forked from lix-project/hydra
* Refactoring.
This commit is contained in:
Eelco Dolstra
parent
d5a0f6e145
commit
fe1582a00d
215
src/scheduler.pl
215
src/scheduler.pl
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@ -120,7 +120,7 @@ sub fetchInput {
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my $storePath = `nix-store --add "$uri"`
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my $storePath = `nix-store --add "$uri"`
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or die "cannot copy path $uri to the Nix store";
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or die "cannot copy path $uri to the Nix store";
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chomp $storePath;
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chomp $storePath;
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print " copied to $storePath\n";
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print " copied to $storePath\n";
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$$inputInfo{$input->name} = {type => $type, uri => $uri, storePath => $storePath};
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$$inputInfo{$input->name} = {type => $type, uri => $uri, storePath => $storePath};
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}
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}
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@ -135,11 +135,109 @@ sub fetchInput {
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}
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}
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sub checkJobSetInstance {
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sub checkJob {
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my ($project, $jobset, $inputInfo) = @_;
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my ($project, $jobset, $inputInfo, $nixExprPath, $jobName, $jobExpr, $extraArgs) = @_;
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die unless defined $inputInfo->{$jobset->nixexprinput};
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# Instantiate the store derivation.
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my $drvPath = `nix-instantiate $nixExprPath --attr $jobName $extraArgs`
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or die "cannot evaluate the Nix expression containing the job definitions: $?";
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chomp $drvPath;
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# Call nix-env --xml to get info about this job (drvPath, outPath, meta attributes, ...).
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my $infoXml = `nix-env -f $nixExprPath --query --available "*" --attr-path --out-path --drv-path --meta --xml --system-filter "*" --attr $jobName $extraArgs`
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or die "cannot get information about the job: $?";
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my $info = XMLin($infoXml, KeyAttr => ['attrPath', 'name'])
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or die "cannot parse XML output";
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my $job = $info->{item};
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die if !defined $job || $job->{attrPath} ne $jobName;
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my $description = defined $job->{meta}->{description} ? $job->{meta}->{description}->{value} : "";
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die unless $job->{drvPath} eq $drvPath;
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my $outPath = $job->{outPath};
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buildJob($project, $jobset, $jobName, $drvPath, $outPath, $inputInfo, $job->{system});
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};
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sub checkJobAlternatives {
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my ($project, $jobset, $inputInfo, $nixExprPath, $jobName, $jobExpr, $extraArgs, $argsNeeded, $n) = @_;
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if ($n >= scalar @{$argsNeeded}) {
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checkJob($project, $jobset, $inputInfo, $nixExprPath, $jobName, $jobExpr, $extraArgs);
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return;
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}
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my $argName = @{$argsNeeded}[$n];
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print " finding alternatives for argument $argName\n";
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my ($input) = $jobset->jobsetinputs->search({name => $argName});
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if (defined $input) {
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foreach my $alt ($input->jobsetinputalts) {
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print " INPUT ", $input->name, " (type ", $input->type, ") alt ", $alt->altnr, "\n";
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fetchInput($input, $alt, $inputInfo); # !!! caching
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my $newArgs = "";
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if (defined $inputInfo->{$argName}->{storePath}) {
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# !!! escaping
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$newArgs = " --arg $argName '{path = " . $inputInfo->{$argName}->{storePath} . ";}'";
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} elsif (defined $inputInfo->{$argName}->{value}) {
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$newArgs = " --argstr $argName '" . $inputInfo->{$argName}->{value} . "'";
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}
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checkJobAlternatives(
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$project, $jobset, $inputInfo, $nixExprPath,
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$jobName, $jobExpr, $extraArgs . $newArgs, $argsNeeded, $n + 1);
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}
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}
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else {
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(my $prevBuild) = $db->resultset('Builds')->search(
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{project => $project->name, jobset => $jobset->name, attrname => $argName, buildStatus => 0},
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{order_by => "timestamp DESC", rows => 1});
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if (!defined $prevBuild) {
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# !!! reschedule?
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die "missing input `$argName'";
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}
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# The argument name matches a previously built job in this
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# jobset. Pick the most recent build. !!! refine the
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# selection criteria: e.g., most recent successful build.
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if (!isValidPath($prevBuild->outpath)) {
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die "input path " . $prevBuild->outpath . " has been garbage-collected";
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}
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$$inputInfo{$argName} =
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{ type => "build"
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, storePath => $prevBuild->outpath
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, id => $prevBuild->id
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};
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checkJobAlternatives(
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$project, $jobset, $inputInfo, $nixExprPath,
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$jobName, $jobExpr,
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$extraArgs . " --arg $argName '{path = " . $prevBuild->outpath . ";}'",
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$argsNeeded, $n + 1);
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}
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}
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sub checkJobSet {
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my ($project, $jobset) = @_;
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my $inputInfo = {};
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# Fetch the input containing the Nix expression.
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(my $exprInput) = $jobset->jobsetinputs->search({name => $jobset->nixexprinput});
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die unless defined $exprInput;
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die "not supported yet" if scalar($exprInput->jobsetinputalts) != 1;
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fetchInput($exprInput, $exprInput->jobsetinputalts->first, $inputInfo);
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# Evaluate the Nix expression.
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my $nixExprPath = $inputInfo->{$jobset->nixexprinput}->{storePath} . "/" . $jobset->nixexprpath;
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my $nixExprPath = $inputInfo->{$jobset->nixexprinput}->{storePath} . "/" . $jobset->nixexprpath;
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print " EVALUATING $nixExprPath\n";
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print " EVALUATING $nixExprPath\n";
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@ -147,8 +245,6 @@ sub checkJobSetInstance {
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my $jobsXml = `nix-instantiate $nixExprPath --eval-only --strict --xml`
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my $jobsXml = `nix-instantiate $nixExprPath --eval-only --strict --xml`
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or die "cannot evaluate the Nix expression containing the jobs: $?";
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or die "cannot evaluate the Nix expression containing the jobs: $?";
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#print "$jobsXml";
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my $jobs = XMLin($jobsXml,
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my $jobs = XMLin($jobsXml,
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ForceArray => [qw(value)],
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ForceArray => [qw(value)],
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KeyAttr => ['name'],
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KeyAttr => ['name'],
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@ -158,112 +254,29 @@ sub checkJobSetInstance {
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die unless defined $jobs->{attrs};
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die unless defined $jobs->{attrs};
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# Iterate over the attributes listed in the Nix expression and
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# perform the builds described by them. If an attribute is a
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# function, then fill in the function arguments with the
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# (alternative) values supplied in the jobsetinputs table.
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foreach my $jobName (keys(%{$jobs->{attrs}->{attr}})) {
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foreach my $jobName (keys(%{$jobs->{attrs}->{attr}})) {
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print " JOB $jobName\n";
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print " JOB $jobName\n";
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my @argsNeeded = ();
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my $jobExpr = $jobs->{attrs}->{attr}->{$jobName};
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my $jobExpr = $jobs->{attrs}->{attr}->{$jobName};
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my $extraArgs = "";
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# !!! fix the case where there is only 1 attr, XML::Simple fucks up as usual
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my $usedInputs = {};
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# If the expression is a function, then look at its formal
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# arguments and see if we can supply them.
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if (defined $jobExpr->{function}->{attrspat}) {
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if (defined $jobExpr->{function}->{attrspat}) {
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foreach my $argName (keys(%{$jobExpr->{function}->{attrspat}->{attr}})) {
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foreach my $argName (keys(%{$jobExpr->{function}->{attrspat}->{attr}})) {
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print " needs input $argName\n";
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print " needs input $argName\n";
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push @argsNeeded, $argName;
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if (defined $inputInfo->{$argName}) {
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}
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# The argument name matches an input.
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$$usedInputs{$argName} = $inputInfo->{$argName};
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if (defined $inputInfo->{$argName}->{storePath}) {
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# !!! escaping
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$extraArgs .= " --arg $argName '{path = builtins.toPath " . $inputInfo->{$argName}->{storePath} . ";}'";
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} elsif (defined $inputInfo->{$argName}->{value}) {
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$extraArgs .= " --argstr $argName '" . $inputInfo->{$argName}->{value} . "'";
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}
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}
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else {
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(my $prevBuild) = $db->resultset('Builds')->search(
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{project => $project->name, jobset => $jobset->name, attrname => $argName, buildStatus => 0},
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{order_by => "timestamp DESC", rows => 1});
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my $storePath;
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if (!defined $prevBuild) {
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# !!! reschedule?
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die "missing input `$argName'";
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}
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# The argument name matches a previously built
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# job in this jobset. Pick the most recent
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# build. !!! refine the selection criteria:
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# e.g., most recent successful build.
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if (!isValidPath($prevBuild->outpath)) {
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die "input path " . $prevBuild->outpath . " has been garbage-collected";
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}
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$$usedInputs{$argName} =
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{ type => "build"
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, storePath => $prevBuild->outpath
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, id => $prevBuild->id
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};
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$extraArgs .= " --arg $argName '{path = builtins.toPath " . $prevBuild->outpath . ";}'";
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}
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}
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}
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}
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# Instantiate the store derivation.
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checkJobAlternatives(
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print $extraArgs, "\n";
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$project, $jobset, $inputInfo, $nixExprPath,
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my $drvPath = `nix-instantiate $nixExprPath --attr $jobName $extraArgs`
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$jobName, $jobExpr, "", \@argsNeeded, 0);
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or die "cannot evaluate the Nix expression containing the job definitions: $?";
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chomp $drvPath;
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# Call nix-env --xml to get info about this job (drvPath, outPath, meta attributes, ...).
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my $infoXml = `nix-env -f $nixExprPath --query --available "*" --attr-path --out-path --drv-path --meta --xml --system-filter "*" --attr $jobName $extraArgs`
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or die "cannot get information about the job: $?";
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my $info = XMLin($infoXml, KeyAttr => ['attrPath', 'name'])
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or die "cannot parse XML output";
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my $job = $info->{item};
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die if !defined $job || $job->{attrPath} ne $jobName;
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my $description = defined $job->{meta}->{description} ? $job->{meta}->{description}->{value} : "";
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die unless $job->{drvPath} eq $drvPath;
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my $outPath = $job->{outPath};
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buildJob($project, $jobset, $jobName, $drvPath, $outPath, $usedInputs, $job->{system});
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}
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}
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};
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sub checkJobSetAlts {
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my ($project, $jobset, $inputs, $n, $inputInfo) = @_;
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if ($n >= scalar @{$inputs}) {
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checkJobSetInstance($project, $jobset, $inputInfo);
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return;
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}
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my $input = @{$inputs}[$n];
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foreach my $alt ($input->jobsetinputalts) {
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print " INPUT ", $input->name, " (type ", $input->type, ") alt ", $alt->altnr, "\n";
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fetchInput($input, $alt, $inputInfo); # !!! caching
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checkJobSetAlts($project, $jobset, $inputs, $n + 1, $inputInfo);
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}
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};
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sub checkJobSet {
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my ($project, $jobset) = @_;
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my $inputInfo = {};
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my @jobsetinputs = $jobset->jobsetinputs;
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checkJobSetAlts($project, $jobset, \@jobsetinputs, 0, $inputInfo);
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}
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}
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