void string_t::ctor_t::flush() {
log_warning("string buffer overflow");
size_t _size = max((2 * size), (size_t)1024);
page_t *_string_page = new(_size) page_t(_size);
memcpy(_string_page->data, string_page->data, size);
delete string_page;
string_page = _string_page;
setup_out(_size, size);
}
//======================================================================================================================
void GetMAXLUN(void)
{
data U8 tc_state;
XBYTE[HOST_BUF_SA+0]=0xA1;
XBYTE[HOST_BUF_SA+1]=0xFE;
XBYTE[HOST_BUF_SA+2]=0x00;
XBYTE[HOST_BUF_SA+3]=0x00;
XBYTE[HOST_BUF_SA+4]=0x00;
XBYTE[HOST_BUF_SA+5]=0x00;
XBYTE[HOST_BUF_SA+6]=0x01;
XBYTE[HOST_BUF_SA+7]=0x00;
tran_setup(1);
tc_state = Host_phy_Command_check();
if(tc_state)
{
Syn_Reset();
return;
}
setup_in(1, 1, 0, 1);
tc_state = Host_phy_Command_check();
if(tc_state)
{
Syn_Reset();
return;
}
setup_out(1, 0, 0, 1);
tc_state = Host_phy_Command_check();
if(tc_state == 0)
{
MaxLUN=XBYTE[HOST_BUF_SA];
}
else
{
Syn_Reset();
return;
}
}
int
main( int argc, char **argv ) {
irz_config_t *config;
char *temp_out = tmpnam(NULL);
FILE *in_fh = NULL;
FILE *out_fh = NULL;
config = parse_options(argc, argv);
if( config == NULL ) {
return EXIT_FAILURE+9;
}
config->logger = irz_logger_stdio;
config->logger_cfg = stdout;
in_fh = fopen(config->in_file,"r");
if( ! in_fh ) {
char buf[200];
strerror_r(errno, buf, sizeof(buf));
irz_log(config, IRZ_ERROR, "Cannot open in-file '%s': %s", config->in_file, buf);
return EXIT_FAILURE+11;
}
struct jpeg_compress_struct out_cinfo;
struct jpeg_decompress_struct in_dinfo;
struct jpeg_error_mgr jerr;
setup_in(&in_dinfo, &jerr, in_fh);
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "Image Width: %ipx\n", (int)in_dinfo.image_width);
irz_log(config, IRZ_DEBUG, "Image Height: %ipx\n", (int)in_dinfo.image_height);
irz_log(config, IRZ_DEBUG, "Tmp Loc: %s\n", temp_out);
}
if ( config->out_width != 0 ) {
if ( (int)in_dinfo.image_width < (int)config->out_width ) {
irz_log(config, IRZ_WARN, "specified width is larger than original image, reducing to %ipx.\n", (int)in_dinfo.image_width);
config->out_width = (double)in_dinfo.image_width;
}
}
if ( config->out_height != 0 ) {
if ( (int)in_dinfo.image_height < (int)config->out_height ) {
irz_log(config, IRZ_WARN, "specified height is larger than original image, reducing to %ipx.\n", (int)in_dinfo.image_height);
config->out_height = (double)in_dinfo.image_height;
}
}
/* Auto-scale width or height if either was not specified */
if( config->mode == MODE_SCALE ) {
if( config->out_height == 0 ) {
double ratio = (double)config->out_width / (double)in_dinfo.image_width;
config->out_height = ((double)in_dinfo.image_height * ratio);
}
else if( config->out_width == 0 ) {
double ratio = (double)config->out_height / (double)in_dinfo.image_height;
config->out_width = ((double)in_dinfo.image_width * ratio);
}
}
else if( config->mode == MODE_SCALEASPECT ) {
double ratio;
unsigned int new_width = in_dinfo.image_width;
unsigned int new_height = in_dinfo.image_height;
if (in_dinfo.image_width > in_dinfo.image_height) {
ratio = ( (double)in_dinfo.image_width / (double)in_dinfo.image_height ) ;
}
else {
ratio = ( (double)in_dinfo.image_height / (double)in_dinfo.image_width ) ;
}
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "Ratio: %f\n", ratio);
}
if (in_dinfo.image_width < in_dinfo.image_height) {
if (new_width > config->out_width) {
new_width = config->out_width;
new_height = ( new_height - ( ( (double)in_dinfo.image_width - (double)config->out_width) * ratio ) );
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "aspect changed: width: %u / height: %u\n", new_width, new_height );
}
}
if (new_height > config->out_height) {
new_width = ( new_width - ( ( (double)new_height - (double)config->out_height) / ratio ) );
new_height = config->out_height;
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "aspect changed: width: %u / height: %u\n", new_width, new_height );
}
}
}
else {
if (new_width > config->out_width) {
new_width = config->out_width;
new_height = ( new_height - ( ( (double)in_dinfo.image_width - (double)config->out_width) / ratio ) );
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "aspect changed: width: %u / height: %u\n", new_width, new_height );
}
}
if (new_height > config->out_height) {
new_width = ( new_width - ( ( (double)new_height - (double)config->out_height) * ratio ) );
new_height = config->out_height;
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "aspect changed: width: %u / height: %u\n", new_width, new_height );
}
}
}
config->out_width = new_width;
config->out_height = new_height;
}
else if( config->mode == MODE_SCALEFIT ) {
if( in_dinfo.image_width > config->out_width ) {
double ratio = (double)config->out_width / (double)in_dinfo.image_width;
config->out_height = ((double)in_dinfo.image_height * ratio);
config->out_width = ((double)in_dinfo.image_width * ratio);
}
if( in_dinfo.image_height > config->out_height ) {
double ratio = (double)config->out_height / (double)in_dinfo.image_height;
config->out_height = ((double)in_dinfo.image_height * ratio);
config->out_width = ((double)in_dinfo.image_width * ratio);
}
}
else if( config->mode == MODE_CROPMANUAL ) {
if( (config->crop_x2 - config->crop_x) < 10 ) {
irz_log(config, IRZ_ERROR, "source crop width too small\n");
return EXIT_FAILURE+10;
}
else if( (config->crop_y2 - config->crop_y) < 10 ) {
irz_log(config, IRZ_ERROR, "source crop height too small\n");
return EXIT_FAILURE+10;
}
else if( config->crop_x2 > in_dinfo.image_width || config->crop_y2 > in_dinfo.image_height ) {
irz_log(config, IRZ_ERROR, "source crop area outside of image dimension\n");
return EXIT_FAILURE+10;
}
}
if( config->debug ) {
irz_log(config, IRZ_DEBUG, "Out Width: %upx\n", config->out_width);
irz_log(config, IRZ_DEBUG, "Out Height: %upx\n", config->out_height);
}
out_fh = fopen(temp_out,"wb");
if( ! out_fh ) {
char buf[200];
strerror_r(errno, buf, sizeof(buf));
irz_log(config, IRZ_ERROR, "Cannot open output file '%s': %s", temp_out, buf);
return EXIT_FAILURE+12;
}
setup_out(&out_cinfo, &jerr, out_fh, config->out_width, config->out_height, config->out_quality);
int row_stride = in_dinfo.output_width * in_dinfo.output_components;
JSAMPARRAY buffer;
buffer = (in_dinfo.mem->alloc_sarray)((j_common_ptr) &in_dinfo, JPOOL_IMAGE, row_stride, 1);
do_resize(&out_cinfo, &in_dinfo, config);
jpeg_finish_decompress(&in_dinfo);
jpeg_destroy_decompress(&in_dinfo);
jpeg_finish_compress(&out_cinfo);
jpeg_destroy_compress(&out_cinfo);
fclose(in_fh);
fclose(out_fh);
/* XXX: needs to be refactored as rename() won't work across filesystems
* temp_out should be in the same directory as out_file */
if( rename( temp_out, config->out_file ) != 0 ) {
char buf[200];
strerror_r(errno, buf, sizeof(buf));
irz_log(config, IRZ_ERROR, "Cannot rename temporary file '%s' to real file '%s': %s", temp_out, config->out_file, buf);
return EXIT_FAILURE+13;
}
free(config);
return EXIT_SUCCESS;
}
U8 GetDescriptor(U8 addr,U16 wValue,U16 wIndex,U16 wLength)
{
data bit toggle = 1;
data U8 tc_state;
data U16 offset=0;
XBYTE[HOST_BUF_SA] =0x80;
XBYTE[HOST_BUF_SA+1] =0x06;
XBYTE[HOST_BUF_SA+2] =(U8)(wValue&0xff);
XBYTE[HOST_BUF_SA+3] =(U8)((wValue>>8)&0xff);
XBYTE[HOST_BUF_SA+4] =(U8)(wIndex&0xff);
XBYTE[HOST_BUF_SA+5] =(U8)((wIndex>>8)&0xff);
XBYTE[HOST_BUF_SA+6] =(U8)(wLength&0xff);
XBYTE[HOST_BUF_SA+7] =(U8)((wLength>>8)&0xff);
//trans Descript CMD
tran_setup(addr);
tc_state = Host_phy_Command_check();
if((tc_state!=0)&&(gb_HostInitial!=1))
{
if(tc_state!=HOST_TEST_ERROR1)
{
return HOST_TRANSETUP_ERROR;
}
}
gb_shortpack=0;
if(addr == 0x00)
{
setup_in(addr, wLength, offset, toggle);
tc_state = Host_phy_Command_check();
if(tc_state!=0)
{
return HOST_SETUPIN_ERROR;
}
else
{
if(gb_HostConnect == 0)
{
return HOST_PHYCOUNECT_FAIL;
}
setup_out(addr, 0, offset, 1);
tc_state = Host_phy_Command_check();
if((tc_state==HOST_TEST_ERROR)||(tc_state==HOST_TimeOut_ERROR))
{
}
else if(tc_state)
{
return HOST_SETUPOUT_ERROR;
}
else
{
return 0;
}
}
}
else
{
while (wLength>0)
{
if(gb_HostConnect == 0)
{
return HOST_PHYCOUNECT_FAIL;
}
if(wLength < Max_Trans_Length)
{
setup_in(addr, wLength, offset, toggle);
tc_state = Host_phy_Command_check();
}
else
{
setup_in(addr, Max_Trans_Length, offset, toggle);
tc_state = Host_phy_Command_check();
}
if(gb_shortpack==1)
{
break;
}
if(tc_state != 0)
{
if(tc_state == 0x20)
{
break;
}
if((tc_state > 0x20)&&(offset>0))
{
break;
}
return HOST_SETUPIN_ERROR;
}
if((wValue>0x0300)&(offset == 0))
{
if(wLength > XBYTE[HOST_BUF_SA])
{
wLength = XBYTE[HOST_BUF_SA];
}
}
toggle ^= 1;
offset = offset + Max_Trans_Length;
if(wLength >= Max_Trans_Length)
{
wLength = wLength - Max_Trans_Length;
}
else
{
wLength = 0;
}
}
}
setup_out(addr, 0, offset, 1);
tc_state = Host_phy_Command_check();
if(tc_state)
{
return HOST_SETUPOUT_ERROR;
}
else
{
return 0;
}
}
string_t::ctor_t::ctor_t(size_t _size) : out_t(NULL, 0) {
string_page = new(_size) page_t(_size);
setup_out(_size, 0);
}
