| Commit message (Collapse) | Author | Age |
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We accidentally made idhash not public by not publishing its header
in the right place. This is really generic utility stuff, so we
have posted it in the nng/supplemental/util/ directory.
We've also removed the ability to remove this -- its a very small amount
of additional code, as its just a wrapper on top of mandatory functionality.
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This further limits some of the thread counts, but principally it
offers a new runtime facility, nng_init_set_parameter(), which can
be used to set certain runtime parameters on the number of threads,
provided it is called before the rest of application start up.
This facility is quite intentionally "undocumented", at least for now,
as we want to limit our commitment to it. Still this should be helpful
for applications that need to reduce the number of threads that are
created.
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While here fixed a number of nits in comments.
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This transport only listens, and creates connections when
the application calls setopt on the lister with NNG_OPT_SOCKET_FD,
to pass a file descriptor. The FD is turned into an nng_stream,
and utilized for SP. The protocol over the descriptor is identical
to the TCP protocol (not the IPC protocol).
The options for peer information are borrowed from the IPC transport,
as they may be useful for these purposes.
This includes a test suite and full documentation.
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(This should avoid folks thinking master represents 1.6.0.)
The next release needs to bump the minor because of the new
option NNG_OPT_REQ_RESENDTICK.
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This eliminates the req protocols use of nni_timer (and setting
a single timer node per request. This was problematic because it
devolves into O(n^2) as we wind up inserting timer nodes and having
to scan the list for the timer node.
The solution is to use a single scan - stop worrying about insertion,
but instead use a coarse granularity timer (defaults to 1 second)
for retries. Then do the O(n) scan just once per interval.
A new option, NNG_OPT_REQ_RESENDTICK, can be used to change the tick
interval for cases (like unit tests) where more fine grained timing
is required.
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Co-authored-by: Christian Fischbach <cfischbach@mac.com>
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This introduces a new API, nng_aio_busy(), that can be used
to query the status of the aio without blocking.
Some minor documentation fixes are included.
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compile (#1532)
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This should give significant performance boosts to anyone using this
protocol. Buffering on both the send and receive side is supported,
with a default buffer size of 16 messages. This should help provide
a reasonable default case for most users.
While here updated the test for bus to much more complete
NUTS style test framework, with increased coverage.
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This function is like nng_device(), but runs asynchronously.
Also, this fixes #1503 nng_device causes nng_close to blocking
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closes #1553
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fixes #1535 Desire nng_ctx_sendmsg and nng_ctx_recvmsg
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Originally the idea was to better support having the transports
be separate loadable modules. This isn't needed for the builtin
transports, so we make the explicit initialization of them
deprecated, and document it as such.
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* Add & document msg_capacity, msg_reserve
* reserve/capacity code style
* Documentation references to reserve/capacity
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This bug can easily lead to memory overruns if a program relies
on the nng_sockaddr_storage instad of just allocating a vanilla
nng_sockaddr.
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This is a sweeping cleanup of the transport logic around options,
and also harmonizes the names used when setting or getting options.
Additionally, legacy methods are now moved into a separate file and
can be elided via CMake or a preprocessor define.
Fundamentally, the ability to set to transport options via the socket
is deprecated; there are numerous problems with this and my earlier
approaches to deal with this have been somewhat misguided. Further
these approaches will not work with future protocol work that is
planned (were some options need to be negotiated with peers at the
time of connection establishment.)
Documentation has been updated to reflect this. The test suites still
make rather broad use of the older APIs, and will be converted later.
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This should reduce the amount of copying, and the overall size
used by pipes and other objects quite a bit. (On my system, the
sizeof nni_pipe shrank by 400 bytes, for example.)
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fixes #1326 Linux IPC could use fchmod
fixes #1327 getsockname on ipc may not work
This introduces an abstract:// style transport, which on Linux
results in using the abstract socket with the given name (not
including the leading NULL byte). A new NNG_AF_ABSTRACT is
provided. Auto bind abstract sockets are also supported.
While here we have inlined the aios for the POSIX ipc pipe
objects, eliminating at least one set of failure paths, and
have also performed various other cleanups.
A unix:// alias is available on POSIX systems, which acts just
like ipc:// (and is fact just an alias). This is supplied so
that in the future we can add support for AF_UNIX on Windows.
We've also absorbed the ipcperms test into the new ipc_test suite.
Finally we are now enforcing that IPC path names on Windows are
not over the maximum size, rather than just silently truncating
them.
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This adds new options, NNG_OPT_WS_SEND_TEXT and NNG_OPT_WS_RECV_TEXT
that permit communication with WebSocket peers that insist on using
TEXT frames (stream mode only). The support is limited, as NNG does
no validation of the frame contents to check for UTF-8 compliance.
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fixes #1288 id allocation can overallocate
fixes #1126 consider removing lock from idhash
This substantially refactors the id hash code, giving a cleaner API,
and eliminating a extra locking as well as some wasteful allocations.
The ZeroTier code has it's own copy, that is 64-bit friendly, as the
rest of the consumers need only a simpler 32-bit API.
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This also exposes an nng_thread_set_name() function for
applications to use. All NNG thread names start with "nng:".
Note that support is highly dependent on the operating system.
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Note that v1.3.2 contains only documentation fixes compared to
v1.3.1. So there is no urgency to update if already on 1.3.1.
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The nng.h header should use the same file path based guards as the
rest of the headers, so NNG_NNG_H (as it is delivered as <nng/nng.h>.
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This introduces support for an external wolfSSL plugin, and generally
creates the framework for pluggable TLS implementations.
The wolfSSL engine is provided via an external module (git submodule),
available either under a GPLv3 license or a commercial license.
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- Default tree handler behavior is now non-exclusive
- Add 'longest uri first' ordering for http handlers
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We've also finished fleshing out the statistics for pairv1, addressed a
possible race around the TTL, and added additional test cases to validate
things. We also have tightened up the send logic to ensure we do not
send a bad message on the wire (drop the malformed message on the send side).
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This correctly moves the entire protocol header for XREQ and XRESPONDENT
protocols to the message header (not the body). This is where it should
always have been. There is some small chance that applications which were
coded to parse the header from the body will break. We don't think there
are any such applications in use.
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This is not a full release of 1.3.0 yet.
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