bool EncodeSourceData(char *lpsSource, int ncLength, int nVerGroup)
{
int i, j;
int ncSrcBits, ncDstBits;
int nBlock = 0;
int ncComplete = 0;
WORD wBinCode;
memset(m_nBlockLength, 0, sizeof(m_nBlockLength));
for (m_ncDataBlock = i = 0; i < ncLength; ++i)
{
BYTE byMode;
if (i < ncLength - 1 && IsKanjiData(lpsSource[i], lpsSource[i + 1]))
byMode = QR_MODE_KANJI;
else if (IsNumeralData(lpsSource[i]))
byMode = QR_MODE_NUMERAL;
else if (IsAlphabetData(lpsSource[i]))
byMode = QR_MODE_ALPHABET;
else
byMode = QR_MODE_8BIT;
if (i == 0)
m_byBlockMode[0] = byMode;
if (m_byBlockMode[m_ncDataBlock] != byMode)
m_byBlockMode[++m_ncDataBlock] = byMode;
++m_nBlockLength[m_ncDataBlock];
if (byMode == QR_MODE_KANJI)
{
++m_nBlockLength[m_ncDataBlock];
++i;
}
}
++m_ncDataBlock;
while (nBlock < m_ncDataBlock - 1)
{
int ncJoinFront, ncJoinBehind;
int nJoinPosition = 0;
if ((m_byBlockMode[nBlock] == QR_MODE_NUMERAL && m_byBlockMode[nBlock + 1] == QR_MODE_ALPHABET) ||
(m_byBlockMode[nBlock] == QR_MODE_ALPHABET && m_byBlockMode[nBlock + 1] == QR_MODE_NUMERAL))
{
ncSrcBits = GetBitLength(m_byBlockMode[nBlock], m_nBlockLength[nBlock], nVerGroup) +
GetBitLength(m_byBlockMode[nBlock + 1], m_nBlockLength[nBlock + 1], nVerGroup);
ncDstBits = GetBitLength(QR_MODE_ALPHABET, m_nBlockLength[nBlock] + m_nBlockLength[nBlock + 1], nVerGroup);
if (ncSrcBits > ncDstBits)
{
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_8BIT)
{
ncJoinFront = GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock - 1] + m_nBlockLength[nBlock], nVerGroup) +
GetBitLength(m_byBlockMode[nBlock + 1], m_nBlockLength[nBlock + 1], nVerGroup);
if (ncJoinFront > ncDstBits + GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock - 1], nVerGroup))
ncJoinFront = 0;
}
else
ncJoinFront = 0;
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_8BIT)
{
ncJoinBehind = GetBitLength(m_byBlockMode[nBlock], m_nBlockLength[nBlock], nVerGroup) +
GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock + 1] + m_nBlockLength[nBlock + 2], nVerGroup);
if (ncJoinBehind > ncDstBits + GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock + 2], nVerGroup))
ncJoinBehind = 0;
}
else
ncJoinBehind = 0;
if (ncJoinFront != 0 && ncJoinBehind != 0)
{
nJoinPosition = (ncJoinFront < ncJoinBehind) ? -1 : 1;
}
else
{
nJoinPosition = (ncJoinFront != 0) ? -1 : ((ncJoinBehind != 0) ? 1 : 0);
}
if (nJoinPosition != 0)
{
if (nJoinPosition == -1)
{
m_nBlockLength[nBlock - 1] += m_nBlockLength[nBlock];
for (i = nBlock; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
}
else
{
m_byBlockMode[nBlock + 1] = QR_MODE_8BIT;
m_nBlockLength[nBlock + 1] += m_nBlockLength[nBlock + 2];
for (i = nBlock + 2; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
}
--m_ncDataBlock;
}
else
{
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_ALPHABET)
{
m_nBlockLength[nBlock + 1] += m_nBlockLength[nBlock + 2];
for (i = nBlock + 2; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
--m_ncDataBlock;
}
m_byBlockMode[nBlock] = QR_MODE_ALPHABET;
m_nBlockLength[nBlock] += m_nBlockLength[nBlock + 1];
for (i = nBlock + 1; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
--m_ncDataBlock;
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_ALPHABET)
{
m_nBlockLength[nBlock - 1] += m_nBlockLength[nBlock];
for (i = nBlock; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
--m_ncDataBlock;
}
}
continue;
}
}
++nBlock;
}
nBlock = 0;
while (nBlock < m_ncDataBlock - 1)
{
ncSrcBits = GetBitLength(m_byBlockMode[nBlock], m_nBlockLength[nBlock], nVerGroup)
+ GetBitLength(m_byBlockMode[nBlock + 1], m_nBlockLength[nBlock + 1], nVerGroup);
ncDstBits = GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock] + m_nBlockLength[nBlock + 1], nVerGroup);
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_8BIT)
ncDstBits -= (4 + nIndicatorLen8Bit[nVerGroup]);
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_8BIT)
ncDstBits -= (4 + nIndicatorLen8Bit[nVerGroup]);
if (ncSrcBits > ncDstBits)
{
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_8BIT)
{
m_nBlockLength[nBlock - 1] += m_nBlockLength[nBlock];
for (i = nBlock; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
--m_ncDataBlock;
--nBlock;
}
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_8BIT)
{
m_nBlockLength[nBlock + 1] += m_nBlockLength[nBlock + 2];
for (i = nBlock + 2; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
--m_ncDataBlock;
}
m_byBlockMode[nBlock] = QR_MODE_8BIT;
m_nBlockLength[nBlock] += m_nBlockLength[nBlock + 1];
for (i = nBlock + 1; i < m_ncDataBlock - 1; ++i)
{
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
--m_ncDataBlock;
if (nBlock >= 1)
--nBlock;
continue;
}
++nBlock;
}
m_ncDataCodeWordBit = 0;
memset(m_byDataCodeWord, 0, MAX_DATACODEWORD);
for (i = 0; i < m_ncDataBlock && m_ncDataCodeWordBit != -1; ++i)
{
if (m_byBlockMode[i] == QR_MODE_NUMERAL)
{
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 1, 4);
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (WORD)m_nBlockLength[i], nIndicatorLenNumeral[nVerGroup]);
for (j = 0; j < m_nBlockLength[i]; j += 3)
{
if (j < m_nBlockLength[i] - 2)
{
wBinCode = (WORD)(((lpsSource[ncComplete + j] - '0') * 100) +
((lpsSource[ncComplete + j + 1] - '0') * 10) +
(lpsSource[ncComplete + j + 2] - '0'));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 10);
}
else if (j == m_nBlockLength[i] - 2)
{
wBinCode = (WORD)(((lpsSource[ncComplete + j] - '0') * 10) +
(lpsSource[ncComplete + j + 1] - '0'));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 7);
}
else if (j == m_nBlockLength[i] - 1)
{
wBinCode = (WORD)(lpsSource[ncComplete + j] - '0');
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 4);
}
}
ncComplete += m_nBlockLength[i];
}
else if (m_byBlockMode[i] == QR_MODE_ALPHABET)
{
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 2, 4);
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (WORD)m_nBlockLength[i], nIndicatorLenAlphabet[nVerGroup]);
for (j = 0; j < m_nBlockLength[i]; j += 2)
{
if (j < m_nBlockLength[i] - 1)
{
wBinCode = (WORD)((AlphabetToBinaly(lpsSource[ncComplete + j]) * 45) +
AlphabetToBinaly(lpsSource[ncComplete + j + 1]));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 11);
}
else
{
wBinCode = (WORD)AlphabetToBinaly(lpsSource[ncComplete + j]);
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 6);
}
}
ncComplete += m_nBlockLength[i];
}
else if (m_byBlockMode[i] == QR_MODE_8BIT)
{
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 4, 4);
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (WORD)m_nBlockLength[i], nIndicatorLen8Bit[nVerGroup]);
for (j = 0; j < m_nBlockLength[i]; ++j)
{
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (WORD)lpsSource[ncComplete + j], 8);
}
ncComplete += m_nBlockLength[i];
}
else
{
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 8, 4);
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (WORD)(m_nBlockLength[i] / 2), nIndicatorLenKanji[nVerGroup]);
for (j = 0; j < m_nBlockLength[i] / 2; ++j)
{
WORD wBinCode = KanjiToBinaly((WORD)(((BYTE)lpsSource[ncComplete + (j * 2)] << 8) + (BYTE)lpsSource[ncComplete + (j * 2) + 1]));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 13);
}
ncComplete += m_nBlockLength[i];
}
}
return (m_ncDataCodeWordBit != -1);
}
int EncodeSourceData(const char* lpsSource, int ncLength, int nVerGroup)
{
memset(m_nBlockLength, 0, sizeof(m_nBlockLength));
int i, j;
// Investigate whether continuing characters (bytes) which mode is what
for (m_ncDataBlock = i = 0; i < ncLength; i++) {
uint8_t byMode;
if (IsNumeralData(lpsSource[i])) {
byMode = QR_MODE_NUMERAL;
} else if (IsAlphabetData(lpsSource[i])) {
byMode = QR_MODE_ALPHABET;
} else {
byMode = QR_MODE_8BIT;
}
if (i == 0) {
m_byBlockMode[0] = byMode;
}
if (m_byBlockMode[m_ncDataBlock] != byMode) {
m_byBlockMode[++m_ncDataBlock] = byMode;
}
m_nBlockLength[m_ncDataBlock]++;
}
m_ncDataBlock++;
// // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // /
// Linked by a sequence of conditional block alphanumeric mode and numeric mode block adjacent
int ncSrcBits, ncDstBits; // The bit length of the block mode if you have over the original bit length and a single alphanumeric
int nBlock = 0;
while (nBlock < m_ncDataBlock - 1) {
int ncJoinFront, ncJoinBehind; // Bit length when combined with 8-bit byte block mode before and after
int nJoinPosition = 0; // Block the binding of 8-bit byte mode: combined with the previous -1 = 0 = do not bind, bind behind a =
// Sort of - "digit alphanumeric" - "or alphanumeric numbers"
if ((m_byBlockMode[nBlock] == QR_MODE_NUMERAL && m_byBlockMode[nBlock + 1] == QR_MODE_ALPHABET) ||
(m_byBlockMode[nBlock] == QR_MODE_ALPHABET && m_byBlockMode[nBlock + 1] == QR_MODE_NUMERAL)) {
// If you compare the bit length of alphanumeric characters and a single block mode over the original bit length
ncSrcBits = GetBitLength(m_byBlockMode[nBlock], m_nBlockLength[nBlock], nVerGroup) +
GetBitLength(m_byBlockMode[nBlock + 1], m_nBlockLength[nBlock + 1], nVerGroup);
ncDstBits = GetBitLength(QR_MODE_ALPHABET, m_nBlockLength[nBlock] + m_nBlockLength[nBlock + 1], nVerGroup);
if (ncSrcBits > ncDstBits) {
// If there is an 8-bit byte block mode back and forth, check whether they favor the binding of
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_8BIT) {
// There are 8-bit byte block mode before
ncJoinFront = GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock - 1] + m_nBlockLength[nBlock], nVerGroup) +
GetBitLength(m_byBlockMode[nBlock + 1], m_nBlockLength[nBlock + 1], nVerGroup);
if (ncJoinFront > ncDstBits + GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock - 1], nVerGroup)) {
ncJoinFront = 0; // 8-bit byte and block mode does not bind
}
} else {
ncJoinFront = 0;
}
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_8BIT) {
// There are 8-bit byte mode block behind
ncJoinBehind = GetBitLength(m_byBlockMode[nBlock], m_nBlockLength[nBlock], nVerGroup) +
GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock + 1] + m_nBlockLength[nBlock + 2], nVerGroup);
if (ncJoinBehind > ncDstBits + GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock + 2], nVerGroup)) {
ncJoinBehind = 0; // 8-bit byte and block mode does not bind
}
} else {
ncJoinBehind = 0;
}
if (ncJoinFront != 0 && ncJoinBehind != 0) {
// If there is a 8-bit byte block mode has priority both before and after the way the data length is shorter
nJoinPosition = (ncJoinFront < ncJoinBehind) ? -1 : 1;
} else {
nJoinPosition = (ncJoinFront != 0) ? -1 : ((ncJoinBehind != 0) ? 1 : 0);
}
if (nJoinPosition != 0) {
// Block the binding of 8-bit byte mode
if (nJoinPosition == -1) {
m_nBlockLength[nBlock - 1] += m_nBlockLength[nBlock];
// The subsequent shift
for (i = nBlock; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
} else {
m_byBlockMode[nBlock + 1] = QR_MODE_8BIT;
m_nBlockLength[nBlock + 1] += m_nBlockLength[nBlock + 2];
// The subsequent shift
for (i = nBlock + 2; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
}
m_ncDataBlock--;
} else {
// Block mode integrated into a single alphanumeric string of numbers and alphanumeric
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_ALPHABET) {
// Binding mode of the block followed by alphanumeric block attempts to join
m_nBlockLength[nBlock + 1] += m_nBlockLength[nBlock + 2];
// The subsequent shift
for (i = nBlock + 2; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
m_ncDataBlock--;
}
m_byBlockMode[nBlock] = QR_MODE_ALPHABET;
m_nBlockLength[nBlock] += m_nBlockLength[nBlock + 1];
// The subsequent shift
for (i = nBlock + 1; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
m_ncDataBlock--;
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_ALPHABET) {
// Combined mode of alphanumeric block before the block bound
m_nBlockLength[nBlock - 1] += m_nBlockLength[nBlock];
// The subsequent shift
for (i = nBlock; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
m_ncDataBlock--;
}
}
continue;
// Re-examine the block of the current position
}
}
nBlock++; // Investigate the next block
}
// // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // /
// 8-bit byte block mode over the short block mode to continuous
nBlock = 0;
while (nBlock < m_ncDataBlock - 1) {
ncSrcBits = GetBitLength(m_byBlockMode[nBlock], m_nBlockLength[nBlock], nVerGroup)
+ GetBitLength(m_byBlockMode[nBlock + 1], m_nBlockLength[nBlock + 1], nVerGroup);
ncDstBits = GetBitLength(QR_MODE_8BIT, m_nBlockLength[nBlock] + m_nBlockLength[nBlock + 1], nVerGroup);
// If there is a 8-bit byte block mode before, subtract the duplicate indicator minute
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_8BIT) {
ncDstBits -= (4 + nIndicatorLen8Bit[nVerGroup]);
}
// If there is a block behind the 8-bit byte mode, subtract the duplicate indicator minute
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_8BIT) {
ncDstBits -= (4 + nIndicatorLen8Bit[nVerGroup]);
}
if (ncSrcBits > ncDstBits) {
if (nBlock >= 1 && m_byBlockMode[nBlock - 1] == QR_MODE_8BIT) {
// 8-bit byte mode coupling block in front of the block to join
m_nBlockLength[nBlock - 1] += m_nBlockLength[nBlock];
// The subsequent shift
for (i = nBlock; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
m_ncDataBlock--;
nBlock--;
}
if (nBlock < m_ncDataBlock - 2 && m_byBlockMode[nBlock + 2] == QR_MODE_8BIT) {
// 8-bit byte mode coupling block at the back of the block to join
m_nBlockLength[nBlock + 1] += m_nBlockLength[nBlock + 2];
// The subsequent shift
for (i = nBlock + 2; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
m_ncDataBlock--;
}
m_byBlockMode[nBlock] = QR_MODE_8BIT;
m_nBlockLength[nBlock] += m_nBlockLength[nBlock + 1];
// The subsequent shift
for (i = nBlock + 1; i < m_ncDataBlock - 1; i++) {
m_byBlockMode[i] = m_byBlockMode[i + 1];
m_nBlockLength[i] = m_nBlockLength[i + 1];
}
m_ncDataBlock--;
// Re-examination in front of the block bound
if (nBlock >= 1) {
nBlock--;
}
continue;
}
nBlock++;// Investigate the next block
}
// // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // /
// Mosquito bit array
int ncComplete = 0; // Data pre-processing counter
uint16_t wBinCode;
m_ncDataCodeWordBit = 0;// Bit counter processing unit
memset(m_byDataCodeWord, 0, sizeof(m_byDataCodeWord));
for (i = 0; i < m_ncDataBlock && m_ncDataCodeWordBit != -1; i++) {
if (m_byBlockMode[i] == QR_MODE_NUMERAL) {
// // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // /
// Numeric mode
// Indicator (0001b)
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 1, 4);
// Set number of characters
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (uint16_t)m_nBlockLength[i], nIndicatorLenNumeral[nVerGroup]);
// Save the bit string
for (j = 0; j < m_nBlockLength[i]; j += 3) {
if (j < m_nBlockLength[i] - 2) {
wBinCode = (uint16_t)(((lpsSource[ncComplete + j] - '0') * 100) +
((lpsSource[ncComplete + j + 1] - '0') * 10) +
(lpsSource[ncComplete + j + 2] - '0'));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 10);
} else
if (j == m_nBlockLength[i] - 2) {
// 2 bytes fraction
wBinCode = (uint16_t)(((lpsSource[ncComplete + j] - '0') * 10) +
(lpsSource[ncComplete + j + 1] - '0'));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 7);
} else
if (j == m_nBlockLength[i] - 1) {
// A fraction of bytes
wBinCode = (uint16_t)(lpsSource[ncComplete + j] - '0');
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 4);
}
}
ncComplete += m_nBlockLength[i];
}
else
if (m_byBlockMode[i] == QR_MODE_ALPHABET) {
// // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // /
// Alphanumeric mode
// Mode indicator (0010b)
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 2, 4);
// Set number of characters
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (uint16_t)m_nBlockLength[i], nIndicatorLenAlphabet[nVerGroup]);
// Save the bit string
for (j = 0; j < m_nBlockLength[i]; j += 2) {
if (j < m_nBlockLength[i] - 1) {
wBinCode = (uint16_t)((AlphabetToBinary(lpsSource[ncComplete + j]) * 45) +
AlphabetToBinary(lpsSource[ncComplete + j + 1]));
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 11);
} else {
// A fraction of bytes
wBinCode = (uint16_t)AlphabetToBinary(lpsSource[ncComplete + j]);
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, wBinCode, 6);
}
}
ncComplete += m_nBlockLength[i];
}
else { // (m_byBlockMode[i] == QR_MODE_8BIT)
// // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // /
// 8-bit byte mode
// Mode indicator (0100b)
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, 4, 4);
// Set number of characters
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (uint16_t)m_nBlockLength[i], nIndicatorLen8Bit[nVerGroup]);
// Save the bit string
for (j = 0; j < m_nBlockLength[i]; j++) {
m_ncDataCodeWordBit = SetBitStream(m_ncDataCodeWordBit, (uint16_t)lpsSource[ncComplete + j], 8);
}
ncComplete += m_nBlockLength[i];
}
}
return (m_ncDataCodeWordBit != -1);
}