};
/*
- * We divy out chunks of memory rather than call malloc each time so
+ * We divvy out chunks of memory rather than call malloc each time so
* we don't have to worry about leaking memory. It's probably
* not a big deal if all this memory was wasted but if this ever
* goes into a library that would probably not be a good idea.
/*
* Load the item at {offset of the link-layer payload} +
* {offset, relative to the start of the link-layer
- * paylod, of the IPv4 header} + {length of the IPv4 header} +
+ * payload, of the IPv4 header} + {length of the IPv4 header} +
* {specified offset}.
*
* If the offset of the link-layer payload is variable,
} else {
/*
* The offset of the link-layer payload is a constant,
- * so no code was generated to load the (non-existent)
+ * so no code was generated to load the (nonexistent)
* variable part of that offset.
*
* This means we can use the 4*([k]&0xf) addressing
/*
* To quote a comment in optimize.c:
*
- * "These data structures are used in a Cocke and Shwarz style
+ * "These data structures are used in a Cocke and Schwartz style
* value numbering scheme. Since the flowgraph is acyclic,
* exit values can be propagated from a node's predecessors
* provided it is uniquely defined."
switch (ret) {
case STOULEN_OK:
- /* Unknown port type - it's just a numbrer. */
+ /* Unknown port type - it's just a number. */
*proto = PROTO_UNDEF;
break;
/* Jump to the test in b_vid. We need to jump one instruction before
* the end of the b_vid block so that we only skip loading the TCI
- * from packet data and not the 'and' instruction extractging VID.
+ * from packet data and not the 'and' instruction extracting VID.
*/
cnt = 0;
for (s2 = b_vid->stmts; s2; s2 = s2->next)