Updates to make the build environment check more reasonable:
Mercurial v1.3 permitted
The Java compiler is not a showstopping issue
7-zip can be installed in any location
Update to Helium 5
Helium can be installed in PDT 1.*, not necessarily 1.0
Raptor installation path not significant
Update to Raptor 2.9.*
The Raptor patch to update the bundled version of python is no longer relevant
BRAG calculations updated to ignore items not being in the system path, as this just doesn't matter.
Overall effect is that the build environment check should pass on a machine that is able to do a build!
#!perl -w
#
# Copyright (c) 2009 Symbian Foundation Ltd
# This component and the accompanying materials are made available
# under the terms of the License "Eclipse Public License v1.0"
# which accompanies this distribution, and is available
# at the URL "http://www.eclipse.org/legal/epl-v10.html".
#
# Initial Contributors:
# Symbian Foundation Ltd - initial contribution.
#
# Contributors:
#
# Description:
# Generate the BRAG-compatible XML summary of the Raptor log from Yarp analysis
use strict;
use FindBin;
use lib "$FindBin::Bin/../lib";
use lib "$FindBin::Bin";
use Getopt::Long;
use Text::CSV;
use ToBrag;
if (!@ARGV)
{
warn "Generate an XML summary of the Raptor build from a Yarp CSV file\n";
warn "Eg: yarpToBRAG.pl aYarpFile.csv [*_yarp.csv ...]\n";
exit(1);
}
# Start to build structure to be output as XML (same format as XML::Parser would create for us)
my $buildStatus = ToBrag::createBuildStatus();
# Obtain a phase object
my $buildPhase = ToBrag::ensurePhase($buildStatus, "Build");
@ARGV = map { glob $_ } @ARGV;
foreach my $yarpCSV (@ARGV)
{
# Read Yarp CSV File
unless (open(CSV, $yarpCSV))
{
warn "ERROR: Unable to open $yarpCSV to process. Skipping.\n";
next;
}
my $csv = Text::CSV->new();
my @keys = ();
while (my $line = <CSV>)
{
chomp $line;
unless ($csv->parse($line))
{
my $err = $csv->error_input();
warn "WARNING: Failed to parse $yarpCSV line $. as CSV '$line': $err Skipping\n";
next;
}
if (!@keys)
{
@keys = $csv->fields();
next;
}
my @values = $csv->fields();
last unless $values[0];
unless (scalar @values == scalar @keys)
{
warn "WARNING: line does not match expected format at $yarpCSV line $.. Skipping\n";
next;
}
# Populate the hash using a hash slice
my $failure = {};
@{$failure}{@keys} = @values;
$failure->{platform} = lc $failure->{platform};
# Work out the package
$failure->{package} = $failure->{bldinf};
$failure->{package} =~ s{[A-Z]:}{}i;
$failure->{package} =~ s{^(/sf/.*?/.*?)/.*}{$1}i;
# Create a more readable error message
my %errorIdToDetail = (
tem => {message => "Failed to process $failure->{source}", severity => "major"},
msvctoolscompile => {message => "Failed to compile $failure->{source}", severity => "minor"},
compile => {message => "Failed to compile $failure->{source}", severity => "minor"},
compile2object => {message => "Failed to compile $failure->{source}", severity => "minor"},
win32compile2object => {message => "Failed to compile $failure->{source}", severity => "minor"},
tools2lib => {message => "Failed to build library $failure->{target}", severity => "minor"},
ar => {message => "Failed to build library $failure->{target}", severity => "minor"},
win32archive => {message => "Failed to build library $failure->{target}", severity => "minor"},
"link" => {message => "Failed to create symbols for $failure->{target}", severity => "minor"},
postlink => {message => "Failed to link $failure->{target}", severity => "minor"},
win32stageonelink => {message => "Failed to link $failure->{target} (stage 1)", severity => "minor"},
win32stagetwolink => {message => "Failed to link $failure->{target}", severity => "minor"},
win32simplelink => {message => "Failed to link $failure->{target}", severity => "minor"},
win32processexports => {message => "Failed to export $failure->{source} to $failure->{target}", severity => "minor"},
tracecompile => {message => "Trace compile failure for $failure->{target}", severity => "unknown"},
extension_makefile => {message => "Failed to process an extension makefile connected to $failure->{bldinf}", severity => "major"},
);
# die $failure->{name} unless exists $errorIdToDetail{$failure->{name}};
my $message = $errorIdToDetail{$failure->{name}}->{message} || "Unknown failure tag '$failure->{name}' ($failure->{source} -> $failure->{target})";
$failure->{severity} = $errorIdToDetail{$failure->{name}}->{severity} || "unknown";
# Obtain a matching step
my $step = ToBrag::ensureStep($buildPhase, $failure->{platform});
# Also create empty <failures> tags with severities in a sensible order
ToBrag::ensureFailureSet($step, "critical");
ToBrag::ensureFailureSet($step, "major");
ToBrag::ensureFailureSet($step, "minor");
# Obtain a set of failures which matches this severity
my $failureSet = ToBrag::ensureFailureSet($step, $failure->{severity});
# Now create the failure itself, and add it to this failure set
my $failureItem = bless {
# href => "",
"package" => $failure->{package},
Kids => [ bless { Kids => [ bless { Text => $message }, "Characters" ]}, "effect"],
}, "failure";
push @{$failureSet->{Kids}}, $failureItem, $ToBrag::xmlNewline;
}
close(CSV);
}
# Print XML
print "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n";
print "<?xml-stylesheet type='text/xsl' href='brag.xsl'?>\n";
ToBrag::printTree($buildStatus->[0]);
print "\n";
exit(0);