents.front() == "0: true type1Id#Rem type1Name sGroup", cbEvents.front());
cbEvents.pop();
{
Message::ReportType t;
t.setConfirmed(false);
t.setID("type2Id#Rem");
t.setFixed(true);
t.setServerRemote(true);
t.setServerProjectIndepended(true);
t.setGroupName("sGroup");
t.setName("type2Name");
t.setDelay(100);
t.setDuration(200);
sut.checkParseMessageData(sut.createMessage(t));
}
CHECK_MESSAGE(cbEvents.front() == "0: true type2Id#Rem type2Name sGroup", cbEvents.front());
cbEvents.pop();
{
Message::ReportType t;
t.setConfirmed(false);
t.setID("type1Id#Rem");
t.setFixed(true);
t.setServerRemote(true);
t.setServerProjectIndepended(true);
t.setGroupName("sGroup");
t.setName("type1Name");
t.setDelay(200);
t.setDuration(300);
sut.checkParseMessageData(sut.createMessage(t));
}
CHECK_MESSAGE(cbEvents.front() == "1: true type1Id#Rem type1Name sGroup", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
// Local Objects
{
Message::ReportType t;
t.setConfirmed(false);
t.setID("type1Id#Loc");
t.setFixed(true);
t.setServerRemote(false);
t.setServerProjectIndepended(true);
t.setGroupName("sGroup");
t.setName("type1Name");
t.setDelay(100);
t.setDuration(200);
sut.checkParseMessageData(sut.createMessage(t));
}
CHECK_MESSAGE(cbEvents.front() == "veto check false/false", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: false type1Id#Loc type1Name sGroup", cbEvents.front());
cbEvents.pop();
{
Message::ReportType t;
t.setConfirmed(false);
t.setID("type2Id#Loc");
t.setFixed(true);
t.setServerRemote(false);
t.setServerProjectIndepended(true);
t.setGroupName("sGroup");
t.setName("type2Name");
t.setDelay(100);
t.setDuration(200);
sut.checkParseMessageData(sut.createMessage(t));
}
CHECK_MESSAGE(cbEvents.front() == "veto check false/false", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: false type2Id#Loc type2Name sGroup", cbEvents.front());
cbEvents.pop();
{
Message::ReportType t;
t.setConfirmed(false);
t.setID("type1Id#Loc");
t.setFixed(true);
t.setServerRemote(false);
t.setServerProjectIndepended(true);
t.setGroupName("sGroup");
t.setName("type1Name");
t.setDelay(200);
t.setDuration(300);
sut.checkParseMessageData(sut.createMessage(t));
}
CHECK_MESSAGE(cbEvents.front() == "1: false type1Id#Loc type1Name sGroup", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
}
TEST_CASE_FIXTURE(SpitClientFix, "Message Counter") {
Message::ReportType t1;
t1.setID("type#1");
t1.setServerRemote(true);
auto m1 = sut.createMessage(t1);
Message::ReportType t2;
t2.setID("type#2");
t2.setServerRemote(true);
auto m2 = sut.createMessage(t2);
Message::ReportType t3;
t3.setID("type#3");
t3.setServerRemote(true);
auto m3 = sut.createMessage(t3);
Message::ReportType t4;
t4.setID("type#4");
t4.setServerRemote(true);
auto m4 = sut.createMessage(t4);
Message::ReportType t5;
t5.setID("type#5");
t5.setServerRemote(true);
auto m5 = sut.createMessage(t5);
Message::ReportType t6;
t6.setID("type#6");
t6.setServerRemote(true);
auto m6 = sut.createMessage(t6);
CHECK(cbEvents.empty());
SUBCASE("Normal order") {
REQUIRE(cbEvents.size() == 0);
sut.checkParseMessageData(m1);
CHECK_MESSAGE(cbEvents.front() == "0: true type#1 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m2);
CHECK_MESSAGE(cbEvents.front() == "0: true type#2 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m3);
CHECK_MESSAGE(cbEvents.front() == "0: true type#3 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m4);
CHECK_MESSAGE(cbEvents.front() == "0: true type#4 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
}
CHECK(cbEvents.empty());
SUBCASE("overtakes one") {
REQUIRE(cbEvents.size() == 0);
sut.checkParseMessageData(m1);
CHECK_MESSAGE(cbEvents.front() == "0: true type#1 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m3);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m2);
CHECK_MESSAGE(cbEvents.front() == "0: true type#2 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#3 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m4);
CHECK_MESSAGE(cbEvents.front() == "0: true type#4 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
}
CHECK(cbEvents.empty());
SUBCASE("overtakes two") {
REQUIRE(cbEvents.size() == 0);
sut.checkParseMessageData(m1);
CHECK_MESSAGE(cbEvents.front() == "0: true type#1 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m4);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m2);
CHECK_MESSAGE(cbEvents.front() == "0: true type#2 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m3);
CHECK_MESSAGE(cbEvents.front() == "0: true type#3 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#4 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m5);
CHECK_MESSAGE(cbEvents.front() == "0: true type#5 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
}
CHECK(cbEvents.empty());
SUBCASE("many overtakes") {
REQUIRE(cbEvents.size() == 0);
sut.checkParseMessageData(m1);
CHECK_MESSAGE(cbEvents.front() == "0: true type#1 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m5);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m6);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m4);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m3);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m2);
CHECK_MESSAGE(cbEvents.front() == "0: true type#2 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#3 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#4 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#5 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#6 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
}
CHECK(cbEvents.empty());
SUBCASE("reverse order") {
REQUIRE(cbEvents.size() == 0);
sut.checkParseMessageData(m1);
CHECK_MESSAGE(cbEvents.front() == "0: true type#1 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
sut.checkParseMessageData(m6);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m5);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m4);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m3);
CHECK(cbEvents.empty());
sut.checkParseMessageData(m2);
CHECK_MESSAGE(cbEvents.front() == "0: true type#2 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#3 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#4 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#5 ", cbEvents.front());
cbEvents.pop();
CHECK_MESSAGE(cbEvents.front() == "0: true type#6 ", cbEvents.front());
cbEvents.pop();
CHECK(cbEvents.empty());
}
}
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