caddr_t bif_im_ConvertImageBlob (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
char out_name[64];
caddr_t format = bif_string_arg (qst, args, 2, "IM ConvertImageBlob");
im_init (&env, qst, args, "IM ConvertImageBlob");
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, 3, -1);
im_read (&env);
if (env.ime_input_ext != NULL)
{
if (strlen(format) < 30)
{
strcpy(out_name, "image.");
strcat(out_name, format);
}
}
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
env.ime_status = MagickSetImageFormat (env.ime_magick_wand, format);
MagickSetFilename (env.ime_magick_wand, out_name);
if (env.ime_status == MagickFalse)
im_leave_with_error (&env, "22023", "IM001", "bif_im_ConvertImageBlob cannot convert image");
}
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_CropAndResizeImageBlob(caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
unsigned long width = bif_long_arg (qst, args, 2, "IM CropAndResizeImageBlob");
unsigned long height = bif_long_arg (qst, args, 3, "IM CropAndResizeImageBlob");
long x = bif_long_arg (qst, args, 4, "IM CropAndResizeImageBlob");
long y = bif_long_arg (qst, args, 5, "IM CropAndResizeImageBlob");
long h_size = bif_long_arg (qst, args, 6, "IM ResizeImageBlob");
long v_size = bif_long_arg (qst, args, 7, "IM ResizeImageBlob");
double blur = bif_double_arg (qst, args, 8, "IM ResizeImageBlob");
long filter = bif_long_arg (qst, args, 9, "IM ResizeImageBlob");
if (filter < 0 || filter > 15)
filter = PointFilter;
im_init (&env, qst, args, "IM CropAndResizeImageBlob");
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, 10, -1);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickCropImage (env.ime_magick_wand, width, height, x, y);
MagickResizeImage (env.ime_magick_wand, h_size, v_size, filter, blur);
}
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t
bif_im_CreateImageBlob (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
char * szMe = "IM CreateImageBlob";
caddr_t res;
long x_size = bif_long_arg (qst, args, 0, szMe);
long y_size = bif_long_arg (qst, args, 1, szMe);
caddr_t bg_color = (caddr_t)bif_string_arg (qst, args, 2, szMe);
caddr_t fmt = (caddr_t)bif_string_arg (qst, args, 3, szMe);
im_init (&env, qst, args, "IM CreateImageBlob");
if (x_size <= 0 || y_size <= 0)
im_leave_with_error (&env, "22023", "IM001", "Negative image size");
if (x_size*y_size > 3333279) /* 10M / 3 color - 54byte */
im_leave_with_error (&env, "22023", "IM001", "Too large image image size requested");
im_set_background (&env, bg_color);
env.ime_status = MagickNewImage (env.ime_magick_wand, x_size, y_size, env.ime_background);
if (env.ime_status == MagickFalse)
im_leave_with_error (&env, "22023", "IM001", "Cannot create image");
env.ime_status = MagickSetImageFormat (env.ime_magick_wand, fmt);
if (env.ime_status == MagickFalse)
im_leave_with_error (&env, "22023", "IM001", "Cannot set image format");
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_DeepZoom4to1 (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
int fmt_is_set = 0;
int image_ctr;
im_init (&env, qst, args, "IM DeepZoom4to1");
im_set_background (&env, "#000000");
env.ime_target_magick_wand = NewMagickWand ();
if (MagickFalse == MagickNewImage (env.ime_target_magick_wand, 256, 256, env.ime_background))
im_leave_with_error (&env, "22023", "IM001", "Can not make new image");
if (MagickFalse == MagickSetImageType (env.ime_target_magick_wand, TrueColorType))
im_leave_with_error (&env, "22023", "IM001", "Can not set image type");
if (MagickFalse == MagickSetImageDepth (env.ime_target_magick_wand, 16))
im_leave_with_error (&env, "22023", "IM001", "Can not set image depth");
if (MagickFalse == MagickSetImageExtent (env.ime_target_magick_wand, 256, 256))
im_leave_with_error (&env, "22023", "IM001", "Can not set image extent");
if (MagickFalse == MagickSetImageBackgroundColor (env.ime_target_magick_wand, env.ime_background))
im_leave_with_error (&env, "22023", "IM001", "Can not set image background");
image_ctr = BOX_ELEMENTS (args) / 2;
if (image_ctr > 4)
image_ctr = 4;
while (0 < image_ctr--)
{
if (DV_DB_NULL == DV_TYPE_OF (bif_arg (qst, args, image_ctr*2, "IM DeepZoom4to1")))
continue;
im_env_set_input_blob (&env, image_ctr * 2);
/*im_env_set_blob_ext (&env, 2);*/
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
unsigned long v_size, h_size;
if (!fmt_is_set)
{
if (MagickFalse == MagickSetImageFormat (env.ime_target_magick_wand, MagickGetImageFormat (env.ime_magick_wand)))
im_leave_with_error (&env, "22023", "IM001", "Can not set image format");
fmt_is_set = 1;
}
h_size = MagickGetImageWidth (env.ime_magick_wand);
v_size = MagickGetImageHeight (env.ime_magick_wand);
if ((256 < h_size) || (256 < v_size))
continue;
MagickResizeImage (env.ime_magick_wand, h_size/2, v_size/2, BoxFilter, 1.0);
if (MagickFalse == MagickCompositeImage (env.ime_target_magick_wand, env.ime_magick_wand, OverCompositeOp, (image_ctr & 1) * 128, (image_ctr & 2) * 64))
im_leave_with_error (&env, "22023", "IM001", "Can not composite image");
}
im_reset_read (&env);
}
MagickProfileImage (env.ime_target_magick_wand, "*", NULL, 0);
DestroyMagickWand (env.ime_magick_wand);
env.ime_magick_wand = env.ime_target_magick_wand;
env.ime_target_magick_wand = NULL;
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_ConvertImageFile (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
bif_string_arg (qst, args, 1, "IM ConvertImageFile");
im_init (&env, qst, args, "IM ConvertImageFile");
im_env_set_filenames (&env, 0, 1);
im_read (&env);
im_write (&env);
im_leave (&env);
return(0);
}
int main(int argc, char **argv)
{
void *data;
mlog_init();
TopSaxParser parser1;
// Debugging if argc > 1
if(argc > 1) {
mlog_registerColorFormatter((color_formatter_func_t)sprintf_color);
mlog_addOutputFile((char *)"/dev/tty", 1);
mlog_setModuleLevel((char *)"top", LOG_DEBUG);
mlog_setModuleLevel((char *)"topparser", LOG_DEBUG);
}
// init
im_init(&data, NULL);
// sleep
sleep(1);
while(1) {
// update
im_update(data);
int i = 16000;
im_get(data, buff, &i);
//system("clear");
//printf("%s", buff);
//printf("\n");
processVecT v;
TopSaxParser parser;
parser.parse(std::string(buff), v);
std::cout << "================= Top Processes: " << v.size() << " ======================" << std::endl;
for(std::vector<ProcessStatusInfo>::iterator iter = v.begin() ; iter != v.end() ; iter++) {
ProcessStatusInfo *pi = &(*iter);
std::cout << "XML:" << std::endl << pi->getProcessXML();
}
sleep(3);
}
// free
im_free(&data);
free(buff);
return 0;
}
int main(int argc, char **argv)
{
void *data;
mlog_init();
// MeminfoSaxParser parser1;
// Debugging if argc > 1
if(argc > 1) {
mlog_registerColorFormatter((color_formatter_func_t)sprintf_color);
mlog_addOutputFile((char *)"/dev/tty", 1);
mlog_setModuleLevel((char *)"meminfo", LOG_DEBUG);
mlog_setModuleLevel((char *)"meminfoparser", LOG_DEBUG);
}
// init
im_init(&data, NULL);
// sleep
sleep(1);
while(1) {
// update
im_update(data);
int i = 8192;
im_get(data, buff, &i);
//system("clear");
printf("%s", buff);
printf("\n");
MeminfoSaxParser parser;
Meminfo mi;
parser.parse(std::string(buff), mi);
std::cout << mi.get_xml();
std::cout << "====================================================" << std::endl << std::endl;
sleep(1);
}
// free
im_free(&data);
free(buff);
return 0;
}
caddr_t bif_im_RotateImageFile (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
double v_size = bif_double_arg (qst, args, 1, "IM RotateImageFile");
im_init (&env, qst, args, "IM RotateImageFile");
im_env_set_filenames (&env, 0, 2);
im_read (&env);
im_set_background (&env, "#000000");
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickRotateImage (env.ime_magick_wand, env.ime_background, v_size);
}
im_write (&env);
im_leave (&env);
return (0);
}
caddr_t bif_im_CropImageFile (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
unsigned long width = (unsigned long) bif_long_arg (qst, args, 1, "IM CropImageFile");
unsigned long height = (unsigned long) bif_long_arg (qst, args, 2, "IM CropImageFile");
long x = bif_long_arg (qst, args, 3, "IM CropImageFile");
long y = bif_long_arg (qst, args, 4, "IM CropImageFile");
im_init (&env, qst, args, "IM CropImageFile");
im_env_set_filenames (&env, 0, 5);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickCropImage (env.ime_magick_wand, width, height, x, y);
}
im_write (&env);
im_leave (&env);
return (0);
}
caddr_t bif_im_RotateImageBlob (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
double v_size = bif_double_arg (qst, args, 2, "IM RotateImageBlob");
im_init (&env, qst, args, "IM RotateImageBlob");
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, 3, -1);
im_read (&env);
im_set_background (&env, "#000000");
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickRotateImage (env.ime_magick_wand, env.ime_background, v_size);
}
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_ThumbnailImageFile (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
long v_size = bif_long_arg (qst, args, 1, "IM ThumbnailImageFile");
long h_size = bif_long_arg (qst, args, 2, "IM ThumbnailImageFile");
long filter = bif_long_arg (qst, args, 3, "IM ThumbnailImageFile");
im_init (&env, qst, args, "IM ThumbnailImageFile");
im_env_set_filenames (&env, 0, 4);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickResizeImage (env.ime_magick_wand,v_size, h_size,filter,1.0);
MagickProfileImage (env.ime_magick_wand, "*", NULL, 0);
}
im_write (&env);
im_leave (&env);
return(0);
}
caddr_t
bif_im_AnnotateImageBlob (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
char * szMe = "IM AnnotateImageBlob";
caddr_t res;
caddr_t blob = (caddr_t)bif_arg (qst, args, 0, szMe);
long blob_size = box_length (blob) - 1;
long x_pos = bif_long_arg (qst, args, 1, szMe);
long y_pos = bif_long_arg (qst, args, 2, szMe);
caddr_t text = bif_string_arg (qst, args, 3, szMe);
int n_args = BOX_ELEMENTS(args);
long angle = n_args > 4 ? bif_long_arg (qst, args, 4, szMe) : 0;
long f_size = n_args > 5 ? bif_long_arg (qst, args, 5, szMe) : 12;
char *text_color = n_args > 6 ? bif_string_arg (qst, args, 6, szMe) : "black" ;
dtp_t dtp = DV_TYPE_OF (blob);
im_env_t env;
im_init (&env, qst, args, "IM AnnotateImageBlob");
if (IS_STRING_DTP (dtp))
blob_size = box_length (blob) - 1;
else if (dtp == DV_BIN)
blob_size = box_length (blob);
else
im_leave_with_error (&env, "22023", "IM001", "AnnotateImageBlob needs string or binary as 1-st argument");
im_env_set_blob_ext (&env, 7, -1);
env.ime_drawing_wand = NewDrawingWand ();
im_read (&env);
im_set_background (&env, text_color);
DrawSetFillColor (env.ime_drawing_wand, env.ime_background);
DrawSetFontSize (env.ime_drawing_wand, f_size);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
env.ime_status = MagickAnnotateImage (env.ime_magick_wand, env.ime_drawing_wand, x_pos, y_pos, angle, text);
if (env.ime_status == MagickFalse)
im_leave_with_error (&env, "22023", "IM001", "Cannot annotate image");
}
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_CropImageBlob(caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
unsigned long width = bif_long_arg (qst, args, 2, "IM CropImageBlob");
unsigned long height = bif_long_arg (qst, args, 3, "IM CropImageBlob");
long x = bif_long_arg (qst, args, 4, "IM CropImageBlob");
long y = bif_long_arg (qst, args, 5, "IM CropImageBlob");
im_init (&env, qst, args, "IM CropImageBlob");
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, 6, -1);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickCropImage (env.ime_magick_wand, width, height, x, y);
}
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_ResizeImageFile (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
long v_size = bif_long_arg (qst, args, 1, "IM ResizeImageFile");
long h_size = bif_long_arg (qst, args, 2, "IM ResizeImageFile");
double blur = bif_double_arg (qst, args, 3, "IM ResizeImageFile");
long filter = bif_long_arg (qst, args, 4, "IM ResizeImageFile");
if (filter < 0 || filter > 15)
filter = PointFilter;
im_init (&env, qst, args, "IM ResiseImageFile");
im_env_set_filenames (&env, 0, 5);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickResizeImage (env.ime_magick_wand,v_size, h_size,filter,blur);
}
im_write (&env);
im_leave (&env);
return(0);
}
caddr_t bif_im_ResampleImageBlob (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
double v_size = bif_double_arg (qst, args, 2, "IM ResampleImageBlob");
double h_size = bif_double_arg (qst, args, 3, "IM ResampleImageBlob");
double blur = bif_double_arg (qst, args, 4, "IM ResampleImageBlob");
long filter = bif_long_arg (qst, args, 5, "IM ResampleImageBlob");
if (filter < 0 || filter > 15)
filter = PointFilter;
im_init (&env, qst, args, "IM ResampleImageBlob");
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, 6, -1);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickResampleImage (env.ime_magick_wand,v_size, h_size,filter,blur);
}
res = im_write (&env);
im_leave (&env);
return res;
}
caddr_t bif_im_ThumbnailImageBlob (caddr_t * qst, caddr_t * err, state_slot_t ** args)
{
im_env_t env;
caddr_t res;
long v_size = bif_long_arg (qst, args, 2, "IM ThumbnailImageBlob");
long h_size = bif_long_arg (qst, args, 3, "IM ThumbnailImageBlob");
long filter = bif_long_arg (qst, args, 4, "IM ThumbnailImageBlob");
if (filter < 0 || filter > 15)
filter = PointFilter;
im_init (&env, qst, args, "IM ThumbnailImageBlob");
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, 5, -1);
im_read (&env);
MagickResetIterator (env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
MagickResizeImage (env.ime_magick_wand,v_size, h_size,filter,1.0);
MagickProfileImage (env.ime_magick_wand, "*", NULL, 0);
}
res = im_write (&env);
im_leave (&env);
return res;
}
int main(int argc, char *argv[])
{
/* current configuration */
LedPrefs *p = NULL;
/** current setup */
LedSetup *s = NULL;
/** list of LED hardware adapters */
LedHardware *hw = NULL;
/* input pixel-frame buffer */
LedFrame *frame = NULL;
/** width of map */
LedFrameCord width;
/** height of map */
LedFrameCord height;
/* check libniftyled binary version compatibility */
NFT_LED_CHECK_VERSION
/* set default loglevel to INFO */
nft_log_level_set(L_INFO);
/* initialize exit handlers */
#if WIN32
int signals[] = { SIGINT, SIGABRT };
#else
int signals[] = { SIGHUP, SIGINT, SIGQUIT, SIGABRT };
#endif
unsigned int i;
for(i=0; i<sizeof(signals)/sizeof(int); i++)
{
if(signal(signals[i], _exit_signal_handler) == SIG_ERR)
{
NFT_LOG_PERROR("signal()");
return -1;
}
}
/* default result of main() function */
int res = -1;
/* default fps */
_c.fps = 25;
/* default endianess */
_c.is_big_endian = FALSE;
#if HAVE_IMAGEMAGICK == 1
/* default handle-input-as-raw */
_c.raw = FALSE;
#endif
/* default looping */
_c.do_loop = FALSE;
/* set "running" flag */
_c.running = TRUE;
/* default pixel-format */
strncpy(_c.pixelformat, "RGB u8", sizeof(_c.pixelformat));
/* default prefs-filename */
if(!led_prefs_default_filename(_c.prefsfile, sizeof(_c.prefsfile), ".ledcat.xml"))
return -1;
/* parse commandline arguments */
if(!_parse_args(argc, argv))
return -1;
/* print welcome msg */
NFT_LOG(L_INFO, "%s %s (c) D.Hiepler 2006-2012", PACKAGE_NAME, ledcat_version_long());
NFT_LOG(L_VERBOSE, "Loglevel: %s", nft_log_level_to_string(nft_log_level_get()));
#if HAVE_IMAGEMAGICK == 1
/* initialize imagemagick */
if(!_c.raw)
{
if(!im_init(&_c))
{
NFT_LOG(L_ERROR, "Failed to initialize ImageMagick");
return -1;
}
}
#endif
/* initialize preferences context */
if(!(p = led_prefs_init()))
return -1;
/* parse prefs-file */
LedPrefsNode *pnode;
if(!(pnode = led_prefs_node_from_file(_c.prefsfile)))
{
NFT_LOG(L_ERROR, "Failed to open configfile \"%s\"",
_c.prefsfile);
goto m_deinit;
}
/* create setup from prefs-node */
if(!(s = led_prefs_setup_from_node(p, pnode)))
{
NFT_LOG(L_ERROR, "No valid setup found in preferences file.");
led_prefs_node_free(pnode);
goto m_deinit;
}
/* free preferences node */
led_prefs_node_free(pnode);
/* determine width of input-frames */
if(!_c.width)
/* width of mapped chain */
width = led_setup_get_width(s);
else
/* use value from cmdline arguments */
width = _c.width;
/* determine height of input-frames */
if(!_c.height)
/* height of mapped chain */
height = led_setup_get_height(s);
else
height = _c.height;
/* validate dimensions */
if(width <= 0 || height <= 0)
{
NFT_LOG(L_ERROR, "Dimensions %dx%d not possible in this universe. Exiting.", width, height);
goto m_deinit;
}
/* allocate frame (where our pixelbuffer resides) */
NFT_LOG(L_INFO, "Allocating frame: %dx%d (%s)",
width, height, _c.pixelformat);
LedPixelFormat *format = led_pixel_format_from_string(_c.pixelformat);
if(!(frame = led_frame_new(width, height, format)))
goto m_deinit;
/* get first toplevel hardware */
if(!(hw = led_setup_get_hardware(s)))
goto m_deinit;
/* initialize hardware */
/*if(!(led_hardware_init(hw, ledcount, (LedGreyscaleFormat) format)))
{
NFT_LOG(L_ERROR, "failed to initialize hardware.");
goto m_deinit;
}*/
/* initialize pixel->led mapping */
if(!led_hardware_list_refresh_mapping(hw))
goto m_deinit;
/* precalc memory offsets for actual mapping */
LedHardware *ch;
for(ch = hw; ch; ch = led_hardware_list_get_next(ch))
{
if(!led_chain_map_from_frame(led_hardware_get_chain(ch), frame))
goto m_deinit;
}
/* set correct gain to hardware */
if(!led_hardware_list_refresh_gain(hw))
goto m_deinit;
#if HAVE_IMAGEMAGICK == 1
/* determine format that ImageMagick should provide */
if(!_c.raw)
{
if(!(im_format(&_c, format)))
{
NFT_LOG(L_ERROR, "Failed to determine valid ImageMagick format");
goto m_deinit;
}
}
#endif
/* do we have at least one filename? */
if(!_c.files[0])
{
NFT_LOG(L_ERROR, "No input file(s) given");
goto m_deinit;
}
/* initially sample time for frame-timing */
if(!led_fps_sample())
goto m_deinit;
#if ! WIN32
/* initialize alarm-signal handler for periodical fps output */
{
struct sigaction sa;
struct itimerval timer;
memset(&sa, 0, sizeof(sa));
sa.sa_handler = &_alarm_signal_handler;
sigaction(SIGALRM, &sa, NULL);
timer.it_value.tv_sec = 1;
timer.it_value.tv_usec = 0;
timer.it_interval.tv_sec = 1;
timer.it_interval.tv_usec = 0;
setitimer(ITIMER_REAL, &timer, NULL);
}
#endif
/* get data-buffer of frame to write our pixels to */
char *buf;
if(!(buf = led_frame_get_buffer(frame)))
{
NFT_LOG(L_ERROR, "Frame has NULL buffer");
goto m_deinit;
}
/* walk all files (supplied as commandline arguments) and output them */
int filecount;
for(filecount = 0; _c.files[filecount]; filecount++)
{
NFT_LOG(L_VERBOSE, "Getting pixels from \"%s\"", _c.files[filecount]);
/* open file */
if(_c.files[filecount][0] == '-' && strlen(_c.files[filecount]) == 1)
{
_c.fd = STDIN_FILENO;
}
else
{
if((_c.fd = open(_c.files[filecount], O_RDONLY)) < 0)
{
NFT_LOG(L_ERROR, "Failed to open \"%s\": %s",
_c.files[filecount], strerror(errno));
continue;
}
}
#if HAVE_IMAGEMAGICK == 1
/** initialize stream for ImageMagick */
if(!_c.raw)
{
if(!(im_open_stream(&_c)))
continue;
}
#endif
/* output file frame-by-frame */
while(_c.running)
{
#if HAVE_IMAGEMAGICK == 1
/* use imagemagick to load file if we're not in "raw-mode" */
if(!_c.raw)
{
/* load frame to buffer using ImageMagick */
if(!im_read_frame(&_c, width, height, buf))
break;
}
else
{
#endif
/* read raw frame */
if(raw_read_frame(&_c.running, buf, _c.fd,
led_pixel_format_get_buffer_size(
led_frame_get_format(frame),
led_frame_get_width(frame)*led_frame_get_height(frame))) == 0)
continue;
#if HAVE_IMAGEMAGICK == 1
}
#endif
/* set endianess (flag will be changed when conversion occurs) */
led_frame_set_big_endian(frame, _c.is_big_endian);
/* print frame for debugging */
//nft_frame_buffer_print(frame);
/* fill chain of every hardware from frame */
LedHardware *h;
for(h = hw; h; h = led_hardware_list_get_next(h))
{
if(!led_chain_fill_from_frame(led_hardware_get_chain(h), frame))
{
NFT_LOG(L_ERROR, "Error while mapping frame");
break;
}
}
/* send frame to hardware(s) */
NFT_LOG(L_DEBUG, "Sending frame");
led_hardware_list_send(hw);
/* delay in respect to fps */
if(!led_fps_delay(_c.fps))
break;
/* latch hardware */
NFT_LOG(L_DEBUG, "Showing frame");
led_hardware_list_show(hw);
/* save time when frame is displayed */
if(!led_fps_sample())
break;
/* clear frame */
//nft_frame_clear_buffer(frame);
}
#if HAVE_IMAGEMAGICK == 1
if(!_c.raw)
im_close_stream(&_c);
#else
close(_c.fd);
#endif
/* loop endlessly? */
if((_c.running) && (!_c.files[filecount+1]) && _c.do_loop)
{
/* start over by resetting the for-loop */
filecount = -1;
}
}
/* all ok */
res = 0;
m_deinit:
/* free setup */
led_setup_destroy(s);
/* free frame */
led_frame_destroy(frame);
/* destroy config */
led_prefs_deinit(p);
#if HAVE_IMAGEMAGICK == 1
/* deinitialize ImageMagick */
im_deinit(&_c);
#endif
return res;
}
caddr_t
bif_im_get_impl (caddr_t * qst, caddr_t * err, state_slot_t ** args, int is_file_in, int op, const char *bifname)
{
im_env_t env;
char *strg_value = NULL;
unsigned long ul_value = 0;
caddr_t res = NULL;
int is_string_res = (('A' == op) || ('F' == op) || ('I' == op));
int is_list_res = ('2' == op);
int is_key_needed = ('A' == op);
caddr_t key = is_key_needed ? bif_string_arg (qst, args, (is_file_in ? 1 : 2), bifname) : NULL;
im_init (&env, qst, args, bifname);
if (is_file_in)
im_env_set_filenames (&env, 0, -1);
else
{
im_env_set_input_blob (&env, 0);
im_env_set_blob_ext (&env, (is_key_needed ? 3 : 2), -1);
}
im_read (&env);
MagickResetIterator(env.ime_magick_wand);
while (MagickNextImage (env.ime_magick_wand) != MagickFalse)
{
switch (op)
{
case 'A': strg_value = MagickGetImageAttribute (env.ime_magick_wand, key); break;
case 'F': strg_value = MagickGetImageFormat (env.ime_magick_wand); break;
case 'I': strg_value = MagickIdentifyImage (env.ime_magick_wand); break;
case 'W': ul_value = MagickGetImageWidth (env.ime_magick_wand); break;
case 'H': ul_value = MagickGetImageHeight (env.ime_magick_wand); break;
case 'D': ul_value = MagickGetImageDepth (env.ime_magick_wand); break;
case '2':
ul_value = MagickGetImageWidth (env.ime_magick_wand);
if (ul_value)
{
dk_free_tree (res);
res = dk_alloc_box (2 * sizeof (caddr_t), DV_ARRAY_OF_POINTER);
((caddr_t *)res)[0] = box_num (ul_value);
((caddr_t *)res)[1] = box_num (MagickGetImageHeight (env.ime_magick_wand));
}
break;
}
}
if (is_string_res)
{
if (strg_value)
{
res = box_dv_short_string (strg_value);
MagickRelinquishMemory (strg_value);
}
}
else if (!is_list_res)
{
if (ul_value)
res = box_num (ul_value);
}
if (NULL == res)
res = NEW_DB_NULL;
im_leave (&env);
return res;
}
int
main( int argc, char **argv )
{
GOptionContext *context;
GError *error = NULL;
IMAGE *im;
unsigned char header[IM_SIZEOF_HEADER];
if( im_init_world( argv[0] ) )
error_exit( "%s", _( "unable to start VIPS" ) );
textdomain( GETTEXT_PACKAGE );
setlocale( LC_ALL, "" );
context = g_option_context_new(
_( "vipsfile - edit vipsfile header" ) );
g_option_context_add_main_entries( context, entries, GETTEXT_PACKAGE );
g_option_context_add_group( context, im_get_option_group() );
if( !g_option_context_parse( context, &argc, &argv, &error ) ) {
if( error ) {
fprintf( stderr, "%s\n", error->message );
g_error_free( error );
}
exit( -1 );
}
if( argc != 2 ) {
fprintf( stderr, _( "usage: %s [OPTION...] vipsfile\n" ),
g_get_prgname() );
exit( -1 );
}
if( !(im = im_init( argv[1] )) ||
(im->fd = im__open_image_file( im->filename )) == -1 )
error_exit( _( "could not open image %s" ), argv[1] );
if( read( im->fd, header, IM_SIZEOF_HEADER ) != IM_SIZEOF_HEADER ||
im__read_header_bytes( im, header ) )
error_exit( _( "could not read VIPS header for %s" ),
im->filename );
if( xsize )
parse_pint( xsize, &im->Xsize );
if( ysize )
parse_pint( ysize, &im->Ysize );
if( bands )
parse_pint( bands, &im->Bands );
if( format ) {
if( (im->BandFmt = im_char2BandFmt( format )) < 0 )
error_exit( _( "bad format %s" ), format );
im->Bbits = im_bits_of_fmt( im->BandFmt );
}
if( type ) {
if( (im->Type = im_char2Type( type )) < 0 )
error_exit( _( "bad type %s" ), type );
}
if( coding ) {
if( (im->Coding = im_char2Coding( coding )) < 0 )
error_exit( _( "bad coding %s" ), coding );
}
if( xres )
im->Xres = atof( xres );
if( yres )
im->Yres = atof( yres );
if( xoffset )
im->Xoffset = atoi( xoffset );
if( yoffset )
im->Yoffset = atoi( yoffset );
if( lseek( im->fd, 0, SEEK_SET ) == (off_t) -1 )
error_exit( _( "could not seek on %s" ), im->filename );
if( im__write_header_bytes( im, header ) ||
im__write( im->fd, header, IM_SIZEOF_HEADER ) )
error_exit( _( "could not write to %s" ), im->filename );
if( setext ) {
char *xml;
unsigned int size;
if( !(xml = im__file_read( stdin, "stdin", &size )) )
error_exit( "%s", _( "could not get ext data" ) );
/* Strip trailing whitespace ... we can get stray \n at the
* end, eg. "echo | edvips --setext fred.v".
*/
while( size > 0 && isspace( xml[size - 1] ) )
size -= 1;
if( im__write_extension_block( im, xml, size ) )
error_exit( "%s", _( "could not set extension" ) );
im_free( xml );
}
im_close( im );
vips_shutdown();
return( 0 );
}
ret_code_t pm_init(void)
{
ret_code_t err_code;
err_code = pds_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
err_code = pdb_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
err_code = sm_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
err_code = smd_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
err_code = gcm_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
err_code = gscm_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
err_code = im_init();
if (err_code != NRF_SUCCESS)
{
return NRF_ERROR_INTERNAL;
}
internal_state_reset();
m_pairing_flag_id = ble_conn_state_user_flag_acquire();
if (m_pairing_flag_id == BLE_CONN_STATE_USER_FLAG_INVALID)
{
return NRF_ERROR_INTERNAL;
}
m_bonding_flag_id = ble_conn_state_user_flag_acquire();
if (m_bonding_flag_id == BLE_CONN_STATE_USER_FLAG_INVALID)
{
return NRF_ERROR_INTERNAL;
}
m_peer_rank_initialized = false;
m_module_initialized = true;
return NRF_SUCCESS;
}
/**
* im_binfile:
* @name: filename to open
* @xsize: image width
* @ysize: image height
* @bands: image bands (or bytes per pixel)
* @offset: bytes to skip at start of file
*
* This function maps the named file and returns an #IMAGE you can use to
* read it.
*
* It returns an 8-bit image with @bands bands. If the image is not 8-bit, use
* im_copy_set() to transform the descriptor after loading it.
*
* See also: im_copy_set(), im_raw2vips(), im_open().
*
* Returns: the new #IMAGE, or NULL on error.
*/
IMAGE *
im_binfile( const char *name, int xsize, int ysize, int bands, int offset )
{
IMAGE *im;
gint64 psize;
gint64 rsize;
/* Check parameters.
*/
if( xsize <= 0 || ysize <= 0 || bands <= 0 ) {
im_error( "im_binfile",
"%s", _( "bad parameters" ) );
return( NULL );
}
/* Make new output image for us.
*/
if( !(im = im_init( name )) )
return( NULL );
if( (im->fd = im__open_image_file( name )) == -1 ) {
im_close( im );
return( NULL );
}
im->dtype = IM_OPENIN;
im->sizeof_header = offset;
/* Predict file size.
*/
psize = (gint64) xsize * ysize * bands + offset;
/* Read the real file length and check against what we think
* the size should be.
*/
if( (rsize = im_file_length( im->fd )) == -1 ) {
im_close( im );
return( NULL );
}
im->file_length = rsize;
/* Very common, so special message.
*/
if( psize > rsize ) {
im_error( "im_binfile", _( "unable to open %s: "
"file has been truncated" ), im->filename );
im_close( im );
return( NULL );
}
/* Just wierd. Only print a warning for this, since we should
* still be able to process it without coredumps.
*/
if( psize < rsize )
im_warn( "im_binfile", _( "%s is longer than expected" ),
im->filename );
/* Set header fields.
*/
im->Xsize = xsize;
im->Ysize = ysize;
im->Bands = bands;
/* Set others to standard values.
*/
im->BandFmt = IM_BANDFMT_UCHAR;
im->Bbits = im_bits_of_fmt( im->BandFmt );
im->Coding = IM_CODING_NONE;
if( bands == 1 )
im->Type = IM_TYPE_B_W;
else if( bands == 3 )
im->Type = IM_TYPE_RGB;
else
im->Type = IM_TYPE_MULTIBAND;
im->Xres = 1.0;
im->Yres = 1.0;
im->Length = 0;
im->Compression = 0;
im->Level = 0;
im->Xoffset = 0;
im->Yoffset = 0;
/* Init others too.
*/
im->dhint = IM_THINSTRIP;
return( im );
}
int
main( int argc, char **argv )
{
GOptionContext *context;
GOptionGroup *main_group;
GError *error = NULL;
IMAGE *im;
unsigned char header[IM_SIZEOF_HEADER];
if( VIPS_INIT( argv[0] ) )
vips_error_exit( "%s", _( "unable to start VIPS" ) );
textdomain( GETTEXT_PACKAGE );
setlocale( LC_ALL, "" );
context = g_option_context_new(
_( "vipsedit - edit vips file header" ) );
main_group = g_option_group_new( NULL, NULL, NULL, NULL, NULL );
g_option_group_add_entries( main_group, entries );
vips_add_option_entries( main_group );
g_option_group_set_translation_domain( main_group, GETTEXT_PACKAGE );
g_option_context_set_main_group( context, main_group );
if( !g_option_context_parse( context, &argc, &argv, &error ) ) {
if( error ) {
fprintf( stderr, "%s\n", error->message );
g_error_free( error );
}
exit( -1 );
}
if( argc != 2 ) {
fprintf( stderr, _( "usage: %s [OPTION...] vips-file\n" ),
g_get_prgname() );
exit( -1 );
}
if( !(im = im_init( argv[1] )) ||
(im->fd = im__open_image_file( im->filename )) == -1 )
error_exit( _( "could not open image %s" ), argv[1] );
if( read( im->fd, header, IM_SIZEOF_HEADER ) != IM_SIZEOF_HEADER ||
im__read_header_bytes( im, header ) )
error_exit( _( "could not read VIPS header for %s" ),
im->filename );
if( endian ) {
if( strcmp( endian, "little" ) == 0 )
im->magic = VIPS_MAGIC_INTEL;
else if( strcmp( endian, "big" ) == 0 )
im->magic = VIPS_MAGIC_SPARC;
else
error_exit( _( "bad endian-ness %s, "
"should be 'big' or 'little'" ), endian );
}
if( xsize )
parse_pint( xsize, &im->Xsize );
if( ysize )
parse_pint( ysize, &im->Ysize );
if( bands )
parse_pint( bands, &im->Bands );
if( format ) {
VipsBandFormat f;
if( (f = im_char2BandFmt( format )) < 0 )
error_exit( _( "bad format %s" ), format );
im->BandFmt = f;
im->Bbits = im_bits_of_fmt( f );
}
if( interpretation ) {
VipsInterpretation i;
if( (i = im_char2Type( interpretation )) < 0 )
error_exit( _( "bad interpretation %s" ),
interpretation );
im->Type = i;
}
if( coding ) {
VipsCoding c;
if( (c = im_char2Coding( coding )) < 0 )
error_exit( _( "bad coding %s" ), coding );
im->Coding = c;
}
if( xres )
im->Xres = atof( xres );
if( yres )
im->Yres = atof( yres );
if( xoffset )
im->Xoffset = atoi( xoffset );
if( yoffset )
im->Yoffset = atoi( yoffset );
if( lseek( im->fd, 0, SEEK_SET ) == (off_t) -1 )
error_exit( _( "could not seek on %s" ), im->filename );
if( im__write_header_bytes( im, header ) ||
im__write( im->fd, header, IM_SIZEOF_HEADER ) )
error_exit( _( "could not write to %s" ), im->filename );
if( setext ) {
char *xml;
size_t size;
if( !(xml = im__file_read( stdin, "stdin", &size )) )
error_exit( "%s", _( "could not get ext data" ) );
/* Strip trailing whitespace ... we can get stray \n at the
* end, eg. "echo | editvips --setext fred.v".
*/
while( size > 0 && isspace( xml[size - 1] ) )
size -= 1;
if( im__write_extension_block( im, xml, size ) )
error_exit( "%s", _( "could not set extension" ) );
im_free( xml );
}
im_close( im );
vips_shutdown();
return( 0 );
}
