static void
read_done_cb (OSAsyncResult *res, void *cb_data)
{
CcnetProcessor *processor = cb_data;
USE_PRIV;
if (!res->success) {
g_warning ("[putcommit] Failed to read %s.\n", res->obj_id);
goto bad;
}
send_commit (processor, res->obj_id, res->data, res->len);
seaf_debug ("Send commit %.8s.\n", res->obj_id);
/* Send next commit. */
if (priv->id_list != NULL)
read_and_send_commit (processor);
else {
ccnet_processor_send_response (processor, SC_END, SS_END, NULL, 0);
ccnet_processor_done (processor, TRUE);
}
return;
bad:
ccnet_processor_send_response (processor, SC_NOT_FOUND, SS_NOT_FOUND,
NULL, 0);
ccnet_processor_done (processor, FALSE);
}
static void handle_response (CcnetProcessor *processor,
char *code, char *code_msg,
char *content, int clen)
{
SeafileSendcommitV4Proc *proc = (SeafileSendcommitV4Proc *)processor;
TransferTask *task = proc->tx_task;
if (task->state != TASK_STATE_NORMAL) {
ccnet_processor_done (processor, TRUE);
return;
}
switch (processor->state) {
case INIT:
if (memcmp (code, SC_OK, 3) == 0) {
processor->state = SEND_OBJECT;
send_commit (processor, task->head);
return;
}
break;
case SEND_OBJECT:
if (memcmp (code, SC_ACK, 3) == 0) {
ccnet_processor_done (processor, TRUE);
return;
}
break;
default:
g_return_if_reached ();
}
seaf_warning ("Bad response: %s %s.\n", code, code_msg);
if (memcmp (code, SC_ACCESS_DENIED, 3) == 0)
transfer_task_set_error (task, TASK_ERR_ACCESS_DENIED);
ccnet_processor_done (processor, FALSE);
}
static void
send_commits (CcnetProcessor *processor, char *content, int clen)
{
char *object_id;
int n_objects;
int i;
if (clen % 41 != 1 || content[clen-1] != '\0') {
g_warning ("[putcommit] Bad fs object list.\n");
ccnet_processor_send_response (processor, SC_BAD_OL, SS_BAD_OL, NULL, 0);
ccnet_processor_done (processor, FALSE);
return;
}
n_objects = clen/41;
g_debug ("[putcommit] send commit objects %d:\n%s", n_objects, content);
object_id = content;
for (i = 0; i < n_objects; ++i) {
object_id[40] = '\0';
g_debug ("[putcommit] send commit object #%d:%s\n", i, object_id);
if (send_commit (processor, object_id) == FALSE)
return;
object_id += 41;
}
}
bool XYVirtualKeyboard::enter_clicked()
{
if (letterLabel->text().isEmpty())
{
return false;
}
emit send_commit(letterLabel->text());
clear_history();
return true;
}
void s4pp_flush (s4pp_ctx_t *ctx, s4pp_done_fn done)
{
if (ctx->state != S4PP_BUFFERING)
done (ctx, true);
else
{
ctx->done = done;
if (ctx->waiting_for_sent)
ctx->want_commit_on_sent = true;
else
send_commit (ctx);
}
}
bool s4pp_on_sent (s4pp_ctx_t *ctx)
{
ctx->err = S4PP_OK; // clear earlier errors
ctx->waiting_for_sent = false;
if (ctx->want_commit_on_sent)
{
ctx->want_commit_on_sent = false;
send_commit (ctx);
}
else
progress_work (ctx);
return_res;
}
static void
send_one_commit (CcnetProcessor *processor)
{
USE_PRIV;
char *commit_id;
if (!priv->id_list) {
ccnet_processor_send_update (processor, SC_END, SS_END, NULL, 0);
ccnet_processor_done (processor, TRUE);
return;
}
commit_id = priv->id_list->data;
priv->id_list = g_list_delete_link (priv->id_list, priv->id_list);
send_commit (processor, commit_id);
g_free (commit_id);
}
static gboolean
traverse_commit (SeafCommit *commit, void *data, gboolean *stop)
{
CcnetProcessor *processor = data;
TransferTask *task = ((SeafileSendcommitV2Proc *)processor)->tx_task;
USE_PRIV;
if (priv->end_commit_id[0] != 0 &&
strcmp (priv->end_commit_id, commit->commit_id) == 0) {
*stop = TRUE;
return TRUE;
}
send_commit (processor, commit->commit_id);
if (strcmp (commit->root_id, EMPTY_SHA1) != 0)
object_list_insert (task->fs_roots, commit->root_id);
return TRUE;
}
static void
send_commits (CcnetProcessor *processor, char *content, int clen)
{
char *object_id;
int n_objects;
int i;
if (clen % 41 != 1 || content[clen-1] != '\0') {
seaf_warning ("Bad fs object list.\n");
ccnet_processor_send_update (processor, SC_BAD_OL, SS_BAD_OL, NULL, 0);
ccnet_processor_done (processor, FALSE);
return;
}
n_objects = clen/41;
object_id = content;
for (i = 0; i < n_objects; ++i) {
object_id[40] = '\0';
if (send_commit (processor, object_id) == FALSE)
return;
object_id += 41;
}
}
static void progress_work (s4pp_ctx_t *ctx)
{
switch (ctx->state)
{
case S4PP_INIT:
case S4PP_CONNECT: // if connect failed, we need to retry the connect
if (!ctx->conn && !ctx->fatal)
{
ctx->conn = ctx->io->connect (ctx->server);
ctx->state = S4PP_CONNECT;
}
break;
case S4PP_HELLO:
break; // waiting for hello, nothing to do
case S4PP_AUTHED:
if (!ctx->next)
break; // nothing to do, leave the session alone
if (!prepare_begin_seq (ctx))
break;
// else fall-through
case S4PP_BUFFERING:
while (ctx->state == S4PP_BUFFERING && process_out_buffer (ctx, false))
{
bool sig = false;
if (ctx->seq.n_sent >= ctx->seq.n_max)
sig = true;
else
{
s4pp_sample_t sample;
if (ctx->next (ctx, &sample))
{
unsigned idx;
if (!prepare_dict_entry (ctx, sample.name, &idx))
break;
prepare_sample_entry (ctx, &sample, idx);
}
else
{
ctx->next = NULL; // mark end of this batch
if (ctx->done)
sig = true;
else
break;
}
}
if (sig)
send_commit (ctx);
}
break;
case S4PP_COMMITTING: // waiting for OK/NOK
// we might only have buffered the SIG: in the overflow area, so
// ensure we flush it out in that case.
if (ctx->outbuf.used)
process_out_buffer (ctx, true);
break;
case S4PP_ERRORED:
default:
// We have work to do, but something went wrong, so reconnect if possible
if (ctx->conn)
ctx->io->disconnect (ctx->conn);
ctx->conn = NULL;
ctx->err = S4PP_OK;
if (!ctx->fatal)
{
ctx->conn = ctx->io->connect (ctx->server);
ctx->state = S4PP_CONNECT;
}
else
ctx->state = S4PP_ERRORED;
break;
}
}
