public byte[] LoadTextFile(List <string> strlTextFile)
{
// Load file to byte array
if (strlTextFile.Count > 0)
{
// Initialize buffers
//m_ylMemoryImage = new List<byte> (m_kiInitialImageSize); // Limit to 8k until there's a reason to expand
//for (int iIdx = 0; iIdx < m_ylMemoryImage.Capacity; iIdx++)
//{
// m_ylMemoryImage.Add (0x00);
//}
//m_yaEndCard = new byte[m_kiEndCardImageSize];
// Initialize boundary markers
m_iLowAddressMI = m_kiInitialImageSize;
m_iHighAddressMI = 0;
m_iLowAddressEC = m_kiEndCardImageSize;
m_iHighAddressEC = 0;
foreach (string str in strlTextFile)
{
if (str[0] == 'T')
{
byte[] yaTextBinary = ReadTextCard(str);
//PrintStringList (BinaryToDump (yaTextBinary));
for (int iIdx = yaTextBinary[0] + 1, iTargetIdx = yaTextBinary[1] * 0x0100 + yaTextBinary[2];
iIdx > 0;
iIdx--, iTargetIdx--)
{
//m_ylMemoryImage[iTargetIdx] = yaTextBinary[iIdx + 2];
m_yaMainMemory[iTargetIdx] = yaTextBinary[iIdx + 2];
if (iTargetIdx < m_iLowAddressMI)
{
m_iLowAddressMI = iTargetIdx;
}
if (iTargetIdx > m_iHighAddressMI)
{
m_iHighAddressMI = iTargetIdx;
}
}
//PrintStringList (BinaryToDump (m_laMemoryImage, m_iLowAddressMI, m_iHighAddressMI));
}
else if (str[0] == 'E')
{
byte[] yaTextBinary = ReadTextCard(str);
//PrintStringList (BinaryToDump (yaTextBinary));
m_iEndCardLoadAddress = yaTextBinary[0x00] << 8 | yaTextBinary[0x01];
for (int iIdx = 0x00, iTargetIdx = 0x17;
iIdx < 0x41;
iIdx++, iTargetIdx++)
{
//m_yaEndCard[iTargetIdx] = yaTextBinary[iIdx];
m_yaMainMemory[iTargetIdx] = yaTextBinary[iIdx];
if (iTargetIdx < m_iLowAddressEC)
{
m_iLowAddressEC = iTargetIdx;
}
//if (iTargetIdx > m_iHighAddressEC && m_yaEndCard[iTargetIdx] > 0x00)
//if (iTargetIdx > m_iHighAddressEC)
if (iTargetIdx > m_iHighAddressEC &&
//m_yaEndCard[iTargetIdx] > 0)
m_yaMainMemory[iTargetIdx] > 0)
{
m_iHighAddressEC = iTargetIdx;
}
//PrintStringList (BinaryToDump (m_yaEndCard, m_iLowAddressEC, m_iHighAddressEC));
}
//int iMainEntryPoint = m_yaEndCard[17] << 8 + m_yaEndCard[18];
int iMainEntryPoint = m_yaMainMemory[17] << 8 + m_yaMainMemory[18];
if (m_iEntryPointMI == 0x0000 &&
iMainEntryPoint >= m_iLowAddressMI &&
iMainEntryPoint < m_iHighAddressMI)
{
m_iEntryPointMI = iMainEntryPoint;
}
if (m_iHighAddressEC < 0x0055)
{
++m_iHighAddressEC;
}
}
}
}
//m_sdDCP[m_iLowAddressMI] = new CDasmControlPoint (m_iLowAddressMI, ENotationType.NOTE_Begin, "Low address");
//m_sdDCP[m_iHighAddressMI] = new CDasmControlPoint (m_iHighAddressMI, ENotationType.NOTE_End, "High address");
m_sdDCP[m_iLowAddressMI] = new CDasmControlPoint(m_iLowAddressMI, 0, 0, true, EControlPointType.POINT_Begin, "Low address");
m_sdDCP[m_iHighAddressMI] = new CDasmControlPoint(m_iHighAddressMI, 0, 0, true, EControlPointType.POINT_End, "High address");
DumpListDCP();
//return m_ylMemoryImage.GetRange (0x0000, m_iHighAddressMI).ToArray ();
byte[] yaReturn = new byte[m_iHighAddressMI + 1];
for (int iIdx = 0; iIdx <= m_iHighAddressMI; ++iIdx)
{
yaReturn[iIdx] = m_yaMainMemory[iIdx];
}
return(yaReturn);
}
public List <byte> LoadTextFile(List <string> strlTextFile)
{
// Load file to byte array
if (strlTextFile.Count > 0)
{
// Initialize buffers
m_ylMemoryImage = new List <byte> (m_kiInitialImageSize); // Limit to 8k until there's a reason to expand
for (int iIdx = 0; iIdx < m_ylMemoryImage.Capacity; iIdx++)
{
m_ylMemoryImage.Add(0x00);
}
m_yaEndCard = new byte[m_kiEndCardImageSize];
// Initialize boundary markers
m_iLowAddressMI = m_kiInitialImageSize;
m_iHighAddressMI = 0;
m_iLowAddressEC = m_kiEndCardImageSize;
m_iHighAddressEC = 0;
foreach (string str in strlTextFile)
{
if (str[0] == 'T')
{
byte[] yaTextBinary = ReadTextCard(str);
//PrintStringList (BinaryToDump (yaTextBinary));
for (int iIdx = yaTextBinary[0] + 1, iTargetIdx = yaTextBinary[1] * 0x0100 + yaTextBinary[2];
iIdx > 0;
iIdx--, iTargetIdx--)
{
m_ylMemoryImage[iTargetIdx] = yaTextBinary[iIdx + 2];
if (iTargetIdx < m_iLowAddressMI)
{
m_iLowAddressMI = iTargetIdx;
}
if (iTargetIdx > m_iHighAddressMI)
{
m_iHighAddressMI = iTargetIdx;
}
}
//PrintStringList (BinaryToDump (m_laMemoryImage, m_iLowAddressMI, m_iHighAddressMI));
}
else if (str[0] == 'E')
{
byte[] yaTextBinary = ReadTextCard(str);
//PrintStringList (BinaryToDump (yaTextBinary));
for (int iIdx = 0x02, iTargetIdx = 0x19;
iIdx < 0x41;
iIdx++, iTargetIdx++)
{
m_yaEndCard[iTargetIdx] = yaTextBinary[iIdx];
if (iTargetIdx < m_iLowAddressEC)
{
m_iLowAddressEC = iTargetIdx;
}
//if (iTargetIdx > m_iHighAddressEC && m_yaEndCard[iTargetIdx] > 0x00)
if (iTargetIdx > m_iHighAddressEC)
{
m_iHighAddressEC = iTargetIdx;
}
//PrintStringList (BinaryToDump (m_yaEndCard, m_iLowAddressEC, m_iHighAddressEC));
}
}
}
}
m_sdDCP[m_iLowAddressMI] = new CDasmControlPoint(m_iLowAddressMI, ENotationType.NOTE_Begin, "Low address");
m_sdDCP[m_iHighAddressMI] = new CDasmControlPoint(m_iHighAddressMI, ENotationType.NOTE_End, "High address");
DumpListDCP();
return(m_ylMemoryImage);
}
