Willy Tarreau 90d18e2006 IMPORT: slz: implement a synchronous flush() operation ... In some cases it may be desirable for latency reasons to forcefully flush the queue even if it results in suboptimal compression. In our case the queue might contain up to almost 4 bytes, which need an EOB and a switch to literal mode, followed by 4 bytes to encode an empty message. This means that each call can add 5 extra bytes in the ouput stream. And the flush may also result in the header being produced for the first time, which can amount to 2 or 10 bytes (zlib or gzip). In the worst case, a total of 19 bytes may be emitted at once upon a flush with 31 pending bits and a gzip header. This is libslz upstream commit cf8c4668e4b4216e930b56338847d8d46a6bfda9.		2023-06-30 16:12:36 +02:00
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atomic-ops.h
eb32sctree.h
eb32tree.h
eb64tree.h
ebimtree.h
ebistree.h
ebmbtree.h	OPTIM: ebtree: make ebmb_insert_prefix() keep a copy the new node's key	2022-11-15 09:37:09 +01:00
ebpttree.h
ebsttree.h
ebtree-t.h
ebtree.h
ist.h	BUILD: ist: use the literal declaration for ist_lc/ist_uc under TCC	2023-05-24 21:33:34 +02:00
lru.h
mjson.h
plock.h	MINOR: plock: support disabling exponential back-off	2022-10-12 14:19:05 +02:00
sha1.h
slz-tables.h	IMPORT: slz: define and use a __fallthrough statement for switch/case	2022-11-14 11:14:02 +01:00
slz.h	IMPORT: slz: implement a synchronous flush() operation	2023-06-30 16:12:36 +02:00
xxhash.h	CLEANUP: assorted typo fixes in the code and comments	2022-11-30 14:02:36 +01:00