AvdInfo*
avdInfo_newForAndroidBuild( const char*     androidBuildRoot,
                            const char*     androidOut,
                            AvdInfoParams*  params )
{
    AvdInfo*  i;

    ANEW0(i);

    i->inAndroidBuild   = 1;
    i->androidBuildRoot = ASTRDUP(androidBuildRoot);
    i->androidOut       = ASTRDUP(androidOut);
    i->contentPath      = ASTRDUP(androidOut);
    i->targetArch       = path_getBuildTargetArch(i->androidOut);
    i->apiLevel         = path_getBuildTargetApiLevel(i->androidOut);

    /* TODO: find a way to provide better information from the build files */
    i->deviceName = ASTRDUP("<build>");

    /* There is no config.ini in the build */
    i->configIni = NULL;

    if (_avdInfo_getCoreHwIniPath(i, i->androidOut) < 0 )
        goto FAIL;

    /* Read the build skin's hardware.ini, if any */
    _avdInfo_getBuildSkinHardwareIni(i);

    return i;

FAIL:
    avdInfo_free(i);
    return NULL;
}

CameraDevice*
camera_device_open(const char* name, int inp_channel)
{
    struct v4l2_cropcap cropcap;
    struct v4l2_crop crop;
    LinuxCameraDevice* cd;

    /* Allocate and initialize the descriptor. */
    cd = _camera_device_alloc();
    //cd->device_name = name != NULL ? ASTRDUP(name) : ASTRDUP("/dev/video0");
    //Gemdroid added
    cd->device_name = name != NULL ? ASTRDUP(name) : ASTRDUP("/dev/video1");
    //Gemdroid added
    cd->input_channel = inp_channel;

    /* Open the device. */
    if (_camera_device_open(cd)) {
        _camera_device_free(cd);
        return NULL;
    }

    /* Select video input, video standard and tune here. */
    cropcap.type = V4L2_BUF_TYPE_VIDEO_CAPTURE;
    _xioctl(cd->handle, VIDIOC_CROPCAP, &cropcap);
    crop.type = V4L2_BUF_TYPE_VIDEO_CAPTURE;
    crop.c = cropcap.defrect; /* reset to default */
    _xioctl (cd->handle, VIDIOC_S_CROP, &crop);

    return &cd->header;
}

char*
path_get_absolute( const char* path )
{
    if (path_is_absolute(path)) {
        return ASTRDUP(path);
    }

#ifdef _WIN32
    {
        char* result;
        int   pathLen    = strlen(path);
        int   currentLen = GetCurrentDirectory(0, NULL);

        if (currentLen <= 0) {
            /* Could not get size of working directory. something is
             * really fishy here, return a simple copy */
            return ASTRDUP(path);
        }
        result = malloc(currentLen + pathLen + 2);

        GetCurrentDirectory(currentLen+1, result);
        if (currentLen == 0 || result[currentLen-1] != '\\') {
            result[currentLen++] = '\\';
        }
        memcpy(result + currentLen, path, pathLen+1);

        return result;
    }
#else
    {
        int   pathLen    = strlen(path);
        char  currentDir[PATH_MAX];
        int   currentLen;
        char* result;

        if (getcwd(currentDir, sizeof(currentDir)) == NULL) {
            /* Could not get the current working directory. something is really
            * fishy here, so don't do anything and return a copy */
            return ASTRDUP(path);
        }

        /* Make a new path with <current-path>/<path> */
        currentLen = strlen(currentDir);
        result     = malloc(currentLen + pathLen + 2);

        memcpy(result, currentDir, currentLen);
        if (currentLen == 0 || result[currentLen-1] != '/') {
            result[currentLen++] = '/';
        }
        memcpy(result + currentLen, path, pathLen+1);

        return result;
    }
#endif
}

/* Check that there is a skin named 'skinName' listed from 'skinDirRoot'
 * this returns the full path of the skin directory (after alias expansions),
 * including the skin name, or NULL on failure.
 */
static char*
_checkSkinSkinsDir( const char*  skinDirRoot,
                    const char*  skinName )
{
    DirScanner*  scanner;
    char*        result;
    char         temp[MAX_PATH], *p = temp, *end = p + sizeof(temp);

    p = bufprint(temp, end, "%s/skins/%s", skinDirRoot, skinName);
    DD("Probing skin directory: %s", temp);
    if (p >= end || !path_exists(temp)) {
        DD("    ignore bad skin directory %s", temp);
        return NULL;
    }

    /* first, is this a normal skin directory ? */
    if (_checkSkinPath(temp)) {
        /* yes */
        DD("    found skin directory: %s", temp);
        return ASTRDUP(temp);
    }

    /* second, is it an alias to another skin ? */
    *p      = 0;
    result  = NULL;
    scanner = dirScanner_new(temp);
    if (scanner != NULL) {
        for (;;) {
            const char*  file = dirScanner_next(scanner);

            if (file == NULL)
                break;

            if (strncmp(file, "alias-", 6) || file[6] == 0)
                continue;

            p = bufprint(temp, end, "%s/skins/%s", skinDirRoot, file+6);
            if (p < end && _checkSkinPath(temp)) {
                /* yes, it's an alias */
                DD("    skin alias '%s' points to skin directory: %s",
                   file+6, temp);
                result = ASTRDUP(temp);
                break;
            }
        }
        dirScanner_free(scanner);
    }
    return result;
}

/* TODO: Put in shared source file */
static char*
_getFullFilePath( const char* rootPath, const char* fileName )
{
    if (path_is_absolute(fileName)) {
        return ASTRDUP(fileName);
    } else {
        char temp[PATH_MAX], *p=temp, *end=p+sizeof(temp);

        p = bufprint(temp, end, "%s/%s", rootPath, fileName);
        if (p >= end) {
            return NULL;
        }
        return ASTRDUP(temp);
    }
}

/* Initialized webcam emulation record in camera service descriptor.
 * Param:
 *  csd - Camera service descriptor to initialize a record in.
 *  disp_name - Display name of a web camera ('webcam<N>') to use for emulation.
 *  dir - Direction ('back', or 'front') that emulated camera is facing.
 *  ci, ci_cnt - Array of webcam information for enumerated web cameras connected
 *      to the host.
 */
static void
_wecam_setup(CameraServiceDesc* csd,
             const char* disp_name,
             const char* dir,
             CameraInfo* ci,
             int ci_cnt)
{
    /* Find webcam record in the list of enumerated web cameras. */
    CameraInfo* found = _camera_info_get_by_display_name(disp_name, ci, ci_cnt);
    if (found == NULL) {
        W("Camera name '%s' is not found in the list of connected cameras.\n"
          "Use '-webcam-list' emulator option to obtain the list of connected camera names.\n",
          disp_name);
        return;
    }

    /* Save to the camera info array that will be used by the service. */
    memcpy(csd->camera_info + csd->camera_count, found, sizeof(CameraInfo));
    /* This camera is taken. */
    found->in_use = 1;
    /* Update direction parameter. */
    if (csd->camera_info[csd->camera_count].direction != NULL) {
        free(csd->camera_info[csd->camera_count].direction);
    }
    csd->camera_info[csd->camera_count].direction = ASTRDUP(dir);
    D("Camera %d '%s' connected to '%s' facing %s using %.4s pixel format",
      csd->camera_count, csd->camera_info[csd->camera_count].display_name,
      csd->camera_info[csd->camera_count].device_name,
      csd->camera_info[csd->camera_count].direction,
      (const char*)(&csd->camera_info[csd->camera_count].pixel_format));
      csd->camera_count++;
}

/* Returns the AVD's content path, i.e. the directory that contains
 * the AVD's content files (e.g. data partition, cache, sd card, etc...).
 *
 * We extract this by parsing the root config .ini file, looking for
 * a "path" elements.
 */
static int
_avdInfo_getContentPath( AvdInfo*  i )
{
    char temp[PATH_MAX], *p=temp, *end=p+sizeof(temp);

    i->contentPath = iniFile_getString(i->rootIni, ROOT_ABS_PATH_KEY, NULL);

    if (i->contentPath == NULL) {
        derror("bad config: %s",
               "virtual device file lacks a "ROOT_ABS_PATH_KEY" entry");
        return -1;
    }

    if (!path_is_dir(i->contentPath)) {
        // If the absolute path doesn't match an actual directory, try
        // the relative path if present.
        const char* relPath = iniFile_getString(i->rootIni, ROOT_REL_PATH_KEY, NULL);
        if (relPath != NULL) {
            p = bufprint_config_path(temp, end);
            p = bufprint(p, end, PATH_SEP "%s", relPath);
            if (p < end && path_is_dir(temp)) {
                AFREE(i->contentPath);
                i->contentPath = ASTRDUP(temp);
            }
        }
    }

    D("virtual device content at %s", i->contentPath);
    return 0;
}

int
enumerate_camera_devices(CameraInfo* cis, int max)
{
    char dev_name[24];
    int found = 0;
    int n;

    for (n = 0; n < max; n++) {
        CameraDevice* cd;

        sprintf(dev_name, "/dev/video%d", n);
        cd = camera_device_open(dev_name, 0);
        if (cd != NULL) {
            LinuxCameraDevice* lcd = (LinuxCameraDevice*)cd->opaque;
            if (!_camera_device_get_info(lcd, cis + found)) {
                char user_name[24];
                sprintf(user_name, "webcam%d", found);
                cis[found].display_name = ASTRDUP(user_name);
                cis[found].in_use = 0;
                found++;
            }
            camera_device_close(cd);
        } else {
            break;
        }
    }

    return found;
}

/* Search a file in the SDK search directories. Return NULL if not found,
 * or a strdup() otherwise.
 */
static char*
_avdInfo_getSdkFilePath(AvdInfo*  i, const char*  fileName)
{
    char temp[MAX_PATH], *p = temp, *end = p + sizeof(temp);

    do {
        /* try the search paths */
        int  nn;

        for (nn = 0; nn < i->numSearchPaths; nn++) {
            const char* searchDir = i->searchPaths[nn];

            p = bufprint(temp, end, "%s/%s", searchDir, fileName);
            if (p < end && path_exists(temp)) {
                DD("found %s in search dir: %s", fileName, searchDir);
                goto FOUND;
            }
            DD("    no %s in search dir: %s", fileName, searchDir);
        }

        return NULL;

    } while (0);

FOUND:
    return ASTRDUP(temp);
}

char*
avdInfo_getKernelPath( AvdInfo*  i )
{
    const char* imageName = _imageFileNames[ AVD_IMAGE_KERNEL ];

    char*  kernelPath = _avdInfo_getContentOrSdkFilePath(i, imageName);

    if (kernelPath == NULL && i->inAndroidBuild) {
        /* When in the Android build, look into the prebuilt directory
         * for our target architecture.
         */
        char temp[PATH_MAX], *p = temp, *end = p + sizeof(temp);
        const char* suffix = "";
        char* abi;

        /* If the target ABI is armeabi-v7a, then look for
         * kernel-qemu-armv7 instead of kernel-qemu in the prebuilt
         * directory. */
        abi = path_getBuildTargetAbi(i->androidOut);
        if (!strcmp(abi,"armeabi-v7a")) {
            suffix = "-armv7";
        }
        AFREE(abi);

        p = bufprint(temp, end, "%s/prebuilts/qemu-kernel/%s/kernel-qemu%s",
                     i->androidBuildRoot, i->targetArch, suffix);
        if (p >= end || !path_exists(temp)) {
            derror("bad workspace: cannot find prebuilt kernel in: %s", temp);
            exit(1);
        }
        kernelPath = ASTRDUP(temp);
    }
    return kernelPath;
}

/* Parse a given config.ini file and extract the list of SDK search paths
 * from it. Returns the number of valid paths stored in 'searchPaths', or -1
 * in case of problem.
 *
 * Relative search paths in the config.ini will be stored as full pathnames
 * relative to 'sdkRootPath'.
 *
 * 'searchPaths' must be an array of char* pointers of at most 'maxSearchPaths'
 * entries.
 */
static int
_getSearchPaths( IniFile*    configIni,
                 const char* sdkRootPath,
                 int         maxSearchPaths,
                 char**      searchPaths )
{
    char  temp[PATH_MAX], *p = temp, *end= p+sizeof temp;
    int   nn, count = 0;

    for (nn = 0; nn < maxSearchPaths; nn++) {
        char*  path;

        p = bufprint(temp, end, "%s%d", SEARCH_PREFIX, nn+1 );
        if (p >= end)
            continue;

        path = iniFile_getString(configIni, temp, NULL);
        if (path != NULL) {
            DD("    found image search path: %s", path);
            if (!path_is_absolute(path)) {
                p = bufprint(temp, end, "%s/%s", sdkRootPath, path);
                AFREE(path);
                path = ASTRDUP(temp);
            }
            searchPaths[count++] = path;
        }
    }
    return count;
}

/* Find target compiler using a path from COLLECT_GCC or COMPILER_PATH.  */
static char *
find_target_compiler (const char *name)
{
  bool found = false;
  char **paths = NULL;
  unsigned n_paths, i;
  char *target_compiler;
  const char *collect_gcc = getenv ("COLLECT_GCC");
  const char *gcc_path = dirname (ASTRDUP (collect_gcc));
  const char *gcc_exec = basename (ASTRDUP (collect_gcc));

  if (strcmp (gcc_exec, collect_gcc) == 0)
    {
      /* collect_gcc has no path, so it was found in PATH.  Make sure we also
	 find accel-gcc in PATH.  */
      target_compiler = XDUPVEC (char, name, strlen (name) + 1);
      found = true;
      goto out;
    }

char* path_getBuildBootProp(const char* androidOut) {
    char temp[MAX_PATH], *p = temp, *end = p + sizeof(temp);
    p = bufprint(temp, end, "%s/boot.prop", androidOut);
    if (p >= end) {
        D("ANDROID_BUILD_OUT is too long: %s\n", androidOut);
        return NULL;
    }
    if (!path_exists(temp)) {
        D("Cannot find boot properties file: %s\n", temp);
        return NULL;
    }
    return ASTRDUP(temp);
}

CameraDevice*
camera_device_open(const char* name, int inp_channel)
{
    WndCameraDevice* wcd;

    /* Allocate descriptor and initialize windows-specific fields. */
    wcd = _camera_device_alloc();
    if (wcd == NULL) {
        E("%s: Unable to allocate WndCameraDevice instance", __FUNCTION__);
        return NULL;
    }
    wcd->window_name = (name != NULL) ? ASTRDUP(name) :
                                        ASTRDUP(_default_window_name);
    if (wcd->window_name == NULL) {
        E("%s: Unable to save window name", __FUNCTION__);
        _camera_device_free(wcd);
        return NULL;
    }
    wcd->input_channel = inp_channel;

    /* Create capture window that is a child of HWND_MESSAGE window.
     * We make it invisible, so it doesn't mess with the UI. Also
     * note that we supply standard HWND_MESSAGE window handle as
     * the parent window, since we don't want video capturing
     * machinery to be dependent on the details of our UI. */
    wcd->cap_window = capCreateCaptureWindow(wcd->window_name, WS_CHILD, 0, 0,
                                             0, 0, HWND_MESSAGE, 1);
    if (wcd->cap_window == NULL) {
        E("%s: Unable to create video capturing window '%s': %d",
          __FUNCTION__, wcd->window_name, GetLastError());
        _camera_device_free(wcd);
        return NULL;
    }
    /* Save capture window descriptor as window's user data. */
    capSetUserData(wcd->cap_window, wcd);

    return &wcd->header;
}

/* Look for a named file inside the AVD's content directory.
 * Returns NULL if it doesn't exist, or a strdup() copy otherwise.
 */
static char*
_avdInfo_getContentFilePath(AvdInfo*  i, const char* fileName)
{
    char temp[MAX_PATH], *p = temp, *end = p + sizeof(temp);

    p = bufprint(p, end, "%s/%s", i->contentPath, fileName);
    if (p >= end) {
        derror("can't access virtual device content directory");
        return NULL;
    }
    if (!path_exists(temp)) {
        return NULL;
    }
    return ASTRDUP(temp);
}

/* Return the path to the AVD's root configuration .ini file. it is located in
 * ~/.android/avd/<name>.ini or Windows equivalent
 *
 * This file contains the path to the AVD's content directory, which
 * includes its own config.ini.
 */
char*
path_getRootIniPath( const char*  avdName )
{
    char temp[PATH_MAX], *p=temp, *end=p+sizeof(temp);

    p = bufprint_config_path(temp, end);
    p = bufprint(p, end, PATH_SEP ANDROID_AVD_DIR PATH_SEP "%s.ini", avdName);
    if (p >= end) {
        return NULL;
    }
    if (!path_exists(temp)) {
        return NULL;
    }
    return ASTRDUP(temp);
}

char*
avdInfo_getTracePath( AvdInfo*  i, const char*  traceName )
{
    char   tmp[MAX_PATH], *p=tmp, *end=p + sizeof(tmp);

    if (i == NULL || traceName == NULL || traceName[0] == 0)
        return NULL;

    if (i->inAndroidBuild) {
        p = bufprint( p, end, "%s" PATH_SEP "traces" PATH_SEP "%s",
                      i->androidOut, traceName );
    } else {
        p = bufprint( p, end, "%s" PATH_SEP "traces" PATH_SEP "%s",
                      i->contentPath, traceName );
    }
    return ASTRDUP(tmp);
}

/* try to see if the skin name leads to a magic skin or skin path directly
 * returns 1 on success, 0 on error.
 *
 * on success, this sets up '*pSkinName' and '*pSkinDir'
 */
static int
_getSkinPathFromName( const char*  skinName,
                      const char*  sdkRootPath,
                      char**       pSkinName,
                      char**       pSkinDir )
{
    char  temp[PATH_MAX], *p=temp, *end=p+sizeof(temp);

    /* if the skin name has the format 'NNNNxNNN' where
    * NNN is a decimal value, then this is a 'magic' skin
    * name that doesn't require a skin directory
    */
    if (isdigit(skinName[0])) {
        int  width, height;
        if (sscanf(skinName, "%dx%d", &width, &height) == 2) {
            D("'magic' skin format detected: %s", skinName);
            *pSkinName = ASTRDUP(skinName);
            *pSkinDir  = NULL;
            return 1;
        }
    }

    /* is the skin name a direct path to the skin directory ? */
    if (path_is_absolute(skinName) && _checkSkinPath(skinName)) {
        goto FOUND_IT;
    }

    /* is the skin name a relative path from the SDK root ? */
    p = bufprint(temp, end, "%s/%s", sdkRootPath, skinName);
    if (p < end && _checkSkinPath(temp)) {
        skinName = temp;
        goto FOUND_IT;
    }

    /* nope */
    return 0;

FOUND_IT:
    if (path_split(skinName, pSkinDir, pSkinName) < 0) {
        derror("malformed skin name: %s", skinName);
        exit(2);
    }
    D("found skin '%s' in directory: %s", *pSkinName, *pSkinDir);
    return 1;
}

tree
create_tmp_var_name (const char *prefix)
{
  char *tmp_name;

  if (prefix)
    {
      char *preftmp = ASTRDUP (prefix);

      remove_suffix (preftmp, strlen (preftmp));
      clean_symbol_name (preftmp);

      prefix = preftmp;
    }

  ASM_FORMAT_PRIVATE_NAME (tmp_name, prefix ? prefix : "T", tmp_var_id_num++);
  return get_identifier (tmp_name);
}

/* Collects information about an opened camera device.
 * The information collected in this routine contains list of pixel formats,
 * supported by the device, and list of frame dimensions supported by the camera
 * for each pixel format.
 * Param:
 *  cd - Opened camera device descriptor.
 *  cis - Upon success contains information collected from the camera device.
 * Return:
 *  0 on success, != 0 on failure.
 */
static int
_camera_device_get_info(LinuxCameraDevice* cd, CameraInfo* cis)
{
    int f;
    int chosen = -1;
    QemuPixelFormat* formats = NULL;
    int num_pix_fmts = _camera_device_enum_pixel_formats(cd, &formats);
    if (num_pix_fmts <= 0) {
        return -1;
    }

    /* Lets see if camera supports preferred formats */
    for (f = 0; f < _preferred_format_num; f++) {
        
        chosen = _get_format_index(_preferred_formats[f], formats, num_pix_fmts);
        if (chosen >= 0) {
            printf("chosen :::%d, f:::::%d\n", chosen, f);
            break;
        }
    }
    if (chosen < 0) {
        /* Camera doesn't support any of the chosen formats. Then it doesn't
         * matter which one we choose. Lets choose the first one. */
        chosen = 0;
    }

    cis->device_name = ASTRDUP(cd->device_name);
    cis->inp_channel = cd->input_channel;
    cis->pixel_format = formats[chosen].format;
    cis->frame_sizes_num = formats[chosen].dim_num;
    /* Swap instead of copy. */
    cis->frame_sizes = formats[chosen].dims;
    formats[chosen].dims = NULL;
    cis->in_use = 0;

    for (f = 0; f < num_pix_fmts; f++) {
        _qemu_pixel_format_free(formats + f);
    }
    free(formats);

    return 0;
}