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From: "Arthur Schwarz" <aschwarz1309@HIDDEN>
To: <bug-automake@HIDDEN>
Subject: tap-driver.sh replacement
Date: Sun, 5 Jul 2015 14:09:03 -0700
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The existing tap-driver.sh has flaws in detecting TAP input. The replacement
file removes all flaws, accepts the complete TAP Standard, and
1: Has extensive diagnostic messaging,
2: Is resilient to errors,
3: Modular design,
4: Is documented,
5: Executes a suite of tests successfully,
6: etc.
I have previously assigned a copyright of stuff to the FSF, hopefully it
applies to this submission as well.
tap_setup.tar.xz has:
configure.ac Autoconf configure file used
Makefile.am root directory Makefile
buildscript.sh The script I use to build and execute the tests
src/Makefile.am TAP and a suite of 14 tests
tap_driver-0.5.tar.xz distribution tarball
The replacement version has one strong variance with the existing version.
The '--ignore-exit' option is ignored. I've looked at the implementation and
there is no rationale given stating its requirement or what issue is
resolved with it being present. At issue is that the implementation is
affected by its inclusion. So, it aint there.
The current implementation suffers from some issues. I believe all
outstanding issues are resolved with the new version.
Documentation for the test section, including complete documentation for
TAP, is included in another message (Replacing "15 Support for test
suites"). The document sent is some 100K and I realize is presents an issue.
Maintenance turns design into chaos
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------=_NextPart_000_0015_01D0B72C.26DD8480
Content-Type: application/octet-stream;
name="tap-driver.sh.new"
Content-Transfer-Encoding: quoted-printable
Content-Disposition: attachment;
filename="tap-driver.sh.new"
#! /bin/sh=0A=
# Copyright (C) 2011-2013 Free Software Foundation, Inc.=0A=
#=0A=
# This program is free software; you can redistribute it and/or modify=0A=
# it under the terms of the GNU General Public License as published by=0A=
# the Free Software Foundation; either version 2, or (at your option)=0A=
# any later version.=0A=
#=0A=
# This program is distributed in the hope that it will be useful,=0A=
# but WITHOUT ANY WARRANTY; without even the implied warranty of=0A=
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the=0A=
# GNU General Public License for more details.=0A=
#=0A=
# You should have received a copy of the GNU General Public License=0A=
# along with this program. If not, see <http://www.gnu.org/licenses/>.=0A=
=0A=
# As a special exception to the GNU General Public License, if you=0A=
# distribute this file as part of a program that contains a=0A=
# configuration script generated by Autoconf, you may include it under=0A=
# the same distribution terms that you use for the rest of that program.=0A=
=0A=
# This file is maintained in Automake, please report=0A=
# bugs to <bug-automake@HIDDEN> or send patches to=0A=
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scriptversion=3D2013-12-23.17; # UTC=0A=
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# Make unconditional expansion of undefined variables an error. This=0A=
# helps a lot in preventing typo-related bugs.=0A=
set -u=0A=
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me=3Dtap-driver.sh=0A=
=0A=
fatal ()=0A=
{=0A=
echo "$me: fatal: $*" >&2=0A=
exit 1=0A=
}=0A=
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usage_error ()=0A=
{=0A=
echo "$me: $*" >&2=0A=
print_usage >&2=0A=
exit 2=0A=
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print_usage ()=0A=
{=0A=
cat <<END=0A=
Usage:=0A=
tap-driver.sh --test-name=3DNAME --log-file=3DPATH --trs-file=3DPATH=0A=
[--expect-failure=3D{yes|no}] [--color-tests=3D{yes|no}]=0A=
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[--diagnostic-string=3DSTRING] [--merge|--no-merge]=0A=
[--comments|--no-comments] [--] TEST-COMMAND=0A=
The '--test-name', '-log-file' and '--trs-file' options are mandatory.=0A=
END=0A=
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trs_file=3D # Where to save the metadata of the test run.=0A=
expect_failure=3D0=0A=
color_tests=3D0=0A=
merge=3D0=0A=
ignore_exit=3D0=0A=
comments=3D0=0A=
diag_string=3D'#'=0A=
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--trs-file) trs_file=3D$2; shift;;=0A=
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--expect-failure) expect_failure=3D$2; shift;;=0A=
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--no-merge) merge=3D0;;=0A=
--ignore-exit) ignore_exit=3D1;;=0A=
--comments) comments=3D1;;=0A=
--no-comments) comments=3D0;;=0A=
--diagnostic-string) diag_string=3D$2; shift;;=0A=
--) shift; break;;=0A=
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esac=0A=
shift=0A=
done=0A=
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test $# -gt 0 || usage_error "missing test argument"=0A=
=0A=
=0A=
case $expect_failure in=0A=
yes) expect_failure=3D1;;=0A=
*) expect_failure=3D0;;=0A=
esac=0A=
=0A=
init_colors=3D''=0A=
if test $color_tests =3D yes; then=0A=
init_colors=3D'=0A=
color_map["red"]=3D"=1B[0;31m" # Red.=0A=
color_map["grn"]=3D"=1B[0;32m" # Green.=0A=
color_map["lgn"]=3D"=1B[1;32m" # Light green.=0A=
color_map["blu"]=3D"=1B[1;34m" # Blue.=0A=
color_map["mgn"]=3D"=1B[0;35m" # Magenta.=0A=
color_map["std"]=3D"=1B[m" # No color.=0A=
color_for_result["ERROR"] =3D "mgn"=0A=
color_for_result["PASS"] =3D "grn"=0A=
color_for_result["XPASS"] =3D "red"=0A=
color_for_result["FAIL"] =3D "red"=0A=
color_for_result["XFAIL"] =3D "lgn"=0A=
color_for_result["SKIP"] =3D "blu"'=0A=
fi=0A=
=0A=
# :; is there to work around a bug in bash 3.2 (and earlier) which=0A=
# does not always set '$?' properly on redirection failure.=0A=
# See the Autoconf manual for more details.=0A=
:;{=0A=
(=0A=
# Ignore common signals (in this subshell only!), to avoid potential=0A=
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# waiting for; this is done at least for SIGINT (and usually only for=0A=
# it, in truth). Without the `trap' below, such a behaviour could=0A=
# cause a premature exit in the current subshell, e.g., in case the=0A=
# test command it runs gets terminated by a SIGINT. Thus, the awk=0A=
# script we are piping into would never see the exit status it=0A=
# expects on its last input line (which is displayed below by the=0A=
# last `echo $?' statement), and would thus die reporting an internal=0A=
# error.=0A=
# For more information, see the Autoconf manual and the threads:=0A=
# =
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# =
<http://mail.opensolaris.org/pipermail/ksh93-integration-discuss/2009-Feb=
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trap : 1 3 2 13 15=0A=
if test $merge -gt 0; then=0A=
exec 2>&1=0A=
else=0A=
exec 2>&3=0A=
fi=0A=
=0A=
# Execute the test in tap-driver.sh [options] test=0A=
"$@"=0A=
# echo $?=0A=
) | LC_ALL=3DC ${AM_TAP_AWK-awk} \=0A=
-v me=3D"$me" \=0A=
-v test_script_name=3D"$test_name" \=0A=
-v log_file=3D"$log_file" \=0A=
-v trs_file=3D"$trs_file" \=0A=
-v expect_failure=3D"$expect_failure" \=0A=
-v merge=3D"$merge" \=0A=
-v ignore_exit=3D"$ignore_exit" \=0A=
-v comments=3D"$comments" \=0A=
-v diag_string=3D"$diag_string" \=0A=
'=0A=
# TODO: the usages of "cat >&3" below could be optimized when using=0A=
# GNU awk, and/on on systems that supports /dev/fd/.=0A=
=0A=
# NOTES:=0A=
# There are two gawk issues which affect the way that arguments are =
used=0A=
# and the passage of information from a function back to its caller. =0A=
# 1: gawk promotes the specification of local variables to the function=0A=
# parameter list. Any parameter not specifically passed by the =
caller=0A=
# is considered a local variable. =0A=
# =0A=
# Parameters and local variables are specified in the function =
statement=0A=
# by separating the local variables by 3 spaces from the =
parameters, as =0A=
# in:=0A=
# =0A=
# function fnc(P1, P2, V1, V2) or=0A=
# function fnc( V1, V2)=0A=
# =0A=
# where the parameters are P1 and P2, and the local variables are =
V1 and =0A=
# V2.=0A=
# =0A=
# In each use the caller must use all of the parameters. In =
descriptions=0A=
# of the function, only the parameters will be listed. This means =
that=0A=
# the caller will always use:=0A=
# =0A=
# fnc(P1, P2) and descriptions will use=0A=
# fnc(P1, P2) without exception.=0A=
# =0A=
# 2: Parameters are always IN and never INOUT or OUT. Passage of date =
from=0A=
# a function to the caller is either by return value or by a global =
or=0A=
# both. All globals are consumed by a caller before reuse. Each =
function=0A=
# passing back data will have a side affect of altering a global. =
This=0A=
# will be indicated in the function preamble with the annotation:=0A=
# =0A=
# sideeffect[OUT] or=0A=
# sideeffect[INOUT]=0A=
#=0A=
=0A=
# -------------- function listing --------------=0A=
# function decorate_result(result)=0A=
# function handle_bail_out(line)=0A=
# function handle_diagnostics()=0A=
# function handle_not_ok(line)=0A=
# function handle_ok(line)=0A=
# function handle_test_plan(line)=0A=
# function handle_yaml()=0A=
# function input_check(st)=0A=
# function parse_test_line(line)=0A=
# function post_processing() {=0A=
# function preamble()=0A=
# function write_error(msg)=0A=
# function write_fail_test_results()=0A=
# function write_fatal_test_results()=0A=
# function write_log(str)=0A=
# function write_log_summary()=0A=
# function write_options()=0A=
# function write_pass_test_results()=0A=
# function write_skip_test_results()=0A=
# function write_result(result, str)=0A=
# ----------------------------------------------=0A=
=0A=
## ----------- ##=0A=
## FUNCTIONS ##=0A=
## ----------- ##=0A=
=0A=
#=0A=
# @fn decorate_result(result)=0A=
# @brief Determine a message color to use for console output.=0A=
# <p>Console output can be colorized. This function determines=0A=
# what color to use for the given message type.</p>=0A=
# <p>The associatION of color to message type is done on script=0A=
# entry in the shell script, not in awk.</p>=0A=
# <p>The result values are:</p>=0A=
# <ul>=0A=
# <li>"ERROR" A parsing or I/O error was found</li>=0A=
# <li>"PASS" TAP ok</li>=0A=
# <li>"XPASS" TAP ok with expect_failure =3D yes</li>=0A=
# <li>"FAIL" TAP not ok</li>=0A=
# <li>"XFAIL" TAP not ok with expect_failure =3D yes</li>=0A=
# <li>"SKIP" TAP ok # SKIP</li>=0A=
# </ul>=0A=
# <p>If the output is not to be colorized then the input=0A=
# result is returned.</p>=0A=
#=0A=
# side effects: none=0A=
#=0A=
# @param[in] result one of the message types=0A=
# @return either a colorized result or a non-colorized result=0A=
#=0A=
function decorate_result(result)=0A=
{=0A=
color_name =3D color_for_result[result]=0A=
if (color_name)=0A=
return color_map[color_name] "" result "" color_map["std"]=0A=
=0A=
# If we are not using colorized output, or if we do not know how=0A=
# to colorize the given result, we should return it unchanged.=0A=
return result=0A=
}=0A=
=0A=
#=0A=
# @fn handle_bail_out(line)=0A=
# @brief Process Bail Out!.=0A=
# <p>Bail Out! is a fatal error. The assumed test case intent is=0A=
# to terminate all processing because of some unexpected and=0A=
# fatal condition. As an Automake extension Diagnostics and=0A=
# comments following a Bail Out! are accepted. The first test=0A=
# line is flagged as an error (one error per test case) and=0A=
# all test lines are processed to determine if there are any=0A=
# TAP syntax errors. The test results is discarded and the=0A=
# output .trs file will not contain .trs metadata to represent=0A=
# these test lines.</p>=0A=
# <p>If this is not the first Bail Out! seen post a message.</p>=0A=
# <p>There are two phases to the processing:</p>=0A=
# <ul>=0A=
# <li>Phase I: This is the first time that a Bail Out! message=0A=
# has been seen. Issue a message and then continue stripping=0A=
# out all Diagnostics and YAML.</li>=0A=
# <ul>=0A=
# <li>If a test line, test plan is found, issue a one=0A=
# time message and return to the main parsing loop.</li>=0A=
# <li>If a Bail Out! is seend issue a message and=0A=
# return to the main parsing loop.</li>=0A=
# <li>Process all Diagnostics.</li>=0A=
# <li>Process all YAML comments.</li>=0A=
# <li>If Bail Out! is seen, issue a diagnostic message=0A=
# and return to the main parsing loop.=0A=
# </ul>=0A=
# <li>Phase II: Issue a diagnostic message and return to the=0A=
# main parsing loop.</li>=0A=
# </ul>=0A=
# <p>The read loop assumes that a line has been input. This=0A=
# assumption affects the main parsing loop. When a return=0A=
# from this function is made, the next line of input has=0A=
# already been input. Therefore, the st =3D getline statement=0A=
# in the main parsing loop has to be bypassed. This is =0A=
# all to say that this jewel of a code fragment is sneaky =0A=
# pete code.</p>=0A=
#=0A=
# sideeffect[inout] bailed_out value changed to 1 + testno=0A=
# sideeffect[OUT] testno +1 if test line command found=0A=
#=0A=
# @param[inout] line input line - destroyed during processing=0A=
# @return st status of I/O on input pipe=0A=
# =0A=
function handle_bail_out(line, bailout_message, st)=0A=
{=0A=
if (DEBUG) print "handle_bail_out(\"" line "\")" > log_file=0A=
=0A=
if (bailed_out) =0A=
{=0A=
write_error("Multiple Bail Out!")=0A=
}=0A=
else =0A=
{=0A=
bailed_out =3D 1 + testno=0A=
# Strip leading and trailing whitespace.=0A=
sub("^[ \t]*Bail out!", "", line); # leading whitespace=0A=
sub("[ \t]*$", "", line); # trailing whitespace=0A=
=0A=
# Format the error message =0A=
bailout_message =3D "Bail out! " line=0A=
write_result("ERROR", bailout_message)=0A=
=0A=
st =3D getline=0A=
while(st > 0) =0A=
{ =0A=
write_log($0)=0A=
if ($0 ~ /^not ok/) =0A=
{=0A=
testno++=0A=
handle_not_ok($0)=0A=
write_error("Illegal test line after Bail Out!")=0A=
}=0A=
# TAP test line ok.=0A=
else if ($0 ~ /^ok/) =0A=
{=0A=
testno++=0A=
handle_ok($0)=0A=
write_error("Illegal test line after Bail Out!")=0A=
}=0A=
# TAP test plan 1..N=0A=
else if ($0 ~ /^1/) =0A=
{=0A=
handle_test_plan($0)=0A=
write_error("Illegal test plan after Bail Out!")=0A=
}=0A=
else if ($0 ~ /^[ \t]*Bail out!/) =0A=
{=0A=
write_error("Multiple Bail Out!")=0A=
}=0A=
# Diagnostics.=0A=
else if ($0 ~ /^#/) =0A=
{=0A=
if (handle_diagnostics() > 0) continue=0A=
else break;=0A=
}=0A=
else if (!($0 ~ /^[ \t]*$/)) # not a blank line=0A=
{ # check for YAML & if not then ERROR=0A=
if (DEBUG) print "check for YAML" > log_file=0A=
if ($0 ~ /[ \t]+---[ \t]*$/) # YAML start --- line=0A=
{=0A=
if (handle_yaml() > 0) =0A=
continue=0A=
else =0A=
{=0A=
write_error("Missing YAML end")=0A=
break=0A=
}=0A=
}=0A=
else if ($0 ~ /^[ \t]+\.\.\.[ \t]*$/) # YAML stop ... line=0A=
write_error("Missing YAML begin")=0A=
=0A=
else=0A=
write_error("Undefined TAP statement")=0A=
=0A=
}=0A=
st =3D getline=0A=
if (DEBUG) print "test_suite_status " test_suite_status > =
log_file=0A=
} =0A=
}=0A=
=0A=
if (DEBUG) print "handle_bail_out: bailed_out " bailed_out " testno =
" testno > log_file=0A=
=0A=
return st=0A=
}=0A=
=0A=
#=0A=
# @fn handle_diagnostics()=0A=
# @brief Process Diagnostics=0A=
# <p>Where one Diagnnostic exist there may be many. Continue=0A=
# inputting lines from the input test case pipe until =0A=
# either a non-Diagnostic if found, an EOF is found,=0A=
# or there is an I/O error.</p>=0A=
# <p>The read loop assumes that a line has been input. This=0A=
# assumption affects the main parsing loop. When a return=0A=
# from this function is made, the next line of input has=0A=
# already been input. Therefore, the st =3D getline statement=0A=
# in the main parsing loop has to be bypassed. This is =0A=
# all to say that this jewel of a code fragment is sneaky =0A=
# pete code.</p>=0A=
#=0A=
# @return st status of input test case pipe=0A=
#=0A=
function handle_diagnostics( st) =0A=
{=0A=
if (DEBUG) print "handle_diagnostics:" > log_file=0A=
=0A=
st =3D getline=0A=
while(st > 0) {=0A=
if ($0 ~ /^#/) write_log($0)=0A=
else break=0A=
st =3D getline=0A=
}=0A=
return st=0A=
}=0A=
=0A=
#=0A=
# @fn handle_not_ok(line)=0A=
# @brief Process TAP not ok test line.=0A=
# <p>A test line is parsed and the result analyzed for=0A=
# correctness. The default result is given in COOKED-FAIL.=0A=
# COOKED_FAIL values are "FAIL" or "XFAIL" if a failure=0A=
# is expected.</p>=0A=
#=0A=
# sideeffect[OUT] test_suite_status reflects global status=0A=
# sideeffect[IN] N either testno or the parsed statement test no=0A=
# sideeffect[IN] comment the parsed statement comment=0A=
#=0A=
# @param[inout] line the line to be processed. Processing destroys the =
line.=0A=
# @return 0 for successful, 1 for failure.=0A=
#=0A=
function handle_not_ok(line, result, parse) =0A=
{=0A=
if (DEBUG) print "handle_not_ok(\"" line "\") COOKED_FAIL " =
COOKED_FAIL > log_file=0A=
=0A=
result =3D COOKED_FAIL=0A=
sub(/^not ok/, "", line)=0A=
if (line ~ /^[:graph:]/) # check if not EOL or [ \t]=0A=
{=0A=
result =3D "ERROR"=0A=
}=0A=
else # [:blank:] or EOL=0A=
{=0A=
parse =3D parse_test_line(line)=0A=
switch(parse)=0A=
{=0A=
case "":=0A=
case "TODO":=0A=
if (DEBUG) print "handle_not_ok N(" N ") " testno > =
log_file=0A=
if (N !=3D testno)=0A=
{=0A=
test_suite_status =3D or(test_suite_status, ERROR)=0A=
result =3D "ERROR"=0A=
write_error("Test line number wrong " N " !=3D " =
testno)=0A=
}=0A=
else if (result =3D=3D "XFAIL")=0A=
test_suite_status =3D or(test_suite_status, PASS)=0A=
else=0A=
test_suite_status =3D or(test_suite_status, FAIL)=0A=
break=0A=
if (parse =3D=3D "TODO") result =3D COOKED_PASS=0A=
case "SKIP":=0A=
write_error("SKIP not allowed")=0A=
case "ERROR":=0A=
test_suite_status =3D ERROR=0A=
result =3D "ERROR"=0A=
break=0A=
}=0A=
}=0A=
=0A=
write_result(result, comment)=0A=
return (result =3D=3D "ERROR")? 1: 0=0A=
}=0A=
=0A=
#=0A=
# @fn handle_ok(line)=0A=
# @brief Process TAP ok test line.=0A=
# <p>A test line is parsed and the result analyzed for=0A=
# correctness. The default result is given in COOKED_PASS.=0A=
# COOKED_PASS values are "PASS" and "XPASS" if a PASS is=0A=
# not expected expected.</p>=0A=
#=0A=
# sideeffect[OUT] test_suite_status reflects global status=0A=
# sideeffect[IN] N either testno or the parsed statement test no=0A=
# sideeffect[IN] comment the parsed statement comment=0A=
#=0A=
# @param[inout] line the line to be processed. Processing destroys the =
line.=0A=
# return 0 for successful, 1 for failure.=0A=
#=0A=
function handle_ok(line, result, parse) =0A=
{ =0A=
if (DEBUG) print "handle_ok(\"" line "\")" > log_file=0A=
=0A=
result =3D COOKED_PASS=0A=
sub(/^ok/, "", line)=0A=
if (line ~ /^[:graph:]/) # check if EOL or not [:blank:]=0A=
{=0A=
result =3D "ERROR"=0A=
}=0A=
else # [:blank:] or EOL=0A=
{=0A=
parse =3D parse_test_line(line)=0A=
switch(parse)=0A=
{=0A=
case "":=0A=
case "TODO":=0A=
if (DEBUG) print "handle_ok N(" N ") " testno > log_file=0A=
if (N !=3D testno)=0A=
{=0A=
test_suite_status =3D ERROR=0A=
result =3D "ERROR"=0A=
write_error("Test line number wrong " N " !=3D " =
testno)=0A=
}=0A=
else if ((result =3D=3D "XFAIL") || (result =3D=3D "PASS"))=0A=
test_suite_status =3D or(test_suite_status, PASS)=0A=
else=0A=
test_suite_status =3D or(test_suite_status, FAIL)=0A=
break=0A=
case "SKIP":=0A=
result =3D "SKIP"=0A=
test_suite_status =3D or(test_suite_status, SKIP)=0A=
break=0A=
case "ERROR":=0A=
test_suite_status =3D ERROR=0A=
result =3D "ERROR"=0A=
break=0A=
}=0A=
}=0A=
=0A=
write_result(result, comment)=0A=
return (result =3D=3D "ERROR")? 1: 0=0A=
}=0A=
=0A=
#=0A=
# @fn handle_test_plan(line)=0A=
# @brief Parse and process test plans=0A=
# <p>Test plans have the following format:</p>=0A=
# <tt><pre>=0A=
# 1..N [# [comment]]=0A=
# 1..0 [# [comment]]=0A=
# </pre></tt>=0A=
#=0A=
# <p>where N is a number >=3D 0 and</p>=0A=
# <ul>=0A=
# <li><b>1..0</b> signifies that the test suite has been skipped.=0A=
# Any test lines of any description are errors and will cause=0A=
# the test suite to be in ERROR.</li>=0A=
# <li><b>1..N</b> signifies that the maximum number of test lines=0A=
# in the test suite are N. If there are k > N test lines the=0A=
# test suite will be in ERROR. If there are k < N test lines=0A=
# in the test suite, the the missing k+1..N lines will be =0A=
# considered as SKIPed.</li>=0A=
# </ul>=0A=
# <p>Parsing consists of recognizing the correct format of the input=0A=
# statement and recording N or 0 in the global planned_tests =
variable. =0A=
# Comment lines are discarded.</p>=0A=
# <p>Successful processing of the test plan depends on knowing=0A=
# whether the current plan is the first or the last or if the=0A=
# plan precedes all test lines that have been processed. These=0A=
# determinations are made with the global variables:</p>=0A=
# </br>=0A=
# plan_seen which indicates the status of the test plan.=0A=
# </br>=0A=
# testno which counts the test lines seen.=0A=
# <p>The values for plan_seen are:</p>=0A=
# <ul>=0A=
# <li><b>NO_PLAN</b>[0] the plan has not been seen.</li>=0A=
# <li><b>EARLY_PLAN</b>[1] the plan is at the top.</li>=0A=
# <li><b>LATE_PLAN</b>[>1] the plan is at the bottom</li>=0A=
# </ul>=0A=
# <p>At termination, after and EOF or I/O failure, it is possible=0A=
# to determine the status of the test plan. The Algorithm is:</p>=0A=
# <ul>=0A=
# <li>test_plan =3D=3D 0 A test plan has not been seen. This =0A=
# violates Automake standards and is an error.</li>=0A=
# <li>test_plan =3D=3D 1 A test plan is an EARLY_PLAN. This=0A=
# accords to the Automake standard and is accepted.</li>=0A=
# <li>test_plan > 2 A test plan can either be a LATE_PLAN=0A=
# or can be intermingled with test lines. If the test=0A=
# plan is a LATE_PLAN then this violates Automake =0A=
# standards. If the test plan is intermingled, it is=0A=
# illegal. To distinguish between the two cases:=0A=
# <p>if ((plan_seen - 1) =3D=3D testno) then it is a =
LATE_PLAN</p>=0A=
# </br>=0A=
# else it is intermingled and illegal.=0A=
# </li>=0A=
# </ul>=0A=
#=0A=
# sideeffect[OUT] test_suite_status reflects global status=0A=
# sideeffect[OUT] plan_seen 1 + testno if plan ok=0A=
# sideeffect[OUT] planned_tests N in 1..N or MAX_TESTS for ERROR=0A=
#=0A=
# @param[inout] line the input line - the value is destroyed during =
parsing=0A=
# @return [BOOL] true if the plan is successfully validated.=0A=
#=0A=
function handle_test_plan(line)=0A=
{=0A=
if (DEBUG) printf("handle_test_plan(\"%s\"\n =
plan_seen %d testno %d\n", line, plan_seen, testno) > log_file=0A=
=0A=
if (line ~ /^1..[[:digit:]]+/)=0A=
{=0A=
if (plan_seen)=0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan duplicate.")=0A=
}=0A=
else =0A=
{=0A=
if (testno)=0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan follows first test.")=0A=
}=0A=
sub(/^1../, "", line)=0A=
match(line, /^[[:digit:]]+/)=0A=
planned_tests =3D strtonum(substr(line, RSTART, RLENGTH))=0A=
plan_seen =3D 1 + testno=0A=
sub(/^[[:digit:]]+/, "", line)=0A=
sub(/^[[:blank:]]*/, "", line)=0A=
if (planned_tests < 0) =0A=
{=0A=
planned_test =3D MAX_TESTS=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan number wrong")=0A=
}=0A=
else if ((length(line) > 0) && !(line ~ /^#/))=0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan syntax wrong. Comment starts with =
\"#\".")=0A=
}=0A=
else if (planned_tests =3D=3D 0)=0A=
{=0A=
test_suite_status =3D SKIP=0A=
write_result("SKIP", "")=0A=
}=0A=
}=0A=
}=0A=
else=0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan syntax wrong. Should be \"1..digit\".")=0A=
}=0A=
if (DEBUG) print "handle_test_plan: planned_tests " planned_tests > =
log_file=0A=
}=0A=
=0A=
#=0A=
# @fn handle_yaml()=0A=
# @brief Process YAML comments.=0A=
# <p>YAML comments are part of th Test Results File interfae.=0A=
# There is no way to return YAML to the Automake Test Harnes=0A=
# all YAML comments are disgarded.</p>=0A=
# <p>This function searches for the YAML comment terminator.</p>=0A=
# <p>The read loop assumes that a line has been input and the=0A=
# YAML lead (---) has been found. This assumption affects the =0A=
# main parsing loop. When a return from this function is made, =0A=
# the next line of input has already been input. Therefore, =0A=
# the st =3D getline statement in the main parsing loop has to=0A=
# be bypassed. This is all to say that this jewel of a code =0A=
# fragment is sneaky pete code.</p>=0A=
#=0A=
# @return st status of test case input file=0A=
#=0A=
function handle_yaml()=0A=
{=0A=
if (DEBUG) print "handle_yaml(" line ")" > log_file=0A=
=0A=
st =3D getline=0A=
while(st > 0) =0A=
{=0A=
write_log($0)=0A=
if ($0 ~ /^[ \t]+\.\.\.[ \t]*$/) break;=0A=
st =3D getline=0A=
}=0A=
return st=0A=
}=0A=
=0A=
#=0A=
# @fn input_check(st)=0A=
# @brief Determine if an I/O error occurred.=0A=
# <p>Use the input status value to determine whether the =0A=
# error was fatal (< 0) or and End Of File (=3D=3D 0).</p>=0A=
#=0A=
# @param[in] st I/O status =0A=
#=0A=
function input_check(st)=0A=
{=0A=
if(st <=3D 0) =0A=
{=0A=
write_fatal_test_results()=0A=
if (st < 0) # I/O error.=0A=
write_error("I/O error in input stream")=0A=
else if (st =3D=3D 0) # End-of-input=0A=
write_error("No input lines")=0A=
}=0A=
return st=0A=
}=0A=
=0A=
#=0A=
# @fn parse_test_line(line)=0A=
# @brief Parse test line.=0A=
# <p>The test line is parsed.</p>=0A=
# <p>test line has the following formats</p>=0A=
# <tt><pre>=0A=
# ok [N] [comment] [# Directive [d_comment]]=0A=
# not ok [N] [comment] [# Directive [d_comment]]=0A=
# </pre></tt>=0A=
#=0A=
# <p>There must be at least on <ws> separator between elements of=0A=
# the test-line except that not ok must have a single blank=0A=
# separator between not and ok.</p>=0A=
# <p>where</p>=0A=
# <ul>=0A=
# <li>N[current test line number] Optional test line number.</li>=0A=
# <li>comment[""] Optional test list comment. The comment can =0A=
# not contain a #.</li>=0A=
# <li>Directive[""] Optional TAP directive. The Directives are not=0A=
# case sensitive. If a Directive is found it is treated as a =0A=
# SKIP.The legal directives are:</li>=0A=
# <ul>=0A=
# <li>SKIP </li>=0A=
# <li>TODO </li>=0A=
# </ul>=0A=
# <li>d_comment[""] Optional directive comment</li>=0A=
# </ul>=0A=
#=0A=
# <p>The trs :test-result: comment is:</p>=0A=
# <tt><pre>=0A=
# [comment] [# Directive [d_comment]]=0A=
# </pre></tt>=0A=
# <p>And the :test-result: Test Results File output will look like:</p>=0A=
# <tt><pre>=0A=
# :test-result: xxxxx [comment] [# Directive [d_comment]]=0A=
# </pre></pre>=0A=
# <p>Where xxxxx is the result left justified into a 5 character field=0A=
# separated by a blank, from the comments.</p>=0A=
#=0A=
# sideeffect[OUT] N either testno or the parsed statement test no=0A=
# sideeffect[OUT] comment the parsed statement comment=0A=
#=0A=
# @param[inout] line TAP test-line irremedially modified=0A=
# @return processing result {"", "SKIP", "ERROR"}=0A=
#=0A=
function parse_test_line(line, d_loc, d_name, d_sep, directive)=0A=
{=0A=
N =3D testno=0A=
comment =3D ""=0A=
directive =3D ""=0A=
if (line ~ /^[[:blank:]]+[[:digit:]]/) # check for N=0A=
{=0A=
sub(/^[[:blank:]]+/, "", line) # remove leading <ws>=0A=
match(line, /^[[:digit:]]+/) # find N=0A=
N =3D substr(line, RSTART, RLENGTH) + 0 # N=0A=
sub(/^[[:digit:]]+/, "", line) =0A=
}=0A=
comment =3D substr(line, 1)=0A=
d_loc =3D match(line, /[[:blank:]]#[[:blank:]]/) # search for =
Directive separator=0A=
if (DEBUG) print "parse_test_line; d_loc " d_loc " N (" N ") \"" =
comment "\"" > log_file=0A=
if (d_loc) # d_loc > 0 =3D> found #=0A=
{=0A=
sub(/^.*#[[:blank:]]*/, "", line) # remove .*#<ws>=0A=
if (DEBUG) print "parse_test_line; \"" line "\"" > log_file=0A=
directive =3D "SKIP" # assume SKIP=0A=
d_name =3D toupper(substr(line, 1, 4))=0A=
if (!((d_name =3D=3D "SKIP") || # not SKIP or TODO=0A=
(d_name =3D=3D "TODO")))=0A=
{=0A=
directive =3D "ERROR"=0A=
write_error("Directive Unknown (" d_name ")")=0A=
} =0A=
else if ((length(line) > 4) && !(substr(line, 5, 1) ~ =
/[[:blank:]]/))=0A=
{=0A=
directive =3D "ERROR"=0A=
write_error("SKIP or TODO not followed by whitespace \"" =
line "\"")=0A=
}=0A=
else if (d_name =3D=3D "TODO")=0A=
directive =3D "TODO"=0A=
=0A=
}=0A=
else =0A=
{=0A=
d_loc =3D index(line, "#")=0A=
if (DEBUG) print "parse_test_line d_loc " d_loc " \"" comment =
"\""> log_file=0A=
if (d_loc)=0A=
{ # is this wrong I ask you=0A=
directive =3D "ERROR"=0A=
d_sep =3D substr(line, d_loc-1, 3)=0A=
write_error("Directive Ill-formed (" d_sep ")")=0A=
}=0A=
}=0A=
=0A=
if (DEBUG) print "parse_test_line directive (" directive ") N (" N =
") \"" comment "\"" > log_file=0A=
=0A=
return directive=0A=
}=0A=
=0A=
#=0A=
# @fn post_processing()=0A=
# @brief Processing after the main parsing loop terminates.=0A=
#=0A=
# sideeffect[IN] bailed_out Bail Out! status=0A=
# sideeffect[IN] plan_seen test plan status=0A=
# sideeffect[OUT] test_suite_status global test result=0A=
# sideeffect[IN] testno last test line numver processed=0A=
#=0A=
function post_processing() =0A=
{=0A=
# A "Bail out!" directive should cause us to ignore any following TAP=0A=
# error, as well as a non-zero exit status from the TAP producer.=0A=
if (DEBUG) {=0A=
print "post_processing: testno: " testno > =
log_file=0A=
print " bailed_out: " bailed_out > =
log_file=0A=
print " plan_seen: " plan_seen - 1 > =
log_file=0A=
print " planned_tests: " planned_tests > =
log_file=0A=
}=0A=
if (bailed_out) {=0A=
test_suite_status =3D ERROR=0A=
if (bailed_out =3D=3D testno)=0A=
write_error("Illegal test line after Bail Out!")=0A=
else if (bailed_out < testno)=0A=
write_error("Illegal test lines after Bail Out!")=0A=
}=0A=
else if (planned_tests !=3D testno)=0A=
{=0A=
if (planned_tests =3D=3D MAX_TESTS) =0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan missing")=0A=
}=0A=
else if (testno < planned_tests) # if k < N then k+1 .. N are =
SKIPs=0A=
{=0A=
for(; testno < planned_tests; testno++)=0A=
write_result("SKIP", "")=0A=
}=0A=
else if (planned_tests !=3D MAX_TESTS)=0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan number wrong")=0A=
}=0A=
}=0A=
if (((plan_seen) <=3D testno) && (plan_seen > 1)) =0A=
{=0A=
test_suite_status =3D ERROR=0A=
write_error("Test plan found between two test lines.")=0A=
}=0A=
=0A=
#=0A=
# Output .trs test suite metadata =0A=
#=0A=
if (DEBUG) print " test_suite_status: " =
test_suite_status > log_file=0A=
=0A=
switch(test_suite_status) =0A=
{=0A=
case 0: # PASS=0A=
write_pass_test_results()=0A=
break=0A=
case 1: # FAIL=0A=
case 3: # FAIL | SKIP=0A=
write_fail_test_results()=0A=
break=0A=
case 2: # SKIP=0A=
write_skip_test_results()=0A=
break;=0A=
case 4: # ERROR=0A=
case 5: # ERROR | FAIL=0A=
case 6: # ERROR | SKIP=0A=
case 7: # ERROR | FAIL | SKIP=0A=
write_fatal_test_results()=0A=
break=0A=
}=0A=
=0A=
close(trs_file)=0A=
=0A=
# if (!ignore_exit) {=0A=
# # Fetch exit status from the last line.=0A=
# exit_message =3D get_test_exit_message(nextline)=0A=
# if (exit_message)=0A=
# testsuite_error(exit_message)=0A=
# }=0A=
write_log_summary()=0A=
}=0A=
=0A=
#=0A=
# @fn preamble()=0A=
# @brief Check and log Diagnostics preceding the test.=0A=
# <p>This is an Automake extension of the TAP Standard.</p>=0A=
# <p>An unlimited number of Diagnostics and YAML comments =0A=
# can precede the first statement in the TAP test. The =0A=
# first statement of the test is any one of a test plan, =0A=
# test line, or Bail Out!. </p>=0A=
#=0A=
# @return I/O status of last input=0A=
#=0A=
function preamble( equal) {=0A=
=0A=
#=0A=
# output executable name=0A=
#=0A=
len =3D length(test_script_name)=0A=
equal =3D "## "=0A=
while(len--) equal =3D equal "=3D"=0A=
equal =3D equal " ##"=0A=
printf "\n%s\n## %s ##\n%s\n\n", equal, test_script_name, equal > =
log_file=0A=
=0A=
write_options()=0A=
=0A=
if (DEBUG) print "preamble:" > log_file=0A=
=0A=
#=0A=
# .log file header=0A=
print "lineno statement" > log_file=0A=
=0A=
return getline=0A=
}=0A=
=0A=
#=0A=
# @fn write_error(msg)=0A=
# @brief Output diagnostic messages.=0A=
# @param[in] msg error message=0A=
#=0A=
function write_error(msg) {=0A=
print test_script_name ": ERROR " msg > log_file=0A=
if ($comments) print test_script_name ": " decorate_result("ERROR") =
" " msg;=0A=
}=0A=
=0A=
#=0A=
# @fn write_fail_test_results()=0A=
# @brief Output .trs file metadata if the test suite status is FAIL.=0A=
#=0A=
function write_fail_test_results() {=0A=
print ":global-test-result: FAIL" > trs_file=0A=
print ":recheck: yes" > trs_file=0A=
print ":copy-in-global-log: yes" > trs_file=0A=
}=0A=
=0A=
#=0A=
# @fn write_fatal_test_results()=0A=
# @brief Output .trs file metadat if the test suite status is ERROR.=0A=
#=0A=
function write_fatal_test_results() {=0A=
print ":global-test-result: ERROR" > trs_file=0A=
print ":recheck: yes" > trs_file=0A=
print ":copy-in-global-log: no" > trs_file=0A=
}=0A=
=0A=
#=0A=
# @fn write_log(str)=0A=
# @brief Write to log file and update line counter.=0A=
#=0A=
# sideeffect[OUT} lineno current input line number (updated)=0A=
# @param[in] str output string=0A=
function write_log(str)=0A=
{=0A=
lineno++=0A=
printf "%6d %s\n", lineno, str > log_file=0A=
}=0A=
=0A=
#=0A=
# @fn write_log_summary()=0A=
# @brief Write log summary statistics=0A=
# <p>Not implemented. No idea of what to output</p>=0A=
#=0A=
function write_log_summary() {=0A=
=0A=
}=0A=
=0A=
#=0A=
# @fn write_options()=0A=
# @brief Pretty-print input options=0A=
#=0A=
function write_options( comments_Option, expect_failure_Option, =
ignore_exit_Option, merge_Option) =0A=
{=0A=
comments_Option =3D (comments)? "yes": "no"=0A=
expect_failure_Option =3D (expect_failure)? "yes": "no"=0A=
ignore_exit_Option =3D (ignore_exit)? "yes": "no"=0A=
merge_Option =3D (merge)? "yes": "no"=0A=
=0A=
print "Options Custom TAP driver =3D " me > =
log_file=0A=
print " test_script_name =3D " test_script_name =
> log_file=0A=
print " log_file =3D " log_file =
> log_file=0A=
print " trs_file =3D " trs_file =
> log_file=0A=
print " comments =3D " comments_Option =
> log_file=0A=
print " expect_failure =3D " expect_failure_Option =
> log_file=0A=
print " ignore_exit =3D " ignore_exit_Option =
> log_file=0A=
print " merge =3D " merge_Option =
> log_file=0A=
print " diag_string =3D " diag_string =
> log_file=0A=
print "---------------------------------------------\n" > =
log_file=0A=
=0A=
}=0A=
=0A=
#=0A=
# @fn write_pass_test_results()=0A=
# @brief Output .trs file metadat if the test suite status is PASS.=0A=
#=0A=
function write_pass_test_results() {=0A=
print ":global-test-result: PASS" > trs_file=0A=
print ":recheck: no" > trs_file=0A=
print ":copy-in-global-log: no" > trs_file=0A=
}=0A=
=0A=
#=0A=
# @fn write_skip_test_results()=0A=
# @brief Output .trs file metadat if the test suite status is SKIP.=0A=
#=0A=
function write_skip_test_results() {=0A=
print ":global-test-result: PASS" > trs_file=0A=
print ":recheck: yes" > trs_file=0A=
print ":copy-in-global-log: no" > trs_file=0A=
}=0A=
=0A=
#=0A=
# @fn write_result(result, str)=0A=
# @brief Output TRS data to the trs file and the monitor=0A=
# <p>The results of a test are output to both the trs file=0A=
# and to the users screen. The output format is:</p>=0A=
# </br>=0A=
# test_file_name: result: str=0A=
# <p>Where the result can be any one of:</p>=0A=
# <ul>=0A=
# <li><b>PASS</b> Test Passed</li>=0A=
# <li><b>FAIL</b> Test Failed</li>=0A=
# <li><b>XFAIL</b> Test Failure expected</li>=0A=
# <li><b>XPASS</b> Test PASS unexpected</li>=0A=
# <li><b>SKIP</b> Test not run</li>=0A=
# <li><b>ERROR</b> Test not run because of an error</li>=0A=
# </ul>=0A=
# <p>The result is colorized as required.</p>=0A=
#=0A=
# @param[in] result test execution result=0A=
# @param[in] comment test comment=0A=
function write_result(result, comment) {=0A=
if (DEBUG) print "write_result(" result ", " comment ")" > log_file=0A=
print ":test-result: " result " " comment > trs_file=0A=
print decorate_result(result) ":" comment =0A=
if ($merge) print ":test-result: " result " " comment > log_file;=0A=
}=0A=
=0A=
## ----------- ##=0A=
## CONTROL ##=0A=
## ----------- ##=0A=
=0A=
#=0A=
# Some prefatory comments.=0A=
# This gawk script translates TAP formatted messages into the=0A=
# Automake Test Results File (.trs) format. This format has=0A=
# metadata tags which support reporting the global result of=0A=
# executing all tests and local results of executing each=0A=
# individual task. The TAP Diagnostics and YAML structured=0A=
# comments are discarded, and the test line comments and=0A=
# Directive comments are concatenated.=0A=
# =0A=
# Terminology=0A=
# o Each Automake Test Case returns TAP Formatted data.=0A=
# o A Test Case: A script or compiled program which executes =0A=
# individual tests. There may be zero or more tests within =0A=
# a Test Case.=0A=
# o Test: A TAP test line. =0A=
# o Test Result: The result contained in a TAP test line =0A=
# is any one of PASS, FAIL, XPASS, XFAIL, or SKIP or ERROR.=0A=
# o Test Suite Status: The cumulative result of executing =0A=
# all tests within a Test Case. This status=0A=
# is one of PASS, FAIL, SKIP, or ERROR.=0A=
# o ERROR: syntax or semantic error. Automake treats it =0A=
# as an external event causing a Test Case to fail or =0A=
# to not be executed.=0A=
# o Test Results File(.trs): Interface file to Automake =0A=
# containing Test Results File metadata.=0A=
# o .log file: Contains all TAP data from the Tests in a=0A=
# Test Case plus diagnostic messages and optionally the=0A=
# generated .trs data.=0A=
# =0A=
# GENERAL TAP SYNTAX=0A=
# test plan 1..0 [# comment]=0A=
# test plan 1..N [# comment]=0A=
# test line ok [comment] [# SKIP [comment]]=0A=
# test line ok [comment] [# TODO [comment]]=0A=
# test line not ok [comment] [# TODO [comment]]=0A=
# Bail Out! Bail Out! [# comment]=0A=
# Diagnostic # [comment]=0A=
# YAML comment --- =0A=
# YAML comment o o o=0A=
# YAML comment ...=0A=
#=0A=
# Automake Test Results File metadata tags=0A=
# :copy-in-global-log: copy .log file to test_suite_log file=0A=
# :recheck: execute Test Case on make check recheck=0A=
# :test-global-result: Test Suite Status=0A=
# :test-result: test line result=0A=
=0A=
BEGIN {=0A=
=0A=
## ------- ##=0A=
## SETUP ##=0A=
## ------- ##=0A=
=0A=
DEBUG =3D 0 # DEBUG =3D 1 output to log_file=0A=
=0A=
#=0A=
# This little bit of ugly code is a legacy item. It=0A=
# terminates the gawk program (the firs apostrophe)=0A=
# then expands the definition of init_colors in the=0A=
# sorrounding shell script, then reenters the gawk=0A=
# program (second apostrophe). The result is that the=0A=
# init_colors definition is inserted in this place.=0A=
#=0A=
# The code is perverse!=0A=
#=0A=
'"$init_colors"'=0A=
=0A=
=0A=
COOKED_PASS =3D expect_failure ? "XPASS": "PASS";=0A=
COOKED_FAIL =3D expect_failure ? "XFAIL": "FAIL";=0A=
=0A=
# =0A=
# test plan processing uses the test-plan variable to pass=0A=
# information concerning test plan status. The value of =0A=
# the variable is: test_plan =3D=0A=
# 1: 0 no test plan found=0A=
# 2: 1 test plan if first non-diagnostic line (EARLY_PLAN)=0A=
# 3: > 1 test plan is last test line seen (LATE_PLAN)=0A=
#=0A=
# See handle_test_plan for a desciption of the algorithm=0A=
#=0A=
NO_PLAN =3D 0=0A=
plan_seen =3D NO_PLAN=0A=
=0A=
#=0A=
# The initial maximum test range is set to all test lines to=0A=
# be processed without error, until a test plan is seen. At=0A=
# the time a test plan is processed appropriate diagnostic=0A=
# messages are output (if test lines have been seend) and=0A=
# the planned_tests value is set to N in the 1..N test plan.=0A=
#=0A=
MAX_TESTS =3D 20000=0A=
planned_tests =3D MAX_TESTS # Maximum number of test lines w/o a test =
plan=0A=
=0A=
# Enumeration constants for test suite status.=0A=
# Test suite status is calculated as:=0A=
# test_suite_status =3D or(test_suite_status, status)=0A=
#=0A=
# With the proviso that:=0A=
# test_suite_status =3D ERROR=0A=
#=0A=
# whenever an ERROR is seen=0A=
#=0A=
# For test_suite_status =3D=0A=
# 0: EXIT_PASS=0A=
# 1: EXIT_FAIL=0A=
# 2: EXIT_HARD=0A=
# 3: EXIT_HARD=0A=
# =0A=
#=0A=
PASS =3D 0 # test line pass or XFAIL found=0A=
FAIL =3D 1 # test line fail or XPASS found=0A=
SKIP =3D 2 # test line is ok # SKIP=0A=
ERROR =3D 4 # syntax or processing error=0A=
test_suite_status =3D PASS=0A=
=0A=
# Exit enumerated constants=0A=
# =0A=
EXIT_PASS =3D 0 # no errors=0A=
EXIT_FAIL =3D 1 # FAIL or XPASS found=0A=
EXIT_SKIP =3D 77 # TODO or SKIP found=0A=
EXIT_HARD =3D 99 # I/O error, input not TAP compliant, other=0A=
exit_value=3D EXIT_PASS=0A=
=0A=
#=0A=
# bailed_out is either 0 or 1 + the testno of the last =0A=
# test line seen before the Bail Out! TAP statement. During=0A=
# post-processing if the current testno is greater than=0A=
# the testno when Bail Out was processed, then a diagnostic=0A=
# is issued stating that there was a failure to communicate.=0A=
#=0A=
bailed_out =3D 0 # Whether a "Bail out!" directive has been seen.=0A=
skip_no =3D 0 # Number of test lines that are skipped=0A=
testno =3D 0 # Number of test lines seen so far.=0A=
lineno =3D 0 # Number of input lines=0A=
=0A=
## --------- ##=0A=
## PARSING ##=0A=
## --------- ##=0A=
=0A=
#=0A=
# Process inital Diagnostics =0A=
# Exit if there is an I/O error or the test=0A=
# is not test.=0A=
#=0A=
if (preamble() <=3D 0) exit EXIT_HARD=0A=
=0A=
## ----------------- ##=0A=
## MAIN PARSING LOOP ##=0A=
## ----------------- ##=0A=
=0A=
do =0A=
{=0A=
write_log($0) # copy input into log file=0A=
=0A=
# TAP test line not ok.=0A=
if ($0 ~ /^not ok/) {=0A=
testno +=3D 1=0A=
handle_not_ok($0)=0A=
} =0A=
# TAP test line ok.=0A=
else if ($0 ~ /^ok/) {=0A=
testno +=3D 1=0A=
handle_ok($0)=0A=
} =0A=
# TAP plan 1..N=0A=
else if ($0 ~ /^1/)=0A=
handle_test_plan($0)=0A=
=0A=
# "Bail out!" magic.=0A=
# Older versions of prove and TAP::Harness (e.g., 3.17) did not=0A=
# recognize a "Bail out!" directive when preceded by leading=0A=
# whitespace, but more modern versions (e.g., 3.23) do. So we=0A=
# emulate the latter, "more modern" behaviour.=0A=
else if ($0 ~ /^[ \t]*Bail out!/)=0A=
if (handle_bail_out($0) <=3D 0) break=0A=
# Diagnostics.=0A=
else if ($0 ~ /^#/) {=0A=
if (handle_diagnostics() > 0) continue=0A=
else break;=0A=
}=0A=
else if (!($0 ~ /^[ \t]*$/)) # not a blank line=0A=
{ # check for YAML & if not then ERROR=0A=
if (DEBUG) print "check for YAML" > log_file=0A=
if ($0 ~ /[ \t]+---[ \t]*$/) # YAML start --- line=0A=
{=0A=
if (handle_yaml() > 0) =0A=
continue=0A=
else =0A=
{=0A=
write_error("Missing YAML end")=0A=
break=0A=
}=0A=
}=0A=
else if ($0 ~ /^[ \t]+\.\.\.[ \t]*$/) # YAML stop ... line=0A=
write_error("Missing YAML begin")=0A=
=0A=
else=0A=
write_error("Undefined TAP statement")=0A=
=0A=
}=0A=
st =3D getline=0A=
if (DEBUG) print "test_suite_status " test_suite_status > log_file=0A=
} while(st > 0)=0A=
=0A=
if (st < 0) # I/O error.=0A=
fatal("I/O error while reading from input stream")=0A=
=0A=
if (DEBUG) print "exit input loop. lineno(" lineno ") testno(" testno =
")" > log_file=0A=
=0A=
## -------- ##=0A=
## FINISH ##=0A=
## -------- ##=0A=
=0A=
post_processing()=0A=
=0A=
# switch(test_suite_status) {=0A=
# case 0: # PASS=0A=
# exit EXIT_PASS=0A=
# case 1: # FAIL=0A=
# exit EXIT_FAIL=0A=
# case 2: # ERROR=0A=
# case 3: # ERROR=0A=
# exit EXIT_ERROR=0A=
# }=0A=
exit PASS=0A=
} # End of "BEGIN" block.=0A=
'=0A=
=0A=
# TODO: document that we consume the file descriptor 3 :-(=0A=
} 3>"$log_file"=0A=
=0A=
# test $? -eq 0 || fatal "I/O or internal error"=0A=
=0A=
# Local Variables:=0A=
# mode: shell-script=0A=
# sh-indentation: 4=0A=
# eval: (add-hook "write-file-hooks "time-stamp)=0A=
# time-stamp-start: "scriptversion=3D"=0A=
# time-stamp-format: "%:y-%02m-%02d.%02H"=0A=
# time-stamp-time-zone: "UTC"=0A=
# time-stamp-end: "; # UTC"=0A=
# End:=0A=
=0A=
------=_NextPart_000_0015_01D0B72C.26DD8480--
"Arthur Schwarz" <aschwarz1309@HIDDEN>:bug-automake@HIDDEN.
Full text available.bug-automake@HIDDEN:bug#20986; Package automake.
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GNU bug tracking system
Copyright (C) 1999 Darren O. Benham,
1997 nCipher Corporation Ltd,
1994-97 Ian Jackson.