diff options
Diffstat (limited to 'engines/agi/wagparser.cpp')
| -rw-r--r-- | engines/agi/wagparser.cpp | 16 |
1 files changed, 8 insertions, 8 deletions
diff --git a/engines/agi/wagparser.cpp b/engines/agi/wagparser.cpp index 54f8eaf90b..fa11654ad9 100644 --- a/engines/agi/wagparser.cpp +++ b/engines/agi/wagparser.cpp @@ -111,9 +111,9 @@ WagFileParser::~WagFileParser() { bool WagFileParser::checkAgiVersionProperty(const WagProperty &version) const { if (version.getCode() == WagProperty::PC_INTVERSION && // Must be AGI interpreter version property - version.getSize() >= 3 && // Need at least three characters for a version number like "X.Y" - Common::isDigit(version.getData()[0]) && // And the first character must be a digit - (version.getData()[1] == ',' || version.getData()[1] == '.')) { // And the second a comma or a period + version.getSize() >= 3 && // Need at least three characters for a version number like "X.Y" + Common::isDigit(version.getData()[0]) && // And the first character must be a digit + (version.getData()[1] == ',' || version.getData()[1] == '.')) { // And the second a comma or a period for (int i = 2; i < version.getSize(); i++) // And the rest must all be digits if (!Common::isDigit(version.getData()[i])) @@ -129,7 +129,7 @@ uint16 WagFileParser::convertToAgiVersionNumber(const WagProperty &version) { if (checkAgiVersionProperty(version)) { // Check that the string is a valid AGI interpreter version string // Convert first ascii digit to an integer and put it in the fourth nibble (Bits 12...15) of the version number // and at the same time set all other nibbles to zero. - uint16 agiVerNum = ((uint16) (version.getData()[0] - '0')) << (3 * 4); + uint16 agiVerNum = ((uint16)(version.getData()[0] - '0')) << (3 * 4); // Convert at most three least significant digits of the version number's minor part // (i.e. the part after the decimal point) and put them in order to the third, second @@ -137,7 +137,7 @@ uint16 WagFileParser::convertToAgiVersionNumber(const WagProperty &version) { // is the number of digits after the decimal point. int32 digitCount = MIN<int32>(3, ((int32) version.getSize()) - 2); // How many digits left to convert for (int i = 0; i < digitCount; i++) - agiVerNum |= ((uint16) (version.getData()[version.getSize() - digitCount + i] - '0')) << ((2 - i) * 4); + agiVerNum |= ((uint16)(version.getData()[version.getSize() - digitCount + i] - '0')) << ((2 - i) * 4); debug(3, "WagFileParser: Converted AGI version from string %s to number 0x%x", version.getData(), agiVerNum); return agiVerNum; @@ -148,7 +148,7 @@ uint16 WagFileParser::convertToAgiVersionNumber(const WagProperty &version) { bool WagFileParser::checkWagVersion(Common::SeekableReadStream &stream) { if (stream.size() >= WINAGI_VERSION_LENGTH) { // Stream has space to contain the WinAGI version string // Read the last WINAGI_VERSION_LENGTH bytes of the stream and make a string out of it - char str[WINAGI_VERSION_LENGTH+1]; // Allocate space for the trailing zero also + char str[WINAGI_VERSION_LENGTH + 1]; // Allocate space for the trailing zero also uint32 oldStreamPos = stream.pos(); // Save the old stream position stream.seek(stream.size() - WINAGI_VERSION_LENGTH); uint32 readBytes = stream.read(str, WINAGI_VERSION_LENGTH); @@ -164,7 +164,7 @@ bool WagFileParser::checkWagVersion(Common::SeekableReadStream &stream) { // WinAGI 1.1.21 recognizes as acceptable in the end of a *.wag file. // Note that they are all of length 16 and are padded with spaces to be that long. return scumm_stricmp(str, "WINAGI v1.0 ") == 0 || - scumm_stricmp(str, "1.0 BETA ") == 0; + scumm_stricmp(str, "1.0 BETA ") == 0; } else { // Stream is too small to contain the WinAGI version string debug(3, "WagFileParser::checkWagVersion: Stream is too small to contain a valid WAG file"); return false; @@ -188,7 +188,7 @@ bool WagFileParser::parse(const Common::FSNode &node) { if (property.read(*stream)) { // Read the property and check it was read ok _propList.push_back(property); // Add read property to properties list debug(4, "WagFileParser::parse: Read property with code %d, type %d, number %d, size %d, data \"%s\"", - property.getCode(), property.getType(), property.getNumber(), property.getSize(), property.getData()); + property.getCode(), property.getType(), property.getNumber(), property.getSize(), property.getData()); } else // Reading failed, let's bail out break; } while (!endOfProperties(*stream)); // Loop until the end of properties |