/** @brief User pressed Text button. */
void CTestFilterDlg::OnTestBtn()
{
CString text;
GetDlgItemText(IDC_TEST_TEXT, text);
BOOL passed = CheckText(text);
CString result = (passed ? _T("passed") : _T("failed"));
text += _T(": ") + result;
AppendResult(text);
}
DLLEXPORT_TEST_FUNCTION void PdfTextWriter_WriteText(struct PdfTextWriter *self, char *text)
{
struct StringObject *sText;
char *cText;
cText = CheckText(text);
sText = StringObject_Create(self->streamWriter, cText);
StringObject_Write(sText);
StringObject_Destroy(sText);
self->streamWriter->WriteData(self->streamWriter, "Tj");
self->streamWriter->WriteNewLine(self->streamWriter);
}
BOOL DText::Attach(STRCPTR data, TEXT_FORMAT fmt, UINT width /* = 0U */, BOOL warp /* = FALSE */)
{
if (m_Data)
return FALSE;
if (!CheckText(data, fmt, width, warp))
return FALSE;
m_Attach = TRUE;
m_Warp = warp;
m_Width = width;
m_Format = fmt;
m_Data = data;
m_Length = DStrLen(m_Data);
return TRUE;
}
void DevideScript(char *pszScript)
{
char *pszText = pszScript;
char *pszPaser;
int nLineLen = 0;
while (*pszText)
{
if (pszPaser = CheckText(pszText))
{
nLineLen = pszPaser - pszText;
switch (*pszPaser)
{
case '\\':
{
if (nLineLen >= 1)
AddScriptLine(pszText, nLineLen, SCRIPT_GENTEXT);
AddScriptLine(NULL, 0, SCRIPT_RETURN);
pszText = ++pszPaser;
break;
}
case '<':
{
if (nLineLen >= 1)
AddScriptLine(pszText, nLineLen, SCRIPT_GENTEXT);
pszText = AddScriptLine(pszPaser, nLineLen, SCRIPT_BUTTON);
break;
}
case '{':
{
if (nLineLen >= 1)
AddScriptLine(pszText, nLineLen, SCRIPT_GENTEXT);
pszText = AddScriptLine(pszPaser, nLineLen, SCRIPT_TAG);
break;
}
}
}
}
}
BOOL DText::Create(STRCPTR data, TEXT_FORMAT fmt, UINT width /* = 0U */, BOOL warp /* = FALSE */, BOOL pre_alloc /* = FALSE */)
{
if (m_Data)
return FALSE;
if (!CheckText(data, fmt, width, warp))
return FALSE;
if (pre_alloc) {
m_Data = data;
} else {
m_Data = AllocData(data);
if (!m_Data)
return FALSE;
}
m_Attach = FALSE;
m_Warp = warp;
m_Width = width;
m_Format = fmt;
m_Length = DStrLen(m_Data);
return TRUE;
}
HandlerTestProperties::HandlerTestProperties(const char* const szTestName) :
VSL::UnitTestBase(szTestName)
{
// Create a CommandId for this command handler.
VSL::CommandId testId(guidTest1, dwTestId1);
// Check the default values.
{ // Create the command handler via first constructor
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId);
CheckDefaultValues(handler, testId);
}
{ // Create the command handler via second constructor
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId.GetGuid(), testId.GetId());
CheckDefaultValues(handler, testId);
}
// Check the status properties when set from the constructor
{
// Create the command handler with only the supported flag set.
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId, NULL, NULL, OLECMDF_SUPPORTED);
CheckSupportedWasSet(handler, testId);
}
{
// Create the command handler with only the supported flag set.
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId.GetGuid(), testId.GetId(), NULL, NULL, OLECMDF_SUPPORTED);
CheckSupportedWasSet(handler, testId);
}
DWORD dwVariousFlags = OLECMDF_ENABLED | OLECMDF_INVISIBLE | OLECMDF_LATCHED;
{
// Create the command handler.
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId, NULL, NULL, dwVariousFlags);
CheckVariousFlagsSet(handler, testId, dwVariousFlags);
}
{
// Create the command handler.
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId.GetGuid(), testId.GetId(), NULL, NULL, dwVariousFlags);
CheckVariousFlagsSet(handler, testId, dwVariousFlags);
}
// Check that the properties are set correctly by the setter methods.
{
// Create a command handler with the default settings.
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId);
CheckSetters(handler);
}
{
// Create a command handler with the default settings.
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId.GetGuid(), testId.GetId());
CheckSetters(handler);
}
// Check that the Text property is set correctly by the constructor and setter method.
const wchar_t szText[] = L"Original Text";
{
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId, NULL, NULL, OLECMDF_ENABLED | OLECMDF_SUPPORTED, szText);
CheckText(handler, szText);
}
{
VSL::CommandHandlerBase<HandlerTestProperties> handler(testId.GetGuid(), testId.GetId(), NULL, NULL, OLECMDF_ENABLED | OLECMDF_SUPPORTED, szText);
CheckText(handler, szText);
}
}
/*メイン関数*/
void TextClass::Main(UserClass &User){
//メニューパラメータセット
static struct MenuArg_rec MenuRightParam;
SetMenuParam_GameRight(MenuRightParam);
static MenuClass GameRightMenu(MenuRightParam);
//定数
const int OtherSelect = 6;
//ゲームカウントの初期化
InitGameCount(User);
//テキストチェック
CheckText(User);
//制御コードチェック
if( WriteMode != EYECATCH ) CheckCotrolCode(User);
//背景描画
Graph.DrawBack(User);
//キャラクタ描画
Graph.DrawChar(User);
//テキストボックス描画
if( WriteMode != NOTWINDOW ) Graph.DrawWindow();
//描画モード取得
//WriteMode = GetWriteMode();
//コンフィグで未読スキップ許可設定
ReadUpdate(User);
//既読チェック
CheckRead();
//デバッグ用既読操作
ControlRead();
//メニュー設置･処理
if( WriteMode == NORMAL ){
GameRightMenu.Create();
Select = GameRightMenu.GetSelectNo();
}
//テキスト描画
if( WriteMode == NORMAL ) NormalWrite(User); //通常テキスト描画
if( WriteMode == EYECATCH ) EyeCatching(User); //アイキャッチ
if( WriteMode == BACKLOG ) BackLogMain(User); //バックログ
if( WriteMode == NOTWINDOW ) NotWindow(); //ウィンドウ非表示
if( WriteMode == END ) GameEnd(User); //ゲーム終了
//メニューを選択していなければ、テキストを進める･スキップ･オート
if( Select == OtherSelect && WriteMode == NORMAL){
PutNextLine(User);
//SkipFunction(User);
AutoFunction(User);
}
//現在のカウントをセット
SetGameData(User);
}
