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motion.c
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motion.c
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/* motion.c
*
* Detect changes in a video stream.
* Copyright 2000 by Jeroen Vreeken ([email protected])
* This software is distributed under the GNU public license version 2
* See also the file 'COPYING'.
*
*/
#include "translate.h"
#include "motion.h"
#include "ffmpeg.h"
#include "video_common.h"
#include "video_v4l2.h"
#include "video_loopback.h"
#include "conf.h"
#include "alg.h"
#include "track.h"
#include "event.h"
#include "picture.h"
#include "rotate.h"
#include "webu.h"
#define IMAGE_BUFFER_FLUSH ((unsigned int)-1)
/**
* tls_key_threadnr
*
* TLS key for storing thread number in thread-local storage.
*/
pthread_key_t tls_key_threadnr;
/**
* global_lock
*
* Protects any global variables (like 'threads_running') during updates,
* to prevent problems with multiple threads updating at the same time.
*/
//pthread_mutex_t global_lock = PTHREAD_MUTEX_INITIALIZER;
pthread_mutex_t global_lock;
/**
* cnt_list
*
* List of context structures, one for each main Motion thread.
*/
struct context **cnt_list = NULL;
/**
* threads_running
*
* Keeps track of number of Motion threads currently running. Also used
* by 'main' to know when all threads have exited.
*/
volatile int threads_running = 0;
/* Set this when we want main to end or restart */
volatile unsigned int finish = 0;
/* Log file used instead of stderr and syslog */
FILE *ptr_logfile = NULL;
/**
* restart
*
* Differentiates between a quit and a restart. When all threads have
* finished running, 'main' checks if 'restart' is true and if so starts
* up again (instead of just quitting).
*/
unsigned int restart = 0;
/**
* image_ring_resize
*
* This routine is called from motion_loop to resize the image precapture ringbuffer
* NOTE: This function clears all images in the old ring buffer
* Parameters:
*
* cnt Pointer to the motion context structure
* new_size The new size of the ring buffer
*
* Returns: nothing
*/
static void image_ring_resize(struct context *cnt, int new_size)
{
/*
* Only resize if :
* Not in an event and
* decreasing at last position in new buffer
* increasing at last position in old buffer
* e.g. at end of smallest buffer
*/
if (cnt->event_nr != cnt->prev_event) {
int smallest;
if (new_size < cnt->imgs.image_ring_size) /* Decreasing */
smallest = new_size;
else /* Increasing */
smallest = cnt->imgs.image_ring_size;
if (cnt->imgs.image_ring_in == smallest - 1 || smallest == 0) {
MOTION_LOG(NTC, TYPE_ALL, NO_ERRNO
,_("Resizing pre_capture buffer to %d items"), new_size);
/* Create memory for new ring buffer */
struct image_data *tmp;
tmp = mymalloc(new_size * sizeof(struct image_data));
/*
* Copy all information from old to new
* Smallest is 0 at initial init
*/
if (smallest > 0)
memcpy(tmp, cnt->imgs.image_ring, sizeof(struct image_data) * smallest);
/* In the new buffers, allocate image memory */
{
int i;
for(i = smallest; i < new_size; i++) {
tmp[i].image_norm = mymalloc(cnt->imgs.size_norm);
memset(tmp[i].image_norm, 0x80, cnt->imgs.size_norm); /* initialize to grey */
if (cnt->imgs.size_high > 0){
tmp[i].image_high = mymalloc(cnt->imgs.size_high);
memset(tmp[i].image_high, 0x80, cnt->imgs.size_high);
}
}
}
/* Free the old ring */
free(cnt->imgs.image_ring);
/* Point to the new ring */
cnt->imgs.image_ring = tmp;
cnt->current_image = NULL;
cnt->imgs.image_ring_size = new_size;
cnt->imgs.image_ring_in = 0;
cnt->imgs.image_ring_out = 0;
}
}
}
/**
* image_ring_destroy
*
* This routine is called when we want to free the ring
*
* Parameters:
*
* cnt Pointer to the motion context structure
*
* Returns: nothing
*/
static void image_ring_destroy(struct context *cnt)
{
int i;
/* Exit if don't have any ring */
if (cnt->imgs.image_ring == NULL)
return;
/* Free all image buffers */
for (i = 0; i < cnt->imgs.image_ring_size; i++){
free(cnt->imgs.image_ring[i].image_norm);
if (cnt->imgs.size_high >0 ) free(cnt->imgs.image_ring[i].image_high);
}
/* Free the ring */
free(cnt->imgs.image_ring);
cnt->imgs.image_ring = NULL;
cnt->current_image = NULL;
cnt->imgs.image_ring_size = 0;
}
/**
* image_save_as_preview
*
* This routine is called when we detect motion and want to save an image in the preview buffer
*
* Parameters:
*
* cnt Pointer to the motion context structure
* img Pointer to the image_data structure we want to set as preview image
*
* Returns: nothing
*/
static void image_save_as_preview(struct context *cnt, struct image_data *img)
{
void *image_norm, *image_high;
/* Save our pointers to our memory locations for images*/
image_norm = cnt->imgs.preview_image.image_norm;
image_high = cnt->imgs.preview_image.image_high;
/* Copy over the meta data from the img into preview */
memcpy(&cnt->imgs.preview_image, img, sizeof(struct image_data));
/* Restore the pointers to the memory locations for images*/
cnt->imgs.preview_image.image_norm = image_norm;
cnt->imgs.preview_image.image_high = image_high;
/* Copy the actual images for norm and high */
memcpy(cnt->imgs.preview_image.image_norm, img->image_norm, cnt->imgs.size_norm);
if (cnt->imgs.size_high > 0){
memcpy(cnt->imgs.preview_image.image_high, img->image_high, cnt->imgs.size_high);
}
/*
* If we set output_all to yes and during the event
* there is no image with motion, diffs is 0, we are not going to save the preview event
*/
if (cnt->imgs.preview_image.diffs == 0)
cnt->imgs.preview_image.diffs = 1;
/* draw locate box here when mode = LOCATE_PREVIEW */
if (cnt->locate_motion_mode == LOCATE_PREVIEW) {
if (cnt->locate_motion_style == LOCATE_BOX) {
alg_draw_location(&img->location, &cnt->imgs, cnt->imgs.width, cnt->imgs.preview_image.image_norm,
LOCATE_BOX, LOCATE_NORMAL, cnt->process_thisframe);
} else if (cnt->locate_motion_style == LOCATE_REDBOX) {
alg_draw_red_location(&img->location, &cnt->imgs, cnt->imgs.width, cnt->imgs.preview_image.image_norm,
LOCATE_REDBOX, LOCATE_NORMAL, cnt->process_thisframe);
} else if (cnt->locate_motion_style == LOCATE_CROSS) {
alg_draw_location(&img->location, &cnt->imgs, cnt->imgs.width, cnt->imgs.preview_image.image_norm,
LOCATE_CROSS, LOCATE_NORMAL, cnt->process_thisframe);
} else if (cnt->locate_motion_style == LOCATE_REDCROSS) {
alg_draw_red_location(&img->location, &cnt->imgs, cnt->imgs.width, cnt->imgs.preview_image.image_norm,
LOCATE_REDCROSS, LOCATE_NORMAL, cnt->process_thisframe);
}
}
}
/**
* context_init
*
* Initializes a context struct with the default values for all the
* variables.
*
* Parameters:
*
* cnt - the context struct to destroy
*
* Returns: nothing
*/
static void context_init(struct context *cnt)
{
/*
* We first clear the entire structure to zero, then fill in any
* values which have non-zero default values. Note that this
* assumes that a NULL address pointer has a value of binary 0
* (this is also assumed at other places within the code, i.e.
* there are instances of "if (ptr)"). Just for possible future
* changes to this assumption, any pointers which are intended
* to be initialised to NULL are listed within a comment.
*/
memset(cnt, 0, sizeof(struct context));
cnt->noise = 255;
cnt->lastrate = 25;
memcpy(&cnt->track, &track_template, sizeof(struct trackoptions));
cnt->pipe = -1;
cnt->mpipe = -1;
cnt->vdev = NULL; /*Init to NULL to check loading parms vs web updates*/
cnt->netcam = NULL;
cnt->rtsp = NULL;
cnt->rtsp_high = NULL;
}
/**
* context_destroy
*
* Destroys a context struct by freeing allocated memory, calling the
* appropriate cleanup functions and finally freeing the struct itself.
*
* Parameters:
*
* cnt - the context struct to destroy
*
* Returns: nothing
*/
static void context_destroy(struct context *cnt)
{
unsigned int j;
/* Free memory allocated for config parameters */
for (j = 0; config_params[j].param_name != NULL; j++) {
if (config_params[j].copy == copy_string ||
config_params[j].copy == copy_uri ||
config_params[j].copy == read_camera_dir) {
void **val;
val = (void *)((char *)cnt+(int)config_params[j].conf_value);
if (*val) {
free(*val);
*val = NULL;
}
}
}
free(cnt);
}
/**
* sig_handler
*
* Our SIGNAL-Handler. We need this to handle alarms and external signals.
*/
static void sig_handler(int signo)
{
int i;
/*The FALLTHROUGH is a special comment required by compiler. Do not edit it*/
switch(signo) {
case SIGALRM:
/*
* Somebody (maybe we ourself) wants us to make a snapshot
* This feature triggers snapshots on ALL threads that have
* snapshot_interval different from 0.
*/
if (cnt_list) {
i = -1;
while (cnt_list[++i]) {
if (cnt_list[i]->conf.snapshot_interval)
cnt_list[i]->snapshot = 1;
}
}
break;
case SIGUSR1:
/* Trigger the end of a event */
if (cnt_list) {
i = -1;
while (cnt_list[++i]){
cnt_list[i]->event_stop = TRUE;
}
}
break;
case SIGHUP:
restart = 1;
/*
* Fall through, as the value of 'restart' is the only difference
* between SIGHUP and the ones below.
*/
/*FALLTHROUGH*/
case SIGINT:
/*FALLTHROUGH*/
case SIGQUIT:
/*FALLTHROUGH*/
case SIGTERM:
/*
* Somebody wants us to quit! We should finish the actual
* movie and end up!
*/
if (cnt_list) {
i = -1;
while (cnt_list[++i]) {
cnt_list[i]->webcontrol_finish = 1;
cnt_list[i]->event_stop = TRUE;
cnt_list[i]->finish = 1;
/*
* Don't restart thread when it ends,
* all threads restarts if global restart is set
*/
cnt_list[i]->restart = 0;
}
}
/*
* Set flag we want to quit main check threads loop
* if restart is set (above) we start up again
*/
finish = 1;
break;
case SIGSEGV:
exit(0);
case SIGVTALRM:
printf("SIGVTALRM went off\n");
break;
}
}
/**
* sigchild_handler
*
* This function is a POSIX compliant replacement of the commonly used
* signal(SIGCHLD, SIG_IGN).
*/
static void sigchild_handler(int signo ATTRIBUTE_UNUSED)
{
#ifdef WNOHANG
while (waitpid(-1, NULL, WNOHANG) > 0) {};
#endif /* WNOHANG */
return;
}
/**
* setup_signals
* Attaches handlers to a number of signals that Motion need to catch.
*/
static void setup_signals(void){
/*
* Setup signals and do some initialization. 1 in the call to
* 'motion_startup' means that Motion will become a daemon if so has been
* requested, and argc and argc are necessary for reading the command
* line options.
*/
struct sigaction sig_handler_action;
struct sigaction sigchild_action;
#ifdef SA_NOCLDWAIT
sigchild_action.sa_flags = SA_NOCLDWAIT;
#else
sigchild_action.sa_flags = 0;
#endif
sigchild_action.sa_handler = sigchild_handler;
sigemptyset(&sigchild_action.sa_mask);
#ifdef SA_RESTART
sig_handler_action.sa_flags = SA_RESTART;
#else
sig_handler_action.sa_flags = 0;
#endif
sig_handler_action.sa_handler = sig_handler;
sigemptyset(&sig_handler_action.sa_mask);
/* Enable automatic zombie reaping */
sigaction(SIGCHLD, &sigchild_action, NULL);
sigaction(SIGPIPE, &sigchild_action, NULL);
sigaction(SIGALRM, &sig_handler_action, NULL);
sigaction(SIGHUP, &sig_handler_action, NULL);
sigaction(SIGINT, &sig_handler_action, NULL);
sigaction(SIGQUIT, &sig_handler_action, NULL);
sigaction(SIGTERM, &sig_handler_action, NULL);
sigaction(SIGUSR1, &sig_handler_action, NULL);
/* use SIGVTALRM as a way to break out of the ioctl, don't restart */
sig_handler_action.sa_flags = 0;
sigaction(SIGVTALRM, &sig_handler_action, NULL);
}
/**
* motion_remove_pid
* This function remove the process id file ( pid file ) before motion exit.
*/
static void motion_remove_pid(void)
{
if ((cnt_list[0]->daemon) && (cnt_list[0]->conf.pid_file) && (restart == 0)) {
if (!unlink(cnt_list[0]->conf.pid_file))
MOTION_LOG(NTC, TYPE_ALL, NO_ERRNO, _("Removed process id file (pid file)."));
else
MOTION_LOG(ERR, TYPE_ALL, SHOW_ERRNO, _("Error removing pid file"));
}
if (ptr_logfile) {
MOTION_LOG(NTC, TYPE_ALL, NO_ERRNO, _("Closing logfile (%s)."),
cnt_list[0]->conf.log_file);
myfclose(ptr_logfile);
set_log_mode(LOGMODE_NONE);
ptr_logfile = NULL;
}
}
/**
* motion_detected
*
* Called from 'motion_loop' when motion is detected
* Can be called when no motion if emulate_motion is set!
*
* Parameters:
*
* cnt - current thread's context struct
* dev - video device file descriptor
* img - pointer to the captured image_data with detected motion
*/
static void motion_detected(struct context *cnt, int dev, struct image_data *img)
{
struct config *conf = &cnt->conf;
struct images *imgs = &cnt->imgs;
struct coord *location = &img->location;
/* Draw location */
if (cnt->locate_motion_mode == LOCATE_ON) {
if (cnt->locate_motion_style == LOCATE_BOX) {
alg_draw_location(location, imgs, imgs->width, img->image_norm, LOCATE_BOX,
LOCATE_BOTH, cnt->process_thisframe);
} else if (cnt->locate_motion_style == LOCATE_REDBOX) {
alg_draw_red_location(location, imgs, imgs->width, img->image_norm, LOCATE_REDBOX,
LOCATE_BOTH, cnt->process_thisframe);
} else if (cnt->locate_motion_style == LOCATE_CROSS) {
alg_draw_location(location, imgs, imgs->width, img->image_norm, LOCATE_CROSS,
LOCATE_BOTH, cnt->process_thisframe);
} else if (cnt->locate_motion_style == LOCATE_REDCROSS) {
alg_draw_red_location(location, imgs, imgs->width, img->image_norm, LOCATE_REDCROSS,
LOCATE_BOTH, cnt->process_thisframe);
}
}
/* Calculate how centric motion is if configured preview center*/
if (cnt->new_img & NEWIMG_CENTER) {
unsigned int distX = abs((imgs->width / 2) - location->x);
unsigned int distY = abs((imgs->height / 2) - location->y);
img->cent_dist = distX * distX + distY * distY;
}
/* Do things only if we have got minimum_motion_frames */
if (img->flags & IMAGE_TRIGGER) {
/* Take action if this is a new event and we have a trigger image */
if (cnt->event_nr != cnt->prev_event) {
/*
* Reset prev_event number to current event and save event time
* in both time_t and struct tm format.
*/
cnt->prev_event = cnt->event_nr;
cnt->eventtime = img->timestamp_tv.tv_sec;
localtime_r(&cnt->eventtime, cnt->eventtime_tm);
/*
* Since this is a new event we create the event_text_string used for
* the %C conversion specifier. We may already need it for
* on_motion_detected_commend so it must be done now.
*/
mystrftime(cnt, cnt->text_event_string, sizeof(cnt->text_event_string),
cnt->conf.text_event, &img->timestamp_tv, NULL, 0);
/* EVENT_FIRSTMOTION triggers on_event_start_command and event_ffmpeg_newfile */
event(cnt, EVENT_FIRSTMOTION, img, NULL, NULL,
&cnt->imgs.image_ring[cnt->imgs.image_ring_out].timestamp_tv);
MOTION_LOG(NTC, TYPE_ALL, NO_ERRNO, _("Motion detected - starting event %d"),
cnt->event_nr);
/* always save first motion frame as preview-shot, may be changed to an other one later */
if (cnt->new_img & (NEWIMG_FIRST | NEWIMG_BEST | NEWIMG_CENTER))
image_save_as_preview(cnt, img);
}
/* EVENT_MOTION triggers event_beep and on_motion_detected_command */
event(cnt, EVENT_MOTION, NULL, NULL, NULL, &img->timestamp_tv);
}
/* Limit framerate */
if (img->shot < conf->framerate) {
/*
* If config option stream_motion is enabled, send the latest motion detected image
* to the stream but only if it is not the first shot within a second. This is to
* avoid double frames since we already have sent a frame to the stream.
* We also disable this in setup_mode.
*/
if (conf->stream_motion && !conf->setup_mode && img->shot != 1)
event(cnt, EVENT_STREAM, img, NULL, NULL, &img->timestamp_tv);
/*
* Save motion jpeg, if configured
* Output the image_out (motion) picture.
*/
if (conf->picture_output_motion)
event(cnt, EVENT_IMAGEM_DETECTED, NULL, NULL, NULL, &img->timestamp_tv);
}
/* if track enabled and auto track on */
if (cnt->track.type && cnt->track.active)
cnt->moved = track_move(cnt, dev, location, imgs, 0);
}
/**
* process_image_ring
*
* Called from 'motion_loop' to save images / send images to movie
*
* Parameters:
*
* cnt - current thread's context struct
* max_images - Max number of images to process
* Set to IMAGE_BUFFER_FLUSH to send/save all images in buffer
*/
static void process_image_ring(struct context *cnt, unsigned int max_images)
{
/*
* We are going to send an event, in the events there is still
* some code that use cnt->current_image
* so set it temporary to our image
*/
struct image_data *saved_current_image = cnt->current_image;
/* If image is flaged to be saved and not saved yet, process it */
do {
/* Check if we should save/send this image, breakout if not */
assert(cnt->imgs.image_ring_out < cnt->imgs.image_ring_size);
if ((cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags & (IMAGE_SAVE | IMAGE_SAVED)) != IMAGE_SAVE)
break;
/* Set inte global context that we are working with this image */
cnt->current_image = &cnt->imgs.image_ring[cnt->imgs.image_ring_out];
if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].shot < cnt->conf.framerate) {
if (cnt->log_level >= DBG) {
char tmp[32];
const char *t;
if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags & IMAGE_TRIGGER)
t = "Trigger";
else if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags & IMAGE_MOTION)
t = "Motion";
else if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags & IMAGE_PRECAP)
t = "Precap";
else if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags & IMAGE_POSTCAP)
t = "Postcap";
else
t = "Other";
mystrftime(cnt, tmp, sizeof(tmp), "%H%M%S-%q",
&cnt->imgs.image_ring[cnt->imgs.image_ring_out].timestamp_tv, NULL, 0);
draw_text(cnt->imgs.image_ring[cnt->imgs.image_ring_out].image_norm,
cnt->imgs.width, cnt->imgs.height, 10, 20, tmp, cnt->text_scale);
draw_text(cnt->imgs.image_ring[cnt->imgs.image_ring_out].image_norm,
cnt->imgs.width, cnt->imgs.height, 10, 30, t, cnt->text_scale);
}
/* Output the picture to jpegs and ffmpeg */
event(cnt, EVENT_IMAGE_DETECTED,
&cnt->imgs.image_ring[cnt->imgs.image_ring_out], NULL, NULL,
&cnt->imgs.image_ring[cnt->imgs.image_ring_out].timestamp_tv);
/*
* Check if we must add any "filler" frames into movie to keep up fps
* Only if we are recording videos ( ffmpeg or extenal pipe )
* While the overall elapsed time might be correct, if there are
* many duplicated frames, say 10 fps, 5 duplicated, the video will
* look like it is frozen every second for half a second.
*/
if (!cnt->conf.movie_duplicate_frames) {
/* don't duplicate frames */
} else if ((cnt->imgs.image_ring[cnt->imgs.image_ring_out].shot == 0) &&
(cnt->ffmpeg_output || (cnt->conf.movie_extpipe_use && cnt->extpipe))) {
/*
* movie_last_shoot is -1 when file is created,
* we don't know how many frames there is in first sec
*/
if (cnt->movie_last_shot >= 0) {
if (cnt_list[0]->log_level >= DBG) {
int frames = cnt->movie_fps - (cnt->movie_last_shot + 1);
if (frames > 0) {
char tmp[25];
MOTION_LOG(DBG, TYPE_ALL, NO_ERRNO
,_("Added %d fillerframes into movie"), frames);
sprintf(tmp, "Fillerframes %d", frames);
draw_text(cnt->imgs.image_ring[cnt->imgs.image_ring_out].image_norm,
cnt->imgs.width, cnt->imgs.height, 10, 40, tmp, cnt->text_scale);
}
}
/* Check how many frames it was last sec */
while ((cnt->movie_last_shot + 1) < cnt->movie_fps) {
/* Add a filler frame into encoder */
event(cnt, EVENT_FFMPEG_PUT,
&cnt->imgs.image_ring[cnt->imgs.image_ring_out], NULL, NULL,
&cnt->imgs.image_ring[cnt->imgs.image_ring_out].timestamp_tv);
cnt->movie_last_shot++;
}
}
cnt->movie_last_shot = 0;
} else if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].shot != (cnt->movie_last_shot + 1)) {
/* We are out of sync! Propably we got motion - no motion - motion */
cnt->movie_last_shot = -1;
}
/*
* Save last shot added to movie
* only when we not are within first sec
*/
if (cnt->movie_last_shot >= 0)
cnt->movie_last_shot = cnt->imgs.image_ring[cnt->imgs.image_ring_out].shot;
}
/* Mark the image as saved */
cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags |= IMAGE_SAVED;
/* Store it as a preview image, only if it has motion */
if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].flags & IMAGE_MOTION) {
/* Check for most significant preview-shot when picture_output=best */
if (cnt->new_img & NEWIMG_BEST) {
if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].diffs > cnt->imgs.preview_image.diffs) {
image_save_as_preview(cnt, &cnt->imgs.image_ring[cnt->imgs.image_ring_out]);
}
}
/* Check for most significant preview-shot when picture_output=center */
if (cnt->new_img & NEWIMG_CENTER) {
if (cnt->imgs.image_ring[cnt->imgs.image_ring_out].cent_dist < cnt->imgs.preview_image.cent_dist) {
image_save_as_preview(cnt, &cnt->imgs.image_ring[cnt->imgs.image_ring_out]);
}
}
}
/* Increment to image after last sended */
if (++cnt->imgs.image_ring_out >= cnt->imgs.image_ring_size)
cnt->imgs.image_ring_out = 0;
if (max_images != IMAGE_BUFFER_FLUSH) {
max_images--;
/* breakout if we have done max_images */
if (max_images == 0)
break;
}
/* loop until out and in is same e.g. buffer empty */
} while (cnt->imgs.image_ring_out != cnt->imgs.image_ring_in);
/* restore global context values */
cnt->current_image = saved_current_image;
}
static int init_camera_type(struct context *cnt){
cnt->camera_type = CAMERA_TYPE_UNKNOWN;
#ifdef HAVE_MMAL
if (cnt->conf.mmalcam_name) {
cnt->camera_type = CAMERA_TYPE_MMAL;
return 0;
}
#endif // HAVE_MMAL
if (cnt->conf.netcam_url) {
if ((strncmp(cnt->conf.netcam_url,"mjpeg",5) == 0) ||
(strncmp(cnt->conf.netcam_url,"v4l2" ,4) == 0) ||
(strncmp(cnt->conf.netcam_url,"file" ,4) == 0) ||
(strncmp(cnt->conf.netcam_url,"rtmp" ,4) == 0) ||
(strncmp(cnt->conf.netcam_url,"rtsp" ,4) == 0)) {
cnt->camera_type = CAMERA_TYPE_RTSP;
} else {
cnt->camera_type = CAMERA_TYPE_NETCAM;
}
return 0;
}
#ifdef HAVE_BKTR
if (strncmp(cnt->conf.video_device,"/dev/bktr",9) == 0) {
cnt->camera_type = CAMERA_TYPE_BKTR;
return 0;
}
#endif // HAVE_BKTR
#ifdef HAVE_V4L2
if (cnt->conf.video_device) {
cnt->camera_type = CAMERA_TYPE_V4L2;
return 0;
}
#endif // HAVE_V4L2
MOTION_LOG(ERR, TYPE_ALL, NO_ERRNO
, _("Unable to determine camera type (MMAL, Netcam, V4L2, BKTR)"));
return -1;
}
static void init_mask_privacy(struct context *cnt){
int indxrow, indxcol;
int start_cr, offset_cb, start_cb;
int y_index, uv_index;
int indx_img, indx_max; /* Counter and max for norm/high */
int indx_width, indx_height;
unsigned char *img_temp, *img_temp_uv;
FILE *picture;
/* Load the privacy file if any */
cnt->imgs.mask_privacy = NULL;
cnt->imgs.mask_privacy_uv = NULL;
cnt->imgs.mask_privacy_high = NULL;
cnt->imgs.mask_privacy_high_uv = NULL;
if (cnt->conf.mask_privacy) {
if ((picture = myfopen(cnt->conf.mask_privacy, "r"))) {
MOTION_LOG(INF, TYPE_ALL, NO_ERRNO, _("Opening privacy mask file"));
/*
* NOTE: The mask is expected to have the output dimensions. I.e., the mask
* applies to the already rotated image, not the capture image. Thus, use
* width and height from imgs.
*/
cnt->imgs.mask_privacy = get_pgm(picture, cnt->imgs.width, cnt->imgs.height);
/* We only need the "or" mask for the U & V chrominance area. */
cnt->imgs.mask_privacy_uv = mymalloc((cnt->imgs.height * cnt->imgs.width) / 2);
if (cnt->imgs.size_high > 0){
MOTION_LOG(INF, TYPE_ALL, NO_ERRNO
,_("Opening high resolution privacy mask file"));
rewind(picture);
cnt->imgs.mask_privacy_high = get_pgm(picture, cnt->imgs.width_high, cnt->imgs.height_high);
cnt->imgs.mask_privacy_high_uv = mymalloc((cnt->imgs.height_high * cnt->imgs.width_high) / 2);
}
myfclose(picture);
} else {
MOTION_LOG(ERR, TYPE_ALL, SHOW_ERRNO
,_("Error opening mask file %s"), cnt->conf.mask_privacy);
/* Try to write an empty mask file to make it easier for the user to edit it */
put_fixed_mask(cnt, cnt->conf.mask_privacy);
}
if (!cnt->imgs.mask_privacy) {
MOTION_LOG(ERR, TYPE_ALL, NO_ERRNO
,_("Failed to read mask privacy image. Mask privacy feature disabled."));
} else {
MOTION_LOG(INF, TYPE_ALL, NO_ERRNO
,_("Mask privacy file \"%s\" loaded."), cnt->conf.mask_privacy);
indx_img = 1;
indx_max = 1;
if (cnt->imgs.size_high > 0) indx_max = 2;
while (indx_img <= indx_max){
if (indx_img == 1){
start_cr = (cnt->imgs.height * cnt->imgs.width);
offset_cb = ((cnt->imgs.height * cnt->imgs.width)/4);
start_cb = start_cr + offset_cb;
indx_width = cnt->imgs.width;
indx_height = cnt->imgs.height;
img_temp = cnt->imgs.mask_privacy;
img_temp_uv = cnt->imgs.mask_privacy_uv;
} else {
start_cr = (cnt->imgs.height_high * cnt->imgs.width_high);
offset_cb = ((cnt->imgs.height_high * cnt->imgs.width_high)/4);
start_cb = start_cr + offset_cb;
indx_width = cnt->imgs.width_high;
indx_height = cnt->imgs.height_high;
img_temp = cnt->imgs.mask_privacy_high;
img_temp_uv = cnt->imgs.mask_privacy_high_uv;
}
for (indxrow = 0; indxrow < indx_height; indxrow++) {
for (indxcol = 0; indxcol < indx_width; indxcol++) {
y_index = indxcol + (indxrow * indx_width);
if (img_temp[y_index] == 0xff) {
if ((indxcol % 2 == 0) && (indxrow % 2 == 0) ){
uv_index = (indxcol/2) + ((indxrow * indx_width)/4);
img_temp[start_cr + uv_index] = 0xff;
img_temp[start_cb + uv_index] = 0xff;
img_temp_uv[uv_index] = 0x00;
img_temp_uv[offset_cb + uv_index] = 0x00;
}
} else {
img_temp[y_index] = 0x00;
if ((indxcol % 2 == 0) && (indxrow % 2 == 0) ){
uv_index = (indxcol/2) + ((indxrow * indx_width)/4);
img_temp[start_cr + uv_index] = 0x00;
img_temp[start_cb + uv_index] = 0x00;
img_temp_uv[uv_index] = 0x80;
img_temp_uv[offset_cb + uv_index] = 0x80;
}
}
}
}
indx_img++;
}
}
}
}
static void init_text_scale(struct context *cnt){
/* Consider that web interface may change conf values at any moment.
* The below can put two sections in the image so make sure that after
* scaling does not occupy more than 1/4 of image (10 pixels * 2 lines)
*/
cnt->text_scale = cnt->conf.text_scale;
if (cnt->text_scale <= 0) cnt->text_scale = 1;
if ((cnt->text_scale * 10 * 2) > (cnt->imgs.width / 4)) {
cnt->text_scale = (cnt->imgs.width / (4 * 10 * 2));
if (cnt->text_scale <= 0) cnt->text_scale = 1;
MOTION_LOG(WRN, TYPE_ALL, NO_ERRNO
,_("Invalid text scale. Adjusted to %d"), cnt->text_scale);
}
if ((cnt->text_scale * 10 * 2) > (cnt->imgs.height / 4)) {
cnt->text_scale = (cnt->imgs.height / (4 * 10 * 2));
if (cnt->text_scale <= 0) cnt->text_scale = 1;
MOTION_LOG(WRN, TYPE_ALL, NO_ERRNO
,_("Invalid text scale. Adjusted to %d"), cnt->text_scale);
}
/* If we had to modify the scale, change conf so we don't get another message */
cnt->conf.text_scale = cnt->text_scale;
}
static void mot_stream_init(struct context *cnt){
/* The image buffers are allocated in event_stream_put if needed*/
pthread_mutex_init(&cnt->mutex_stream, NULL);
cnt->imgs.substream_image = NULL;
cnt->stream_norm.jpeg_size = 0;
cnt->stream_norm.jpeg_data = NULL;
cnt->stream_norm.cnct_count = 0;
cnt->stream_sub.jpeg_size = 0;
cnt->stream_sub.jpeg_data = NULL;
cnt->stream_sub.cnct_count = 0;
cnt->stream_motion.jpeg_size = 0;
cnt->stream_motion.jpeg_data = NULL;
cnt->stream_motion.cnct_count = 0;
cnt->stream_source.jpeg_size = 0;
cnt->stream_source.jpeg_data = NULL;
cnt->stream_source.cnct_count = 0;
}
static void mot_stream_deinit(struct context *cnt){
/* Need to check whether buffers were allocated since init
* function defers the allocations to event_stream_put
*/
pthread_mutex_destroy(&cnt->mutex_stream);
if (cnt->imgs.substream_image != NULL){
free(cnt->imgs.substream_image);
cnt->imgs.substream_image = NULL;
}
if (cnt->stream_norm.jpeg_data != NULL){
free(cnt->stream_norm.jpeg_data);
cnt->stream_norm.jpeg_data = NULL;
}
if (cnt->stream_sub.jpeg_data != NULL){
free(cnt->stream_sub.jpeg_data);
cnt->stream_sub.jpeg_data = NULL;
}
if (cnt->stream_motion.jpeg_data != NULL){
free(cnt->stream_motion.jpeg_data);
cnt->stream_motion.jpeg_data = NULL;
}
if (cnt->stream_source.jpeg_data != NULL){
free(cnt->stream_source.jpeg_data);
cnt->stream_source.jpeg_data = NULL;
}
}
/* TODO: dbse functions are to be moved to separate module in future change*/
static void dbse_global_deinit(void){
MOTION_LOG(DBG, TYPE_ALL, NO_ERRNO, _("Closing MYSQL"));
#ifdef HAVE_MYSQL
mysql_library_end();
#endif /* HAVE_MYSQL */
}
static void dbse_global_init(void){
MOTION_LOG(DBG, TYPE_DB, NO_ERRNO,_("Initializing database"));
/* Initialize all the database items */
#ifdef HAVE_MYSQL
if (mysql_library_init(0, NULL, NULL)) {
fprintf(stderr, "could not initialize MySQL library\n");
exit(1);
}
#endif /* HAVE_MYSQL */
#ifdef HAVE_SQLITE3
int indx;
/* database_sqlite3 == NULL if not changed causes each thread to create their own
* sqlite3 connection this will only happens when using a non-threaded sqlite version */
cnt_list[0]->database_sqlite3=NULL;
if (cnt_list[0]->conf.database_type && ((!strcmp(cnt_list[0]->conf.database_type, "sqlite3")) && cnt_list[0]->conf.database_dbname)) {
MOTION_LOG(NTC, TYPE_DB, NO_ERRNO
,_("SQLite3 Database filename %s")
,cnt_list[0]->conf.database_dbname);
int thread_safe = sqlite3_threadsafe();
if (thread_safe > 0) {
MOTION_LOG(NTC, TYPE_DB, NO_ERRNO, _("SQLite3 is threadsafe"));
MOTION_LOG(NTC, TYPE_DB, NO_ERRNO, _("SQLite3 serialized %s")
,(sqlite3_config(SQLITE_CONFIG_SERIALIZED)?_("FAILED"):_("SUCCESS")));