@@@ man wip

[mLib] / hash / unihash.3

diff --git a/hash/unihash.3 b/hash/unihash.3
index c6b4c5865dda1024cf57cddecffd12d2613c839a..72467acf909b3762ff03338a529cca49511cd2b6 100644 (file)
--- a/hash/unihash.3
+++ b/hash/unihash.3
@@ -51,8 +51,9 @@ unihash \- simple and efficient universal hashing for hashtables
 
 .BI "void unihash_setkey(unihash_info *" i ", uint32 " k );
 .BI "uint32 UNIHASH_INIT(const unihash_info *" i );
+.ta \w'\fBuint32 unihash_hash('u
 .BI "uint32 unihash_hash(const unihash_info *" i ", uint32 " a ,
-.BI "                    const void *" p ", size_t " sz );
+.BI "  const void *" p ", size_t " sz );
 .BI "uint32 unihash(const unihash_info *" i ", const void *" p ", size_t " sz );
 .BI "uint32 UNIHASH(const unihash_info *" i ", const void *" p ", size_t " sz );
 .fi
@@ -119,7 +120,7 @@ the data so far. So, to hash multiple chunks of data, do something like
 uint32 a = UNIHASH_INIT(i);
 a = unihash_hash(i, a, p_0, sz_0);
 a = unihash_hash(i, a, p_1, sz_1);
-/* ... */
+/* ...\& */
 a = unihash_hash(i, a, p_n, sz_n);
 .VE
 The macro