bool ApResourceUnit::SetRowColumnType(eRowColumnType rcType)
{
if (rcType == m_RowColumnType)
return true;
MkStr ssPrefix;
switch (rcType)
{
case eRCT_None: break;
case eRCT_Light: ssPrefix = L"ResIndexLight_"; break;
case eRCT_Dark: ssPrefix = L"ResIndexDark_"; break;
}
if (ssPrefix.Empty())
{
if (m_SceneNode != NULL)
{
m_SceneNode->DeletePanel(L"Row");
m_SceneNode->DeletePanel(L"Column");
}
m_RowColumnType = rcType;
return true;
}
bool ok =
(_AddImagePanelToLeftTop(L"Row", m_ImagePath, ssPrefix + MkStr(m_Type.GetRow()), -0.1f) &&
_AddImagePanelToRightBottom(L"Column", m_ImagePath, ssPrefix + MkStr(m_Type.GetColumn()), -0.1f));
if (ok)
{
m_RowColumnType = rcType;
}
return ok;
}
virtual bool SetUp(MkDataNode& sharingNode)
{
MK_DEV_PANEL.MsgToFreeboard(0, L"vector 멤버 수 : " + MkStr(VECTOR_MEMBER_COUNT));
MK_DEV_PANEL.MsgToFreeboard(1, L"map 멤버 수 : " + MkStr(MAP_MEMBER_COUNT));
return true;
}
void MkSystemEnvironment::_Initialize(void)
{
// build mode
#ifdef _DEBUG
m_BuildMode = eDebug;
#else
#ifdef MK_SHIPPING
m_BuildMode = eShipping;
#else
m_BuildMode = eRelease;
#endif // MK_SHIPPING
#endif // _DEBUG
// system 정보
SYSTEM_INFO systemInfo;
GetSystemInfo(&systemInfo);
// cpu 연산방식
m_ProcessorArchitecture = eEtcPA;
if (systemInfo.wProcessorArchitecture == PROCESSOR_ARCHITECTURE_INTEL)
{
m_ProcessorArchitecture = eX86;
}
else if (systemInfo.wProcessorArchitecture == PROCESSOR_ARCHITECTURE_AMD64)
{
m_ProcessorArchitecture = eX64;
}
// core 수
m_NumberOfProcessors = static_cast<unsigned int>(systemInfo.dwNumberOfProcessors);
// OS 버전
OSVERSIONINFO osVer;
osVer.dwOSVersionInfoSize = sizeof(osVer);
GetVersionEx(&osVer);
unsigned int osMajor = static_cast<unsigned int>(osVer.dwMajorVersion);
unsigned int osMinor = static_cast<unsigned int>(osVer.dwMinorVersion);
m_WindowsVersion = MkStr(osMajor) + L"." + MkStr(osMinor) + MkStr::SPACE + MkStr(osVer.szCSDVersion);
m_WindowsIsXpOrHigher = ((osMajor * 10 + osMinor) >= 51); // XP == 5.1
m_WindowsIsVistaOrHigher = ((osMajor * 10) >= 60); // Vista == 6.0
// 바탕화면 해상도
RECT rect;
GetWindowRect(GetDesktopWindow(), &rect);
m_BackgroundResolution.x = static_cast<int>(rect.right);
m_BackgroundResolution.y = static_cast<int>(rect.bottom);
// 유저 정보
DWORD userNameSize = 256;
wchar_t userName[256];
GetUserName(userName, &userNameSize);
m_CurrentUserName = userName;
}
SupplementDef::eResult SupplementDef::GetResult(const MkArray<eUnit>& units, MkArray<unsigned int>& targetIndice)
{
unsigned int unitSize = units.GetSize();
// 유효성 검증
MK_CHECK(unitSize <= ADEF_MAX_COMBINATION_SLOT_SIZE, L"입력된 unit 갯수가 " + MkStr(ADEF_MAX_COMBINATION_SLOT_SIZE) + L"개를 넘음 : " + MkStr(unitSize))
return eR_None;
MK_INDEXING_LOOP(units, i)
{
eUnit unit = units[i];
MK_CHECK((unit == eU_Void) || IsNormalUnit(unit), L"입력된 unit list의 " + MkStr(i) + L"번째에 비정상 unit 존재 : " + MkStr(unit))
return eR_None;
}
void MkHiddenEditBox::Update(const MkSceneNode* ownerMgr)
{
// target node가 존재할 경우 해당 owner manager update시 실행
if ((m_hWnd != NULL) && (m_TargetEditBox != NULL) && (ownerMgr == m_TargetWindowMgr))
{
// target node가 disable이면 자동 해제
if (!m_TargetEditBox->GetEnable())
{
_ClearTargetEditBox(true);
}
// target node가 그려지지 않으면 자동 해제
else
{
MkSceneNode* targetNode = m_TargetEditBox;
while (targetNode != NULL)
{
if (targetNode->GetVisible())
{
targetNode = targetNode->GetParentNode();
}
else
{
_ClearTargetEditBox(true);
break;
}
}
}
// 해제되지 않았으면 갱신
if (m_TargetEditBox != NULL)
{
// cursor toggle
MkTimeState timeState;
MK_TIME_MGR.GetCurrentTimeState(timeState);
if (m_ToggleCursorCounter.OnTick(timeState))
{
m_TargetEditBox->__ToggleNormalCursor();
}
// input에 변경이 감지되었으면 반영
if (m_Modified)
{
wchar_t buffer[MKDEF_MAX_INPUT_COUNT + 1] = {0, };
GetWindowText(m_hWnd, buffer, MKDEF_MAX_INPUT_COUNT + 1);
DWORD selStart, selEnd;
SendMessage(m_hWnd, EM_GETSEL, reinterpret_cast<WPARAM>(&selStart), reinterpret_cast<LPARAM>(&selEnd));
m_TargetEditBox->__UpdateText(MkStr(buffer), selStart, selEnd);
m_Modified = false;
}
}
}
}
virtual bool SetUp(MkDataNode& sharingNode)
{
// 파일로부터 읽음
MkDataNode dataNode;
dataNode.Load(L"..\\..\\test01.txt");
// 노드 탐색
MkDataNode* orcNode = dataNode.GetChildNode(L"MonsterTable")->GetChildNode(L"Orc");
// 값 확인 : KoreanName(overwrite)
MkStr koreanName;
if (orcNode->GetData(L"KoreanName", koreanName, 0))
{
MK_DEV_PANEL.MsgToLog(L"");
MK_DEV_PANEL.MsgToLog(L"KoreanName : " + koreanName);
}
// 값 확인 : intelligence(overwrite)
int intelligence;
if (orcNode->GetData(L"intelligence", intelligence, 0))
{
MK_DEV_PANEL.MsgToLog(L"");
MK_DEV_PANEL.MsgToLog(L"intelligence : " + MkStr(intelligence));
}
// 값 확인 : threeSize(템플릿에만 존재)
MkArray<unsigned int> threeSize;
if (orcNode->GetData(L"threeSize", threeSize))
{
MK_DEV_PANEL.MsgToLog(L"");
MK_DEV_PANEL.MsgToLog(L"threeSize :");
MK_INDEXING_LOOP(threeSize, i)
{
MK_DEV_PANEL.MsgToLog(L" - " + MkStr(threeSize[i]));
}
bool MkCheck::ExceptionForRelease(const char* function, long lineNum, const wchar_t* expression, const wchar_t* message)
{
MkStr funcBuf;
funcBuf.ImportMultiByteString(std::string(function));
MkStr msg;
msg.Reserve(1024);
msg += L"FUNCTION : ";
msg += funcBuf;
msg += L" (";
msg += MkStr(lineNum);
msg += L")\nEXPRESSION : ";
msg += expression;
msg += L"\nMESSAGE : ";
msg += message;
#if (MKDEF_CHECK_EXCEPTION_BREAK)
int rlt = MessageBox(NULL, msg.GetPtr(), L"Oops!!! Break?", MB_YESNO);
if (rlt == IDYES)
{
// crash log
MK_LOG_MGR.CreateCrashPage(msg);
// 강제예외
throw;
}
else if (rlt == IDNO)
#else
int rlt = MessageBox(NULL, msg.GetPtr(), L"Oops!!!", MB_OK);
if (rlt == IDOK)
#endif
{
// log 기록 후 진행
MK_LOG_MGR.Msg(L"<Error> " + msg, true);
}
return true; // excute action
}
#include "MkCore_MkCheck.h"
#include "MkCore_MkDataNode.h"
#include "MkPA_MkProjectDefinition.h"
#include "MkPA_MkStaticResourceContainer.h"
#include "MkPA_MkWindowTagNode.h"
#include "MkPA_MkCheckBoxControlNode.h"
const MkHashStr MkCheckBoxControlNode::CaptionNodeName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"Caption";
const MkHashStr MkCheckBoxControlNode::CheckIconName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"CheckIcon";
const MkHashStr MkCheckBoxControlNode::ObjKey_CaptionTextName(L"CaptionTextName");
const MkHashStr MkCheckBoxControlNode::ObjKey_CaptionString(L"CaptionString");
const MkHashStr MkCheckBoxControlNode::ObjKey_OnCheck(L"OnCheck");
//------------------------------------------------------------------------------------------------//
MkCheckBoxControlNode* MkCheckBoxControlNode::CreateChildNode(MkSceneNode* parentNode, const MkHashStr& childNodeName)
{
MkCheckBoxControlNode* node = __TSI_SceneNodeDerivedInstanceOp<MkCheckBoxControlNode>::Alloc(parentNode, childNodeName);
MK_CHECK(node != NULL, childNodeName.GetString() + L" MkCheckBoxControlNode 생성 실패") {}
return node;
}
//------------------------------------------------------------------------------------------------//
void MkCheckBoxControlNode::SetCheckBox(const MkHashStr& themeName, MkWindowThemeData::eFrameType frameType, const MkArray<MkHashStr>& textNode, bool onCheck)
{
_SetCheckBox(themeName, frameType, textNode, MkStr::EMPTY, onCheck);
virtual bool SetUp(MkDataNode& sharingNode)
{
// 선택 할 테이블들의 pair 수
const unsigned int sampleCount = 100000;
MK_DEV_PANEL.MsgToFreeboard(0, L"선택 할 테이블들의 pair 수 : " + MkStr(sampleCount));
// 샘플 문자열의 최소 길이
const unsigned int minLengthOfString = 20;
// 샘플 문자열의 최대 길이
const unsigned int maxLengthOfString = 50;
MK_DEV_PANEL.MsgToFreeboard(1, L"샘플 문자열의 길이 : " + MkStr(minLengthOfString) + L" ~ " + MkStr(maxLengthOfString));
m_SelectionDice.SetMinMax(0, sampleCount - 1);
m_Keys.Reserve(sampleCount);
// 샘플 테이블 생성
MkUniformDice lengthDice(minLengthOfString, maxLengthOfString);
lengthDice.SetSeed(static_cast<unsigned int>(timeGetTime()));
MkUniformDice charDice(32, 126);
charDice.SetSeed(static_cast<unsigned int>(timeGetTime()) + 12345);
wchar_t buffer[maxLengthOfString + 1];
unsigned int bufSize = sizeof(wchar_t) * (maxLengthOfString + 1);
unsigned int length;
MkHashStr keyStr;
for (unsigned int i=0; i<sampleCount; ++i)
{
ZeroMemory(buffer, bufSize);
length = lengthDice.GenerateRandomNumber();
for (unsigned int j=0; j<length; ++j)
{
buffer[j] = static_cast<wchar_t>(charDice.GenerateRandomNumber());
}
keyStr = buffer;
// key list
m_Keys.PushBack(keyStr);
// MkMap & int
m_MapAndInt.Create(i, i);
// MkMap & MkStr
m_MapAndStr.Create(keyStr.GetString(), i);
// MkHashMap & int
m_HashMapAndInt.Create(i, i);
// MkHashMap & MkHashStr
m_HashMapAndHashStr.Create(keyStr, i);
}
m_HashMapAndInt.Rehash();
m_HashMapAndHashStr.Rehash();
return true;
}
bool GameTroopState::SetUp(const GameNormalPlayer* player)
{
m_Player = player;
if (m_Player == NULL)
return false;
// wizard
unsigned int wizardID = m_Player->GetWizardInfo().GetWizardID();
MkHashStr wizardKey = MkStr(wizardID);
const MkDataNode* wizardData = GameDataNode::WizardSet->GetChildNode(wizardKey);
if (wizardData == NULL)
return false;
const MkDataNode* baseState = wizardData->GetChildNode(L"BaseState");
int wizardLvIndex = m_Player->GetWizardInfo().GetWizardLevel() - 1;
int baseHP = 0;
wizardData->GetData(L"BaseHP", baseHP, 0);
int levelHP = 0;
wizardData->GetData(L"LevelHP", levelHP, 0);
// base
m_HitPointGage.Initialize(baseHP + wizardLvIndex * levelHP);
// attack
_SetState(baseState, GameStateName::Troop::A_BonusAttackPower, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::A_AttackPowerRate, 100, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::A_OnPairBonusAP, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::A_TrippleBonusAP, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::A_FullHouseBonusAP, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::A_FourCardBonusAP, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::A_FiveCardBonusAP, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::A_CriticalDamageRate, 20, 1, 100);
_SetState(baseState, GameStateName::Troop::A_DrainHPAtFourCard, 0, 0, 100);
_SetState(baseState, GameStateName::Troop::A_DrainHPAtFiveCard, 0, 0, 100);
_SetState(baseState, GameStateName::Troop::A_DecayEnemyHPt, 0, 0, 100);
// defense
_SetState(baseState, GameStateName::Troop::D_DamageResistance, 5, 0, 100);
_SetState(baseState, GameStateName::Troop::D_DefensePower, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::D_BonusDRAtRest, 5, 0, 100);
_SetState(baseState, GameStateName::Troop::D_Toughness, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::D_CritRecoveryAtFourCard, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::D_CritRecoveryAtFiveCard, 0, 0, 0xffff);
// support
_SetState(baseState, GameStateName::Troop::S_SupplimentCapacity, 4, 0, 20);
_SetState(baseState, GameStateName::Troop::S_BonusTransformTime, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::S_HealPower, 100, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::S_PtToGainHeal, 100, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::S_HPtAtRest, 15, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::S_HPtForEveryTurn, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::S_HPtAtLoss, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::S_ViewEnemyInfo, eSTIL_None, eSTIL_None, eSTIL_All);
_SetState(baseState, GameStateName::Troop::S_WinnerBonusAPR, 100, 0, 0xffff);
// resource
_SetState(baseState, GameStateName::Troop::R_RedResWeight, 100, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_GreenResWeight, 100, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_VioletResWeight, 100, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_BlueResWeight, 100, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_VoidResWeight, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_PtToGainRes, 100, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_RPtAtRest, 10, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_RPtForEveryTurn, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_ResSlotSize, 5, 0, 8);
_SetState(baseState, GameStateName::Troop::R_OnPairPower, 10, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_TripplePower, 20, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_FullHousePower, 40, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_FourCardPower, 45, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_FiveCardPower, 60, 1, 0xffff);
_SetState(baseState, GameStateName::Troop::R_DecayEnemyRPtAtFourCard, 0, 0, 0xffff);
_SetState(baseState, GameStateName::Troop::R_DecayEnemyRPtAtFiveCard, 0, 0, 0xffff);
return true;
}
#include "MkCore_MkCheck.h"
//#include "MkCore_MkDataNode.h"
#include "MkPA_MkProjectDefinition.h"
#include "MkPA_MkStaticResourceContainer.h"
#include "MkPA_MkWindowTagNode.h"
#include "MkPA_MkBodyFrameControlNode.h"
#include "MkPA_MkSystemWindow.h"
//------------------------------------------------------------------------------------------------//
const MkHashStr MkSystemWindow::OneAndOnlyTagName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"OAOTag";
MkWindowBaseNode* MkSystemWindow::CreateNormalButton(const MkHashStr& name)
{
return NULL;
}
MkWindowBaseNode* MkSystemWindow::CreateOkButton(const MkHashStr& name)
{
return NULL;
}
MkWindowBaseNode* MkSystemWindow::CreateCancelButton(const MkHashStr& name)
{
return NULL;
}
const MkHashStr MkSystemWindow::MkMessageBox::TitleNodeName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"Title";
const MkHashStr MkSystemWindow::MkMessageBox::BodyNodeName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"Body";
virtual bool SetUp(MkDataNode& sharingNode)
{
// [ data 형태 정의 ]
//------------------------------------------------------------------------------------------------//
// int a;
// float b;
// MkVec3 c;
// wchar_t d[64];
//------------------------------------------------------------------------------------------------//
// srcArray 생성
MkInterfaceForDataWriting dwInterface;
dwInterface.SetInputSize(ePDT_Int, SIZE_COUNT);
dwInterface.SetInputSize(ePDT_Float, SIZE_COUNT);
dwInterface.SetInputSize(ePDT_Vec3, SIZE_COUNT);
dwInterface.SetInputSize(ePDT_Str, SIZE_COUNT);
dwInterface.UpdateInputSize();
for (int i=0; i<SIZE_COUNT; ++i)
{
float f = static_cast<float>(i);
dwInterface.Write(static_cast<int>(i));
dwInterface.Write(static_cast<float>(f * -10.f));
dwInterface.Write(MkVec3(f, f * -2.f, f * 3.f));
dwInterface.Write(MkStr(L"잘생겨서 죄송요~"));
}
MkByteArray srcArray;
dwInterface.Flush(srcArray);
dwInterface.Clear();
// srcArray -> 파일로 출력
MkInterfaceForFileWriting fwInterface;
fwInterface.SetUp(L"test.data", true, true);
fwInterface.Write(srcArray, MkArraySection(0));
fwInterface.Clear();
srcArray.Clear();
// 파일을 destBuffer에 읽음
MkByteArray destBuffer;
MkInterfaceForFileReading frInterface;
frInterface.SetUp(L"test.data");
frInterface.Read(destBuffer, MkArraySection(0));
frInterface.Clear();
MK_DEV_PANEL.MsgToLog(MkStr::EMPTY); // 빈 칸 하나 넣고,
// 읽어들인 결과 출력. 첫번째와 마지막 unit 대상
MkInterfaceForDataReading drInterface;
drInterface.SetUp(destBuffer, 0);
for (int i=0; i<SIZE_COUNT; ++i)
{
int a = 0;
drInterface.Read(a);
float b = 0.f;
drInterface.Read(b);
MkVec3 c = MkVec3::Zero;
drInterface.Read(c);
MkStr d;
drInterface.Read(d);
if (i == 0)
{
MK_DEV_PANEL.MsgToLog(L"[ First unit ]");
MK_DEV_PANEL.MsgToLog(L" a : " + MkStr(a));
MK_DEV_PANEL.MsgToLog(L" b : " + MkStr(b));
MK_DEV_PANEL.MsgToLog(L" c : " + MkStr(c));
MK_DEV_PANEL.MsgToLog(L" d : " + MkStr(d));
}
else if (i == (SIZE_COUNT - 1))
{
MK_DEV_PANEL.MsgToLog(L"[ Last unit ]");
MK_DEV_PANEL.MsgToLog(L" a : " + MkStr(a));
MK_DEV_PANEL.MsgToLog(L" b : " + MkStr(b));
MK_DEV_PANEL.MsgToLog(L" c : " + MkStr(c));
MK_DEV_PANEL.MsgToLog(L" d : " + MkStr(d));
}
}
destBuffer.Clear();
// 출력 폴더 열기
MkPathName::GetRootDirectory().OpenDirectoryInExplorer();
return true;
}
#include "MkCore_MkCheck.h"
#include "MkCore_MkDataNode.h"
#include "MkPA_MkProjectDefinition.h"
#include "MkPA_MkStaticResourceContainer.h"
#include "MkPA_MkWindowThemedNode.h"
const MkHashStr MkWindowThemedNode::ShadowNodeName(MkStr(MKDEF_PA_WIN_VISUAL_PATTERN_PREFIX) + L"Shadow");
const MkHashStr MkWindowThemedNode::ArgKey_ChangeTheme(L"ChangeTheme");
const MkHashStr MkWindowThemedNode::ObjKey_ThemeName(L"ThemeName");
const MkHashStr MkWindowThemedNode::ObjKey_ComponentType(L"ComponentType");
const MkHashStr MkWindowThemedNode::ObjKey_CustomFormName(L"CustomFormName");
const MkHashStr MkWindowThemedNode::ObjKey_UseShadow(L"UseShadow");
const MkHashStr MkWindowThemedNode::ObjKey_ClientSize(L"ClientSize");
const MkHashStr MkWindowThemedNode::ObjKey_FrameType(L"FrameType");
//------------------------------------------------------------------------------------------------//
MkWindowThemedNode* MkWindowThemedNode::CreateChildNode(MkSceneNode* parentNode, const MkHashStr& childNodeName)
{
MkWindowThemedNode* node = __TSI_SceneNodeDerivedInstanceOp<MkWindowThemedNode>::Alloc(parentNode, childNodeName);
MK_CHECK(node != NULL, childNodeName.GetString() + L" MkWindowThemedNode 생성 실패") {}
return node;
}
//------------------------------------------------------------------------------------------------//
virtual void Update(const MkTimeState& timeState)
{
// 한 프레임에 검색 할 횟수
// 최종적으로 sampleCount 크기의 테이블에서 findCount 번 검색 한 결과가 프로파일링 됨
const unsigned int findCount = 1000;
MK_DEV_PANEL.MsgToFreeboard(2, L"검색 횟수 : " + MkStr(findCount));
MkArray<unsigned int> index(findCount);
MkArray<MkHashStr> hashKey(findCount);
MkArray<MkStr> strKey(findCount);
unsigned int target;
for (unsigned int i=0; i<findCount; ++i)
{
target = m_SelectionDice.GenerateRandomNumber();
index.PushBack(target);
hashKey.PushBack(m_Keys[target]);
strKey.PushBack(m_Keys[target].GetString());
}
const static MkHashStr ProfKeyMI = L"MkMap<int>";
const static MkHashStr ProfKeyMS = L"MkMap<MkStr>";
const static MkHashStr ProfKeyHI = L"MkHashMap<int>";
const static MkHashStr ProfKeyHS = L"MkHashMap<MkHashStr>";
unsigned int tmp = 0;
// MkMap & int
MK_PROF_MGR.Begin(ProfKeyMI);
MK_INDEXING_LOOP(index, i)
{
tmp = m_MapAndInt[index[i]];
}
MK_PROF_MGR.End(ProfKeyMI);
// MkMap & MkStr
MK_PROF_MGR.Begin(ProfKeyMS);
MK_INDEXING_LOOP(strKey, i)
{
tmp = m_MapAndStr[strKey[i]];
}
MK_PROF_MGR.End(ProfKeyMS);
// MkHashMap & int
MK_PROF_MGR.Begin(ProfKeyHI);
MK_INDEXING_LOOP(index, i)
{
tmp = m_HashMapAndInt[index[i]];
}
MK_PROF_MGR.End(ProfKeyHI);
// MkHashMap & MkHashStr
MK_PROF_MGR.Begin(ProfKeyHS);
MK_INDEXING_LOOP(hashKey, i)
{
tmp = m_HashMapAndHashStr[hashKey[i]];
}
MK_PROF_MGR.End(ProfKeyHS);
MK_DEV_PANEL.MsgToFreeboard(4, MkStr(tmp));
}
void MkSystemEnvironment::__PrintSystemInformationToLog(void) const
{
// 시스템 기본 정보 출력
MkStr buffer;
buffer.Reserve(2048);
buffer += L"< System environment >";
buffer += MkStr::CRLF;
// application version
buffer += L" - Application version : ";
buffer += m_ApplicationVersion.ToString();
buffer += MkStr::CRLF;
// minikey version
buffer += L" - MiniKey version : ";
buffer += m_MiniKeyVersion.ToString();
buffer += MkStr::CRLF;
// build mode
MkStr currMode;
buffer += L" - Build mode : ";
switch (m_BuildMode)
{
case eDebug:
buffer += L"Debug";
break;
case eRelease:
buffer += L"Release";
break;
case eShipping:
buffer += L"Shipping";
break;
}
buffer += MkStr::CRLF;
// user
buffer += L" - User name : ";
buffer += m_CurrentUserName;
buffer += MkStr::CRLF;
// OS
buffer += L" - OS : Windows ";
buffer += m_WindowsVersion;
switch (m_ProcessorArchitecture)
{
case eEtcPA:
buffer += L" (EtcPA)";
break;
case eX86:
buffer += L" (x86)";
break;
case eX64:
buffer += L" (x64)";
break;
}
buffer += MkStr::CRLF;
// core
buffer += L" - Cores : ";
buffer += MkStr(m_NumberOfProcessors);
buffer += MkStr::CRLF;
// locale
buffer += L" - Code page : ";
buffer += MkStr(MkStr::GetCodePage());
buffer += MkStr::CRLF;
// background resolution
buffer += L" - Background resolution : ";
buffer += m_BackgroundResolution.x;
buffer += L" * ";
buffer += m_BackgroundResolution.y;
buffer += MkStr::CRLF;
// module directory
buffer += L" - Module directory :";
buffer += MkStr::CRLF;
buffer += L" ";
buffer += MkStr(MkPathName::GetModuleDirectory());
buffer += MkStr::CRLF;
// root directory
buffer += L" - Root directory :";
buffer += MkStr::CRLF;
buffer += L" ";
buffer += MkStr(MkPathName::GetRootDirectory());
buffer += MkStr::CRLF;
// print to log
MK_DEV_PANEL.MsgToLog(buffer, false);
}
#include "MkCore_MkCheck.h"
//#include "MkCore_MkDataNode.h"
#include "MkPA_MkProjectDefinition.h"
#include "MkPA_MkWindowDispositioner.h"
#include "MkPA_MkStaticResourceContainer.h"
#include "MkPA_MkWindowTagNode.h"
#include "MkPA_MkTitleBarControlNode.h"
#include "MkPA_MkBodyFrameControlNode.h"
#include "MkPA_MkWindowFactory.h"
const MkHashStr MkWindowFactory::OneAndOnlyTagName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"OAOTag";
const MkHashStr MkWindowFactory::OkButtonName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"Ok";
const MkHashStr MkWindowFactory::CancelButtonName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"Cancel";
const MkHashStr MkWindowFactory::BodyFrameName = MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"BodyFrame";
//------------------------------------------------------------------------------------------------//
void MkWindowFactory::SetThemeName(const MkHashStr& themeName)
{
m_ThemeName = MK_STATIC_RES.GetWindowThemeSet().IsValidTheme(themeName) ? themeName : MkWindowThemeData::DefaultThemeName;
}
MkWindowTagNode* MkWindowFactory::CreateTextTagNode(const MkHashStr& name, const MkStr& message, MkFloat2& textRegion) const
{
MkArray<MkHashStr> textName;
return _CreateTextTagNode(name, message, textName, textRegion);
}
MkWindowTagNode* MkWindowFactory::CreateTextTagNode(const MkHashStr& name, const MkArray<MkHashStr>& message, MkFloat2& textRegion) const
virtual bool SetUp(MkDataNode& sharingNode)
{
// [ data 형태 정의 ]
//------------------------------------------------------------------------------------------------//
// int a;
// float b;
// MkVec3 c;
// wchar_t d[64];
//------------------------------------------------------------------------------------------------//
// data 크기 계산
const unsigned int sizeOfUnit =
sizeof(int) // a
+ sizeof(float) // b
+ sizeof(MkVec3) // c
+ sizeof(wchar_t) * 64; // d
const unsigned int sizeOfData = sizeOfUnit * SIZE_COUNT;
// chunk data 생성
unsigned char* chunkData = new unsigned char[sizeOfData];
ZeroMemory(chunkData, sizeOfData);
unsigned int recordPosition = 0;
for (int i=0; i<SIZE_COUNT; ++i)
{
float f = static_cast<float>(i);
// a
const int a = i;
memcpy_s(&chunkData[recordPosition], sizeof(int), reinterpret_cast<const unsigned char*>(&a), sizeof(int));
recordPosition += sizeof(int);
// b
const float b = f * -10.f;
memcpy_s(&chunkData[recordPosition], sizeof(float), reinterpret_cast<const unsigned char*>(&b), sizeof(float));
recordPosition += sizeof(float);
// c
const MkVec3 c = MkVec3(f, f * -2.f, f * 3.f);
memcpy_s(&chunkData[recordPosition], sizeof(MkVec3), reinterpret_cast<const unsigned char*>(&c), sizeof(MkVec3));
recordPosition += sizeof(MkVec3);
// d
wcscpy_s(reinterpret_cast<wchar_t*>(&chunkData[recordPosition]), 64, L"잘생겨서 죄송요~");
recordPosition += sizeof(wchar_t) * 64;
}
// chunkData -> 파일로 출력
std::ofstream ostream;
ostream.open(L"test.data", std::ios::out | std::ios::binary | std::ios::trunc);
if (ostream.is_open())
{
ostream.write(reinterpret_cast<const char*>(chunkData), sizeOfData);
ostream.close();
}
delete [] chunkData;
// chunk data 버퍼 생성 및 초기화
unsigned char* chunkBuffer = new unsigned char[sizeOfData];
ZeroMemory(chunkBuffer, sizeOfData);
// 파일에서 읽기 -> chunkBuffer
std::ifstream rstream;
rstream.open(L"test.data", std::ios::in | std::ios::binary);
if (rstream.is_open())
{
rstream.read(reinterpret_cast<char*>(chunkBuffer), sizeOfData);
rstream.close();
}
MK_DEV_PANEL.MsgToLog(MkStr::EMPTY); // 빈 칸 하나 넣고,
// 읽어들인 결과 출력. 첫번째와 마지막 unit 대상
unsigned int readPosition = 0;
// 첫번째 unit
int a = 0;
memcpy_s(reinterpret_cast<unsigned char*>(&a), sizeof(int), &chunkBuffer[readPosition], sizeof(int));
readPosition += sizeof(int);
float b = 0.f;
memcpy_s(reinterpret_cast<unsigned char*>(&b), sizeof(float), &chunkBuffer[readPosition], sizeof(float));
readPosition += sizeof(float);
MkVec3 c = MkVec3::Zero;
memcpy_s(reinterpret_cast<unsigned char*>(&c), sizeof(MkVec3), &chunkBuffer[readPosition], sizeof(MkVec3));
readPosition += sizeof(MkVec3);
wchar_t d[64] = {0, };
memcpy_s(reinterpret_cast<unsigned char*>(d), sizeof(wchar_t) * 64, &chunkBuffer[readPosition], sizeof(wchar_t) * 64);
MK_DEV_PANEL.MsgToLog(L"[ First unit ]");
MK_DEV_PANEL.MsgToLog(L" a : " + MkStr(a));
MK_DEV_PANEL.MsgToLog(L" b : " + MkStr(b));
MK_DEV_PANEL.MsgToLog(L" c : " + MkStr(c));
MK_DEV_PANEL.MsgToLog(L" d : " + MkStr(d));
// 마지막 unit
readPosition = sizeOfUnit * (SIZE_COUNT - 1);
a = 0;
memcpy_s(reinterpret_cast<unsigned char*>(&a), sizeof(int), &chunkBuffer[readPosition], sizeof(int));
readPosition += sizeof(int);
b = 0.f;
memcpy_s(reinterpret_cast<unsigned char*>(&b), sizeof(float), &chunkBuffer[readPosition], sizeof(float));
readPosition += sizeof(float);
c = MkVec3::Zero;
memcpy_s(reinterpret_cast<unsigned char*>(&c), sizeof(MkVec3), &chunkBuffer[readPosition], sizeof(MkVec3));
readPosition += sizeof(MkVec3);
ZeroMemory(d, sizeof(wchar_t) * 64);
memcpy_s(reinterpret_cast<unsigned char*>(d), sizeof(wchar_t) * 64, &chunkBuffer[readPosition], sizeof(wchar_t) * 64);
MK_DEV_PANEL.MsgToLog(L"[ Last unit ]");
MK_DEV_PANEL.MsgToLog(L" a : " + MkStr(a));
MK_DEV_PANEL.MsgToLog(L" b : " + MkStr(b));
MK_DEV_PANEL.MsgToLog(L" c : " + MkStr(c));
MK_DEV_PANEL.MsgToLog(L" d : " + MkStr(d));
delete [] chunkBuffer;
// 출력 폴더 열기
MkPathName targetDir = MkPathName::GetRootDirectory() + L"..\\..\\"; // project foler
targetDir.OpenDirectoryInExplorer();
return true;
}
#include "MkCore_MkInputManager.h"
#include "MkCore_MkDevPanel.h"
#include "MkCore_MkDataNode.h"
#include "MkPA_MkProjectDefinition.h"
#include "MkPA_MkDeviceManager.h"
#include "MkPA_MkRenderer.h"
#include "MkPA_MkHiddenEditBox.h"
#include "MkPA_MkScrollBarControlNode.h"
#include "MkPA_MkSliderControlNode.h"
#include "MkPA_MkEditBoxControlNode.h"
#include "MkPA_MkListBoxControlNode.h"
#include "MkPA_MkWindowManagerNode.h"
const MkHashStr MkWindowManagerNode::ModalEffectNodeName(MkStr(MKDEF_PA_WIN_CONTROL_PREFIX) + L"MEN");
const MkHashStr MkWindowManagerNode::ObjKey_DepthBandwidth(L"DepthBW");
const MkHashStr MkWindowManagerNode::ObjKey_DeactivatingWindows(L"DeactivateWins");
const MkHashStr MkWindowManagerNode::ObjKey_ActivatingWindows(L"ActivateWins");
const MkHashStr MkWindowManagerNode::ObjKey_ModalWindow(L"Modal");
#define MKDEF_DEAULT_DEPTH_BANDWIDTH 1000.f
//------------------------------------------------------------------------------------------------//
MkWindowManagerNode* MkWindowManagerNode::CreateChildNode(MkSceneNode* parentNode, const MkHashStr& childNodeName)
{
MkWindowManagerNode* node = __TSI_SceneNodeDerivedInstanceOp<MkWindowManagerNode>::Alloc(parentNode, childNodeName);
MK_CHECK(node != NULL, childNodeName.GetString() + L" MkWindowManagerNode 생성 실패") {}
return node;
void MkImageInfo::SetUp(const MkInt2& imageSize, const MkDataNode* node)
{
Clear();
// ready to uv converting
MkFloat2 fImageSize(static_cast<float>(imageSize.x), static_cast<float>(imageSize.y));
// empty subset
Subset& emptySubset = m_Subsets.Create(MkHashStr::EMPTY);
emptySubset.rectSize = fImageSize;
emptySubset.uv[MkFloatRect::eLeftTop] = MkFloat2::Zero;
emptySubset.uv[MkFloatRect::eRightTop] = MkFloat2(1.f, 0.f);
emptySubset.uv[MkFloatRect::eLeftBottom] = MkFloat2(0.f, 1.f);
emptySubset.uv[MkFloatRect::eRightBottom] = MkFloat2(1.f, 1.f);
if (node == NULL)
return;
// group
node->GetDataEx(GROUP_KEY, m_Group, 0);
// parse nodes
MkArray<MkHashStr> keyList;
node->GetChildNodeList(keyList);
MK_INDEXING_LOOP(keyList, i)
{
const MkHashStr& childName = keyList[i];
const MkDataNode& childNode = *node->GetChildNode(childName);
do
{
// 필수 key로 subset/sequence 종류 판단
if (childNode.IsValidKey(SIZE_KEY)) // subset
{
MkInt2 position;
childNode.GetData(POSITION_KEY, position, 0);
MkInt2 size;
childNode.GetData(SIZE_KEY, size, 0);
MK_CHECK(size.IsPositive(), childName.GetString() + L" 노드의 " + SIZE_KEY.GetString() + L" 값 오류")
break;
MkInt2 table(1, 1);
childNode.GetData(TABLE_KEY, table, 0);
MK_CHECK(table.IsPositive(), childName.GetString() + L" 노드의 " + TABLE_KEY.GetString() + L" 값 오류")
break;
MkFloat2 fSubsetSize(static_cast<float>(size.x), static_cast<float>(size.y));
MkFloat2 fUVSize(fSubsetSize.x / fImageSize.x, fSubsetSize.y / fImageSize.y);
// single subset
if ((table.x == 1) && (table.y == 1))
{
_RegisterSubset(childName, fSubsetSize, position, fImageSize, fUVSize);
}
// multi subset
else
{
MkInt2 offset = size;
childNode.GetData(OFFSET_KEY, offset, 0);
MkInt2 currPivot = position;
for (int y = 0; y < table.y; ++y)
{
for (int x = 0; x < table.x; ++x)
{
_RegisterSubset(childName.GetString() + MkStr(y * table.x + x), fSubsetSize, currPivot, fImageSize, fUVSize);
currPivot.x += offset.x;
}
currPivot.x = position.x;
currPivot.y += offset.y;
}
}
}
else if (childNode.IsValidKey(TOTAL_RANGE_KEY) && childNode.IsValidKey(SUBSET_LIST_KEY)) // sequence
{
float totalRange = 0.f;
childNode.GetData(TOTAL_RANGE_KEY, totalRange, 0);
MK_CHECK(totalRange > 0.f, childName.GetString() + L" 노드의 " + TOTAL_RANGE_KEY.GetString() + L" 값 오류")
break;
MkArray<MkHashStr> subsetList;
childNode.GetDataEx(SUBSET_LIST_KEY, subsetList);
MK_CHECK(!subsetList.Empty(), childName.GetString() + L" 노드의 " + SUBSET_LIST_KEY.GetString() + L" 값 오류")
break;
MkArray<float> timeList;
childNode.GetData(TIME_LIST_KEY, timeList);
bool loop = true;
childNode.GetData(LOOP_KEY, loop, 0);
// time list 검증 및 자동생성
if (timeList.Empty())
{
timeList.Reserve(subsetList.GetSize());
float oneFrameTime = totalRange / static_cast<float>(subsetList.GetSize());
float timeStamp = 0.f;
MK_INDEXING_LOOP(subsetList, j)
{
timeList.PushBack(timeStamp);
timeStamp += oneFrameTime;
}
}