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mirror of https://github.com/pgbackrest/pgbackrest.git synced 2024-12-14 10:13:05 +02:00
pgbackrest/test/test.pl
David Steele 57d7809297 Improve efficiency of code generation.
Code generation saved files even when they had not changed, which often caused code generation cascades. So, don't save files unless they have changed.

Use rsync to determine which files have changed since the last test run. The manifest of changed files is saved and not removed until all code generation and builds have completed. If an error occurs the work will be redone on the next run.

The eventual goal is to do all the builds from the test/repo directory created by rsync but for now it is only used to track changes.
2018-11-03 19:52:46 -04:00

1546 lines
67 KiB
Perl
Executable File

#!/usr/bin/perl
####################################################################################################################################
# test.pl - pgBackRest Unit Tests
####################################################################################################################################
####################################################################################################################################
# Perl includes
####################################################################################################################################
use strict;
use warnings FATAL => qw(all);
use Carp qw(confess longmess);
use English '-no_match_vars';
# Convert die to confess to capture the stack trace
$SIG{__DIE__} = sub { Carp::confess @_ };
use File::Basename qw(dirname);
use Getopt::Long qw(GetOptions);
use Cwd qw(abs_path cwd);
use JSON::PP;
use Pod::Usage qw(pod2usage);
use POSIX qw(ceil strftime);
use Time::HiRes qw(gettimeofday);
use lib dirname($0) . '/lib';
use lib dirname(dirname($0)) . '/lib';
use lib dirname(dirname($0)) . '/build/lib';
use lib dirname(dirname($0)) . '/doc/lib';
use pgBackRest::Common::Exception;
use pgBackRest::Common::Ini;
use pgBackRest::Common::Log;
use pgBackRest::Common::String;
use pgBackRest::Common::Wait;
use pgBackRest::DbVersion;
use pgBackRest::Storage::Posix::Driver;
use pgBackRest::Storage::Local;
use pgBackRest::Version;
use pgBackRestBuild::Build;
use pgBackRestBuild::Build::Common;
use pgBackRestBuild::Config::Build;
use pgBackRestBuild::Config::BuildDefine;
use pgBackRestBuild::Config::BuildParse;
use pgBackRestBuild::Embed::Build;
use pgBackRestBuild::Error::Build;
use pgBackRestBuild::Error::Data;
use pgBackRestTest::Common::BuildTest;
use pgBackRestTest::Common::CodeCountTest;
use pgBackRestTest::Common::ContainerTest;
use pgBackRestTest::Common::CiTest;
use pgBackRestTest::Common::DefineTest;
use pgBackRestTest::Common::ExecuteTest;
use pgBackRestTest::Common::HostGroupTest;
use pgBackRestTest::Common::JobTest;
use pgBackRestTest::Common::ListTest;
use pgBackRestTest::Common::RunTest;
use pgBackRestTest::Common::VmTest;
####################################################################################################################################
# Usage
####################################################################################################################################
=head1 NAME
test.pl - pgBackRest Unit Tests
=head1 SYNOPSIS
test.pl [options]
Test Options:
--module test module to execute
--test execute the specified test in a module
--run execute only the specified test run
--dry-run show only the tests that would be executed but don't execute them
--no-cleanup don't cleaup after the last test is complete - useful for debugging
--pg-version version of postgres to test (all, defaults to minimal)
--log-force force overwrite of current test log files
--no-lint disable static source code analysis
--build-only compile the test library / packages and run tests only
--coverage-only only run coverage tests (as a subset of selected tests)
--c-only only run C tests
--gen-only only run auto-generation
--no-gen do not run code generation
--code-count generate code counts
--smart perform libc/package builds only when source timestamps have changed
--no-package do not build packages
--no-ci-config don't overwrite the current continuous integration config
--dev --no-lint --smart --no-package --no-optimize
--dev-test --no-lint --no-package
--expect --no-lint --no-package --vm=co7 --db=9.6 --log-force
--no-valgrind don't run valgrind on C unit tests (saves time)
--no-coverage don't run coverage on C unit tests (saves time)
--no-optimize don't do compile optimization for C (saves compile time)
--backtrace enable backtrace when available (adds stack trace line numbers -- very slow)
--profile generate profile info
--no-debug don't generate a debug build
Configuration Options:
--psql-bin path to the psql executables (e.g. /usr/lib/postgresql/9.3/bin/)
--test-path path where tests are executed (defaults to ./test)
--log-level log level to use for test harness (and Perl tests) (defaults to INFO)
--log-level-test log level to use for C tests (defaults to OFF)
--quiet, -q equivalent to --log-level=off
VM Options:
--vm docker container to build/test (u12, u14, co6, co7)
--vm-build build Docker containers
--vm-force force a rebuild of Docker containers
--vm-out Show VM output (default false)
--vm-max max VMs to run in parallel (default 1)
General Options:
--version display version and exit
--help display usage and exit
=cut
####################################################################################################################################
# Command line parameters
####################################################################################################################################
my $strLogLevel = lc(INFO);
my $strLogLevelTest = lc(OFF);
my $bVmOut = false;
my @stryModule;
my @stryModuleTest;
my @iyModuleTestRun;
my $iVmMax = 1;
my $iVmId = undef;
my $bDryRun = false;
my $bNoCleanup = false;
my $strPgSqlBin;
my $strTestPath;
my $bVersion = false;
my $bHelp = false;
my $bQuiet = false;
my $strPgVersion = 'minimal';
my $bLogForce = false;
my $strVm;
my $strVmHost = VM_HOST_DEFAULT;
my $bVmBuild = false;
my $bVmForce = false;
my $bNoLint = false;
my $bBuildOnly = false;
my $bCoverageOnly = false;
my $bNoCoverage = false;
my $bCOnly = false;
my $bGenOnly = false;
my $bNoGen = false;
my $bCodeCount = false;
my $bSmart = false;
my $bNoPackage = false;
my $bNoCiConfig = false;
my $bDev = false;
my $bDevTest = false;
my $bBackTrace = false;
my $bProfile = false;
my $bExpect = false;
my $bNoValgrind = false;
my $bNoOptimize = false;
my $bNoDebug = false;
my $iRetry = 0;
GetOptions ('q|quiet' => \$bQuiet,
'version' => \$bVersion,
'help' => \$bHelp,
'pgsql-bin=s' => \$strPgSqlBin,
'test-path=s' => \$strTestPath,
'log-level=s' => \$strLogLevel,
'log-level-test=s' => \$strLogLevelTest,
'vm=s' => \$strVm,
'vm-host=s' => \$strVmHost,
'vm-out' => \$bVmOut,
'vm-build' => \$bVmBuild,
'vm-force' => \$bVmForce,
'module=s@' => \@stryModule,
'test=s@' => \@stryModuleTest,
'run=s@' => \@iyModuleTestRun,
'vm-id=s' => \$iVmId,
'vm-max=s' => \$iVmMax,
'dry-run' => \$bDryRun,
'no-cleanup' => \$bNoCleanup,
'pg-version=s' => \$strPgVersion,
'log-force' => \$bLogForce,
'no-lint' => \$bNoLint,
'build-only' => \$bBuildOnly,
'no-package' => \$bNoPackage,
'no-ci-config' => \$bNoCiConfig,
'coverage-only' => \$bCoverageOnly,
'no-coverage' => \$bNoCoverage,
'c-only' => \$bCOnly,
'gen-only' => \$bGenOnly,
'no-gen' => \$bNoGen,
'code-count' => \$bCodeCount,
'smart' => \$bSmart,
'dev' => \$bDev,
'dev-test' => \$bDevTest,
'backtrace' => \$bBackTrace,
'profile' => \$bProfile,
'expect' => \$bExpect,
'no-valgrind' => \$bNoValgrind,
'no-optimize' => \$bNoOptimize,
'no-debug', => \$bNoDebug,
'retry=s' => \$iRetry)
or pod2usage(2);
####################################################################################################################################
# Run in eval block to catch errors
####################################################################################################################################
eval
{
# Record the start time
my $lStartTime = time();
# Display version and exit if requested
if ($bVersion || $bHelp)
{
syswrite(*STDOUT, BACKREST_NAME . ' ' . BACKREST_VERSION . " Test Engine\n");
if ($bHelp)
{
syswrite(*STDOUT, "\n");
pod2usage();
}
exit 0;
}
if (@ARGV > 0)
{
syswrite(*STDOUT, "invalid parameter\n\n");
pod2usage();
}
################################################################################################################################
# Update options for --dev and --dev-fast and --dev-test
################################################################################################################################
if ($bDev && $bDevTest)
{
confess "cannot combine --dev and --dev-test";
}
if ($bDev)
{
$bNoLint = true;
$bSmart = true;
$bNoPackage = true;
$bNoOptimize = true;
}
if ($bDevTest)
{
$bNoPackage = true;
$bNoLint = true;
}
################################################################################################################################
# Update options for --profile
################################################################################################################################
if ($bProfile)
{
$bNoValgrind = true;
$bNoCoverage = true;
}
################################################################################################################################
# Update options for --expect
################################################################################################################################
if ($bExpect)
{
$bNoLint = true;
$bNoPackage = true;
$strVm = VM_EXPECT;
$strPgVersion = '9.6';
$bLogForce = true;
}
################################################################################################################################
# Setup
################################################################################################################################
# Set a neutral umask so tests work as expected
umask(0);
# Set console log level
if ($bQuiet)
{
$strLogLevel = 'off';
}
logLevelSet(uc($strLogLevel), uc($strLogLevel), OFF);
&log(INFO, "test begin - log level ${strLogLevel}");
if (@stryModuleTest != 0 && @stryModule != 1)
{
confess "Only one --module can be provided when --test is specified";
}
if (@iyModuleTestRun != 0 && @stryModuleTest != 1)
{
confess "Only one --test can be provided when --run is specified";
}
# Set test path if not expicitly set
if (!defined($strTestPath))
{
$strTestPath = cwd() . '/test';
}
my $oStorageTest = new pgBackRest::Storage::Local(
$strTestPath, new pgBackRest::Storage::Posix::Driver({bFileSync => false, bPathSync => false}));
if ($bCoverageOnly)
{
if (!defined($strVm))
{
&log(INFO, "Set --vm=${strVmHost} for coverage testing");
$strVm = $strVmHost;
}
elsif ($strVm eq VM_ALL)
{
confess &log(ERROR, "select a single Debian-based VM for coverage testing");
}
elsif (!vmCoveragePerl($strVm))
{
confess &log(ERROR, "only Debian-based VMs can be used for coverage testing");
}
}
# If VM is not defined then set it to all
if (!defined($strVm))
{
$strVm = VM_ALL;
}
# Get the base backrest path
my $strBackRestBase = dirname(dirname(abs_path($0)));
my $oStorageBackRest = new pgBackRest::Storage::Local(
$strBackRestBase, new pgBackRest::Storage::Posix::Driver({bFileSync => false, bPathSync => false}));
################################################################################################################################
# Build Docker containers
################################################################################################################################
if ($bVmBuild)
{
containerBuild($oStorageBackRest, $strVm, $bVmForce);
exit 0;
}
################################################################################################################################
# Load test definition
################################################################################################################################
testDefLoad(${$oStorageBackRest->get("test/define.yaml")});
################################################################################################################################
# Start VM and run
################################################################################################################################
if (!defined($iVmId))
{
# Make a copy of the repo to track which files have been changed. Eventually all builds will be done from this directory.
#---------------------------------------------------------------------------------------------------------------------------
my $strRepoCachePath = "${strTestPath}/repo";
my $strRepoCacheManifest = 'repo.manifest';
# Create the repo path -- this should hopefully prevent obvious rsync errors below
$oStorageTest->pathCreate("${strTestPath}/repo", {strMode => '0770', bIgnoreExists => true, bCreateParent => true});
# Check if there are any files existing already. If none, that means a full copy is happening and we shouldn't report
# modified files
my @stryExistingList = $oStorageTest->list($strRepoCachePath, {bIgnoreMissing => true});
# First check if there is an old manifest that has not been cleared. This indicates that an error happened before all new
# files could be processed, which means they should be processed again.
my @stryModifiedList;
my $rstrModifiedList = $oStorageTest->get(
$oStorageTest->openRead("${strRepoCachePath}/${strRepoCacheManifest}", {bIgnoreMissing => true}));
if (defined($rstrModifiedList))
{
@stryModifiedList = split("\n", trim($$rstrModifiedList));
}
push(
@stryModifiedList,
split(
"\n",
trim(
executeTest(
"git -C ${strBackRestBase} ls-files -c --others --exclude-standard |" .
" rsync -rtW --out-format=\"\%n\" --delete --exclude=repo.manifest ${strBackRestBase}/" .
" --files-from=- ${strRepoCachePath}"))));
if (@stryModifiedList > 0)
{
$oStorageTest->put("${strRepoCachePath}/${strRepoCacheManifest}", join("\n", @stryModifiedList));
if (@stryExistingList > 0)
{
&log(INFO, "modified since last run: " . join(', ', @stryModifiedList));
}
}
# Generate code counts
#---------------------------------------------------------------------------------------------------------------------------
if ($bCodeCount)
{
&log(INFO, "classify code files");
codeCountScan($oStorageBackRest, $strBackRestBase);
exit 0;
}
# Auto-generate files unless --no-gen specified
#---------------------------------------------------------------------------------------------------------------------------
if (!$bNoGen)
{
my @stryBuiltAll;
&log(INFO, "check code autogenerate");
# Auto-generate C files
#-----------------------------------------------------------------------------------------------------------------------
if (!$bSmart || grep(/^build\//, @stryModifiedList))
{
errorDefineLoad(${$oStorageBackRest->get("build/error.yaml")});
my $rhBuild =
{
'config' =>
{
&BLD_DATA => buildConfig(),
&BLD_PATH => 'config',
},
'configDefine' =>
{
&BLD_DATA => buildConfigDefine(),
&BLD_PATH => 'config',
},
'configParse' =>
{
&BLD_DATA => buildConfigParse(),
&BLD_PATH => 'config',
},
'error' =>
{
&BLD_DATA => buildError(),
&BLD_PATH => 'common',
},
};
my @stryBuilt = buildAll("${strBackRestBase}/src", $rhBuild);
&log(INFO, " autogenerated C code: " . (@stryBuilt ? join(', ', @stryBuilt) : 'no changes'));
if (@stryBuilt)
{
push(@stryBuiltAll, @stryBuilt);
push(@stryModifiedList, @stryBuilt);
}
}
# Auto-generate Perl code
#-----------------------------------------------------------------------------------------------------------------------
use lib dirname(dirname($0)) . '/libc/build/lib';
use pgBackRestLibC::Build; ## no critic (Modules::ProhibitConditionalUseStatements)
if (!$bSmart || grep(/^(build|libc\/build)\//, @stryModifiedList))
{
errorDefineLoad(${$oStorageBackRest->get("build/error.yaml")});
my @stryBuilt = buildXsAll("${strBackRestBase}/libc");
&log(INFO, " autogenerated Perl code: " . (@stryBuilt ? join(', ', @stryBuilt) : 'no changes'));
if (@stryBuilt)
{
push(@stryBuiltAll, @stryBuilt);
push(@stryModifiedList, @stryBuilt);
}
}
# Auto-generate C library code to embed in the binary
#-----------------------------------------------------------------------------------------------------------------------
if (!$bSmart || grep(/^libc\//, @stryModifiedList))
{
my $strLibC = executeTest(
"cd ${strBackRestBase}/libc && " .
"perl /usr/share/perl/5.26/ExtUtils/xsubpp -typemap /usr/share/perl/5.26/ExtUtils/typemap" .
" -typemap typemap LibC.xs");
# Trim off any trailing LFs
$strLibC = trim($strLibC) . "\n";
# Strip out line numbers. These are useful for the LibC build but only cause churn in the binary
# build.
$strLibC =~ s/^\#line .*\n//mg;
# Save into the bin src dir
my @stryBuilt;
my $strBuilt = 'src/perl/libc.auto.c';
if (buildPutDiffers($oStorageBackRest, "${strBackRestBase}/${strBuilt}", $strLibC))
{
push(@stryBuilt, $strBuilt);
push(@stryBuiltAll, @stryBuilt);
push(@stryModifiedList, @stryBuilt);
}
&log(INFO, " autogenerated embedded C code: " . (@stryBuilt ? join(', ', @stryBuilt) : 'no changes'));
}
# Auto-generate embedded Perl code
#-----------------------------------------------------------------------------------------------------------------------
if (!$bSmart || grep(/^lib\//, @stryModifiedList))
{
my $rhBuild =
{
'embed' =>
{
&BLD_DATA => buildEmbed($oStorageBackRest),
&BLD_PATH => 'perl',
},
};
my @stryBuilt = buildAll("${strBackRestBase}/src", $rhBuild);
&log(INFO, " autogenerated embedded Perl code: " . (@stryBuilt ? join(', ', @stryBuilt) : 'no changes'));
if (@stryBuilt)
{
push(@stryBuiltAll, @stryBuilt);
push(@stryModifiedList, @stryBuilt);
}
}
# Auto-generate C Makefile
#-----------------------------------------------------------------------------------------------------------------------
if (!$bSmart || grep(/^(src|libc)\//, @stryModifiedList))
{
my @stryBuilt;
my $strBuilt = 'src/Makefile';
if (buildPutDiffers(
$oStorageBackRest,
$strBuilt,
buildMakefile(
$oStorageBackRest,
${$oStorageBackRest->get("src/Makefile")},
{rhOption => {'postgres/pageChecksum.o' => '-funroll-loops -ftree-vectorize'}})))
{
push(@stryBuilt, $strBuilt);
push(@stryBuiltAll, @stryBuilt);
push(@stryModifiedList, @stryBuilt);
}
&log(INFO, " autogenerated C Makefile: " . (@stryBuilt ? join(', ', @stryBuilt) : 'no changes'));
}
# Copy all the files that were auto-generate so they won't show as modified in the next run
#-----------------------------------------------------------------------------------------------------------------------
foreach my $strBuilt (@stryBuiltAll)
{
executeTest("cp -p ${strBackRestBase}/${strBuilt} ${strRepoCachePath}/${strBuilt}");
}
if ($bGenOnly)
{
exit 0;
}
}
# Build CI config
#---------------------------------------------------------------------------------------------------------------------------
if (!$bNoCiConfig)
{
(new pgBackRestTest::Common::CiTest($oStorageBackRest))->process();
}
# Check Perl version against release notes and update version in C code if needed
#---------------------------------------------------------------------------------------------------------------------------
my $bVersionDev = true;
my $strVersionBase;
if (!$bDev)
{
# Make sure version number matches the latest release
#-----------------------------------------------------------------------------------------------------------------------
&log(INFO, "check version info");
# Load the doc modules dynamically since they are not supported on all systems
require BackRestDoc::Common::Doc;
BackRestDoc::Common::Doc->import();
require BackRestDoc::Custom::DocCustomRelease;
BackRestDoc::Custom::DocCustomRelease->import();
my $strReleaseFile = dirname(dirname(abs_path($0))) . '/doc/xml/release.xml';
my $oRelease =
(new BackRestDoc::Custom::DocCustomRelease(new BackRestDoc::Common::Doc($strReleaseFile)))->releaseLast();
my $strVersion = $oRelease->paramGet('version');
$bVersionDev = false;
$strVersionBase = $strVersion;
if ($strVersion =~ /dev$/)
{
$bVersionDev = true;
$strVersionBase = substr($strVersion, 0, length($strVersion) - 3);
if (BACKREST_VERSION !~ /dev$/ && $oRelease->nodeTest('release-core-list'))
{
confess "dev release ${strVersion} must match the program version when core changes have been made";
}
}
elsif ($strVersion ne BACKREST_VERSION)
{
confess 'unable to find version ' . BACKREST_VERSION . " as the most recent release in ${strReleaseFile}";
}
# Update version for the C code based on the current Perl version
#-----------------------------------------------------------------------------------------------------------------------
my $strCVersionFile = "${strBackRestBase}/src/version.h";
my $strCVersionOld = ${$oStorageTest->get($strCVersionFile)};
my $strCVersionNew;
foreach my $strLine (split("\n", $strCVersionOld))
{
if ($strLine =~ /^#define PGBACKREST_VERSION/)
{
$strLine = '#define PGBACKREST_VERSION' . (' ' x 42) . '"' . BACKREST_VERSION . '"';
}
$strCVersionNew .= "${strLine}\n";
}
if ($strCVersionNew ne $strCVersionOld)
{
$oStorageTest->put($strCVersionFile, $strCVersionNew);
}
}
# Clean up
#---------------------------------------------------------------------------------------------------------------------------
my $iTestFail = 0;
my $iTestRetry = 0;
my $oyProcess = [];
my $strCoveragePath = "${strTestPath}/cover_db";
my $strCodePath = "${strBackRestBase}/test/.vagrant/code";
if (!$bDryRun || $bVmOut)
{
&log(INFO, "cleanup old data and containers");
containerRemove('test-([0-9]+|build)');
for (my $iVmIdx = 0; $iVmIdx < 8; $iVmIdx++)
{
push(@{$oyProcess}, undef);
}
executeTest(
"sudo rm -rf ${strTestPath}/cover_db ${strTestPath}/test-* ${strTestPath}/expect-*" .
($bDev ? '' : " ${strTestPath}/gcov-*"));
$oStorageTest->pathCreate($strCoveragePath, {strMode => '0770', bIgnoreExists => true, bCreateParent => true});
# Remove old coverage dirs -- do it this way so the dirs stay open in finder/explorer, etc.
executeTest("rm -rf ${strBackRestBase}/test/coverage/c/* ${strBackRestBase}/test/coverage/perl/*");
# Copy C code for coverage tests
if (vmCoverageC($strVm) && !$bDryRun)
{
$oStorageTest->pathCreate("${strCodePath}/test", {strMode => '0770', bIgnoreExists => true, bCreateParent => true});
executeTest(
"rsync -rt --delete --exclude=test ${strBackRestBase}/src/ ${strCodePath} && " .
"rsync -rt --delete ${strBackRestBase}/test/src/module/ ${strCodePath}/test");
}
}
# Determine which tests to run
#---------------------------------------------------------------------------------------------------------------------------
my $oyTestRun;
my $bBinRequired = $bBuildOnly;
my $bLibCHostRequired = $bBuildOnly;
my $bLibCVmRequired = $bBuildOnly;
# Only get the test list when they can run
if (!$bBuildOnly)
{
# Get the test list
$oyTestRun = testListGet(
$strVm, \@stryModule, \@stryModuleTest, \@iyModuleTestRun, $strPgVersion, $bCoverageOnly, $bCOnly);
# Determine if the C binary and test library need to be built
foreach my $hTest (@{$oyTestRun})
{
# Bin build required for all Perl tests or if a C unit test calls Perl
if (!$hTest->{&TEST_C} || $hTest->{&TEST_PERL_REQ})
{
$bBinRequired = true;
}
# Host LibC required if a Perl test
if (!$hTest->{&TEST_C})
{
$bLibCHostRequired = true;
}
# VM LibC required if Perl and not an integration test
if (!$hTest->{&TEST_C} && !$hTest->{&TEST_INTEGRATION})
{
$bLibCVmRequired = true;
}
}
}
my $strBuildRequired;
if ($bBinRequired || $bLibCHostRequired || $bLibCVmRequired)
{
if ($bBinRequired)
{
$strBuildRequired = "bin";
}
if ($bLibCHostRequired)
{
$strBuildRequired .= ", libc host";
}
if ($bLibCVmRequired)
{
$strBuildRequired .= ", libc vm";
}
}
else
{
$strBuildRequired = "none";
}
&log(INFO, "builds required: ${strBuildRequired}");
# Build the binary, library and packages
#---------------------------------------------------------------------------------------------------------------------------
if (!$bDryRun)
{
my $oVm = vmGet();
my $strVagrantPath = "${strBackRestBase}/test/.vagrant";
my $lTimestampLast;
my @stryBinSrcPath = ('src', 'libc');
my $strBinPath = "${strVagrantPath}/bin";
my $rhBinBuild = {};
# Build the binary
#-----------------------------------------------------------------------------------------------------------------------
if ($bBinRequired)
{
# Find the lastest modified time for dirs that affect the bin build
$lTimestampLast = buildLastModTime($oStorageBackRest, $strBackRestBase, \@stryBinSrcPath);
# Loop through VMs to do the C bin builds
my $bLogDetail = $strLogLevel eq 'detail';
my @stryBuildVm = $strVm eq VM_ALL ? VM_LIST : ($strVm);
foreach my $strBuildVM (@stryBuildVm)
{
my $strBuildPath = "${strBinPath}/${strBuildVM}/src";
my $bRebuild = !$bSmart;
$rhBinBuild->{$strBuildVM} = true;
# Rebuild if the modification time of the smart file does equal the last changes in source paths
if ($bSmart)
{
my $strBinSmart = "${strBuildPath}/pgbackrest";
if (!$oStorageBackRest->exists($strBinSmart) ||
$oStorageBackRest->info($strBinSmart)->mtime < $lTimestampLast)
{
&log(INFO, " bin dependencies have changed for ${strBuildVM}, rebuilding...");
$bRebuild = true;
}
}
if ($bRebuild)
{
&log(INFO, " build bin for ${strBuildVM} (${strBuildPath})");
executeTest(
"docker run -itd -h test-build --name=test-build" .
" -v ${strBackRestBase}:${strBackRestBase} " . containerRepo() . ":${strBuildVM}-build",
{bSuppressStdErr => true});
foreach my $strBinSrcPath (@stryBinSrcPath)
{
$oStorageBackRest->pathCreate(
"${strBinPath}/${strBuildVM}/${strBinSrcPath}", {bIgnoreExists => true, bCreateParent => true});
}
executeTest(
"rsync -rt" . (!$bSmart ? " --delete-excluded" : '') .
" --include=" . join('/*** --include=', @stryBinSrcPath) . '/*** --exclude=*' .
" ${strBackRestBase}/ ${strBinPath}/${strBuildVM}");
if (vmLintC($strVm) && !$bNoLint)
{
&log(INFO, " clang static analyzer ${strBuildVM} (${strBuildPath})");
}
my $strCExtra =
"'-g -fPIC -D_FILE_OFFSET_BITS=64" .
(vmWithBackTrace($strBuildVM) && $bNoLint && $bBackTrace ? ' -DWITH_BACKTRACE' : '') . "'";
my $strLdExtra = vmWithBackTrace($strBuildVM) && $bNoLint && $bBackTrace ? '-lbacktrace' : '';
my $strCDebug = vmDebugIntegration($strBuildVM) ? 'CDEBUG=' : '';
executeTest(
'docker exec -i test-build' .
(vmLintC($strVm) && !$bNoLint ? ' scan-build-6.0' : '') .
" make --silent --directory ${strBuildPath} CEXTRA=${strCExtra} LDEXTRA=${strLdExtra} ${strCDebug}",
{bShowOutputAsync => $bLogDetail});
executeTest("docker rm -f test-build");
}
}
}
# Build the C Library
#-----------------------------------------------------------------------------------------------------------------------
if ($bLibCHostRequired || $bLibCVmRequired)
{
my $strLibCPath = "${strVagrantPath}/bin";
# Loop through VMs to do the C Library builds
my $bLogDetail = $strLogLevel eq 'detail';
my @stryBuildVm = ();
if ($strVm eq VM_ALL)
{
@stryBuildVm = $bLibCVmRequired ? VM_LIST : ($strVmHost);
}
else
{
@stryBuildVm = $bLibCVmRequired && $strVmHost ne $strVm ? ($strVmHost, $strVm) : ($strVmHost);
}
foreach my $strBuildVM (@stryBuildVm)
{
my $strBuildPath = "${strLibCPath}/${strBuildVM}/libc";
my $bContainerExists = $strBuildVM ne $strVmHost;
my $strLibCSmart = "${strBuildPath}/blib/arch/auto/pgBackRest/LibC/LibC.so";
my $bRebuild = !$bSmart;
# Rebuild if the modification time of the smart file does equal the last changes in source paths
if ($bSmart)
{
if (!$oStorageBackRest->exists($strLibCSmart) ||
$oStorageBackRest->info($strLibCSmart)->mtime < $lTimestampLast)
{
&log(INFO, " libc dependencies have changed for ${strBuildVM}, rebuilding...");
$bRebuild = true;
}
}
# Delete old libc files from the host
if ($bRebuild)
{
executeTest('sudo rm -rf ' . $oVm->{$strBuildVM}{&VMDEF_PERL_ARCH_PATH} . '/auto/pgBackRest/LibC');
}
if ($bRebuild)
{
&log(INFO, " build test library for ${strBuildVM} (${strBuildPath})");
if (!$rhBinBuild->{$strBuildVM})
{
foreach my $strBinSrcPath (@stryBinSrcPath)
{
$oStorageBackRest->pathCreate(
"${strBinPath}/${strBuildVM}/${strBinSrcPath}", {bIgnoreExists => true, bCreateParent => true});
}
executeTest(
"rsync -rt" . (!$bSmart ? " --delete-excluded" : '') .
" --include=" . join('/*** --include=', @stryBinSrcPath) . '/*** --exclude=*' .
" ${strBackRestBase}/ ${strBinPath}/${strBuildVM}");
}
# Can't reuse any object files in the libc dir because it does not have proper dependencies
executeTest(
"rsync -rt --exclude=Makefile --delete ${strBackRestBase}/libc/ ${strLibCPath}/${strBuildVM}/libc");
# It's very expensive to rebuild the Makefile so make sure it has actually changed
my $bMakeRebuild =
!$oStorageBackRest->exists("${strBuildPath}/Makefile") ||
($oStorageBackRest->info("${strBackRestBase}/libc/Makefile.PL")->mtime >
$oStorageBackRest->info("${strBuildPath}/Makefile.PL")->mtime);
if ($bContainerExists)
{
executeTest(
"docker run -itd -h test-build --name=test-build" .
" -v ${strBackRestBase}:${strBackRestBase} " . containerRepo() . ":${strBuildVM}-build",
{bSuppressStdErr => true});
}
if ($bMakeRebuild)
{
&log(INFO, " rebuild test library Makefile for ${strBuildVM}");
executeTest(
($bContainerExists ? "docker exec -i test-build bash -c '" : '') .
"cd ${strBuildPath} && perl ${strBuildPath}/Makefile.PL INSTALLMAN1DIR=none INSTALLMAN3DIR=none" .
($bContainerExists ? "'" : ''),
{bSuppressStdErr => true, bShowOutputAsync => $bLogDetail});
}
executeTest(
($bContainerExists ? 'docker exec -i test-build ' : '') .
"make --silent --directory ${strBuildPath}",
{bShowOutputAsync => $bLogDetail});
if ($bContainerExists)
{
executeTest("docker rm -f test-build");
}
if ($strBuildVM eq $strVmHost)
{
executeTest("sudo make -C ${strBuildPath} install", {bSuppressStdErr => true});
buildLoadLibC();
}
}
}
}
# Build the package
#-----------------------------------------------------------------------------------------------------------------------
if (!$bNoPackage)
{
my $strPackagePath = "${strVagrantPath}/package";
my $strPackageSmart = "${strPackagePath}/build.timestamp";
my @stryPackageSrcPath = ('lib');
# Find the lastest modified time for additional dirs that affect the package build
foreach my $strPackageSrcPath (@stryPackageSrcPath)
{
my $hManifest = $oStorageBackRest->manifest($strPackageSrcPath);
foreach my $strFile (sort(keys(%{$hManifest})))
{
if ($hManifest->{$strFile}{type} eq 'f' && $hManifest->{$strFile}{modification_time} > $lTimestampLast)
{
$lTimestampLast = $hManifest->{$strFile}{modification_time};
}
}
}
# Rebuild if the modification time of the smart file does not equal the last changes in source paths
if ((!$bSmart || !$oStorageBackRest->exists($strPackageSmart) ||
$oStorageBackRest->info($strPackageSmart)->mtime < $lTimestampLast))
{
if ($bSmart)
{
&log(INFO, 'package dependencies have changed, rebuilding...');
}
executeTest("sudo rm -rf ${strPackagePath}");
}
# Loop through VMs to do the package builds
my @stryBuildVm = $strVm eq VM_ALL ? VM_LIST : ($strVm);
$oStorageBackRest->pathCreate($strPackagePath, {bIgnoreExists => true, bCreateParent => true});
foreach my $strBuildVM (@stryBuildVm)
{
my $strBuildPath = "${strPackagePath}/${strBuildVM}/src";
if (!$oStorageBackRest->pathExists($strBuildPath) && $oVm->{$strBuildVM}{&VM_OS_BASE} eq VM_OS_BASE_DEBIAN)
{
&log(INFO, "build package for ${strBuildVM} (${strBuildPath})");
executeTest(
"docker run -itd -h test-build --name=test-build" .
" -v ${strBackRestBase}:${strBackRestBase} " . containerRepo() . ":${strBuildVM}-build",
{bSuppressStdErr => true});
$oStorageBackRest->pathCreate($strBuildPath, {bIgnoreExists => true, bCreateParent => true});
executeTest("rsync -r --exclude .vagrant --exclude .git ${strBackRestBase}/ ${strBuildPath}/");
executeTest(
"docker exec -i test-build " .
"bash -c 'cp -r /root/package-src/debian ${strBuildPath}' && sudo chown -R " . TEST_USER .
" ${strBuildPath}");
# Patch files in debian package builds
#
# Use these commands to create a new patch (may need to modify first line):
# BRDIR=/backrest;BRVM=u18;BRPATCHFILE=${BRDIR?}/test/patch/debian-package.patch
# DBDIR=${BRDIR?}/test/.vagrant/package/${BRVM}/src/debian
# diff -Naur ${DBDIR?}.old ${DBDIR}.new > ${BRPATCHFILE?}
my $strDebianPackagePatch = "${strBackRestBase}/test/patch/debian-package.patch";
if ($oStorageBackRest->exists($strDebianPackagePatch))
{
executeTest("cp -r ${strBuildPath}/debian ${strBuildPath}/debian.old");
executeTest("patch -d ${strBuildPath}/debian < ${strDebianPackagePatch}");
executeTest("cp -r ${strBuildPath}/debian ${strBuildPath}/debian.new");
}
# If dev build then disable static release date used for reproducibility
if ($bVersionDev)
{
my $strRules = ${$oStorageBackRest->get("${strBuildPath}/debian/rules")};
$strRules =~ s/\-\-var\=release-date-static\=y/\-\-var\=release-date-static\=n/g;
$strRules =~ s/\-\-out\=html \-\-cache\-only/\-\-out\=html \-\-no\-exe/g;
$oStorageBackRest->put("${strBuildPath}/debian/rules", $strRules);
}
# Remove patches that should be applied to core code
$oStorageBackRest->remove("${strBuildPath}/debian/patches", {bRecurse => true, bIgnoreExists => true});
# Update changelog to add experimental version
$oStorageBackRest->put("${strBuildPath}/debian/changelog",
"pgbackrest (${strVersionBase}-0." . ($bVersionDev ? 'D' : 'P') . strftime("%Y%m%d%H%M%S", gmtime) .
") experimental; urgency=medium\n" .
"\n" .
' * Automated experimental ' . ($bVersionDev ? 'development' : 'production') . " build.\n" .
"\n" .
' -- David Steele <david@pgbackrest.org> ' . strftime("%a, %e %b %Y %H:%M:%S %z", gmtime) . "\n\n" .
${$oStorageBackRest->get("${strBuildPath}/debian/changelog")});
executeTest(
"docker exec -i test-build " .
"bash -c 'cd ${strBuildPath} && debuild -i -us -uc -b'");
executeTest(
"docker exec -i test-build " .
"bash -c 'rm -f ${strPackagePath}/${strBuildVM}/*.build ${strPackagePath}/${strBuildVM}/*.changes" .
" ${strPackagePath}/${strBuildVM}/pgbackrest-doc*'");
executeTest("docker rm -f test-build");
}
if (!$oStorageBackRest->pathExists($strBuildPath) && $oVm->{$strBuildVM}{&VM_OS_BASE} eq VM_OS_BASE_RHEL)
{
&log(INFO, "build package for ${strBuildVM} (${strBuildPath})");
# Create build container
executeTest(
"docker run -itd -h test-build --name=test-build" .
" -v ${strBackRestBase}:${strBackRestBase} " . containerRepo() . ":${strBuildVM}-build",
{bSuppressStdErr => true});
# Create build directories
$oStorageBackRest->pathCreate($strBuildPath, {bIgnoreExists => true, bCreateParent => true});
$oStorageBackRest->pathCreate("${strBuildPath}/SOURCES", {bIgnoreExists => true, bCreateParent => true});
$oStorageBackRest->pathCreate("${strBuildPath}/SPECS", {bIgnoreExists => true, bCreateParent => true});
$oStorageBackRest->pathCreate("${strBuildPath}/RPMS", {bIgnoreExists => true, bCreateParent => true});
$oStorageBackRest->pathCreate("${strBuildPath}/BUILD", {bIgnoreExists => true, bCreateParent => true});
# Copy source files
executeTest(
"tar --transform='s_^_pgbackrest-release-${strVersionBase}/_'" .
" -czf ${strBuildPath}/SOURCES/${strVersionBase}.tar.gz -C ${strBackRestBase}" .
" lib libc src LICENSE");
# Copy package files
executeTest(
"docker exec -i test-build bash -c '" .
"ln -s ${strBuildPath} /root/rpmbuild && " .
"cp /root/package-src/pgbackrest.spec ${strBuildPath}/SPECS && " .
"cp /root/package-src/*.patch ${strBuildPath}/SOURCES && " .
"sudo chown -R " . TEST_USER . " ${strBuildPath}'");
# Patch files in RHEL package builds
#
# Use these commands to create a new patch (may need to modify first line):
# BRDIR=/backrest;BRVM=co7;BRPATCHFILE=${BRDIR?}/test/patch/rhel-package.patch
# PKDIR=${BRDIR?}/test/.vagrant/package/${BRVM}/src/SPECS
# diff -Naur ${PKDIR?}.old ${PKDIR}.new > ${BRPATCHFILE?}
my $strPackagePatch = "${strBackRestBase}/test/patch/rhel-package.patch";
if ($oStorageBackRest->exists($strPackagePatch))
{
executeTest("cp -r ${strBuildPath}/SPECS ${strBuildPath}/SPECS.old");
executeTest("patch -d ${strBuildPath}/SPECS < ${strPackagePatch}");
executeTest("cp -r ${strBuildPath}/SPECS ${strBuildPath}/SPECS.new");
}
# Update version number to match current version
my $strSpec = ${$oStorageBackRest->get("${strBuildPath}/SPECS/pgbackrest.spec")};
$strSpec =~ s/^Version\:.*$/Version\:\t${strVersionBase}/gm;
$oStorageBackRest->put("${strBuildPath}/SPECS/pgbackrest.spec", $strSpec);
# Build package
executeTest(
"docker exec -i test-build rpmbuild -v -bb --clean root/rpmbuild/SPECS/pgbackrest.spec",
{bSuppressStdErr => true});
# Remove build container
executeTest("docker rm -f test-build");
}
}
# Write files to indicate the last time a build was successful
if (!$bNoPackage)
{
$oStorageBackRest->put($strPackageSmart);
utime($lTimestampLast, $lTimestampLast, $strPackageSmart) or
confess "unable to set time for ${strPackageSmart}" . (defined($!) ? ":$!" : '');
}
}
# Exit if only testing builds
exit 0 if $bBuildOnly;
}
# Remove repo.manifest now that all processing that depends on modified files has been completed
#---------------------------------------------------------------------------------------------------------------------------
$oStorageTest->remove("${strRepoCachePath}/${strRepoCacheManifest}");
# Perform static source code analysis
#---------------------------------------------------------------------------------------------------------------------------
if (!$bDryRun)
{
# Run Perl critic
if (!$bNoLint && !$bBuildOnly)
{
my $strBasePath = dirname(dirname(abs_path($0)));
&log(INFO, "Performing static code analysis using perlcritic");
executeTest('perlcritic --quiet --verbose=8 --brutal --top=10' .
' --verbose "[%p] %f: %m at line %l, column %c. %e. (Severity: %s)\n"' .
" \"--profile=${strBasePath}/test/lint/perlcritic.policy\"" .
" ${strBasePath}/lib/*" .
" ${strBasePath}/test/test.pl ${strBasePath}/test/lib/*" .
" ${strBasePath}/doc/doc.pl ${strBasePath}/doc/lib/*");
}
logFileSet($oStorageTest, cwd() . "/test");
}
# Run the tests
#---------------------------------------------------------------------------------------------------------------------------
if (@{$oyTestRun} == 0)
{
confess &log(ERROR, 'no tests were selected');
}
&log(INFO, @{$oyTestRun} . ' test' . (@{$oyTestRun} > 1 ? 's': '') . " selected\n");
# Don't allow --no-cleanup when more than one test will run. How would the prior results be preserved?
if ($bNoCleanup && @{$oyTestRun} > 1)
{
confess &log(ERROR, '--no-cleanup is not valid when more than one test will run')
}
# Only use one vm for dry run so results are printed in order
if ($bDryRun)
{
$iVmMax = 1;
}
my $iTestIdx = 0;
my $iVmTotal;
my $iTestMax = @{$oyTestRun};
my $bShowOutputAsync = $bVmOut && (@{$oyTestRun} == 1 || $iVmMax == 1) && ! $bDryRun ? true : false;
do
{
do
{
$iVmTotal = 0;
for (my $iVmIdx = 0; $iVmIdx < $iVmMax; $iVmIdx++)
{
if (defined($$oyProcess[$iVmIdx]))
{
my ($bDone, $bFail) = $$oyProcess[$iVmIdx]->end();
if ($bDone)
{
if ($bFail)
{
if ($oyProcess->[$iVmIdx]->run())
{
$iTestRetry++;
$iVmTotal++;
}
else
{
$iTestFail++;
$$oyProcess[$iVmIdx] = undef;
}
}
else
{
$$oyProcess[$iVmIdx] = undef;
}
}
else
{
$iVmTotal++;
}
}
}
# Only wait when all VMs are running or all tests have been assigned. Otherwise, there is something to do.
if ($iVmTotal == $iVmMax || $iTestIdx == @{$oyTestRun})
{
waitHiRes(.05);
}
}
while ($iVmTotal == $iVmMax);
for (my $iVmIdx = 0; $iVmIdx < $iVmMax; $iVmIdx++)
{
if (!defined($$oyProcess[$iVmIdx]) && $iTestIdx < @{$oyTestRun})
{
my $oJob = new pgBackRestTest::Common::JobTest(
$oStorageTest, $strBackRestBase, $strTestPath, $strCoveragePath, $$oyTestRun[$iTestIdx], $bDryRun, $bVmOut,
$iVmIdx, $iVmMax, $iTestIdx, $iTestMax, $strLogLevel, $strLogLevelTest, $bLogForce, $bShowOutputAsync, $bNoCleanup, $iRetry,
!$bNoValgrind, !$bNoCoverage, !$bNoOptimize, $bBackTrace, $bProfile, !$bNoDebug);
$iTestIdx++;
if ($oJob->run())
{
$$oyProcess[$iVmIdx] = $oJob;
}
$iVmTotal++;
}
}
}
while ($iVmTotal > 0);
# Write out coverage info and test coverage
#---------------------------------------------------------------------------------------------------------------------------
my $iUncoveredCodeModuleTotal = 0;
if ((vmCoverageC($strVm) || vmCoveragePerl($strVm)) && !$bNoCoverage && !$bDryRun && $iTestFail == 0)
{
# Determine which modules were covered (only check coverage if all tests were successful)
#-----------------------------------------------------------------------------------------------------------------------
my $hModuleTest; # Everything that was run
# Build a hash of all modules, tests, and runs that were executed
foreach my $hTestRun (@{$oyTestRun})
{
# Get coverage for the module
my $strModule = $hTestRun->{&TEST_MODULE};
my $hModule = testDefModule($strModule);
# Get coverage for the test
my $strTest = $hTestRun->{&TEST_NAME};
my $hTest = testDefModuleTest($strModule, $strTest);
# If no tests are listed it means all of them were run
if (@{$hTestRun->{&TEST_RUN}} == 0)
{
$hModuleTest->{$strModule}{$strTest} = true;
}
}
# Now compare against code modules that should have full coverage
my $hCoverageList = testDefCoverageList();
my $hCoverageType = testDefCoverageType();
my $hCoverageActual;
foreach my $strCodeModule (sort(keys(%{$hCoverageList})))
{
if (@{$hCoverageList->{$strCodeModule}} > 0)
{
my $iCoverageTotal = 0;
foreach my $hTest (@{$hCoverageList->{$strCodeModule}})
{
if (!defined($hModuleTest->{$hTest->{strModule}}{$hTest->{strTest}}))
{
next;
}
$iCoverageTotal++;
}
if (@{$hCoverageList->{$strCodeModule}} == $iCoverageTotal)
{
$hCoverageActual->{testRunName($strCodeModule, false)} = $hCoverageType->{$strCodeModule};
}
}
}
if (keys(%{$hCoverageActual}) == 0)
{
&log(INFO, 'no code modules had all tests run required for coverage');
}
# Generate Perl coverage report
#-----------------------------------------------------------------------------------------------------------------------
if (vmCoveragePerl($strVm))
{
&log(INFO, 'writing Perl coverage report');
executeTest("cp -rp ${strCoveragePath} ${strCoveragePath}_temp");
executeTest(
"cd ${strCoveragePath}_temp && " .
LIB_COVER_EXE . " -report json -outputdir ${strBackRestBase}/test/coverage/perl ${strCoveragePath}_temp",
{bSuppressStdErr => true});
executeTest("sudo rm -rf ${strCoveragePath}_temp");
executeTest("sudo cp -rp ${strCoveragePath} ${strCoveragePath}_temp");
executeTest(
"cd ${strCoveragePath}_temp && " .
LIB_COVER_EXE . " -outputdir ${strBackRestBase}/test/coverage/perl ${strCoveragePath}_temp",
{bSuppressStdErr => true});
executeTest("sudo rm -rf ${strCoveragePath}_temp");
# Load the results of coverage testing from JSON
my $oJSON = JSON::PP->new()->allow_nonref();
my $hCoverageResult = $oJSON->decode(${$oStorageBackRest->get('test/coverage/perl/cover.json')});
foreach my $strCodeModule (sort(keys(%{$hCoverageActual})))
{
# If the first char of the module is lower case then it's a c module
if (substr($strCodeModule, 0, 1) eq lc(substr($strCodeModule, 0, 1)))
{
next;
}
# Create code module path -- where the file is located on disk
my $strCodeModulePath = "${strBackRestBase}/lib/" . BACKREST_NAME . "/${strCodeModule}.pm";
# Get summary results
my $hCoverageResultAll = $hCoverageResult->{'summary'}{$strCodeModulePath}{total};
# Try an extra / if the module is not found
if (!defined($hCoverageResultAll))
{
$strCodeModulePath = "/${strCodeModulePath}";
$hCoverageResultAll = $hCoverageResult->{'summary'}{$strCodeModulePath}{total};
}
# If module is marked as having no code
if ($hCoverageActual->{$strCodeModule} eq TESTDEF_COVERAGE_NOCODE)
{
# Error if it really does have coverage
if ($hCoverageResultAll)
{
confess &log(ERROR, "perl module ${strCodeModule} is marked 'no code' but has code");
}
# Skip to next module
next;
}
if (!defined($hCoverageResultAll))
{
confess &log(ERROR, "unable to find coverage results for ${strCodeModule}");
}
# Check that all code has been covered
my $iCoverageTotal = $hCoverageResultAll->{total};
my $iCoverageUncoverable = coalesce($hCoverageResultAll->{uncoverable}, 0);
my $iCoverageCovered = coalesce($hCoverageResultAll->{covered}, 0);
if ($hCoverageActual->{$strCodeModule} eq TESTDEF_COVERAGE_FULL)
{
my $iUncoveredLines = $iCoverageTotal - $iCoverageCovered - $iCoverageUncoverable;
if ($iUncoveredLines != 0)
{
&log(ERROR, "perl module ${strCodeModule} is not fully covered");
$iUncoveredCodeModuleTotal++;
&log(ERROR, ('-' x 80));
executeTest(
"/usr/bin/cover -report text ${strCoveragePath} --select ${strBackRestBase}/lib/" .
BACKREST_NAME . "/${strCodeModule}.pm",
{bShowOutputAsync => true});
&log(ERROR, ('-' x 80));
}
}
# Else test how much partial coverage there was
elsif ($hCoverageActual->{$strCodeModule} eq TESTDEF_COVERAGE_PARTIAL)
{
my $iCoveragePercent = int(($iCoverageCovered + $iCoverageUncoverable) * 100 / $iCoverageTotal);
if ($iCoveragePercent == 100)
{
&log(ERROR, "perl module ${strCodeModule} has 100% coverage but is not marked fully covered");
$iUncoveredCodeModuleTotal++;
}
}
}
}
# Generate C coverage report
#---------------------------------------------------------------------------------------------------------------------------
if (vmCoverageC($strVm))
{
&log(INFO, 'writing C coverage report');
my $strLCovFile = "${strBackRestBase}/test/.vagrant/code/all.lcov";
if ($oStorageBackRest->exists($strLCovFile))
{
executeTest(
"genhtml ${strLCovFile} --config-file=${strBackRestBase}/test/src/lcov.conf" .
" --prefix=${strBackRestBase}/test/.vagrant/code" .
" --output-directory=${strBackRestBase}/test/coverage/c");
foreach my $strCodeModule (sort(keys(%{$hCoverageActual})))
{
# If the first char of the module is upper case then it's a Perl module
if (substr($strCodeModule, 0, 1) eq uc(substr($strCodeModule, 0, 1)))
{
next;
}
my $strCoverageFile = $strCodeModule;
$strCoverageFile =~ s/^module/test/mg;
$strCoverageFile = "${strBackRestBase}/test/.vagrant/code/${strCoverageFile}.lcov";
my $strCoverage = $oStorageBackRest->get(
$oStorageBackRest->openRead($strCoverageFile, {bIgnoreMissing => true}));
if (defined($strCoverage) && defined($$strCoverage))
{
my $iTotalLines = (split(':', ($$strCoverage =~ m/^LF\:.*$/mg)[0]))[1] + 0;
my $iCoveredLines = (split(':', ($$strCoverage =~ m/^LH\:.*$/mg)[0]))[1] + 0;
my $iTotalBranches = 0;
my $iCoveredBranches = 0;
if ($$strCoverage =~ /^BRF\:/mg && $$strCoverage =~ /^BRH\:/mg)
{
# If this isn't here the statements below fail -- huh?
my @match = $$strCoverage =~ m/^BRF\:.*$/mg;
$iTotalBranches = (split(':', ($$strCoverage =~ m/^BRF\:.*$/mg)[0]))[1] + 0;
$iCoveredBranches = (split(':', ($$strCoverage =~ m/^BRH\:.*$/mg)[0]))[1] + 0;
}
# Generate detail if there is missing coverage
my $strDetail = undef;
if ($iCoveredLines != $iTotalLines)
{
$strDetail .= "$iCoveredLines/$iTotalLines lines";
}
if ($iTotalBranches != $iCoveredBranches)
{
$strDetail .= (defined($strDetail) ? ', ' : '') . "$iCoveredBranches/$iTotalBranches branches";
}
if (defined($strDetail))
{
&log(ERROR, "c module ${strCodeModule} is not fully covered ($strDetail)");
$iUncoveredCodeModuleTotal++;
}
}
}
}
else
{
executeTest("rm -rf ${strBackRestBase}/test/coverage/c");
}
}
}
# Print test info and exit
#---------------------------------------------------------------------------------------------------------------------------
&log(INFO,
($bDryRun ? 'DRY RUN COMPLETED' : 'TESTS COMPLETED') . ($iTestFail == 0 ? ' SUCCESSFULLY' .
($iUncoveredCodeModuleTotal == 0 ? '' : " WITH ${iUncoveredCodeModuleTotal} MODULE(S) MISSING COVERAGE") :
" WITH ${iTestFail} FAILURE(S)") . ($iTestRetry == 0 ? '' : ", ${iTestRetry} RETRY(IES)") .
' (' . (time() - $lStartTime) . 's)');
exit 1 if ($iTestFail > 0 || $iUncoveredCodeModuleTotal > 0);
exit 0;
}
################################################################################################################################
# Runs tests
################################################################################################################################
buildLoadLibC();
my $iRun = 0;
# Create host group for containers
my $oHostGroup = hostGroupGet();
# Run the test
testRun($stryModule[0], $stryModuleTest[0])->process(
$strVm, $iVmId, # Vm info
$strBackRestBase, # Base backrest directory
$strTestPath, # Path where the tests will run
'/usr/bin/' . BACKREST_EXE, # Path to the backrest executable
"${strBackRestBase}/bin/" . BACKREST_EXE, # Path to the backrest Perl helper
$strPgVersion ne 'minimal' ? $strPgSqlBin: undef, # Pg bin path
$strPgVersion ne 'minimal' ? $strPgVersion: undef, # Pg version
$stryModule[0], $stryModuleTest[0], \@iyModuleTestRun, # Module info
$bVmOut, $bDryRun, $bNoCleanup, $bLogForce, # Test options
TEST_USER, BACKREST_USER, TEST_GROUP); # User/group info
if (!$bNoCleanup)
{
if ($oHostGroup->removeAll() > 0)
{
executeTest("sudo rm -rf ${strTestPath}");
}
}
if (!$bDryRun && !$bVmOut)
{
&log(INFO, 'TESTS COMPLETED SUCCESSFULLY (DESPITE ANY ERROR MESSAGES YOU SAW)');
}
# Exit with success
exit 0;
}
####################################################################################################################################
# Check for errors
####################################################################################################################################
or do
{
# If a backrest exception then return the code
if (isException(\$EVAL_ERROR))
{
syswrite(*STDOUT, $EVAL_ERROR->message() . "\n" . $EVAL_ERROR->trace());
exit $EVAL_ERROR->code();
}
# Else output the unhandled error
syswrite(*STDOUT, $EVAL_ERROR);
exit ERROR_UNHANDLED;
};
# It shouldn't be possible to get here
&log(ASSERT, 'execution reached invalid location in ' . __FILE__ . ', line ' . __LINE__);
exit ERROR_ASSERT;