bool EdiComposer::ComposeTrailer()
{
BufferClean();
BufferWriteRawData(GetTrailer().RecordType, 1);
BufferWriteRawData(GetTrailer().Carrier, 9);
wxString total;
total << GetTrailer().TotalRecords;
BufferWriteRawData(PrepareString(total, 9), 9);
wxString added;
added << GetTrailer().TotalAdds;
BufferWriteRawData(PrepareString(added, 9), 9);
wxString changed;
changed << GetTrailer().TotalChanges;
BufferWriteRawData(PrepareString(changed, 9), 9);
wxString moved;
moved << GetTrailer().TotalMoveHistory;
BufferWriteRawData(PrepareString(moved, 9), 9);
wxString rolled;
BufferWriteRawData(PrepareString(rolled, 9), 9);
wxString replaced;
replaced << GetTrailer().TotalReplacements;
BufferWriteRawData(PrepareString(replaced, 9), 9);
BufferFlush();
return true;
};
//**************************************************************************************
//*** plSerialBufferFlush
//***
//***
//*** LUA STACK IN:
//*** L1 -> handle
//*** LUA STACK OUT:
//*** number : 0 -> ERROR
//*** 1 -> OK
//**************************************************************************************
static int plSerialBufferFlush( lua_State *L )
{
int ret = 0;
if( lua_gettop(L) == 1 )
ret = BufferFlush( lua_tonumber(L,1) );
lua_pushnumber( L, ret );
return 1;
}
bool EdiComposer::ComposeTrailer(const Document& doc) {
bool result = true;
BufferClean();
for (size_t k=0; k<doc.GetTrailerDescriptor().GetSize(); k++) {
WriteData(doc.GetTrailerFieldDescriptor(k), doc.GetTrailerValue(k));
}
BufferFlush();
return result;
};
void BufferedWrite(void* handle, const void* data, size_t len){
while(len>0){
WriteBuffer *self=(WriteBuffer*)handle;
size_t remaining=WRITE_BUFFER_LENGTH-self->len;
if(remaining>=len){
memcpy(self->buf+self->len, data, len);
self->len+=len;
return;
}else{
memcpy(self->buf+self->len, data, remaining);
BufferFlush(handle);
len-=remaining;
}
}
}
// private
bool EdiComposer::ComposeHeader(const Document& doc) {
bool result = true;
BufferClean();
for (size_t j=0; j<doc.GetDescriptor().GetSize(); j++) {
WriteData(doc.GetField(j));
if ( 0 == doc.GetField(j).GetDescriptor().GetName().Cmp(CARRIER_NAME) ) {
SetCarrier(doc.GetField(j).GetValue());
GetTrailer().Carrier = GetCarrier();
}
}
BufferFlush();
return result;
};
bool InternalComposer::ComposeDetail(Descriptor* descriptor, Matrix* matrix)
{
bool result = true;
GetTrailer().TotalRecords = GetDetail()->GetNumberRows();
size_t numberRows = GetDetail()->GetNumberRows();
for (size_t i=0; i<numberRows; i++) {
BufferClean();
wxArrayString row;
// prepare row
for (size_t j=0, k=0; j<descriptor->GetSize(); j++) {
XmlElementDescriptor* colDesc = (XmlElementDescriptor*)descriptor->GetElementDescriptor(j);
if ( colDesc->IsEnabled() ) {
row.Add(GetDetail()->GetValue(i, k++));
} else {
row.Add(colDesc->GetDefaultValue());
}
}
// transformation for not enabled dependence
for (size_t l=0; l<descriptor->GetSize(); l++) {
XmlElementDescriptor* colDesc = (XmlElementDescriptor*)descriptor->GetElementDescriptor(l);
ElementDependence* dep = colDesc->GetDependence();
if ( NULL != dep ) {
size_t index = dep->GetFieldIndex();
if ( index >= 0
&& index < descriptor->GetSize()
&& !descriptor->GetElementDescriptor(index)->IsEnabled() ) {
row[index] = colDesc->DependenceValue(row[l]);
}
}
}
// writing row to file
wxString rowStr;
for (size_t m=0; m<descriptor->GetSize(); m++) {
ElementDescriptor* ed = GetDetail()->GetDescriptor()->GetElementDescriptor(m);
bool dataCheck = CheckAndWriteData(ed, row[m]);
if ( !dataCheck ) {
LOG_MESSAGE(INFO_MESSAGE_LEVEL, wxString::Format(" Row is [%d].\n", i));
}
result = result && dataCheck;
}
UpdateTrailer(row[0]);
BufferFlush();
}
return result;
};
bool EdiComposer::ComposeDetail(const Document& doc) {
bool result = true;
GetTrailer().TotalRecords = doc.GetNumberRows();
bool fillTrailer = true;
for (size_t i=0; i<doc.GetNumberRows(); i++) {
if ( fillTrailer ) {
UpdateTrailer(doc.GetValue(i,0));
}
BufferClean();
for (size_t j=0; j<doc.GetColCount(); j++) {
WriteData(doc.GetColumnDescriptor(j), doc.GetValue(i,j));
}
BufferFlush();
}
return result;
};
bool InternalComposer::ComposeHeader(Descriptor* descriptor, Matrix* matrix)
{
bool result = true;
BufferClean();
for (int j=0; j<GetHeader()->GetSize(); j++) {
bool dataCheck = CheckAndWriteData(
GetHeader()->GetDescriptor()->GetElementDescriptor(j),
GetHeader()->GetField(j)->GetValue());
if ( !dataCheck ) {
LOG_MESSAGE(INFO_MESSAGE_LEVEL, wxString::Format(" Row is [%d].\n", 1));
}
if ( descriptor->GetElementDescriptor(j)->GetName().Cmp(CARRIER_NAME) == 0 ) {
SetCarrier(GetHeader()->GetField(j)->GetValue());
GetTrailer().Carrier = GetCarrier()->c_str();
}
result = result && dataCheck;
}
BufferFlush();
return result;
};
//=============================================================================
// FUNCTION: DBDeleteRecord
// ----------------------------------------------------------------------------
//! This API is used to remove a record, indicated by index passed in
//! RecordIndex, from the database.
//!
//! \param RecordIndex
//! The index of the record that the caller wants to delete.
//!
//! \retval DB_ERROR_NONE
//! The record was removed from the database.
//! \retval DB_ERROR_INDEX
//! Invalid index passed in, it does not exist in the database.
//!
//=============================================================================
INT _reentrant DBDeleteRecord(INT RecordIndex)
{
INT MediaIndex;
INT TempIndex;
INT i;
INT Size;
INT RetCode;
LONG FilePosition;
//
// Get the media Index out of the DBIndex.
//
MediaIndex = GetMediaIndex(RecordIndex);
//
// Indicate that someone has touched the database.
//
g_DB_Dirty = TRUE;
//
// Now look for strings that may need to be deleted.
//
BufferUpdate(RecordIndex);
//
// if any reserved bits are set this record was already deleted.
//
if (g_DB_Buffer[DB_RECORD_SIZE_WORDS] & 0xffff)
{
return(DB_ERROR_INDEX);
}
//
// Seek to the file location and get the old handle value.
//
if (SUCCESS != Fseek(g_DBState[MediaIndex].hStStore_Idx,
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx,
SEEK_SET))
{
DebugBuildAssert(0);
}
//
// Write the handle out to the deleted index file.
//
if (DB_HANDLE_SIZE != Fwrite(g_DBState[MediaIndex].hStStore_Idx,
&RecordIndex,
DB_HANDLE_SIZE,
DEFAULT_MEMORY,-1))
{
DebugBuildAssert(0);
}
//
// Check if Put needs to wrap or not.
//
if (g_DBState[MediaIndex].TopRecord.PutDelRecordIdx ==
g_DBState[MediaIndex].TopRecord.LastDelRecordIdx)
{
//
// If Put needs to wrap to the beginning but Get is already there then
// we need to make space at the end of the index file.
//
if (g_DBState[MediaIndex].TopRecord.GetDelRecordIdx == 0)
{
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx += DB_HANDLE_SIZE;
g_DBState[MediaIndex].TopRecord.LastDelRecordIdx += DB_HANDLE_SIZE;
}
//
// Otherwise we need to move Put back to the beginning of the file and
// move the last valid position back one so that it does not point to
// an invalid entry.
else
{
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx = 0;
g_DBState[MediaIndex].TopRecord.LastDelRecordIdx -= DB_HANDLE_SIZE;
DebugBuildAssert(g_DBState[MediaIndex].TopRecord.LastDelRecordIdx >= 0);
}
}
else
{
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx += DB_HANDLE_SIZE;
//
// If Put does not need to wrap then make sure it did not just run into
// the Get position. If it did then make room in the index file and
// move the Put position to the end of the file.
//
if (g_DBState[MediaIndex].TopRecord.PutDelRecordIdx ==
g_DBState[MediaIndex].TopRecord.GetDelRecordIdx)
{
g_DBState[MediaIndex].TopRecord.LastDelRecordIdx += DB_HANDLE_SIZE;
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx =
g_DBState[MediaIndex].TopRecord.LastDelRecordIdx;
g_DBState[MediaIndex].TopRecord.GetDelRecordIdx = 0;
}
}
g_DBState[MediaIndex].TopRecord.TotalRecords--;
g_DBState[MediaIndex].TopRecord.TotalDelRecords++;
if (g_DBState[MediaIndex].TopRecord.GetDelRecordIdx >
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx)
{
DebugBuildAssert(g_DBState[MediaIndex].TopRecord.LastDelRecordIdx -
g_DBState[MediaIndex].TopRecord.GetDelRecordIdx + DB_HANDLE_SIZE +
g_DBState[MediaIndex].TopRecord.PutDelRecordIdx ==
g_DBState[MediaIndex].TopRecord.TotalDelRecords * DB_HANDLE_SIZE);
}
else
{
DebugBuildAssert((g_DBState[MediaIndex].TopRecord.PutDelRecordIdx -
g_DBState[MediaIndex].TopRecord.GetDelRecordIdx) ==
g_DBState[MediaIndex].TopRecord.TotalDelRecords * DB_HANDLE_SIZE);
}
for (i=0; i < DB_RECORD_SIZE_WORDS; )
{
if (g_DB_Buffer[i] & DB_TAG_STRING)
{
//
// Remove this string from the string database.
//
if (DeleteString(&g_DBState[MediaIndex], g_DB_Buffer[i+1]) < 0)
{
return(DB_ERROR_CRITICAL);
}
i += 2;
}
else if (g_DB_Buffer[i] & DB_TAG_BLOCK)
{
Size = g_DB_Buffer[i] & DB_TAG_BLOCK_SIZE_MASK;
// TODO get rid of this divide!!!!
i += Size/3 + 1;
}
else
{
i += 2;
}
}
//
// Mark this record deleted also make it dirty so it gets flushed.
//
g_DB_Buffer[DB_RECORD_SIZE_WORDS] = -1;
g_DB_BufferState |= DB_ENTRY_DIRTY;
BufferFlush();
return(SUCCESS);
}
int
main(int argc, char *argv[])
{
char *fname = argv[1] ;
int y, i, j, c ;
HalfImage halfimage ;
if (ReadImage(fname, image))
fprintf(stderr, "%s read successfully.\n", fname) ;
/* downsample */
for (j=0; j<HALFHEIGHT; j++) {
for (i=0; i<HALFWIDTH; i++) {
for (c=0; c<3; c++)
halfimage[j][i][c] =
(image[2*j][2*i][c] +
image[2*j+1][2*i][c] +
image[2*j][2*i+1][c] +
image[2*j+1][2*i+1][c]) / 4.0 ;
}
}
/* now, color space convert */
for (j=0; j<HEIGHT; j++) {
for (i=0; i<WIDTH; i++) {
image[j][i][0] = 0.30 * image[j][i][0] +
0.59 * image[j][i][1] +
0.11 * image[j][i][2] ;
}
}
/* and the half image */
for (j=0; j<HALFHEIGHT; j++) {
for (i=0; i<HALFWIDTH; i++) {
float y = 0.30 * halfimage[j][i][0] +
0.59 * halfimage[j][i][1] +
0.11 * halfimage[j][i][2] ;
halfimage[j][i][1] = (halfimage[j][i][1] - y + 1.0) / 2.0 ;
halfimage[j][i][2] = (halfimage[j][i][2] - y + 1.0) / 2.0 ;
halfimage[j][i][0] = y ;
}
}
sfinfo.channels = 1 ;
sfinfo.samplerate = FILESAMPLERATE ;
sfinfo.format = SF_FORMAT_WAV | SF_FORMAT_PCM_16 ;
sf = sf_open(argv[2], SFM_WRITE, &sfinfo) ;
/* generate the "vis" code. */
blank(500.0) ;
Vis(128+8) ;
for (y=0; y<HEIGHT; y += 2)
ScanlinePair(image, halfimage, y) ;
blank(500.0) ;
BufferFlush() ;
sf_close(sf) ;
return 0 ;
}