| Age | Commit message (Collapse) | Author |
|---|
|
Main problem:
A faulty HIPE_LITERAL_CRC was not detected by the loader.
Strangeness #1:
Dialyzer should ask the hipe compiler about the target checksum,
not an internal bif.
Strangeness #2:
The HIPE_SYSTEM_CRC checksum was based on the HIPE_LITERALS_CRC
checksum.
Solution:
New HIPE_ERTS_CHECKSUM which is an bxor of the two (now independent)
HIPE_LITERALS_CRC and HIPE_SYSTEM_CRC.
HIPE_LITERALS_CRC represents values that are assumed to stay constant
for different VM configurations of the same arch, and are therefor
hard coded into the hipe compiler.
HIPE_SYSTEM_CRC represents values that may differ between VM variants.
By default the hipe compiler asks the running VM for this checksum,
in order to create beam files for the same running VM.
The hipe compiler can be configured (with "make XCOMP=yes ...") to
create beam files for another VM variant, in which case HIPE_SYSTEM_CRC
is also hard coded.
ToDo:
Treat all erts properties the same. Either ask the running VM or hard
coded into hipe (if XCOMP=yes). This will simplify and reduce the risk
of dangerous mismatches. One concern might be the added overhead
from more frequent calls to hipe_bifs:get_rts_param.
|
|
Instead ask running VM for the value of THE_NON_VALUE,
which is different between opt and debug VM.
Same hipe compiler can now compile for both opt and debug VM.
|
|
|
|
|
|
* rickard/end-time-fix/OTP-12896:
Fix calculation of end time
|
|
* rickard/monotonic-clock-source/OTP-12895:
Prefer monotonic time that stop during suspend
|
|
* rickard/read_corrected_time/OTP-12894:
Avoid unnecessary copying of data when retrieving corrected monotonic time
|
|
* rickard/gettimeofday/OTP-12892:
Add the --enable-gettimeofday-as-os-system-time configure switch
|
|
* rickard/trace-file-eintr-bug/OTP-12890:
Handle EINTR in trace_file_drv
|
|
* rickard/non-smp-trace-port-exit-bug/OTP-12889:
Teach non-smp VM how to deal with trace port crash
Test case testing crash in tracer port
|
|
|
|
|
|
|
|
Forces usage of gettimeofday() for OS system time
|
|
|
|
|
|
|
|
|
|
|
|
* sverk/poll-lost-wakeup/OTP-12859:
erts: Fix race in poller thread wake up
|
|
|
|
|
|
* ia/ssl/modern-timetrap:
ssl: Make init functions fail if make_certs:all fails
ssl: Avoid sleep
ssl: modernize timetrap handling
|
|
|
|
* rickard/debug-fix/OTP-12650:
Fix node/dist refc count
|
|
|
|
|
|
* vinoski/driver-doc-fix/OTP-12855:
Fix documentation of ERL_DRV_ERROR_ERRNO
|
|
When possible avoid sleep in test cases.
|
|
Watchdog is legacy test_server use only ct:timetrap/1
|
|
|
|
OTP-12845
* bruce/change-license:
fix errors caused by changed line numbers
Change license text to APLv2
|
|
* sverk/nosmp-init-timer-wheel:
erts: Fix timer wheel initialization bug for non smp
|
|
* egil/fix-erl_poll-darwin:
erts: Fix erl_poll on darwin
|
|
* kostis/hipe-no-dial-warnings:
Eliminate a dialyzer warning
Simplify handling of o2 and o3 option expansion
|
|
|
|
* hb/dialyzer/fix_opaque_types/OTP-12493:
dialyzer: Correction of last commit
|
|
|
|
* anders/diameter/18/OTP-12588:
vsn -> 1.10
Remove dead upgrade-related code
Update appup for 18
Fix release note typo
Fix comment typo
|
|
* anders/diameter/sctp/OTP-12768:
Fix connection timeouts in test transports
Fix start order of alternate transports
Log discarded answers
Ensure accepting processes are first in, first out
Remove upgrade-related code
Be less parallel in traffic suite
Increase send/receive buffers for testsuite SCTP listeners
Decrease unnecessarily long testsuite timetraps
Simplify accepting transport start
Simplify peeloff signaling
Simplify socket close at terminate
Don't monitor listener after peeloff
Don't receive initial messages out of order
Remove assumption that SCTP association ids will be unique
|
|
* anders/diameter/grouped_errors/OTP-12721:
Fix decode of Grouped AVPs containing errors
Simplify logic
Simplify logic
|
|
Without a timeout, TCP/SCTP connect can take some time to fail, which
resulted in failures in the pool suite after the parent commit fixed the
previously faulty sctp-first-then-tcp connect.
|
|
A transport configured with diameter:add_transport/2 can be passed
multiple transport_module/transport_config tuples in order to specify
alternate configuration, modules being attempted in order until one
succeeds. This is primarily for the connecting case, to allow a
transport to be configured to first attempt connection over SCTP, and
then TCP in case SCTP fails, with configuration like that documented:
{transport_module, diameter_sctp},
{transport_config, [...], 5000},
{transport_module, diameter_tcp},
{transport_config, [...]}
If the options are the same in both cases, another possibility would be
configuration like this, which attaches the same transport_config to
both modules:
{transport_module, diameter_sctp},
{transport_module, diameter_tcp},
{transport_config, [...], 5000},
However, in this case the start order was reversed relative to the
documented order: first tcp, then sctp. This commit restores the
intended order.
OTP-12851
|
|
|
|
Not needed with the parent commit's restart_application.
|
|
To diameter_lib:log/4, which was last motivated in commit 39acfdb0.
|
|
|
|
A listener process in diameter_sctp starts accepting transport processes
as required, either as associations are established or as diameter asks
for a processes to be started. Since this can happen in any order, the
listener maintains two queues: one for processes that diameter has
requested and which are waiting to be given an association, another for
processes that have been started to become owners of an association but
are waiting for diameter to request them. Only one queue at a time is
non-empty. The first queue's length is bounded by the number of
accepting processes configured as pool_size. Entries in the second queue
are short-lived since diameter starts a replacement transport process
whenever an existing one dies or communicates that it has an
association.
The two queues were previously implemented in an ets ordered_set, whose
keys were the pid() of transport processes. Removing an element from the
queue was then done with ets:first/1. The problem with this it's not
really a queue: there's no guarantee that pid-ordering is the same as
the order in which processes are started. If it isn't then it's possible
that an established association never be given to diameter as a
transport process if there's always a newer association whose pid sorts
first. This isn't a problem in practice since it would require new
associations to be established faster than diameter starts transport
processes, but redo the implementation as a queue, with strict FIFO
semantics.
|
|
The changes in some of the previous commits assume application restart.
|
|
At the current count, there are 128 groups run in parallel, each of
which runs 52 testcases in parallel. That makes for 128*52 = 6656
testcases, which is probably also a factor in the sporadic failures
addressed by the parent commit. Don't run the 128 groups in parallel.
|
