Gecko [ www.blackthorn-inc.com ]

Name	Size	Permission	Date
00_version.t	356 B	-r--r--r--	2014-12-27 11:49
01_gen.t	3.83 KB	-r--r--r--	2014-12-27 11:48
02_fetchsize.t	828 B	-r--r--r--	2014-12-27 11:48
03_longfetch.t	906 B	-r--r--r--	2014-12-27 11:48
04_splice.t	7.52 KB	-r--r--r--	2014-12-27 11:48
05_size.t	2.38 KB	-r--r--r--	2014-12-27 11:48
06_fixrec.t	882 B	-r--r--r--	2014-12-27 11:48
07_rv_splice.t	5.31 KB	-r--r--r--	2014-12-27 11:48
08_ro.t	1.85 KB	-r--r--r--	2014-12-27 11:48
09_gen_rs.t	5.5 KB	-r--r--r--	2014-12-27 11:48
10_splice_rs.t	6.4 KB	-r--r--r--	2014-12-27 11:48
11_rv_splice_rs.t	4.85 KB	-r--r--r--	2014-12-27 11:48
12_longfetch_rs.t	650 B	-r--r--r--	2014-12-27 11:48
13_size_rs.t	1.51 KB	-r--r--r--	2014-12-27 11:48
14_lock.t	1007 B	-r--r--r--	2014-12-27 11:48
15_pushpop.t	3.08 KB	-r--r--r--	2014-12-27 11:48
16_handle.t	3.33 KB	-r--r--r--	2014-12-27 11:48
17_misc_meth.t	3.41 KB	-r--r--r--	2014-12-27 11:48
18_rs_fixrec.t	880 B	-r--r--r--	2014-12-27 11:48
19_cache.t	4.49 KB	-r--r--r--	2014-12-27 11:48
20_cache_full.t	5.35 KB	-r--r--r--	2014-12-27 11:48
21_win32.t	1.08 KB	-r--r--r--	2014-12-27 11:48
22_autochomp.t	3.94 KB	-r--r--r--	2014-12-27 11:48
23_rv_ac_splice.t	4.9 KB	-r--r--r--	2014-12-27 11:48
24_cache_loop.t	1.23 KB	-r--r--r--	2014-12-27 11:48
25_gen_nocache.t	3.02 KB	-r--r--r--	2014-12-27 11:48
26_twrite.t	16.82 KB	-r--r--r--	2014-12-27 11:48
27_iwrite.t	10.41 KB	-r--r--r--	2014-12-27 11:48
28_mtwrite.t	11.97 KB	-r--r--r--	2014-12-27 11:48
29_downcopy.t	16.81 KB	-r--r--r--	2014-12-27 11:48
29a_upcopy.t	4.78 KB	-r--r--r--	2014-12-27 11:48
30_defer.t	9.58 KB	-r--r--r--	2014-12-27 11:48
31_autodefer.t	4.58 KB	-r--r--r--	2014-12-27 11:48
32_defer_misc.t	4.99 KB	-r--r--r--	2014-12-27 11:48
33_defer_vs.t	2.76 KB	-r--r--r--	2014-12-27 11:48
40_abs_cache.t	5.33 KB	-r--r--r--	2014-12-27 11:48
41_heap.t	4.94 KB	-r--r--r--	2014-12-27 11:48
42_offset.t	1.51 KB	-r--r--r--	2014-12-27 11:48

Rename

#!/usr/bin/perl
#
# Unit tests of _iwrite function
#
# _iwrite($self, $data, $start, $end)
#
# 'i' here is for 'insert'.  This writes $data at absolute position $start
# in the file, copying the data at that position downwards---
# but only down to position $end.  Data at or past $end is not moved
# or even examined.    Since there isn't enough room for the full copy
# (Because we inserted $data at the beginning) we copy as much as possible
# and return a string containing the remainder.

my $file = "tf$$.txt";
$| = 1;

print "1..203\n";

my $N = 1;
my $oldfile;
use Tie::File;
print "ok $N\n"; $N++;

$: = Tie::File::_default_recsep();

$FLEN = 40970;   # Use files of this length
$oldfile = mkrand($FLEN);
print "# MOF tests\n";
# (2-85) These were generated by 'gentests.pl' to cover all possible cases
# (I hope)
# Legend:
#         x: data is entirely contained within one block
#        x>: data runs from the middle to the end of the block
#        <x: data runs from the start to the middle of the block
#       <x>: data occupies precisely one block
#      x><x: data overlaps one block boundary
#     <x><x: data runs from the start of one block into the middle of the next
#     x><x>: data runs from the middle of one block to the end of the next
#    <x><x>: data occupies two blocks exactly
# <x><x><x>: data occupies three blocks exactly
#         0: data is null
#
# For each possible alignment of the old and new data, we investigate
# up to three situations: old data is shorter, old and new data are the
# same length, and new data is shorter.
#
# try($pos, $old, $new) means to run a test where the area being
# written into starts at position $pos, the area being written into
# has length $old, and and the new data has length $new.
try( 8605,  2394,  2394);  # old=x        , new=x        ; old = new
try( 9768,  1361,   664);  # old=x        , new=x        ; old > new
try( 9955,  6429,  6429);  # old=x>       , new=x        ; old = new
try(10550,  5834,  4123);  # old=x>       , new=x        ; old > new
try(14580,  6158,   851);  # old=x><x     , new=x        ; old > new
try(13442, 11134,  1572);  # old=x><x>    , new=x        ; old > new
try( 8192,   514,   514);  # old=<x       , new=<x       ; old = new
try( 8192,  2196,   858);  # old=<x       , new=<x       ; old > new
try( 8192,  8192,  8192);  # old=<x>      , new=<x       ; old = new
try( 8192,  8192,  1290);  # old=<x>      , new=<x       ; old > new
try( 8192, 10575,  6644);  # old=<x><x    , new=<x       ; old > new
try( 8192, 16384,  5616);  # old=<x><x>   , new=<x       ; old > new
try( 8192, 24576,  6253);  # old=<x><x><x>, new=<x       ; old > new
try( 9965,  6419,  6419);  # old=x>       , new=x>       ; old = new
try(16059,  6102,   325);  # old=x><x     , new=x>       ; old > new
try( 9503, 15073,  6881);  # old=x><x>    , new=x>       ; old > new
try(16316,  1605,  1605);  # old=x><x     , new=x><x     ; old = new
try(16093,  4074,   993);  # old=x><x     , new=x><x     ; old > new
try(14739,  9837,  9837);  # old=x><x>    , new=x><x     ; old = new
try(14071, 10505,  7344);  # old=x><x>    , new=x><x     ; old > new
try( 8192,  8192,  8192);  # old=<x>      , new=<x>      ; old = new
try( 8192, 14817,  8192);  # old=<x><x    , new=<x>      ; old > new
try( 8192, 16384,  8192);  # old=<x><x>   , new=<x>      ; old > new
try( 8192, 24576,  8192);  # old=<x><x><x>, new=<x>      ; old > new
try( 8192,  9001,  9001);  # old=<x><x    , new=<x><x    ; old = new
try( 8192, 11760, 10274);  # old=<x><x    , new=<x><x    ; old > new
try( 8192, 16384, 10781);  # old=<x><x>   , new=<x><x    ; old > new
try( 8192, 24576,  9284);  # old=<x><x><x>, new=<x><x    ; old > new
try(14761,  9815,  9815);  # old=x><x>    , new=x><x>    ; old = new
try( 8192, 16384, 16384);  # old=<x><x>   , new=<x><x>   ; old = new
try( 8192, 24576, 16384);  # old=<x><x><x>, new=<x><x>   ; old > new
try( 8192, 24576, 24576);  # old=<x><x><x>, new=<x><x><x>; old = new
try( 8771,   776,     0);  # old=x        , new=0        ; old > new
try( 8192,  2813,     0);  # old=<x       , new=0        ; old > new
try(13945,  2439,     0);  # old=x>       , new=0        ; old > new
try(14493,  6090,     0);  # old=x><x     , new=0        ; old > new
try( 8192,  8192,     0);  # old=<x>      , new=0        ; old > new
try( 8192, 10030,     0);  # old=<x><x    , new=0        ; old > new
try(14983,  9593,     0);  # old=x><x>    , new=0        ; old > new
try( 8192, 16384,     0);  # old=<x><x>   , new=0        ; old > new
try( 8192, 24576,     0);  # old=<x><x><x>, new=0        ; old > new
try(10489,     0,     0);  # old=0        , new=0        ; old = new

print "# SOF tests\n";
# (86-133)
# These tests all take place at the start of the file
try(    0,  4868,  4868);  # old=<x       , new=<x       ; old = new
try(    0,   147,   118);  # old=<x       , new=<x       ; old > new
try(    0,  8192,  8192);  # old=<x>      , new=<x       ; old = new
try(    0,  8192,  4574);  # old=<x>      , new=<x       ; old > new
try(    0, 11891,  1917);  # old=<x><x    , new=<x       ; old > new
try(    0, 16384,  5155);  # old=<x><x>   , new=<x       ; old > new
try(    0, 24576,  2953);  # old=<x><x><x>, new=<x       ; old > new
try(    0,  8192,  8192);  # old=<x>      , new=<x>      ; old = new
try(    0, 11083,  8192);  # old=<x><x    , new=<x>      ; old > new
try(    0, 16384,  8192);  # old=<x><x>   , new=<x>      ; old > new
try(    0, 24576,  8192);  # old=<x><x><x>, new=<x>      ; old > new
try(    0, 14126, 14126);  # old=<x><x    , new=<x><x    ; old = new
try(    0, 12002,  9034);  # old=<x><x    , new=<x><x    ; old > new
try(    0, 16384, 13258);  # old=<x><x>   , new=<x><x    ; old > new
try(    0, 24576, 14367);  # old=<x><x><x>, new=<x><x    ; old > new
try(    0, 16384, 16384);  # old=<x><x>   , new=<x><x>   ; old = new
try(    0, 24576, 16384);  # old=<x><x><x>, new=<x><x>   ; old > new
try(    0, 24576, 24576);  # old=<x><x><x>, new=<x><x><x>; old = new
try(    0,  6530,     0);  # old=<x       , new=0        ; old > new
try(    0,  8192,     0);  # old=<x>      , new=0        ; old > new
try(    0, 14707,     0);  # old=<x><x    , new=0        ; old > new
try(    0, 16384,     0);  # old=<x><x>   , new=0        ; old > new
try(    0, 24576,     0);  # old=<x><x><x>, new=0        ; old > new
try(    0,     0,     0);  # old=0        , new=0        ; old = new

print "# EOF tests 1\n";
# (134-169)
# These tests all take place at the end of the file
$FLEN = 40960;  # Force the file to be exactly 40960 bytes long
$oldfile = mkrand($FLEN);
try(32768,  8192,  8192);  # old=<x>      , new=<x       ; old = new
try(32768,  8192,  4026);  # old=<x>      , new=<x       ; old > new
try(24576, 16384,  1917);  # old=<x><x>   , new=<x       ; old > new
try(16384, 24576,  3818);  # old=<x><x><x>, new=<x       ; old > new
try(32768,  8192,  8192);  # old=<x>      , new=<x>      ; old = new
try(24576, 16384,  8192);  # old=<x><x>   , new=<x>      ; old > new
try(16384, 24576,  8192);  # old=<x><x><x>, new=<x>      ; old > new
try(24576, 16384, 12221);  # old=<x><x>   , new=<x><x    ; old > new
try(16384, 24576, 15030);  # old=<x><x><x>, new=<x><x    ; old > new
try(24576, 16384, 16384);  # old=<x><x>   , new=<x><x>   ; old = new
try(16384, 24576, 16384);  # old=<x><x><x>, new=<x><x>   ; old > new
try(16384, 24576, 24576);  # old=<x><x><x>, new=<x><x><x>; old = new
try(35973,  4987,     0);  # old=x>       , new=0        ; old > new
try(32768,  8192,     0);  # old=<x>      , new=0        ; old > new
try(29932, 11028,     0);  # old=x><x>    , new=0        ; old > new
try(24576, 16384,     0);  # old=<x><x>   , new=0        ; old > new
try(16384, 24576,     0);  # old=<x><x><x>, new=0        ; old > new
try(40960,     0,     0);  # old=0        , new=0        ; old = new

print "# EOF tests 2\n";
# (170-203)
# These tests all take place at the end of the file
$FLEN = 42000;  # Force the file to be exactly 42000 bytes long
$oldfile = mkrand($FLEN);
try(41683,   317,   317);  # old=x        , new=x        ; old = new
try(41225,   775,   405);  # old=x        , new=x        ; old > new
try(35709,  6291,   284);  # old=x><x     , new=x        ; old > new
try(40960,  1040,  1040);  # old=<x       , new=<x       ; old = new
try(40960,  1040,   378);  # old=<x       , new=<x       ; old > new
try(32768,  9232,  5604);  # old=<x><x    , new=<x       ; old > new
try(39994,  2006,   966);  # old=x><x     , new=x>       ; old > new
try(36725,  5275,  5275);  # old=x><x     , new=x><x     ; old = new
try(37990,  4010,  3199);  # old=x><x     , new=x><x     ; old > new
try(32768,  9232,  8192);  # old=<x><x    , new=<x>      ; old > new
try(32768,  9232,  9232);  # old=<x><x    , new=<x><x    ; old = new
try(32768,  9232,  8795);  # old=<x><x    , new=<x><x    ; old > new
try(41500,   500,     0);  # old=x        , new=0        ; old > new
try(40960,  1040,     0);  # old=<x       , new=0        ; old > new
try(35272,  6728,     0);  # old=x><x     , new=0        ; old > new
try(32768,  9232,     0);  # old=<x><x    , new=0        ; old > new
try(42000,     0,     0);  # old=0        , new=0        ; old = new

sub mkrand {
  my $len = shift;
  srand $len;
  my @c = ('a' .. 'z', 'A' .. 'Z', 0..9, $:);
  my $d = "";
  $d .= $c[rand @c] until length($d) >= $len;
  substr($d, $len) = ""; # chop it off to the proper length
  $d;
}

sub try {
  my ($s, $len, $newlen) = @_;
  my $e = $s + $len;

open F, "> $file" or die "Couldn't open file $file: $!";
  binmode F;

print F $oldfile;
  close F;

die "wrong length!" unless -s $file == $FLEN;

my $newdata = "-" x $newlen;
  my $expected = $oldfile;

my $expected_return = substr($expected, $e - $newlen, $newlen, "");
  substr($expected, $s, 0, $newdata);

my $o = tie my @lines, 'Tie::File', $file or die $!;
  my $actual_return = $o->_iwrite($newdata, $s, $e);
  undef $o; untie @lines;

open F, "< $file" or die "Couldn't open file $file: $!";
  binmode F;
  my $actual;
  { local $/;
    $actual = <F>;
  }
  close F;

my ($alen, $xlen) = (length $actual, length $expected);
  unless ($alen == $xlen) {
    print "# try(@_) expected file length $xlen, actual $alen!\n";
  }
  print $actual eq $expected ? "ok $N\n" : "not ok $N\n";
  $N++;

if (! defined $actual_return && ! defined $expected_return) {
    print "ok $N\n";
  } elsif (! defined $actual_return || ! defined $expected_return) {
    print "not ok $N\n";
  } else {
    print $actual_return eq $expected_return ? "ok $N\n" : "not ok $N\n";
  }
  $N++;
}

sub ctrlfix {
  for (@_) {
    s/\n/\\n/g;
    s/\r/\\r/g;
  }
}

END {
  1 while unlink $file;
}