Staging
v0.5.1
v0.5.1
Revision 313a9809043ed2ed1ad25282af7169e08cdc92a3 authored by Victor Stinner on 29 July 2014, 10:58:23 UTC, committed by Victor Stinner on 29 July 2014, 10:58:23 UTC
* _WaitHandleFuture.cancel() now notify IocpProactor through the overlapped
object that the wait was cancelled.
* Optimize IocpProactor.wait_for_handle() gets the result if the wait is
signaled immediatly.
* Enhance representation of Future and Future subclasses
- Add "created at filename:lineno" in the representation
- Add Future._repr_info() method which can be more easily overriden than
Future.__repr__(). It should now be more easy to enhance Future
representation without having to modify each subclass. For example,
_OverlappedFuture and _WaitHandleFuture get the new "created at" information.
- Use reprlib to format Future result, and function arguments when formatting a
callback, to limit the length of the representation.
* Fix repr(_WaitHandleFuture)
* _WaitHandleFuture and _OverlappedFuture: hide frames of internal calls in the
source traceback.
* Cleanup ProactorIocp._poll(): set the timeout to 0 after the first call to
GetQueuedCompletionStatus()
* test_locks: close the temporary event loop and check the condition lock
* Remove workaround in test_futures, no more needed
1 parent 7eca734
field3.py
# An absurd workaround for the lack of arithmetic in MS's resource compiler.
# After building Python, run this, then paste the output into the appropriate
# part of PC\python_nt.rc.
# Example output:
#
# * For 2.3a0,
# * PY_MICRO_VERSION = 0
# * PY_RELEASE_LEVEL = 'alpha' = 0xA
# * PY_RELEASE_SERIAL = 1
# *
# * and 0*1000 + 10*10 + 1 = 101.
# */
# #define FIELD3 101
import sys
major, minor, micro, level, serial = sys.version_info
levelnum = {'alpha': 0xA,
'beta': 0xB,
'candidate': 0xC,
'final': 0xF,
}[level]
string = sys.version.split()[0] # like '2.3a0'
print(" * For %s," % string)
print(" * PY_MICRO_VERSION = %d" % micro)
print(" * PY_RELEASE_LEVEL = %r = %s" % (level, hex(levelnum)))
print(" * PY_RELEASE_SERIAL = %d" % serial)
print(" *")
field3 = micro * 1000 + levelnum * 10 + serial
print(" * and %d*1000 + %d*10 + %d = %d" % (micro, levelnum, serial, field3))
print(" */")
print("#define FIELD3", field3)
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