The following little code snippet shows the module usage.
- use Intel::IviPoc::AmbPluginGenerator qw(processPlugin);
+ use Intel::IviPoc::AmbPluginGenerator qw(processPlugin);
- my $hashingAllowed = "E";
- my $inputfile = "myfile.json";
- my $targetDir = '/home/user/project/automotive-message-broker/plugins';
- processPlugin ( $hashingAllowed, $inputfile, $targetDir );
- ...
+ my $hashingAllowed = "E";
+ my $inputfile = "myfile.json";
+ my $targetDir = '/home/user/project/automotive-message-broker/plugins';
+ processPlugin ( $hashingAllowed, $inputfile, $targetDir );
+ ...
=head1 EXPORT
my $hashingAllowed = 'E'; # Enabled by default
sub processPlugin {
- $hashingAllowed = $_[0];
- my $dbcjson = $_[1];
- my $targetDir = $_[2];
-
- if ($hashingAllowed eq 'E' ) {
- &encryptAmbPropertyNames( $dbcjson );
- }
-
- my $pluginName = $dbcjson->{'pluginName'};
-
- my $templatesDir = 'templates/';
- my $pluginDir = File::Spec->catdir( ($targetDir, lc($pluginName). '_plugin/') );
-
- # make new folder
- &createDirectory( $pluginDir );
-
- my @templatesFiles = ( "CMakeLists.txt"
- , "ambtmpl_cansignal.h"
- , "ambtmpl_cansignal.cpp"
- , "ambtmpl_plugin.h"
- , "ambtmpl_plugin.cpp"
- , "ambtmpl_cansignals.h"
- , "ambtmpl_plugin.idl"
- , "ambtmpl.in.json"
- );
-
- my @pluginFiles = ( "CMakeLists.txt"
- , lc ($pluginName) . "_cansignal.h"
- , lc ($pluginName) . "_cansignal.cpp"
- , lc ($pluginName) . "_plugin.h"
- , lc ($pluginName) . "_plugin.cpp"
- , lc ($pluginName) . "_cansignals.h"
- , lc ($pluginName) . "_plugin.idl"
- , lc ($pluginName) . ".in.json"
- );
-
- my @generationSubs = ( undef
- , undef
- , undef
- , \&generateUuid
- , \&generateCppImplTypes
- , \&generateSignalsTypes
- , \&generateIdlTypes
- , undef
- );
-
- my $templateFile = '';
- my $pluginFile = '';
- my ($volume, $directory) = File::Spec->splitpath( $INC{'Intel/IviPoc/AmbPluginGenerator.pm'} );
- for my $i (0..scalar(@pluginFiles)-1) {
- # First join templates folder and filename
- $templateFile = File::Spec->catfile( ($templatesDir), $templatesFiles[$i] );
- # Now prepend the module full path
- $templateFile = File::Spec->catpath( $volume, $directory, $templateFile );
- # Join target directory with target filename
- $pluginFile = File::Spec->catfile( ($pluginDir), $pluginFiles[$i] );
- # Generate each plugin files
- &generatePluginFile( $templateFile, $pluginFile, $dbcjson, $generationSubs[$i]);
- }
+ $hashingAllowed = $_[0];
+ my $dbcjson = $_[1];
+ my $targetDir = $_[2];
+
+ if ($hashingAllowed eq 'E' ) {
+ &encryptAmbPropertyNames( $dbcjson );
+ }
+
+ my $pluginName = $dbcjson->{'pluginName'};
+
+ my $templatesDir = 'templates/';
+ my $pluginDir = File::Spec->catdir( ($targetDir, lc($pluginName). '_plugin/') );
+
+ # make new folder
+ &createDirectory( $pluginDir );
+
+ my @templatesFiles = ( "CMakeLists.txt"
+ , "ambtmpl_cansignal.h"
+ , "ambtmpl_cansignal.cpp"
+ , "ambtmpl_plugin.h"
+ , "ambtmpl_plugin.cpp"
+ , "ambtmpl_cansignals.h"
+ , "ambtmpl_plugin.idl"
+ , "ambtmpl.in.json"
+ );
+
+ my @pluginFiles = ( "CMakeLists.txt"
+ , lc ($pluginName) . "_cansignal.h"
+ , lc ($pluginName) . "_cansignal.cpp"
+ , lc ($pluginName) . "_plugin.h"
+ , lc ($pluginName) . "_plugin.cpp"
+ , lc ($pluginName) . "_cansignals.h"
+ , lc ($pluginName) . "_plugin.idl"
+ , lc ($pluginName) . ".in.json"
+ );
+
+ my @generationSubs = ( undef
+ , undef
+ , undef
+ , \&generateUuid
+ , \&generateCppImplTypes
+ , \&generateSignalsTypes
+ , \&generateIdlTypes
+ , undef
+ );
+
+ my $templateFile = '';
+ my $pluginFile = '';
+ my ($volume, $directory) = File::Spec->splitpath(__FILE__);
+ for my $i (0..scalar(@pluginFiles)-1) {
+ # First join templates folder and filename
+ $templateFile = File::Spec->catfile( ($templatesDir), $templatesFiles[$i] );
+ # Now prepend the module full path
+ $templateFile = File::Spec->catpath( $volume, $directory, $templateFile );
+ # Join target directory with target filename
+ $pluginFile = File::Spec->catfile( ($pluginDir), $pluginFiles[$i] );
+ # Generate each plugin files
+ &generatePluginFile( $templateFile, $pluginFile, $dbcjson, $generationSubs[$i]);
+ }
}
=head2 generatePluginFile
=cut
sub generatePluginFile {
- my $srcFileName = $_[0];
- my $dstFileName = $_[1];
- my $dbcjson = $_[2];
- my $generationSub = $_[3];
+ my $srcFileName = $_[0];
+ my $dstFileName = $_[1];
+ my $dbcjson = $_[2];
+ my $generationSub = $_[3];
- my $pluginName = $dbcjson->{'pluginName'};
+ my $pluginName = $dbcjson->{'pluginName'};
- # Open template file
- my $content = &readFileContent( $srcFileName );
- $content = &replaceTemplateStrings( $content, $pluginName );
+ # Open template file
+ my $content = &readFileContent( $srcFileName );
+ $content = &replaceTemplateStrings( $content, $pluginName );
- if (defined $generationSub) {
- my $generatedCode = $generationSub->( $dbcjson );
- my $place = '\/\*GENERATED_CODE\*\/';
- $content =~ s/$place/$generatedCode/g;
- }
+ if (defined $generationSub) {
+ my $generatedCode = $generationSub->( $dbcjson );
+ my $place = '\/\*GENERATED_CODE\*\/';
+ $content =~ s/$place/$generatedCode/g;
+ }
- # Create new file
- my $pluginFileHandle = &createFile( $dstFileName );
+ # Create new file
+ my $pluginFileHandle = &createFile( $dstFileName );
- # Copy data from one file to another.
- print $pluginFileHandle $content;
+ # Copy data from one file to another.
+ print $pluginFileHandle $content;
- # close the file
- close ($pluginFileHandle);
+ # close the file
+ close ($pluginFileHandle);
}
=head2 createDirectory
=cut
sub createDirectory {
- my $dirName = $_[0];
+ my $dirName = $_[0];
- unless(-e $dirName or mkdir $dirName) {
- die "Unable to create directory '$dirName' $!";
- }
+ unless(-e $dirName or mkdir $dirName) {
+ die "Unable to create directory '$dirName' $!";
+ }
}
=head2 createFile
=cut
sub createFile {
- my $fileName = $_[0];
+ my $fileName = $_[0];
- # Open file or die
- open(my $fileHandle, '>', $fileName)
- or die "Could not open file '$fileName' $!";
+ # Open file or die
+ open(my $fileHandle, '>', $fileName)
+ or die "Could not open file '$fileName' $!";
- return $fileHandle;
+ return $fileHandle;
}
=head2 replaceTemplateStrings
=cut
sub replaceTemplateStrings {
- my $text = $_[0];
- my $pluginName = $_[1];
-
- $text =~ s/AmbTmpl/$pluginName/g;
- $pluginName = lc ($pluginName);
- $text =~ s/ambtmpl/$pluginName/g;
- $pluginName = uc ($pluginName);
- $text =~ s/AMBTMPL/$pluginName/g;
- return $text;
+ my $text = $_[0];
+ my $pluginName = $_[1];
+
+ $text =~ s/AmbTmpl/$pluginName/g;
+ $pluginName = lc ($pluginName);
+ $text =~ s/ambtmpl/$pluginName/g;
+ $pluginName = uc ($pluginName);
+ $text =~ s/AMBTMPL/$pluginName/g;
+ return $text;
}
=head2 generateUuid
=cut
sub generateUuid {
- my $dbcjson = $_[0];
+ my $dbcjson = $_[0];
- my $ug = new Data::UUID;
- my $uuidText = $ug->create_str();
+ my $ug = new Data::UUID;
+ my $uuidText = $ug->create_str();
- return $uuidText;
+ return $uuidText;
}
=head2 generateCppImplTypes
=cut
sub generateCppImplTypes {
- my $dbcjson = $_[0];
-
- my $registerMessageText = '';
- my $hexValue = ();
-
- my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
- for my $ecui (0..scalar(@engineControlUnits)-1) {
- if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
- my @messages = @{$engineControlUnits[$ecui]{'messages'}};
- for my $msgi (0..scalar(@messages)-1) {
- $hexValue = '0x' . uc ( sprintf( "%x", $messages[$msgi]{'canId'} ) );
- $registerMessageText .= " registerMessage($hexValue, $messages[$msgi]{'canDlc'}";
-
- my @signals = @{$messages[$msgi]{'signals'}};
- foreach my $signal ( @signals ) {
- my $type = $signal->{'AMBPropertyType'};
- $registerMessageText .= &generateCppProperty( $signal, $type);
- }
-
- $registerMessageText .= "\n );\n";
- }
- }
- }
-
- return $registerMessageText;
+ my $dbcjson = $_[0];
+
+ my $registerMessageText = '';
+ my $hexValue = ();
+
+ my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
+ for my $ecui (0..scalar(@engineControlUnits)-1) {
+ if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
+ my @messages = @{$engineControlUnits[$ecui]{'messages'}};
+ for my $msgi (0..scalar(@messages)-1) {
+ $hexValue = '0x' . uc ( sprintf( "%x", $messages[$msgi]{'canId'} ) );
+ $registerMessageText .= " registerMessage($hexValue, $messages[$msgi]{'canDlc'}";
+
+ my @signals = @{$messages[$msgi]{'signals'}};
+ foreach my $signal ( @signals ) {
+ my $type = $signal->{'AMBPropertyType'};
+ $registerMessageText .= &generateCppProperty( $signal, $type);
+ }
+
+ $registerMessageText .= "\n );\n";
+ }
+ }
+ }
+
+ return $registerMessageText;
}
=head2 generateCppProperty
=cut
sub generateCppProperty {
- my $signal = $_[0];
- my $type = $_[1];
-
- my $generatedText = '';
- my $zonesInUse = 0; # TODO this needs to be in config file
-
- if ( exists( $signal->{'AMBPropertyName'} ) ) {
- my $ambPropertyName = $signal->{'AMBPropertyName'};
-
- # TODO CANSignal needs to take zone as argument
- #my $zone = 'Zone::None';
- #if ($zonesInUse) {
- # $zone = &calculateZone( $ambPropertyName );
- #}
- $generatedText .= "\n , new ${ambPropertyName}Type()";
- }
- return $generatedText;
+ my $signal = $_[0];
+ my $type = $_[1];
+
+ my $generatedText = '';
+ my $zonesInUse = 0; # TODO this needs to be in config file
+
+ if ( exists( $signal->{'AMBPropertyName'} ) ) {
+ my $ambPropertyName = $signal->{'AMBPropertyName'};
+
+ # TODO CANSignal needs to take zone as argument
+ #my $zone = 'Zone::None';
+ #if ($zonesInUse) {
+ # $zone = &calculateZone( $ambPropertyName );
+ #}
+ $generatedText .= "\n , new ${ambPropertyName}Type()";
+ }
+ return $generatedText;
}
=head2 generateSignalsTypes
=cut
sub generateSignalsTypes {
- my $dbcjson = $_[0];
-
- my $enumsText = '';
- my $propertiesText = '';
-
- # First generate the c++ enums from signals with values
- my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
- for my $ecui (0..scalar(@engineControlUnits)-1) {
- if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
- my @messages = @{$engineControlUnits[$ecui]{'messages'}};
- for my $msgi (0..scalar(@messages)-1) {
- my @signals = @{$messages[$msgi]{'signals'}};
- foreach my $signal ( @signals ) {
- my $type = $signal->{'AMBPropertyType'};
- $enumsText .= &generateEnumOrValues( $signal, $type);
- $propertiesText .= &generatePropertyClasses( $signal, $type );
- }
- }
- }
- }
- return $enumsText . $propertiesText;
+ my $dbcjson = $_[0];
+
+ my $enumsText = '';
+ my $propertiesText = '';
+
+ # First generate the c++ enums from signals with values
+ my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
+ for my $ecui (0..scalar(@engineControlUnits)-1) {
+ if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
+ my @messages = @{$engineControlUnits[$ecui]{'messages'}};
+ for my $msgi (0..scalar(@messages)-1) {
+ my @signals = @{$messages[$msgi]{'signals'}};
+ foreach my $signal ( @signals ) {
+ my $type = $signal->{'AMBPropertyType'};
+ $enumsText .= &generateEnumOrValues( $signal, $type);
+ $propertiesText .= &generatePropertyClasses( $signal, $type );
+ }
+ }
+ }
+ }
+ return $enumsText . $propertiesText;
}
=head2 generateEnumOrValues
=cut
sub generateEnumOrValues {
- my $signal = $_[0];
- my $type = $_[1];
-
- my $generatedText = "";
-
- my $ambPropertyName = $signal->{'canId'};
- if ( exists( $signal->{'AMBPropertyName'} ) ) {
- $ambPropertyName = $signal->{'AMBPropertyName'};
- }
-
- if ( exists( $signal->{'values'} ) ) {
- my @dupvalues = @{$signal->{'values'}};
- my @values = sort { $$a{'value'} <=> $$b{'value'} } (&removeDuplicates (\@dupvalues));
- my $hexValue = ();
-
- if ( $type eq 'enum' or $type =~ m/int/) {
- # Start with comments
- $generatedText .= "/**< $ambPropertyName\n";
- for my $vali (0..scalar(@values) -1 ) {
- $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
- $generatedText .= " * $hexValue = $values[$vali]->{'description'}\n";
- }
- $generatedText .= " */\n";
- }
-
- if ( $type eq 'enum' ) {
- # Enum definition
- $generatedText .= "namespace ${ambPropertyName}s {\n";
- $generatedText .= "enum ${ambPropertyName}Type {\n";
-
- # Generate enum values
- for my $vali (0..scalar(@values) -1 ) {
- $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
- $generatedText .= " $values[$vali]->{'name'} = $hexValue";
- if ($vali != scalar(@values)-1 ) {
- $generatedText .= ",";
- }
- $generatedText .= "\n";
- }
- $generatedText .= "};\n";
- $generatedText .= "}\n\n";
- } elsif ( $type =~ m/int/ ) {
- $generatedText .= "namespace ${ambPropertyName}s {\n";
- # Generate values
- for my $vali (0..scalar(@values) -1 ) {
- $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
- $generatedText .= "static const $type $values[$vali]->{'name'} = $hexValue;";
- $generatedText .= "\n";
- }
- $generatedText .= "}\n\n";
- }
- }
-
- return $generatedText;
+ my $signal = $_[0];
+ my $type = $_[1];
+
+ my $generatedText = "";
+
+ my $ambPropertyName = $signal->{'canId'};
+ if ( exists( $signal->{'AMBPropertyName'} ) ) {
+ $ambPropertyName = $signal->{'AMBPropertyName'};
+ }
+
+ if ( exists( $signal->{'values'} ) ) {
+ my @dupvalues = @{$signal->{'values'}};
+ my @values = sort { $$a{'value'} <=> $$b{'value'} } (&removeDuplicates (\@dupvalues));
+ my $hexValue = ();
+
+ if ( $type eq 'enum' or $type =~ m/int/) {
+ # Start with comments
+ $generatedText .= "/**< $ambPropertyName\n";
+ for my $vali (0..scalar(@values) -1 ) {
+ $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
+ $generatedText .= " * $hexValue = $values[$vali]->{'description'}\n";
+ }
+ $generatedText .= " */\n";
+ }
+
+ if ( $type eq 'enum' ) {
+ # Enum definition
+ $generatedText .= "namespace ${ambPropertyName}s {\n";
+ $generatedText .= "enum ${ambPropertyName}Type {\n";
+
+ # Generate enum values
+ for my $vali (0..scalar(@values) -1 ) {
+ $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
+ $generatedText .= " $values[$vali]->{'name'} = $hexValue";
+ if ($vali != scalar(@values)-1 ) {
+ $generatedText .= ",";
+ }
+ $generatedText .= "\n";
+ }
+ $generatedText .= "};\n";
+ $generatedText .= "}\n\n";
+ } elsif ( $type =~ m/int/ ) {
+ $generatedText .= "namespace ${ambPropertyName}s {\n";
+ # Generate values
+ for my $vali (0..scalar(@values) -1 ) {
+ $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
+ $generatedText .= "static const $type $values[$vali]->{'name'} = $hexValue;";
+ $generatedText .= "\n";
+ }
+ $generatedText .= "}\n\n";
+ }
+ }
+
+ return $generatedText;
}
=head2 generatePropertyClasses
=cut
sub generatePropertyClasses {
- my $signal = $_[0];
- my $type = $_[1];
+ my $signal = $_[0];
+ my $type = $_[1];
- my $generatedText = '';
+ my $generatedText = '';
- my $ambPropertyName = $signal->{'canId'};
- if ( exists( $signal->{'AMBPropertyName'} ) ) {
+ my $ambPropertyName = $signal->{'canId'};
+ if ( exists( $signal->{'AMBPropertyName'} ) ) {
$ambPropertyName = $signal->{'AMBPropertyName'};
- }
+ }
- my $byteOrdering = "Endian::Intel"; # LittleEndian by default
- if ( exists( $signal->{'byteOrdering'} ) and $signal->{'byteOrdering'} eq '0') {
+ my $byteOrdering = "Endian::Intel"; # LittleEndian by default
+ if ( exists( $signal->{'byteOrdering'} ) and $signal->{'byteOrdering'} eq '0') {
$byteOrdering = "Endian::Motorola"; # BigEndian
- }
+ }
- my $signedness;
- if ($signal->{'signedness'} eq '+') {
+ my $signedness;
+ if ($signal->{'signedness'} eq '+') {
$signedness = "Signedness::Unsigned"; # Unsigned
- } else {
+ } else {
$signedness = "Signedness::Signed"; # Signed
- }
-
- my $convertFromFunction = "nullptr";
- if ( exists( $signal->{'AMBConversionFrom'} ) ) {
- $convertFromFunction = $signal->{'AMBConversionFrom'};
- }
-
- my $convertToFunction = "nullptr";
- if ( exists( $signal->{'AMBConversionTo'} ) ) {
- $convertToFunction = $signal->{'AMBConversionTo'};
- }
-
- $generatedText .= "\n";
- $generatedText .= "/**< $ambPropertyName.\n";
-
- my $typeBasedText = '';
- my $cppType;
-
- if ( $type =~ m/enum/ ) {
- if ( exists( $signal->{'values'} ) ) {
- $generatedText .= " *\@see ${ambPropertyName}s::${ambPropertyName}Type\n";
- $cppType = "${ambPropertyName}s::${ambPropertyName}Type";
- }
- } elsif ( $type =~ m/bool/ ) {
- if ( exists( $signal->{'values'} ) ) {
- my @dupvalues = @{$signal->{'values'}};
- my @values = sort { $$a{'value'} <=> $$b{'value'} } (&removeDuplicates (\@dupvalues));
- my $hexValue = ();
- for my $vali (0..scalar(@values) -1 ) {
- $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
- $generatedText .= " * $hexValue = $values[$vali]->{'description'}\n";
- }
- }
- $cppType = "$type";
- } elsif ( $type =~ m/int8/ ) {
- $cppType = "char";
- } elsif ( $type =~ m/int32/ ) {
- if ( $type eq 'uint32_t' ) {
- $cppType = "$type";
- } else {
- $cppType = "int";
- }
- } else { # (u)int16, (u)int64
- $cppType = "$type";
- }
-
- $typeBasedText .= "CANSIGNAL($ambPropertyName, $cppType, $signal->{'startBit'}, $signal->{'length'}, $byteOrdering, $signedness, $signal->{'factor'}, $signal->{'offset'}, static_cast<$cppType>($signal->{'minValue'}), static_cast<$cppType>($signal->{'maxValue'}), $convertFromFunction, $convertToFunction)\n";
-
- $generatedText .= " */\n";
- my $shownPropertyName = $ambPropertyName;
- if ($hashingAllowed eq 'E' ) {
- $shownPropertyName = $signal->{'AMBPropertyNameEnc'};
- }
- $generatedText .= "const VehicleProperty::Property $ambPropertyName = \"$shownPropertyName\";\n";
- $generatedText .= $typeBasedText;
-
- return $generatedText;
+ }
+
+ my $convertFromFunction = "nullptr";
+ if ( exists( $signal->{'AMBConversionFrom'} ) ) {
+ $convertFromFunction = $signal->{'AMBConversionFrom'};
+ }
+
+ my $convertToFunction = "nullptr";
+ if ( exists( $signal->{'AMBConversionTo'} ) ) {
+ $convertToFunction = $signal->{'AMBConversionTo'};
+ }
+
+ $generatedText .= "\n";
+ $generatedText .= "/**< $ambPropertyName.\n";
+
+ my $typeBasedText = '';
+ my $cppType;
+
+ if ( $type =~ m/enum/ ) {
+ if ( exists( $signal->{'values'} ) ) {
+ $generatedText .= " *\@see ${ambPropertyName}s::${ambPropertyName}Type\n";
+ $cppType = "${ambPropertyName}s::${ambPropertyName}Type";
+ }
+ } elsif ( $type =~ m/bool/ ) {
+ if ( exists( $signal->{'values'} ) ) {
+ my @dupvalues = @{$signal->{'values'}};
+ my @values = sort { $$a{'value'} <=> $$b{'value'} } (&removeDuplicates (\@dupvalues));
+ my $hexValue = ();
+ for my $vali (0..scalar(@values) -1 ) {
+ $hexValue = '0x' . uc ( sprintf( "%x", $values[$vali]->{'value'} ) );
+ $generatedText .= " * $hexValue = $values[$vali]->{'description'}\n";
+ }
+ }
+ $cppType = "$type";
+ } elsif ( $type =~ m/int8/ ) {
+ $cppType = "char";
+ } elsif ( $type =~ m/int32/ ) {
+ if ( $type eq 'uint32_t' ) {
+ $cppType = "$type";
+ } else {
+ $cppType = "int";
+ }
+ } else { # (u)int16, (u)int64
+ $cppType = "$type";
+ }
+
+ $typeBasedText .= "CANSIGNAL($ambPropertyName, $cppType, $signal->{'startBit'}, $signal->{'length'}, $byteOrdering, $signedness, $signal->{'factor'}, $signal->{'offset'}, static_cast<$cppType>($signal->{'minValue'}), static_cast<$cppType>($signal->{'maxValue'}), $convertFromFunction, $convertToFunction)\n";
+
+ $generatedText .= " */\n";
+ my $shownPropertyName = $ambPropertyName;
+ if ($hashingAllowed eq 'E' ) {
+ $shownPropertyName = $signal->{'AMBPropertyNameEnc'};
+ }
+ $generatedText .= "const VehicleProperty::Property $ambPropertyName = \"$shownPropertyName\";\n";
+ $generatedText .= $typeBasedText;
+
+ return $generatedText;
}
=head2 generateIdlTypes
=cut
sub generateIdlTypes {
- my $dbcjson = $_[0];
-
- my $generatedText = '';
-
- my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
- for my $ecui (0..scalar(@engineControlUnits)-1) {
- if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
- my @messages = @{$engineControlUnits[$ecui]{'messages'}};
- for my $msgi (0..scalar(@messages)-1) {
- my @signals = @{$messages[$msgi]{'signals'}};
- foreach my $signal ( @signals ) {
- my $type = $signal->{'AMBPropertyType'};
- $generatedText .= &generateIdlProperty( $signal, $type);
- }
- }
- }
- }
- return $generatedText;
+ my $dbcjson = $_[0];
+
+ my $generatedText = '';
+
+ my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
+ for my $ecui (0..scalar(@engineControlUnits)-1) {
+ if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
+ my @messages = @{$engineControlUnits[$ecui]{'messages'}};
+ for my $msgi (0..scalar(@messages)-1) {
+ my @signals = @{$messages[$msgi]{'signals'}};
+ foreach my $signal ( @signals ) {
+ my $type = $signal->{'AMBPropertyType'};
+ $generatedText .= &generateIdlProperty( $signal, $type);
+ }
+ }
+ }
+ }
+ return $generatedText;
}
=head2 generateIdlProperty
=cut
sub generateIdlProperty {
- my $signal = $_[0];
- my $type = $_[1];
- my $generatedText = '';
-
- my $ambPropertyName = $signal->{'canId'};
- if ( exists( $signal->{'AMBPropertyName'} ) ) {
- $ambPropertyName = $signal->{'AMBPropertyName'};
- }
-
- $generatedText .= "[NoInterfaceObject]\n";
- $generatedText .= "interface org.automotive.${ambPropertyName} : VehiclePropertyType {\n";
- if ( $type eq 'enum' ) {
- if ( exists( $signal->{'values'} ) ) {
- my @dupvalues = @{$signal->{'values'}};
- my @values = sort { $$a{'value'} <=> $$b{'value'} } (&removeDuplicates (\@dupvalues));
-
- my $hexValue = ();
- for my $vali (0..scalar(@values) -1 ) {
- # TODO const unsigned short migth be not enough, guess type based on values
- $hexValue = '0x' . uc (sprintf( "%x", $values[$vali]->{'value'} ) );
- $generatedText .= " const unsigned short " . uc($values[$vali]->{'name'}) . " = $hexValue;\n";
- }
- }
- }
-
- $generatedText .= "\n";
- $generatedText .= " /** ${ambPropertyName}\n";
- $generatedText .= " * \\brief Returns ${ambPropertyName}\n";
- $generatedText .= " **/\n";
-
- my $unsigned = '';
- if ( $type =~ m/uint/ ) {
- $unsigned = 'unsigned ';
- }
-
- if ( $type =~ m/enum/ ) {
- # TODO const unsigned short migth be not enough, guess type based on values
- $generatedText .= " readonly attribute octet ${ambPropertyName};\n";
- } elsif ( $type =~ m/bool/ ) {
- $generatedText .= " readonly attribute boolean ${ambPropertyName};\n";
- } elsif ( $type =~ m/int8/ ) {
- $generatedText .= " readonly attribute ${unsigned}octet ${ambPropertyName};\n";
- } elsif ( $type =~ m/int16/ ) {
- $generatedText .= " readonly attribute ${unsigned}short ${ambPropertyName};\n";
- } elsif ( $type =~ m/int32/ ) {
- $generatedText .= " readonly attribute ${unsigned}long ${ambPropertyName};\n";
- } else {
- $generatedText .= " readonly attribute double ${ambPropertyName};\n";
- }
- $generatedText .= "};\n\n";
-
- return $generatedText;
+ my $signal = $_[0];
+ my $type = $_[1];
+ my $generatedText = '';
+
+ my $ambPropertyName = $signal->{'canId'};
+ if ( exists( $signal->{'AMBPropertyName'} ) ) {
+ $ambPropertyName = $signal->{'AMBPropertyName'};
+ }
+
+ $generatedText .= "[NoInterfaceObject]\n";
+ $generatedText .= "interface org.automotive.${ambPropertyName} : VehiclePropertyType {\n";
+ if ( $type eq 'enum' ) {
+ if ( exists( $signal->{'values'} ) ) {
+ my @dupvalues = @{$signal->{'values'}};
+ my @values = sort { $$a{'value'} <=> $$b{'value'} } (&removeDuplicates (\@dupvalues));
+
+ my $hexValue = ();
+ for my $vali (0..scalar(@values) -1 ) {
+ # TODO const unsigned short migth be not enough, guess type based on values
+ $hexValue = '0x' . uc (sprintf( "%x", $values[$vali]->{'value'} ) );
+ $generatedText .= " const unsigned short " . uc($values[$vali]->{'name'}) . " = $hexValue;\n";
+ }
+ }
+ }
+
+ $generatedText .= "\n";
+ $generatedText .= " /** ${ambPropertyName}\n";
+ $generatedText .= " * \\brief Returns ${ambPropertyName}\n";
+ $generatedText .= " **/\n";
+
+ my $unsigned = '';
+ if ( $type =~ m/uint/ ) {
+ $unsigned = 'unsigned ';
+ }
+
+ if ( $type =~ m/enum/ ) {
+ # TODO const unsigned short migth be not enough, guess type based on values
+ $generatedText .= " readonly attribute octet ${ambPropertyName};\n";
+ } elsif ( $type =~ m/bool/ ) {
+ $generatedText .= " readonly attribute boolean ${ambPropertyName};\n";
+ } elsif ( $type =~ m/int8/ ) {
+ $generatedText .= " readonly attribute ${unsigned}octet ${ambPropertyName};\n";
+ } elsif ( $type =~ m/int16/ ) {
+ $generatedText .= " readonly attribute ${unsigned}short ${ambPropertyName};\n";
+ } elsif ( $type =~ m/int32/ ) {
+ $generatedText .= " readonly attribute ${unsigned}long ${ambPropertyName};\n";
+ } else {
+ $generatedText .= " readonly attribute double ${ambPropertyName};\n";
+ }
+ $generatedText .= "};\n\n";
+
+ return $generatedText;
}
=head2 encryptAmbPropertyNames
=cut
sub encryptAmbPropertyNames {
- my $dbcjson = $_[0];
-
- my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
- for my $ecui (0..scalar(@engineControlUnits)-1) {
- if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
- my @messages = @{$engineControlUnits[$ecui]{'messages'}};
- for my $msgi (0..scalar(@messages)-1) {
- my @signals = @{$messages[$msgi]{'signals'}};
- foreach my $signal ( @signals ) {
- my $shownPropertyName = sha1_hex( $signal->{'AMBPropertyName'} );
- $signal->{'AMBPropertyNameEnc'} = 'S' . sha1_hex( $shownPropertyName );
- }
- }
- }
- }
+ my $dbcjson = $_[0];
+
+ my @engineControlUnits = @{$dbcjson->{'electronicControlUnits'}};
+ for my $ecui (0..scalar(@engineControlUnits)-1) {
+ if ( exists( $engineControlUnits[$ecui]{'messages'} ) ) {
+ my @messages = @{$engineControlUnits[$ecui]{'messages'}};
+ for my $msgi (0..scalar(@messages)-1) {
+ my @signals = @{$messages[$msgi]{'signals'}};
+ foreach my $signal ( @signals ) {
+ my $shownPropertyName = sha1_hex( $signal->{'AMBPropertyName'} );
+ $signal->{'AMBPropertyNameEnc'} = 'S' . sha1_hex( $shownPropertyName );
+ }
+ }
+ }
+ }
}
=head2 removeDuplicates
=cut
sub removeDuplicates {
- my @arr = sort { $a->{'name'} cmp $b->{'name'} } @{$_[0]};
-
- my @duplicates;
- my $prev = pop @arr;
-
- while (defined(my $x = pop @arr)) {
- if ($prev->{'name'} eq $x->{'name'}) {
- push @duplicates, $x;
- while (defined(my $y = pop @arr)) {
- if ($y->{'name'} ne $x->{'name'}) {
- $prev = $y;
- last;
- }
- }
- }
- else {
- $prev = $x;
- }
- }
- # Typically very small arrays
- @arr = sort @{$_[0]};
- if (scalar @duplicates > 0) {
- foreach my $x (@arr) {
- foreach my $y (@duplicates) {
- if ($x->{'name'} eq $y->{'name'}) {
- $x->{'name'} .= '_' . $x->{'value'};
- }
- }
- }
- }
-
- return @arr;
+ my @arr = sort { $a->{'name'} cmp $b->{'name'} } @{$_[0]};
+
+ my @duplicates;
+ my $prev = pop @arr;
+
+ while (defined(my $x = pop @arr)) {
+ if ($prev->{'name'} eq $x->{'name'}) {
+ push @duplicates, $x;
+ while (defined(my $y = pop @arr)) {
+ if ($y->{'name'} ne $x->{'name'}) {
+ $prev = $y;
+ last;
+ }
+ }
+ }
+ else {
+ $prev = $x;
+ }
+ }
+ # Typically very small arrays
+ @arr = sort @{$_[0]};
+ if (scalar @duplicates > 0) {
+ foreach my $x (@arr) {
+ foreach my $y (@duplicates) {
+ if ($x->{'name'} eq $y->{'name'}) {
+ $x->{'name'} .= '_' . $x->{'value'};
+ }
+ }
+ }
+ }
+
+ return @arr;
}
=head2 calculateZone
=cut
sub calculateZone {
- my $ambPropertyName = $_[0];
- my $zone = 'Zone::None';
-
- if ( $ambPropertyName =~ m/FrL/) {
- $zone = 'Zone::FrontLeft';
- } elsif ( $ambPropertyName =~ m/FrR/) {
- $zone = 'Zone::FrontRight';
- } elsif ( $ambPropertyName =~ m/ReL/) {
- $zone = 'Zone::RearLeft';
- } elsif ( $ambPropertyName =~ m/ReR/) {
- $zone = 'Zone::RearRight';
- }
- return $zone;
+ my $ambPropertyName = $_[0];
+ my $zone = 'Zone::None';
+
+ if ( $ambPropertyName =~ m/FrL/) {
+ $zone = 'Zone::FrontLeft';
+ } elsif ( $ambPropertyName =~ m/FrR/) {
+ $zone = 'Zone::FrontRight';
+ } elsif ( $ambPropertyName =~ m/ReL/) {
+ $zone = 'Zone::RearLeft';
+ } elsif ( $ambPropertyName =~ m/ReR/) {
+ $zone = 'Zone::RearRight';
+ }
+ return $zone;
}
##############################################################################
You can find documentation for this module with the perldoc command.
- perldoc Intel::IVIPoc::AMBPluginGenerator
+ perldoc Intel::IVIPoc::AMBPluginGenerator
=head1 ACKNOWLEDGEMENTS
projects / profile / ivi / automotive-message-broker.git / commitdiff