Mercurial > hg
view tests/wireprotohelpers.sh @ 44143:7f86426fdd2c
rust-node: binary Node ID and conversion utilities
The choice of type makes sure that a `Node` has the exact
wanted size. We'll use a different type for prefixes.
Added dependency: hexadecimal conversion relies on the
`hex` crate.
The fact that sooner or later Mercurial is going to need
to change its hash sizes has been taken strongly in
consideration:
- the hash length is a constant, but that is not directly
exposed to callers. Changing the value of that constant
is the only thing to do to change the hash length (even
in unit tests)
- the code could be adapted to support several sizes of hashes,
if that turned out to be useful. To that effect, only the
size of a given `Node` is exposed in the public API.
- callers not involved in initial computation, I/O and FFI
are able to operate without a priori assumptions on the hash
size. The traits `FromHex` and `ToHex` have not been directly
implemented, so that the doc-comments explaining these
restrictions would stay really visible in `cargo doc`
Differential Revision: https://phab.mercurial-scm.org/D7788
author | Georges Racinet <georges.racinet@octobus.net> |
---|---|
date | Wed, 22 Jan 2020 16:37:05 +0100 |
parents | 41263df08109 |
children | 04688c51f81f |
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HTTPV2=exp-http-v2-0003 MEDIATYPE=application/mercurial-exp-framing-0006 sendhttpraw() { hg --verbose debugwireproto --peer raw http://$LOCALIP:$HGPORT/ } sendhttpv2peer() { hg --config experimental.httppeer.v2-encoder-order=identity debugwireproto --nologhandshake --peer http2 http://$LOCALIP:$HGPORT/ } sendhttpv2peerverbose() { hg --config experimental.httppeer.v2-encoder-order=identity --verbose debugwireproto --nologhandshake --peer http2 http://$LOCALIP:$HGPORT/ } sendhttpv2peerhandshake() { hg --config experimental.httppeer.v2-encoder-order=identity --verbose debugwireproto --peer http2 http://$LOCALIP:$HGPORT/ } cat > dummycommands.py << EOF from mercurial import ( wireprototypes, wireprotov1server, wireprotov2server, ) @wireprotov1server.wireprotocommand(b'customreadonly', permission=b'pull') def customreadonlyv1(repo, proto): return wireprototypes.bytesresponse(b'customreadonly bytes response') @wireprotov2server.wireprotocommand(b'customreadonly', permission=b'pull') def customreadonlyv2(repo, proto): yield b'customreadonly bytes response' @wireprotov1server.wireprotocommand(b'customreadwrite', permission=b'push') def customreadwrite(repo, proto): return wireprototypes.bytesresponse(b'customreadwrite bytes response') @wireprotov2server.wireprotocommand(b'customreadwrite', permission=b'push') def customreadwritev2(repo, proto): yield b'customreadwrite bytes response' EOF cat >> $HGRCPATH << EOF [extensions] drawdag = $TESTDIR/drawdag.py EOF enabledummycommands() { cat >> $HGRCPATH << EOF [extensions] dummycommands = $TESTTMP/dummycommands.py EOF } enablehttpv2() { cat >> $1/.hg/hgrc << EOF [experimental] web.apiserver = true web.api.http-v2 = true EOF } enablehttpv2client() { cat >> $HGRCPATH << EOF [experimental] httppeer.advertise-v2 = true # So tests are in plain text. Also, zstd isn't available in all installs, # which would make tests non-deterministic. httppeer.v2-encoder-order = identity EOF }