comparison mercurial/help/config.txt @ 30762:35b516f800e0

wireproto: advertise supported media types and compression formats This commit introduces support for advertising a server's support for media types and compression formats in accordance with the spec defined in internals.wireproto. The bulk of the new code is a helper function in wireproto.py to obtain a prioritized list of compression engines available to the wire protocol. While not utilized yet, we implement support for obtaining the list of compression engines advertised by the client. The upcoming HTTP protocol enhancements are a bit lower-level than existing tests (most existing tests are command centric). So, this commit establishes a new test file that will be appropriate for holding tests around the functionality of the HTTP protocol itself. Rounding out this change, `hg debuginstall` now prints compression engines available to the server.
author Gregory Szorc <gregory.szorc@gmail.com>
date Sat, 24 Dec 2016 15:21:46 -0700
parents 0499da0d5a06
children e75463e3179f
comparison
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30761:7283719e2bfd 30762:35b516f800e0
1543 ``server`` 1543 ``server``
1544 ---------- 1544 ----------
1545 1545
1546 Controls generic server settings. 1546 Controls generic server settings.
1547 1547
1548 ``compressionengines``
1549 List of compression engines and their relative priority to advertise
1550 to clients.
1551
1552 The order of compression engines determines their priority, the first
1553 having the highest priority. If a compression engine is not listed
1554 here, it won't be advertised to clients.
1555
1556 If not set (the default), built-in defaults are used. Run
1557 :hg:`debuginstall` to list available compression engines and their
1558 default wire protocol priority.
1559
1560 Older Mercurial clients only support zlib compression and this setting
1561 has no effect for legacy clients.
1562
1548 ``uncompressed`` 1563 ``uncompressed``
1549 Whether to allow clients to clone a repository using the 1564 Whether to allow clients to clone a repository using the
1550 uncompressed streaming protocol. This transfers about 40% more 1565 uncompressed streaming protocol. This transfers about 40% more
1551 data than a regular clone, but uses less memory and CPU on both 1566 data than a regular clone, but uses less memory and CPU on both
1552 server and client. Over a LAN (100 Mbps or better) or a very fast 1567 server and client. Over a LAN (100 Mbps or better) or a very fast