io->dumps_++;
io->last_dump_ = ev_now(EV_DEFAULT_UC);
- DEBUG_PRINT("dumping fd %d", io->watcher_.fd);
+ DEBUG_PRINT("<%d> dumping", io->watcher_.fd);
// Number of items we've stored in iov
int iovcnt = 0;
// Unix sockets don't like huge messages. TCP sockets do.
// TODO: handle EMSGSIZE after sendmsg().
- size_t max_to_write = unix_socket ? 8*KB : 64*KB;
+ size_t max_to_write = unix_socket ? 8*KB : 256*KB;
int fd_to_send = -1;
}
size_t first_offset = offset;
+ DEBUG_PRINT("<%d> offset=%ld", io->watcher_.fd, offset);
// Loop over all the buckets for this particular watcher/socket in order
// to fill iov.
Local<Value> fd_v = bucket->Get(fd_sym);
if (fd_v->IsInt32()) {
fd_to_send = fd_v->Int32Value();
- DEBUG_PRINT("got fd to send: %d", fd_to_send);
+ DEBUG_PRINT("<%d> got fd to send: %d", io->watcher_.fd, fd_to_send);
assert(fd_to_send >= 0);
}
}
written = writev(io->watcher_.fd, iov, iovcnt);
}
- DEBUG_PRINT("iovcnt: %d, to_write: %ld, written: %ld",
+ DEBUG_PRINT("<%d> iovcnt: %d, to_write: %ld, written: %ld",
+ io->watcher_.fd,
iovcnt,
to_write,
written);
// Allow EAGAIN.
// TODO: handle EMSGSIZE after sendmsg().
if (errno == EAGAIN) {
+ DEBUG_PRINT("<%d> EAGAIN", io->watcher_.fd);
io->Start();
} else {
// Emit error event
// what about written == 0 ?
size_t queue_size = watcher->Get(queue_size_sym)->Uint32Value();
+ DEBUG_PRINT("<%d> queue_size=%ld", io->watcher_.fd, queue_size);
assert(queue_size >= offset);
// Now drop the buckets that have been written.
bucket->Set(fd_sym, Null());
}
+ DEBUG_PRINT("<%d,%ld> bucket_len: %ld, offset: %ld",
+ io->watcher_.fd,
+ bucket_index,
+ bucket_len,
+ offset);
assert(bucket_len > offset);
- DEBUG_PRINT("[%ld] bucket_len: %ld, offset: %ld", bucket_index, bucket_len, offset);
-
- queue_size -= written;
// Only on the first bucket does is the offset > 0.
if (offset + written < bucket_len) {
// we have not written the entire bucket
- DEBUG_PRINT("[%ld] Only wrote part of the buffer. "
+ DEBUG_PRINT("<%d,%ld> Only wrote part of the buffer. "
"setting watcher.offset = %ld",
+ io->watcher_.fd,
bucket_index,
offset + written);
watcher->Set(offset_sym,
- Integer::NewFromUnsigned(offset + written));
+ Integer::NewFromUnsigned(offset + written));
break;
} else {
- DEBUG_PRINT("[%ld] wrote the whole bucket. discarding.",
+ DEBUG_PRINT("<%d,%ld> wrote the whole bucket. discarding.",
+ io->watcher_.fd,
bucket_index);
+ assert(bucket_len <= queue_size);
+ queue_size -= bucket_len;
+
+ assert(bucket_len - offset <= written);
written -= bucket_len - offset;
Local<Value> bucket_callback_v = bucket->Get(callback_sym);
watcher->Set(first_bucket_sym, bucket->Get(next_sym));
}
- // Set the queue size.
watcher->Set(queue_size_sym, Integer::NewFromUnsigned(queue_size));
}
// Still have buckets to be written. Wait for fd to become writable.
io->Start();
- DEBUG_PRINT("Started watcher %d", io->watcher_.fd);
+ DEBUG_PRINT("<%d> Started watcher", io->watcher_.fd);
} else {
// No more buckets in the queue. Make sure the last_bucket_sym is
// updated and then go to the next watcher.
// become writable.
io->Stop();
- DEBUG_PRINT("Stop watcher %d", io->watcher_.fd);
+ DEBUG_PRINT("<%d> Stop watcher", io->watcher_.fd);
// Emit drain event
if (watcher->Has(ondrain_sym)) {