tests/sslcerts/priv.pem
author Manuel Jacob <me@manueljacob.de>
Mon, 11 Jul 2022 01:51:20 +0200
branchstable
changeset 49378 094a5fa3cf52
parent 29526 9d02bed8477b
permissions -rw-r--r--
procutil: make stream detection in make_line_buffered more correct and strict In make_line_buffered(), we don’t want to wrap the stream if we know that lines get flushed to the underlying raw stream already. Previously, the heuristic was too optimistic. It assumed that any stream which is not an instance of io.BufferedIOBase doesn’t need wrapping. However, there are buffered streams that aren’t instances of io.BufferedIOBase, like Mercurial’s own winstdout. The new logic is different in two ways: First, only for the check, if unwraps any combination of WriteAllWrapper and winstdout. Second, it skips wrapping the stream only if it is an instance of io.RawIOBase (or already wrapped). If it is an instance of io.BufferedIOBase, it gets wrapped. In any other case, the function raises an exception. This ensures that, if an unknown stream is passed or we add another wrapper in the future, we don’t wrap the stream if it’s already line buffered or not wrap the stream if it’s not line buffered. In fact, this was already helpful during development of this change. Without it, I possibly would have forgot that WriteAllWrapper needs to be ignored for the check, leading to unnecessary wrapping if stdout is unbuffered. The alternative would have been to always wrap unknown streams. However, I don’t think that anyone would benefit from being less strict. We can expect streams from the standard library to be subclassing either io.RawIOBase or io.BufferedIOBase, so running Mercurial in the standard way should not regress by this change. Py2exe might replace sys.stdout and sys.stderr, but that currently breaks Mercurial anyway and also these streams don’t claim to be interactive, so this function is not called for them.

-----BEGIN RSA PRIVATE KEY-----
MIIEpQIBAAKCAQEA2Ugt7jQrD+u+JtIfXZpVepzOAufcX4CMoHV95qZXZml2juGp
x3T7wjQPB/IPoOpRG9CoCaekKK+bIqQX1qNuiUa2CsqchNQcua2js5DTttmRYC+f
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4KwFByqzFnR0qusgqSWJuT8R/QztUZ+OfBtJrU1MIXSX/iMwMPGvtEpsWRfitVnR
5nt4J3kxTokEMGjrbPca0Uzw+bNHDdFacKNsKookzL2h2nZUh+LAycLDDVekH1Xx
t5I6dTiot/cxmVBp0+ontPuylEsnyrQio6eljBfPzxBdRp2lkiymKf3jvbGXRnZ4
jSFTRuUlbnVbZ3CKnFPU+d5tvn2nEwU/DVbGpJNZAPl99Q0XUcNF3AtGlwGMvi0X
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9F0hJwdGQZrivZnv9clJ632RlgE4XlPGskQhRe0CgYEAxVGdhsIQilmUfpJhl8m0
SovpoqKKO2wNElDNCpbBt4QFJVU1kR3lP7olvUXj2nyN1okfDGDn52hRZEJaK8ZH
lQVDyf7+aDGgwvmFLyOEeB9kB1FJrzQErsAIdICCxMCogUA1KytdIQEMaeEtGn+u
k/YIumztl9FTZ64SFGKIlvECgYEA25Kb7csrp1g0yWxKyRCK0+TNa8Pe6ysVw7zD
s1FCFAEak8t0Vy+Xui4+zdwmU+XjUn7FAsTzVaBgNJlkJr88xEY7ND4/WRUAQfIa
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aTUn/KECgYEAvxGaWt4Fn2tRrHeaG0qT+nMBxd8cTiFInOcYDeS/FlQo3DTDK2Ai
qLBa4DinnGN2hSKwnN3R5R2VRxk4I6+ljG0yuNBhJBcAgAFpnHfkuY1maQJB+1xY
A07WcM4J3yuPfjcDkipNFQa4Y8oJCaS2yiOPvlUfNQrCLAV+YqHZiiQ=
-----END RSA PRIVATE KEY-----