static void
gth_media_viewer_page_finalize (GObject *obj)
{
GthMediaViewerPage *self;
self = GTH_MEDIA_VIEWER_PAGE (obj);
if (self->priv->update_progress_id != 0) {
g_source_remove (self->priv->update_progress_id);
self->priv->update_progress_id = 0;
}
if (self->priv->update_volume_id != 0) {
g_source_remove (self->priv->update_volume_id);
self->priv->update_volume_id = 0;
}
if (self->priv->playbin != NULL) {
save_volume (self);
gst_element_set_state (self->priv->playbin, GST_STATE_NULL);
gst_object_unref (GST_OBJECT (self->priv->playbin));
self->priv->playbin = NULL;
}
_g_object_unref (self->priv->icon);
_g_object_unref (self->priv->file_data);
if (self->priv->screensaver != NULL) {
gth_screensaver_uninhibit (self->priv->screensaver);
g_object_unref (self->priv->screensaver);
}
G_OBJECT_CLASS (gth_media_viewer_page_parent_class)->finalize (obj);
}
void save_volumes(strings& s,volumes& vols,const char *like,const std::string & append_history)
{
for(int i=0;i<s.size();i++)
{
save_volume(vols[i],s[i].c_str(),like,append_history);
}
}
static void
gth_media_viewer_page_real_deactivate (GthViewerPage *base)
{
GthMediaViewerPage *self;
self = (GthMediaViewerPage*) base;
gth_browser_unregister_viewer_control (self->priv->browser, self->priv->mediabar);
if (self->priv->builder != NULL) {
g_object_unref (self->priv->builder);
self->priv->builder = NULL;
}
if (self->priv->update_progress_id != 0) {
g_source_remove (self->priv->update_progress_id);
self->priv->update_progress_id = 0;
}
if (self->priv->update_volume_id != 0) {
g_source_remove (self->priv->update_volume_id);
self->priv->update_volume_id = 0;
}
if (self->priv->playbin != NULL) {
save_volume (self);
gst_element_set_state (self->priv->playbin, GST_STATE_NULL);
gst_object_unref (GST_OBJECT (self->priv->playbin));
self->priv->playbin = NULL;
}
gtk_widget_destroy (self->priv->screenshot_button);
self->priv->screenshot_button = NULL;
gth_browser_set_viewer_widget (self->priv->browser, NULL);
}
int main (int argc, char **argv)
{
printf ("=====> testing misc.c\n");
test_command("date");
test_command("ls / -l | sort");
test_command("/foo");
{
char c = 0;
long l = 0;
int i = 0;
long long ll = 0;
sscanf_lines ("a1\na\na2\n", "a%d", &i);
assert (i==1);
sscanf_lines ("a\nab3\na 4\na5", "a %d", &i);
assert (i==4);
sscanf_lines ("", "%d", &i);
sscanf_lines ("\n\n\n", "%d", &i);
sscanf_lines ("abcdefg6", "g%d", &i);
assert (i!=6);
sscanf_lines ("abcdefg", "ab%cdefg", &c);
assert (c=='c');
sscanf_lines ("a\na 7\na\n", "a %ld", &l);
assert (l==7L);
sscanf_lines ("a\n8a\na9\n", "a %lld", &ll);
assert (ll==9L);
}
printf ("=====> testing data.c\n");
{
#define INSTS 50
bunchOfInstances * bag = NULL;
ncInstance * inst = NULL;
ncInstance * Insts[INSTS];
int i, n;
printf ("========> testing instance struct management\n");
free_instance (NULL);
free_instance (&inst);
inst = allocate_instance ("the-uuid", "i1", NULL, NULL, NULL, 0, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, 0, NULL, 0);
assert(inst!=NULL);
free_instance (&inst);
assert(inst==NULL);
n = total_instances (&bag);
assert(n==0);
bag=NULL;
inst = find_instance(&bag, "foo");
assert(inst==NULL);
bag=NULL;
n = remove_instance(&bag, NULL);
assert(n!=0);
bag=NULL;
for (i=0; i<INSTS; i++) {
char id[10];
sprintf(id, "i-%d", i);
inst = Insts[i] = allocate_instance ("the-uuid", id, NULL, NULL, NULL, 0, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, 0, NULL, 0);
assert (inst!=NULL);
n = add_instance(&bag, inst);
assert (n==0);
}
n = total_instances (&bag);
assert (n==INSTS);
n = remove_instance(&bag, Insts[0]);
assert (n==0);
n = remove_instance(&bag, Insts[INSTS-1]);
assert (n==0);
n = total_instances (&bag);
assert (n==INSTS-2);
printf ("========> testing volume struct management\n");
ncVolume * v;
inst = allocate_instance ("the-uuid", "i2", NULL, NULL, NULL, 0, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, 0, NULL, 0);
assert(inst!=NULL);
for (i=0; i<EUCA_MAX_VOLUMES; i++) {
char id[10];
sprintf (id, "v-%d", i);
v = save_volume (inst, id, "rd", "ld", "ldr", VOL_STATE_ATTACHED);
assert (v!=NULL);
}
assert (is_volume_used (v));
assert (save_volume (inst, "too-much", "rd", "ld", "ldr", VOL_STATE_ATTACHED)==NULL);
assert (save_volume (inst, v->volumeId, NULL, NULL, NULL, NULL)!=NULL);
assert (save_volume (inst, v->volumeId, "RD", NULL, NULL, NULL)!=NULL);
assert (save_volume (inst, v->volumeId, NULL, "LD", NULL, NULL)!=NULL);
assert (save_volume (inst, v->volumeId, NULL, NULL, "LDR", NULL)!=NULL);
assert (save_volume (inst, v->volumeId, NULL, NULL, NULL, VOL_STATE_DETACHED)!=NULL);
assert (strcmp (v->remoteDev, "RD") == 0);
assert (save_volume (inst, "v-x1", NULL, NULL, NULL, VOL_STATE_ATTACHING)!=NULL);
assert (save_volume (inst, "v-x2", NULL, NULL, NULL, VOL_STATE_ATTACHING)==NULL);
assert (save_volume (inst, "v-x1", NULL, NULL, NULL, VOL_STATE_DETACHING)!=NULL);
assert (save_volume (inst, "v-x2", NULL, NULL, NULL, VOL_STATE_ATTACHING)==NULL);
assert (save_volume (inst, "v-x1", NULL, NULL, NULL, VOL_STATE_DETACHING_FAILED)!=NULL);
assert (save_volume (inst, "v-x2", NULL, NULL, NULL, VOL_STATE_ATTACHING)==NULL);
assert (free_volume (inst, "v-x1")!=NULL);
for (i=0; i<EUCA_MAX_VOLUMES-1; i++) {
char id[10];
sprintf (id, "v-%d", i);
v = free_volume (inst, id);
assert (v!=NULL);
}
free_instance (&inst);
assert(inst==NULL);
}
printf ("OK\n");
return 0;
}
//!
//! Implement the backing store for a given instance
//!
//! @param[in] instance pointer to the instance
//! @param[in] is_migration_dest
//!
//! @return EUCA_OK on success or EUCA_ERROR on failure
//!
//! @pre The instance parameter must not be NULL.
//!
//! @post
//!
int create_instance_backing(ncInstance * instance, boolean is_migration_dest)
{
int rc = 0;
int ret = EUCA_ERROR;
virtualMachine *vm = &(instance->params);
artifact *sentinel = NULL;
char work_prefix[1024] = { 0 }; // {userId}/{instanceId}
char base_path[EUCA_MAX_PATH];
char user_dir_path[EUCA_MAX_PATH];
// set various instance-directory-relative paths in the instance struct
set_instance_paths(instance);
set_path(base_path, sizeof(base_path), NULL, NULL);
snprintf(user_dir_path, sizeof(user_dir_path), "%s/%s", base_path, instance->userId);
// create backing directory
if ((check_path(user_dir_path) == 1) && (mkdir(user_dir_path, INSTANCE_DIRECTORY_PERM) == -1)) {
LOGERROR("[%s] could not create backing directory %s\n", instance->instanceId, user_dir_path);
goto out;
}
if (mkdir(instance->instancePath, INSTANCE_DIRECTORY_PERM) == -1) {
LOGERROR("[%s] could not create backing directory %s\n", instance->instanceId, instance->instancePath);
goto out;
}
if (strstr(instance->platform, "windows")) {
// generate the floppy file for windows instances
if (makeWindowsFloppy(nc_state.home, instance->instancePath, instance->keyName, instance->instanceId)) {
LOGERROR("[%s] could not create windows bootup script floppy\n", instance->instanceId);
goto out;
} else {
set_path(instance->floppyFilePath, sizeof(instance->floppyFilePath), instance, "floppy");
instance->hasFloppy = TRUE;
}
} else if (instance->credential && strlen(instance->credential)) {
LOGDEBUG("[%s] creating floppy for instance credential\n", instance->instanceId);
if (make_credential_floppy(nc_state.home, instance->instancePath, instance->credential)) {
LOGERROR("[%s] could not create credential floppy\n", instance->instanceId);
goto out;
} else {
set_path(instance->floppyFilePath, sizeof(instance->floppyFilePath), instance, "floppy");
instance->hasFloppy = TRUE;
}
} else if(instance->hasFloppy && is_migration_dest) {
LOGDEBUG("[%s] creating blank instance credential floppy\n", instance->instanceId);
char dest_path[1024] = "";
int fd = 0;
snprintf(dest_path, 1024, "%s/floppy", instance->instancePath);
if ((fd = open(dest_path, O_CREAT | O_TRUNC | O_RDWR, 0700)) < 0) {
LOGERROR("[%s] failed to create fake floppy\n", instance->instanceId);
goto out;
} else {
lseek(fd, 1024*2048-1, SEEK_SET);
write(fd, "\n", 1);
}
close(fd);
} else {
instance->hasFloppy = FALSE;
}
set_id(instance, NULL, work_prefix, sizeof(work_prefix));
// compute tree of dependencies
sentinel = vbr_alloc_tree(vm, // the struct containing the VBR
TRUE, // make working copy of runtime-modifiable files
is_migration_dest, // tree of an instance on the migration destination
(instance->do_inject_key) ? (instance->keyName) : (NULL), // the SSH key
&(instance->bail_flag), // flag indicating that provisioning should bail
instance->instanceId); // ID is for logging
if (sentinel == NULL) {
LOGERROR("[%s] failed to prepare extended backing for instance\n", instance->instanceId);
goto out;
}
sem_p(disk_sem);
{
// download/create/combine the dependencies
rc = art_implement_tree(sentinel, work_bs, cache_bs, work_prefix, INSTANCE_PREP_TIMEOUT_USEC);
}
sem_v(disk_sem);
if (rc != EUCA_OK) {
LOGERROR("[%s] failed to implement backing for instance\n", instance->instanceId);
goto out;
}
// copy EBS entries from VBR[] to volumes[]
for (int i = 0; ((i < EUCA_MAX_VBRS) && (i < instance->params.virtualBootRecordLen)); i++) {
virtualBootRecord *vbr = &(instance->params.virtualBootRecord[i]);
if (vbr->locationType == NC_LOCATION_SC) {
char *volumeId = vbr->id; // id is 'emi-XXXX', replace it with 'vol-XXXX'
ebs_volume_data *vol_data = NULL;
if (deserialize_volume(vbr->resourceLocation, &vol_data) == 0) {
volumeId = vol_data->volumeId;
}
if (save_volume(instance, volumeId, vbr->resourceLocation, // attachmentToken
vbr->preparedResourceLocation, // connect_string
vbr->guestDeviceName, VOL_STATE_ATTACHED, vbr->backingPath) == NULL) { // the XML
LOGERROR("[%s] failed to add record for volume %s\n", instance->instanceId, volumeId);
}
EUCA_FREE(vol_data);
}
}
if (save_instance_struct(instance)) // update instance checkpoint now that the struct got updated
goto out;
ret = EUCA_OK;
out:
if (sentinel)
art_free(sentinel);
return (ret);
}
//!
//! Main entry point of the application
//!
//! @param[in] argc the number of parameter passed on the command line
//! @param[in] argv the list of arguments
//!
//! @return Always return 0
//!
int main(int argc, char **argv)
{
printf("=====> testing misc.c\n");
test_command("date");
test_command("ls / -l | sort");
test_command("/foo");
{
char c = 0;
long l = 0;
int i = 0;
long long ll = 0;
euca_lscanf("a1\na\na2\n", "a%d", &i);
assert(i == 1);
euca_lscanf("a\nab3\na 4\na5", "a %d", &i);
assert(i == 4);
euca_lscanf("", "%d", &i);
euca_lscanf("\n\n\n", "%d", &i);
euca_lscanf("abcdefg6", "g%d", &i);
assert(i != 6);
euca_lscanf("abcdefg", "ab%cdefg", &c);
assert(c == 'c');
euca_lscanf("a\na 7\na\n", "a %ld", &l);
assert(l == 7L);
euca_lscanf("a\n8a\na9\n", "a %lld", &ll);
assert(ll == 9L);
}
printf("=====> testing auth.c\n");
{
//int decrypt_string_with_node_and_symmetric_key(char *in_buffer, char *key_buffer, char**out_buffer)
euca_init_cert();
char *encrypted_symm_key =
"YCvEugV7FynwQnyDbNX8hVFstseIpzhBCi6nxWZOUhVbivEf9Frkk7evxvQeSn9GUIvyNSE15Stts/CQmIGNsAKpAmjUoDzkkB/8EUCO9bgVi6IQl6SOzZCqX1hGCMZT1Ir32HXcwZcEbtDl0WpfLahjT9pZQAtDnnRT7H8+qysxUbEoL9Z2Yw5GneF5hRDWcA9Kce617oNbPFiZjLnnQr2iNsxyWb8LVj7KnBweJ8UJumgcWp26VsWoBUUCK/3adPAvOk/kalgrXZAk6fo/TqGUqdokjj1tz3rG7dcvTRuB0qwY1P8KfgRg3HABQcHjriKNvBYTVDhhEFDP2v0fiA==";
char *encrypted_string =
"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";
char *decrypted = NULL;
int out_len = -1;
if (decrypt_string_with_node_and_symmetric_key(encrypted_string, encrypted_symm_key, &decrypted, &out_len) != EUCA_OK) {
printf("failed to decrypt using symmetric key\n");
} else {
printf("decrypted length: %d\n", out_len);
}
}
printf("=====> testing data.c\n");
{
#define INSTS 50
bunchOfInstances *bag = NULL;
ncInstance *inst = NULL;
ncInstance *Insts[INSTS];
int i, n;
printf("========> testing instance struct management\n");
free_instance(NULL);
free_instance(&inst);
inst = allocate_instance("the-uuid", "i1", NULL, NULL, NULL, 0, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, 0, NULL, 0);
assert(inst != NULL);
free_instance(&inst);
assert(inst == NULL);
n = total_instances(&bag);
assert(n == 0);
bag = NULL;
inst = find_instance(&bag, "foo");
assert(inst == NULL);
bag = NULL;
n = remove_instance(&bag, NULL);
assert(n != EUCA_OK);
bag = NULL;
for (i = 0; i < INSTS; i++) {
char id[10];
sprintf(id, "i-%d", i);
inst = Insts[i] = allocate_instance("the-uuid", id, NULL, NULL, NULL, 0, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, 0, NULL, 0);
assert(inst != NULL);
n = add_instance(&bag, inst);
assert(n == EUCA_OK);
}
n = total_instances(&bag);
assert(n == INSTS);
n = remove_instance(&bag, Insts[0]);
assert(n == EUCA_OK);
n = remove_instance(&bag, Insts[INSTS - 1]);
assert(n == EUCA_OK);
n = total_instances(&bag);
assert(n == INSTS - 2);
printf("========> testing volume struct management\n");
ncVolume *v;
inst = allocate_instance("the-uuid", "i2", NULL, NULL, NULL, 0, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, 0, NULL, 0);
assert(inst != NULL);
for (i = 0; i < EUCA_MAX_VOLUMES; i++) {
char id[10];
sprintf(id, "v-%d", i);
v = save_volume(inst, id, "tok", "rd", "ld", "ldr", VOL_STATE_ATTACHED);
assert(v != NULL);
}
assert(is_volume_used(v));
assert(save_volume(inst, "too-much", "tok", "rd", "ld", "ldr", VOL_STATE_ATTACHED) == NULL);
assert(save_volume(inst, v->volumeId, NULL, NULL, NULL, NULL, NULL) != NULL);
assert(save_volume(inst, v->volumeId, NULL, "RD", NULL, NULL, NULL) != NULL);
assert(save_volume(inst, v->volumeId, NULL, NULL, "LD", NULL, NULL) != NULL);
assert(save_volume(inst, v->volumeId, NULL, NULL, NULL, "LDR", NULL) != NULL);
assert(save_volume(inst, v->volumeId, NULL, NULL, NULL, NULL, VOL_STATE_DETACHED) != NULL);
assert(strcmp(v->attachmentToken, "RD") == 0);
assert(save_volume(inst, "v-x1", NULL, NULL, NULL, NULL, VOL_STATE_ATTACHING) != NULL);
assert(save_volume(inst, "v-x2", NULL, NULL, NULL, NULL, VOL_STATE_ATTACHING) == NULL);
assert(save_volume(inst, "v-x1", NULL, NULL, NULL, NULL, VOL_STATE_DETACHING) != NULL);
assert(save_volume(inst, "v-x2", NULL, NULL, NULL, NULL, VOL_STATE_ATTACHING) == NULL);
assert(save_volume(inst, "v-x1", NULL, NULL, NULL, NULL, VOL_STATE_DETACHING_FAILED) != NULL);
assert(save_volume(inst, "v-x2", NULL, NULL, NULL, NULL, VOL_STATE_ATTACHING) == NULL);
assert(free_volume(inst, "v-x1") != NULL);
for (i = 0; i < EUCA_MAX_VOLUMES - 1; i++) {
char id[10];
sprintf(id, "v-%d", i);
v = free_volume(inst, id);
assert(v != NULL);
}
free_instance(&inst);
assert(inst == NULL);
}
printf("OK\n");
return 0;
}
