Well, after back to back 30+ hour work "days", I got the new architecture pretty stable. Still some kinks, but for the most part working.
New commands:
{ "BTCDjson", "json" } // this supports sending SuperNET API commands
// there is also https access via web browser and curl and wget, so many ways to issue SuperNET API commands
{ "gotpacket", "msg", "dur", "ip_port" } // this is called when the BTCD gets a packet from one of its peers
{ "gotnewpeer", "ip_port" } // this is called when a new peer is discovered
{ "BTCDpoll" } // this mechanism is used to find out when the SuperNET wants to broadcast or narrowcast packets
{ "maketelepods", "amount", "coin" } // this creates telepods, must be multiples of 0.01
{ "telepodacct", "amount", "contact", "coin", "comment", "cmd", "withdraw" } // this command displays the current set of unspent telepods, either globally, by coin, by contact. also will support withdrawing telepods to a normal address and also create credit/debit journal entries. However, only the display of all the unspent telepods has been tested
Existing commands that at least worked in some cases.
// Telepathy
static char *getpeers[] = { (char *)getpeers_func, "getpeers", "V", "scan", 0 };
static char *addcontact[] = { (char *)addcontact_func, "addcontact", "V", "handle", "acct", 0 };
static char *removecontact[] = { (char *)removecontact_func, "removecontact", "V", "contact", 0 };
static char *dispcontact[] = { (char *)dispcontact_func, "dispcontact", "V", "contact", 0 };
static char *telepathy[] = { (char *)telepathy_func, "telepathy", "V", "contact", "id", "type", "attach", 0 };
static char *getdb[] = { (char *)getdb_func, "getdb", "V", "contact", "id", "key", "dir", 0 };
// Kademlia DHT
static char *ping[] = { (char *)ping_func, "ping", "V", "pubkey", "ipaddr", "port", "destip", 0 };
static char *pong[] = { (char *)pong_func, "pong", "V", "pubkey", "ipaddr", "port", 0 };
static char *store[] = { (char *)store_func, "store", "V", "pubkey", "key", "name", "data", 0 };
static char *findvalue[] = { (char *)findvalue_func, "findvalue", "V", "pubkey", "key", "name", "data", 0 };
static char *findnode[] = { (char *)findnode_func, "findnode", "V", "pubkey", "key", "name", "data", 0 };
// MofNfs
static char *savefile[] = { (char *)savefile_func, "savefile", "V", "filename", "L", "M", "N", "backup", "password", "pin", 0 };
static char *restorefile[] = { (char *)restorefile_func, "restorefile", "V", "filename", "L", "M", "N", "backup", "password", "destfile", "sharenrs", "txids", "pin", 0 };
As you can see quite a few API's are ready to test
James
New commands:
{ "BTCDjson", "json" } // this supports sending SuperNET API commands
// there is also https access via web browser and curl and wget, so many ways to issue SuperNET API commands
{ "gotpacket", "msg", "dur", "ip_port" } // this is called when the BTCD gets a packet from one of its peers
{ "gotnewpeer", "ip_port" } // this is called when a new peer is discovered
{ "BTCDpoll" } // this mechanism is used to find out when the SuperNET wants to broadcast or narrowcast packets
{ "maketelepods", "amount", "coin" } // this creates telepods, must be multiples of 0.01
{ "telepodacct", "amount", "contact", "coin", "comment", "cmd", "withdraw" } // this command displays the current set of unspent telepods, either globally, by coin, by contact. also will support withdrawing telepods to a normal address and also create credit/debit journal entries. However, only the display of all the unspent telepods has been tested
Existing commands that at least worked in some cases.
// Telepathy
static char *getpeers[] = { (char *)getpeers_func, "getpeers", "V", "scan", 0 };
static char *addcontact[] = { (char *)addcontact_func, "addcontact", "V", "handle", "acct", 0 };
static char *removecontact[] = { (char *)removecontact_func, "removecontact", "V", "contact", 0 };
static char *dispcontact[] = { (char *)dispcontact_func, "dispcontact", "V", "contact", 0 };
static char *telepathy[] = { (char *)telepathy_func, "telepathy", "V", "contact", "id", "type", "attach", 0 };
static char *getdb[] = { (char *)getdb_func, "getdb", "V", "contact", "id", "key", "dir", 0 };
// Kademlia DHT
static char *ping[] = { (char *)ping_func, "ping", "V", "pubkey", "ipaddr", "port", "destip", 0 };
static char *pong[] = { (char *)pong_func, "pong", "V", "pubkey", "ipaddr", "port", 0 };
static char *store[] = { (char *)store_func, "store", "V", "pubkey", "key", "name", "data", 0 };
static char *findvalue[] = { (char *)findvalue_func, "findvalue", "V", "pubkey", "key", "name", "data", 0 };
static char *findnode[] = { (char *)findnode_func, "findnode", "V", "pubkey", "key", "name", "data", 0 };
// MofNfs
static char *savefile[] = { (char *)savefile_func, "savefile", "V", "filename", "L", "M", "N", "backup", "password", "pin", 0 };
static char *restorefile[] = { (char *)restorefile_func, "restorefile", "V", "filename", "L", "M", "N", "backup", "password", "destfile", "sharenrs", "txids", "pin", 0 };
As you can see quite a few API's are ready to test
James
It all makes sense to me now...... regarding your ability to get so much done that is. Somehow you've figured out how to get 30+ hours out of a 24 hour day. Kudos to the back to back 30+ hour work days
