Example #1
0
//-----------------------------------------------------------------------------
void ConsoleServer::process_script(TCPSocket /*client*/, const char* msg)
{
	JSONParser parser(msg);
	JSONElement root = parser.root();

	DynamicString script;
	root.key("script").to_string(script);
	device()->lua_environment()->execute_string(script.c_str());
}
Example #2
0
	static void parse_uniforms(JSONElement root, Array<UniformData>& uniforms, Array<char>& names, Array<char>& dynamic)
	{
		using namespace vector;

		Vector<DynamicString> keys(default_allocator());
		root.key("uniforms").to_keys(keys);

		for (uint32_t i = 0; i < size(keys); i++)
		{
			UniformHandle uh;
			uh.uniform_handle = 0;

			DynamicString type = root.key("uniforms").key(keys[i].c_str()).key("type").to_string();

			UniformData ud;
			ud.name_offset = array::size(names); array::push(names, keys[i].c_str(), keys[i].length()); array::push_back(names, '\0');
			ud.type = string_to_uniform_type(type.c_str());
			ud.data_offset = reserve_dynamic_data(uh, dynamic);

			switch (ud.type)
			{
				case UniformType::FLOAT:
				{
					float data = root.key("uniforms").key(keys[i].c_str()).key("value").to_float();
					reserve_dynamic_data(data, dynamic);
					break;
				}
				case UniformType::VECTOR2:
				{
					Vector2 data = root.key("uniforms").key(keys[i].c_str()).key("value").to_vector2();
					reserve_dynamic_data(data, dynamic);
					break;
				}
				case UniformType::VECTOR3:
				{
					Vector3 data = root.key("uniforms").key(keys[i].c_str()).key("value").to_vector3();
					reserve_dynamic_data(data, dynamic);
					break;
				}
				case UniformType::VECTOR4:
				{
					Vector4 data = root.key("uniforms").key(keys[i].c_str()).key("value").to_vector4();
					reserve_dynamic_data(data, dynamic);
					break;
				}
				default: CE_FATAL("Oops"); break;
			}

			array::push_back(uniforms, ud);
		}
	}
Example #3
0
bool LocalizableStringManager::ProduceLanguageFile( const BazisLib::String &fp )
{
	File file(fp, FileModes::CreateOrTruncateRW);
	if (!file.Valid())
	{
		_tprintf(_T("ERROR: cannot open %s for writing\n"), fp.c_str());
		return false;
	}
#ifdef UNICODE
	unsigned short unicodeHeader = 0xFEFF;
	file.Write(&unicodeHeader, sizeof(unicodeHeader));
#endif
	//1033 == MAKELANGID(LANG_ENGLISH, SUBLANG_ENGLISH_US)
	file.WriteLine(DynamicString(_T("; Generated by BazisLib STRGEN.EXE, http://bazislib.sysprogs.org/\r\n; Syntax: <ID> <spaces or tabs> <value>\r\n; <value> should be in C/C++ format (\\r, \\n, \\t, \\\", etc.) \r\n; Strings starting with '; ' will be ignored\r\n; WARNING! This file should always be UNICODE!\r\n")));
	file.WriteLine(DynamicString(_T("[settings]\r\nLanguage       English\r\nLANGID         1033\r\nLanguageEng    English\r\nTranslator     SysProgs\r\nE-Mail         [email protected]\r\n"))); 
	file.WriteLine(DynamicString(_T("[strings]"))); 

	unsigned maxIdLen = 0;

	for each(const std::map<BazisLib::String, StringRecord>::value_type &pair in m_Strings)
		if (pair.first.length() > maxIdLen)
			maxIdLen = pair.first.length();

	DynamicString definitionLine;
	DynamicString maxSpacing;
	maxSpacing.insert(0, maxIdLen, ' ');

	for each(const std::map<BazisLib::String, StringRecord>::value_type &pair in m_Strings)
	{
		const TCHAR *pSpacing = maxSpacing.c_str() + pair.first.length();
		definitionLine.Format(_T("%s%s   %s"), pair.first.c_str(), pSpacing, pair.second.Value.c_str());
		file.WriteLine(definitionLine);
	}

	return true;
}
Example #4
0
bool LocalizableStringManager::ParseSourceFile( const BazisLib::String &fp )
{
	ManagedPointer<TextANSIFileReader> pRdr = new TextANSIFileReader(new ACFile(fp, FileModes::OpenReadOnly));
	if (!pRdr->Valid())
	{
		_tprintf(_T("ERROR: cannot open %s\n"), fp.c_str());
		return false;
	}
	_tprintf(_T("  %s\n"), Path::GetFileName(fp).c_str());

	bool insideCCommentBlock = false;
	bool insideStringConstant = false;

	unsigned lineNum = 0;

	DynamicString currentDialogID;

	while (!pRdr->IsEOF())
	{
		size_t LocalizationTokenStart = -1;
		enum
		{
			ltUnknown = 0,
			ltTR,
			ltDIALOG,
			ltDLGITEM,
		} localizationTokenType;

		lineNum++;
		DynamicStringA line = pRdr->ReadLine();

		if (line[0] == '#')
			break;
			
		unsigned backslashCount = 0;
		char prevChar = 0, ch = 0;

		size_t lastStringStart = -1, lastStringLen = 0;

		for (size_t i = 0; i < line.length(); i++, prevChar = ch)
		{
			//Even amount of backslashes followed by quotation mark toggles string constant flag (outside comment block)
			//The "/*" and "*/" sequences outside string block change the comment flag.
			//The "//" sequence skips everything till the end of the string
			//At the end of each line inside the string block there should be a backslash
			ch = line[i];

			bool isLastChar = (i == (line.length() - 1));

			if (insideCCommentBlock)
			{
				if ((ch == '/') && (prevChar == '*'))
					insideCCommentBlock = false;
			}
			else	//Outside comment block - detect string literals
			{
				if (ch == '\\')
					backslashCount++;
				else 
				{
					if (((ch == '\"') || (ch == '\'')) && !(backslashCount % 2))
					{
						if (!insideStringConstant)
							lastStringStart = i + 1, lastStringLen = 0;
						else
							lastStringLen = i - lastStringStart;

						insideStringConstant = !insideStringConstant;
					}
					backslashCount = 0;
				}

				if (!insideStringConstant)	//Outside comment and string blocks - check for comment start
				{
					if ((ch == '*') && (prevChar == '/'))
						insideCCommentBlock = true;
					if ((ch == '/') && (prevChar == '/'))
						break;
				}
				else	//Inside string block
				{
					if (isLastChar && (ch != '\\'))
					{
						_tprintf(_T("%s(%d) : error: Unterminated string"), GetFullPath(fp).c_str(), lineNum);
						return false;
					}
				}
			}

			//Here, both insideCCommentBlock and insideStringConstant reflect the real file context. So, let's find "_TR()" and LOCALIZE_DIALOG()/LOCALIZE_DLGITEM()
			if (!insideCCommentBlock && !insideStringConstant)
			{
				if (!IsValidCTokenChar(prevChar))
				{
					size_t newTokenStart = -1;
					size_t remaining = line.length() - i;
					if ((remaining > 4) && (line.substr(i, 3) == "_TR") && !IsValidCTokenChar(line[i + 3]))
						newTokenStart = i + 3, localizationTokenType = ltTR;
					else if ((remaining > 16) && (line.substr(i, 15) == "LOCALIZE_DIALOG") && !IsValidCTokenChar(line[i + 15]))
						newTokenStart = i + 15, localizationTokenType = ltDIALOG;
					else if ((remaining > 17) && (line.substr(i, 16) == "LOCALIZE_DLGITEM") && !IsValidCTokenChar(line[i + 16]))
						newTokenStart = i + 16, localizationTokenType = ltDLGITEM;

					if (newTokenStart != -1)
					{
						if (LocalizationTokenStart != -1)
						{
							_tprintf(_T("%s(%d) : error: Localization token used recursively"), GetFullPath(fp).c_str(), lineNum);
							return false;
						}
						LocalizationTokenStart = newTokenStart;
						
						lastStringStart = -1;
						lastStringLen = 0;
					}

				}
				if (ch == '}')
					currentDialogID.clear();

				if ((ch == ')') && (LocalizationTokenStart != -1))
				{
					size_t tokenParamsStart = line.find_first_not_of(" \t()", LocalizationTokenStart);
					TempStringA tokenParams = line.substr(tokenParamsStart, i - LocalizationTokenStart);
					if (tokenParams.empty())
					{
						_tprintf(_T("%s(%d) : error: Empty localization macro"), GetFullPath(fp).c_str(), lineNum);
						return false;
					}
					if (localizationTokenType == ltTR)
					{
						if ((lastStringStart == -1) || !lastStringLen)
						{
							_tprintf(_T("%s(%d) : error: Invalid _TR() statement - default string not found"), GetFullPath(fp).c_str(), lineNum);
							return false;
						}
						DynamicString lastString = ANSIStringToString(line.substr(lastStringStart, lastStringLen));

						size_t idEnd = tokenParams.find_first_of(" ,");
						DynamicString id = ANSIStringToString(tokenParams.substr(0, (idEnd == -1) ? 0 : idEnd));
						if (id.empty())
						{
							_tprintf(_T("%s(%d) : error: Invalid _TR() statement - cannot determine string ID"), GetFullPath(fp).c_str(), lineNum);
							return false;
						}

						const DynamicString &existingValue = m_Strings[id].Value;
						if (!existingValue.empty() && (existingValue != lastString))
							_tprintf(_T("%s(%d) : warning: %s redefined with different value\n"), GetFullPath(fp).c_str(), lineNum, id.c_str());

						m_Strings[id].Value = lastString;
					}
					else
					{
						_FixedSetOfCharsSplitString<2, TempStringA> params(tokenParams, ", \t");
						if (params.count() < 2)
						{
							_tprintf(_T("%s(%d) : error: Invalid LOCALIZE_xxx() statement - less than 2 arguments\n"), GetFullPath(fp).c_str(), lineNum);
							return false;
						}

						DynamicString stringId = ANSIStringToString(params[0]);
						if (stringId.empty())
						{
							_tprintf(_T("%s(%d) : error: Invalid LOCALIZE_xxx() statement - empty string ID\n"), GetFullPath(fp).c_str(), lineNum);
							return false;
						}

						if (localizationTokenType == ltDIALOG)
						{
							DynamicString dlgID = ANSIStringToString(params[1]);
							if (m_Dialogs.find(dlgID) == m_Dialogs.end())
							{
								_tprintf(_T("%s(%d) : error: Cannot find dialog %s\n"), GetFullPath(fp).c_str(), lineNum, dlgID.c_str());
								return false;
							}
							m_Dialogs[dlgID].Localized = true;
							m_Dialogs[dlgID].LocalizationFileAndLine.Format(_T("%s(%d)"), GetFullPath(fp).c_str(), lineNum);
							m_Strings[stringId].Value = m_Dialogs[dlgID].Caption;
							currentDialogID = dlgID;
						}
						else if (localizationTokenType == ltDLGITEM)
						{
							if (currentDialogID.empty())
							{
								_tprintf(_T("%s(%d) : error: LOCALIZE_DLGITEM() used outside LOCALIZE_DIALOG() block\n"), GetFullPath(fp).c_str(), lineNum);
								return false;
							}
							DynamicString itemID = ANSIStringToString(params[1]);
							std::map<BazisLib::String, DialogMember>::iterator it = m_Dialogs[currentDialogID].DialogMembers.find(itemID);
							if ((stringId == _T("0")) || !stringId.icompare(_T("NULL")))
							{
								it->second.Skipped = true;
								continue;
							}
							if (it == m_Dialogs[currentDialogID].DialogMembers.end())
							{
								_tprintf(_T("%s(%d) : error: %s is not defined in %s\n"), GetFullPath(fp).c_str(), lineNum, itemID.c_str(), currentDialogID.c_str());
								return false;
							}
							m_Strings[stringId].Value = it->second.Name;
							it->second.Localized = true;
						}

					}
					LocalizationTokenStart = -1;
				}
			}
		}

	}
	return true;
}