void test() {
printf("Start test!\n");
cloud_init("localhost:8888");
cloud_print_error();
cloud_list_service(list_service);
cloud_print_error();
printf("Create bucket\n");
cloud_create_bucket("test");
cloud_print_error();
cloud_list_service(list_service);
cloud_print_error();
printf("Put object\n");
infile = fopen("./README", "rb");
struct stat stat_buf;
lstat("./README", &stat_buf);
cloud_put_object("test", "helloworld", stat_buf.st_size, put_buffer);
fclose(infile);
cloud_print_error();
printf("List bucket test:\n");
cloud_list_bucket("test", list_bucket);
printf("Get object:\n");
outfile = fopen("/tmp/README", "wb");
cloud_get_object("test", "helloworld", get_buffer);
fclose(outfile);
cloud_print_error();
printf("Delete object:\n");
cloud_delete_object("test", "helloworld");
cloud_print_error();
printf("List bucket test:\n");
cloud_list_bucket("test", list_bucket);
cloud_print_error();
printf("Delete bucket test:\n");
cloud_delete_bucket("test");
cloud_print_error();
printf("List service:\n");
cloud_list_service(list_service);
printf("End test!\n");
cloud_destroy();
}
void main()
{
int rc;
char c;
char mac[6];
if (cloud_init())
exit(1);
printf("Hit <space> to print network interface status and MAC address\n");
printf(" ? to print XBee node table\n");
printf(" a to print memory usage\n");
printf("\nNote: MAC is useful for manually adding device to Device Cloud.\n\n");
_restart:
do {
rc = cloud_tick();
if (kbhit()) {
c = getchar();
if (c == ' ') {
ip_print_ifs();
printf("MAC address: %02X%02X%02X:%02X%02X%02X\n",
SysIDBlock.macAddr[0], SysIDBlock.macAddr[1], SysIDBlock.macAddr[2],
SysIDBlock.macAddr[3], SysIDBlock.macAddr[4], SysIDBlock.macAddr[5]
);
}
else if (c == '?')
sxa_node_table_dump();
else if (c == 'a')
_sys_malloc_stats();
}
} while (!rc);
printf("Final rc = %d\n", rc);
if (rc == -NETERR_ABORT) {
// RCI reboot request was received. Normally we would use this
// to shut down cleanly and reboot the board.
printf("Rebooting via exit(0)!\n");
exit(0);
}
goto _restart;
}
int main(int argc, char *argv[]) {
// init cloud
cloud_init();
// create timer
p_tm = create_timer(2, hello, 0);
assert(p_tm);
start_timer(p_tm);
// run cloud
cloud_run(0);
return 0;
}
void main()
{
int rc;
if (cloud_init())
exit(1);
// This is where we actually register the cursom do_commands.
// Note use of the '#' (enquote) operator to turn the variable
// names into strings. [The double macro indirection is required to
// get this to work!]. NOTE: this registration must be done after
// cloud_init(), since cloud_init() clears the do_command table.
#define MKS(x) #x
#define MKSTRING(x) MKS(x)
cloud_register_target(TARGET_NAME_1,
MKSTRING(REQ_VAR_NAME_1), MKSTRING(REPLY_VAR_NAME_1));
cloud_register_target(TARGET_NAME_2,
MKSTRING(REQ_VAR_NAME_2), MKSTRING(REPLY_VAR_NAME_2));
cloud_register_target(TARGET_NAME_3,
MKSTRING(REQ_VAR_NAME_3), MKSTRING(REPLY_VAR_NAME_3));
_restart:
do {
rc = cloud_tick();
} while (!rc);
printf("Final rc = %d\n", rc);
if (rc == -NETERR_ABORT) {
// RCI reboot request was received. Normally we would use this
// to shut down cleanly and reboot the board.
printf("Rebooting via exit(0)!\n");
exit(0);
}
goto _restart;
}
/**************************************************************
* FUSE used functions
*************************************************************/
/*
* Initializes the FUSE file system (cloudfs) by checking if
* the mount points are valid, and if all is well, it mounts the
* file system ready for usage.
*
*/
void *cloudfs_init(struct fuse_conn_info *conn UNUSED)
{
cloudfs_debug("init", "start", "");
/* initialize cloud */
S3Status s = cloud_init(system_state->hostname);
if (s != S3StatusOK) {
cloudfs_debug("init", "fail", "");
}
cloud_create_bucket(BUCKET_NAME);
/* initialize file storage */
mkdir(resolve_path("/"), 0755);
/* initialize file attribute storage */
mkdir(resolve_attr_path("/"), 0755);
/* initialize segment cache */
init_segment_cache_layer();
init_segment_hash();
