Several test scripts in the t/ directory contained "that that" typos in their comments. Updated these scripts to use "it", "the", or a single "that" where appropriate.
Signed-off-by: Siddharth Shrimali <r.siddharth.shrimali@gmail.com> --- t/lib-unicode-nfc-nfd.sh | 2 +- t/t0019-json-writer.sh | 2 +- t/t6416-recursive-corner-cases.sh | 2 +- 3 files changed, 3 insertions(+), 3 deletions(-)
Show changes to 3 files +3 −3
t/lib-unicode-nfc-nfd.sh, t/t0019-json-writer.sh, t/t6416-recursive-corner-cases.sh
diff --git a/t/lib-unicode-nfc-nfd.sh b/t/lib-unicode-nfc-nfd.sh index aed0a4dd44..201ab9b24c 100755 --- a/t/lib-unicode-nfc-nfd.sh +++ b/t/lib-unicode-nfc-nfd.sh @@ -75,7 +75,7 @@ test_lazy_prereq UNICODE_NFD_PRESERVED ' # # Note that I've used the canonical ordering of the # combining characters. It is also possible to -# swap them. My testing shows that that non-standard +# swap them. My testing shows that non-standard # ordering also causes a collision in mkdir. However, # the resulting names don't draw correctly on the # terminal (implying that the on-disk format also has diff --git a/t/t0019-json-writer.sh b/t/t0019-json-writer.sh index 3a4e1cc7e3..0d30cd36d5 100755 --- a/t/t0019-json-writer.sh +++ b/t/t0019-json-writer.sh @@ -290,7 +290,7 @@ test_lazy_prereq PERLJSON ' ' # As a sanity check, ask Perl to parse our generated JSON and recursively -# dump the resulting data in sorted order. Confirm that that matches our +# dump the resulting data in sorted order. Confirm that it matches our # expectations. test_expect_success PERLJSON 'parse JSON using Perl' ' cat >expect <<-\EOF && diff --git a/t/t6416-recursive-corner-cases.sh b/t/t6416-recursive-corner-cases.sh index ed20de8ea2..63de0fc6cb 100755 --- a/t/t6416-recursive-corner-cases.sh +++ b/t/t6416-recursive-corner-cases.sh @@ -775,7 +775,7 @@ test_expect_failure 'merge of D2 & E4 merges a2s & reports conflict for a/file' # it feels sound to say "B and C do not agree what the final pathname # should be, but we know this content was derived from the common A:a so we # use one path whose name is arbitrary in the virtual merge base X between -# D and E" and then further let the rename detection to notice that that +# D and E" and then further let the rename detection to notice that the # arbitrary path gets renamed between X-D to "newname" and X-E also to # "newname" to resolve it as both sides renaming it to the same new # name. It is akin to what we do at the content level, i.e. "B and C do not
-- 2.51.2