"comparison between signed and unsigned" warnings and allowing for 64 bit
offsets on machines that support it (though there is an issue, there
with journal_rawpos_t being only 4 bytes.)
"journal.c", line 169: remark(1552): variable "zoneclass" was set but never
used
by removing zoneclass declaration and zoneclass = dns_db_class(db) from
dns_db_createsoatuple.
isc_file_fseek(), isc_file_fread(), isc_file_fwrite(),
isc_file_fflush(), isc_file_ffsync(), isc_file_remove()
to encapsulate nonportable usage of errno and fflush().
Cleanup of redundant/useless header file inclusion.
ISC style lint, primarily for function declarations and standalone
comments -- ie, those that appear on a line without any code, which
should be written as follows:
/*
* This is a comment.
*/
Added:
isc_buffer_base(b) (pointer)
isc_buffer_current(b) (pointer)
isc_buffer_active(b) (pointer)
isc_buffer_used(b) (pointer)
isc_buffer_length(b) (int)
isc_buffer_usedlength(b) (int)
isc_buffer_consumedlength(b) (int)
isc_buffer_remaininglength(b) (int)
isc_buffer_activelength(b) (int)
isc_buffer_availablelength(b) (int)
Removed:
ISC_BUFFER_USEDCOUNT(b)
ISC_BUFFER_AVAILABLECOUNT(b)
isc_buffer_type(b)
Changed names:
isc_buffer_used(b, r) ->
isc_buffer_usedregion(b, r)
isc_buffer_available(b, r) ->
isc_buffer_available_region(b, r)
isc_buffer_consumed(b, r) ->
isc_buffer_consumedregion(b, r)
isc_buffer_active(b, r) ->
isc_buffer_activeregion(b, r)
isc_buffer_remaining(b, r) ->
isc_buffer_remainingregion(b, r)
Buffer types were removed, so the ISC_BUFFERTYPE_*
macros are no more, and the type argument to
isc_buffer_init and isc_buffer_allocate were removed.
isc_buffer_putstr is now void (instead of isc_result_t)
and requires that the caller ensure that there
is enough available buffer space for the string.
I was not entirely sure that all paths to the places where the INSISTS are
would have guaranteed that the unsigned int rdata.length was in the range
of an unsigned short.
Cast bitshifts to isc_uint8_t in encode_win32(); yes, dear compiler, we know
there is a loss of precision. That's exactly what we want to happen here.
