# it can be split, but we would need to take care of
# overlaps later.
- my ($o_ofs, $o_cnt, $n_ofs, $n_cnt) = parse_hunk_header($text->[0]);
+ my ($o_ofs, undef, $n_ofs) = parse_hunk_header($text->[0]);
my $hunk_start = 1;
- my $next_hunk_start;
OUTER:
while (1) {
for my $hunk (@split) {
$o_ofs = $hunk->{OLD};
$n_ofs = $hunk->{NEW};
- $o_cnt = $hunk->{OCNT};
- $n_cnt = $hunk->{NCNT};
+ my $o_cnt = $hunk->{OCNT};
+ my $n_cnt = $hunk->{NCNT};
my $head = ("@@ -$o_ofs" .
(($o_cnt != 1) ? ",$o_cnt" : '') .
sub find_last_o_ctx {
my ($it) = @_;
my $text = $it->{TEXT};
- my ($o_ofs, $o_cnt, $n_ofs, $n_cnt) = parse_hunk_header($text->[0]);
+ my ($o_ofs, $o_cnt) = parse_hunk_header($text->[0]);
my $i = @{$text};
my $last_o_ctx = $o_ofs + $o_cnt;
while (0 < --$i) {
for (grep { $_->{USE} } @in) {
my $text = $_->{TEXT};
- my ($o_ofs, $o_cnt, $n_ofs, $n_cnt) =
- parse_hunk_header($text->[0]);
+ my ($o_ofs) = parse_hunk_header($text->[0]);
if (defined $last_o_ctx &&
$o_ofs <= $last_o_ctx) {
merge_hunk($out[-1], $_);
@hunk = coalesce_overlapping_hunks(@hunk);
- my ($o_lofs, $n_lofs) = (0, 0);
+ my $n_lofs = 0;
my @result = ();
for (@hunk) {
my $text = $_->{TEXT};
}
}
-my @z;
-
refresh();
status_cmd();
main_loop();