Commit d879c2e0 authored by Jonathan Corbet's avatar Jonathan Corbet
Browse files

Merge branch 'mauro' into docs-mw 

Mauro says:

That's the final series to complete the migration of documentation
build: it converts get_feat from Perl to Python.

V2 is technically identical to v1: the only difference is that it
now uses tools/lib/python/feat to store the library logic.

With that, no Sphinx in-kernel extensions use fork anymore to call
ancillary scripts: everything is now importing Python methods
directly from the libraries.

There's nothing special on this conversion: it is a direct translation,
almost bug-compatible with the original version (*).

(*) I did solve two or three caveats on patch 1.

Most of the complexity of the script relies at the logic to produce
ReST tables. I do have here on my internal scripts a (somewhat) generic
formatter for ReST tables in Python. I was tempted to convert the logic
to use it, but, as this could cause regressions, I opted to not do it
right now, mainly because the matrix table logic is complex. Also,
I'm tempted to modify a little bit the output there, but extra tests
are required to see if PDF output would work with complex tables (I
remember I had a problem with that in the past). So, I'm postponing
such extra cleanup.
parents 55fb2d57 e6bfd693

Documentation/sphinx/kernel_feat.py

+13 −11
Original line number Diff line number Diff line
@@ -34,7 +34,6 @@ 
import codecs

import os

import re

import subprocess

import sys



from docutils import nodes, statemachine
@@ -42,6 +41,11 @@ from docutils.statemachine import ViewList 
from docutils.parsers.rst import directives, Directive

from sphinx.util.docutils import switch_source_input



srctree = os.path.abspath(os.environ["srctree"])

sys.path.insert(0, os.path.join(srctree, "tools/lib/python"))



from feat.parse_features import ParseFeature                # pylint: disable=C0413



def ErrorString(exc):  # Shamelessly stolen from docutils

    return f'{exc.__class__.__name}: {exc}'
@@ -84,18 +88,16 @@ class KernelFeat(Directive): 


        srctree = os.path.abspath(os.environ["srctree"])



        args = [

            os.path.join(srctree, 'tools/docs/get_feat.pl'),

            'rest',

            '--enable-fname',

            '--dir',

            os.path.join(srctree, 'Documentation', self.arguments[0]),

        ]

        feature_dir = os.path.join(srctree, 'Documentation', self.arguments[0])



        if len(self.arguments) > 1:

            args.extend(['--arch', self.arguments[1]])

        feat = ParseFeature(feature_dir, False, True)

        feat.parse()



        lines = subprocess.check_output(args, cwd=os.path.dirname(doc.current_source)).decode('utf-8')

        if len(self.arguments) > 1:

            arch = self.arguments[1]

            lines = feat.output_arch_table(arch)

        else:

            lines = feat.output_matrix()



        line_regex = re.compile(r"^\.\. FILE (\S+)$")

tools/docs/get_feat.pl

deleted100755 → 0
+0 −641
Original line number Diff line number Diff line 
#!/usr/bin/env perl

# SPDX-License-Identifier: GPL-2.0



use strict;

use Pod::Usage;

use Getopt::Long;

use File::Find;

use Fcntl ':mode';

use Cwd 'abs_path';



my $help;

my $man;

my $debug;

my $arch;

my $feat;

my $enable_fname;



my $basename = abs_path($0);

$basename =~ s,/[^/]+$,/,;



my $prefix=$basename . "../../Documentation/features";



# Used only at for full features output. The script will auto-adjust

# such values for the minimal possible values

my $status_size = 1;

my $description_size = 1;



GetOptions(

	"debug|d+" => \$debug,

	"dir=s" => \$prefix,

	'help|?' => \$help,

	'arch=s' => \$arch,

	'feat=s' => \$feat,

	'feature=s' => \$feat,

	"enable-fname" => \$enable_fname,

	man => \$man

) or pod2usage(2);



pod2usage(1) if $help;

pod2usage(-exitstatus => 0, -verbose => 2) if $man;



pod2usage(1) if (scalar @ARGV < 1 || @ARGV > 2);



my ($cmd, $arg) = @ARGV;



pod2usage(2) if ($cmd ne "current" && $cmd ne "rest" && $cmd ne "validate"

		&& $cmd ne "ls" && $cmd ne "list");



require Data::Dumper if ($debug);



my %data;

my %archs;



#

# Displays an error message, printing file name and line

#

sub parse_error($$$$) {

	my ($file, $ln, $msg, $data) = @_;



	$data =~ s/\s+$/\n/;



	print STDERR "Warning: file $file#$ln:\n\t$msg";



	if ($data ne "") {

		print STDERR ". Line\n\t\t$data";

	} else {

	    print STDERR "\n";

	}

}



#

# Parse a features file, storing its contents at %data

#



my $h_name = "Feature";

my $h_kconfig = "Kconfig";

my $h_description = "Description";

my $h_subsys = "Subsystem";

my $h_status = "Status";

my $h_arch = "Architecture";



my $max_size_name = length($h_name);

my $max_size_kconfig = length($h_kconfig);

my $max_size_description = length($h_description);

my $max_size_subsys = length($h_subsys);

my $max_size_status = length($h_status);



my $max_size_arch = 0;

my $max_size_arch_with_header;

my $max_description_word = 0;



sub parse_feat {

	my $file = $File::Find::name;



	my $mode = (stat($file))[2];

	return if ($mode & S_IFDIR);

	return if ($file =~ m,($prefix)/arch-support.txt,);

	return if (!($file =~ m,arch-support.txt$,));



	if ($enable_fname) {

		printf ".. FILE %s\n", abs_path($file);

	}



	my $subsys = "";

	$subsys = $2 if ( m,.*($prefix)/([^/]+).*,);



	if (length($subsys) > $max_size_subsys) {

		$max_size_subsys = length($subsys);

	}



	my $name;

	my $kconfig;

	my $description;

	my $comments = "";

	my $last_status;

	my $ln;

	my %arch_table;



	print STDERR "Opening $file\n" if ($debug > 1);

	open IN, $file;



	while(<IN>) {

		$ln++;



		if (m/^\#\s+Feature\s+name:\s*(.*\S)/) {

			$name = $1;

			if (length($name) > $max_size_name) {

				$max_size_name = length($name);

			}

			next;

		}

		if (m/^\#\s+Kconfig:\s*(.*\S)/) {

			$kconfig = $1;

			if (length($kconfig) > $max_size_kconfig) {

				$max_size_kconfig = length($kconfig);

			}

			next;

		}

		if (m/^\#\s+description:\s*(.*\S)/) {

			$description = $1;

			if (length($description) > $max_size_description) {

				$max_size_description = length($description);

			}



			foreach my $word (split /\s+/, $description) {

				if (length($word) > $max_description_word) {

					$max_description_word = length($word);

				}

			}



			next;

		}

		next if (m/^\\s*$/);

		next if (m/^\s*\-+\s*$/);

		next if (m/^\s*\|\s*arch\s*\|\s*status\s*\|\s*$/);



		if (m/^\#\s*(.*)/) {

			$comments .= "$1\n";

			next;

		}

		if (m/^\s*\|\s*(\S+):\s*\|\s*(\S+)\s*\|\s*$/) {

			my $a = $1;

			my $status = $2;



			if (length($status) > $max_size_status) {

				$max_size_status = length($status);

			}

			if (length($a) > $max_size_arch) {

				$max_size_arch = length($a);

			}



			$status = "---" if ($status =~ m/^\.\.$/);



			$archs{$a} = 1;

			$arch_table{$a} = $status;

			next;

		}



		#Everything else is an error

		parse_error($file, $ln, "line is invalid", $_);

	}

	close IN;



	if (!$name) {

		parse_error($file, $ln, "Feature name not found", "");

		return;

	}



	parse_error($file, $ln, "Subsystem not found", "") if (!$subsys);

	parse_error($file, $ln, "Kconfig not found", "") if (!$kconfig);

	parse_error($file, $ln, "Description not found", "") if (!$description);



	if (!%arch_table) {

		parse_error($file, $ln, "Architecture table not found", "");

		return;

	}



	$data{$name}->{where} = $file;

	$data{$name}->{subsys} = $subsys;

	$data{$name}->{kconfig} = $kconfig;

	$data{$name}->{description} = $description;

	$data{$name}->{comments} = $comments;

	$data{$name}->{table} = \%arch_table;



	$max_size_arch_with_header = $max_size_arch + length($h_arch);

}



#

# Output feature(s) for a given architecture

#

sub output_arch_table {

	my $title = "Feature status on $arch architecture";



	print "=" x length($title) . "\n";

	print "$title\n";

	print "=" x length($title) . "\n\n";



	print "=" x $max_size_subsys;

	print "  ";

	print "=" x $max_size_name;

	print "  ";

	print "=" x $max_size_kconfig;

	print "  ";

	print "=" x $max_size_status;

	print "  ";

	print "=" x $max_size_description;

	print "\n";

	printf "%-${max_size_subsys}s  ", $h_subsys;

	printf "%-${max_size_name}s  ", $h_name;

	printf "%-${max_size_kconfig}s  ", $h_kconfig;

	printf "%-${max_size_status}s  ", $h_status;

	printf "%-${max_size_description}s\n", $h_description;

	print "=" x $max_size_subsys;

	print "  ";

	print "=" x $max_size_name;

	print "  ";

	print "=" x $max_size_kconfig;

	print "  ";

	print "=" x $max_size_status;

	print "  ";

	print "=" x $max_size_description;

	print "\n";



	foreach my $name (sort {

				($data{$a}->{subsys} cmp $data{$b}->{subsys}) ||

				("\L$a" cmp "\L$b")

			       } keys %data) {

		next if ($feat && $name ne $feat);



		my %arch_table = %{$data{$name}->{table}};

		printf "%-${max_size_subsys}s  ", $data{$name}->{subsys};

		printf "%-${max_size_name}s  ", $name;

		printf "%-${max_size_kconfig}s  ", $data{$name}->{kconfig};

		printf "%-${max_size_status}s  ", $arch_table{$arch};

		printf "%-s\n", $data{$name}->{description};

	}



	print "=" x $max_size_subsys;

	print "  ";

	print "=" x $max_size_name;

	print "  ";

	print "=" x $max_size_kconfig;

	print "  ";

	print "=" x $max_size_status;

	print "  ";

	print "=" x $max_size_description;

	print "\n";

}



#

# list feature(s) for a given architecture

#

sub list_arch_features {

	print "#\n# Kernel feature support matrix of the '$arch' architecture:\n#\n";



	foreach my $name (sort {

				($data{$a}->{subsys} cmp $data{$b}->{subsys}) ||

				("\L$a" cmp "\L$b")

			       } keys %data) {

		next if ($feat && $name ne $feat);



		my %arch_table = %{$data{$name}->{table}};



		my $status = $arch_table{$arch};

		$status = " " x ((4 - length($status)) / 2) . $status;



		printf " %${max_size_subsys}s/ ", $data{$name}->{subsys};

		printf "%-${max_size_name}s: ", $name;

		printf "%-5s|   ", $status;

		printf "%${max_size_kconfig}s # ", $data{$name}->{kconfig};

		printf " %s\n", $data{$name}->{description};

	}

}



#

# Output a feature on all architectures

#

sub output_feature {

	my $title = "Feature $feat";



	print "=" x length($title) . "\n";

	print "$title\n";

	print "=" x length($title) . "\n\n";



	print ":Subsystem: $data{$feat}->{subsys} \n" if ($data{$feat}->{subsys});

	print ":Kconfig: $data{$feat}->{kconfig} \n" if ($data{$feat}->{kconfig});



	my $desc = $data{$feat}->{description};

	$desc =~ s/^([a-z])/\U$1/;

	$desc =~ s/\.?\s*//;

	print "\n$desc.\n\n";



	my $com = $data{$feat}->{comments};

	$com =~ s/^\s+//;

	$com =~ s/\s+$//;

	if ($com) {

		print "Comments\n";

		print "--------\n\n";

		print "$com\n\n";

	}



	print "=" x $max_size_arch_with_header;

	print "  ";

	print "=" x $max_size_status;

	print "\n";



	printf "%-${max_size_arch}s  ", $h_arch;

	printf "%-${max_size_status}s", $h_status . "\n";



	print "=" x $max_size_arch_with_header;

	print "  ";

	print "=" x $max_size_status;

	print "\n";



	my %arch_table = %{$data{$feat}->{table}};

	foreach my $arch (sort keys %arch_table) {

		printf "%-${max_size_arch}s  ", $arch;

		printf "%-${max_size_status}s\n", $arch_table{$arch};

	}



	print "=" x $max_size_arch_with_header;

	print "  ";

	print "=" x $max_size_status;

	print "\n";

}



#

# Output all features for all architectures

#



sub matrix_lines($$$) {

	my $desc_size = shift;

	my $status_size = shift;

	my $header = shift;

	my $fill;

	my $ln_marker;



	if ($header) {

		$ln_marker = "=";

	} else {

		$ln_marker = "-";

	}



	$fill = $ln_marker;



	print "+";

	print $fill x $max_size_name;

	print "+";

	print $fill x $desc_size;

	print "+";

	print $ln_marker x $status_size;

	print "+\n";

}



sub output_matrix {

	my $title = "Feature status on all architectures";

	my $notcompat = "Not compatible";



	print "=" x length($title) . "\n";

	print "$title\n";

	print "=" x length($title) . "\n\n";



	my $desc_title = "$h_kconfig / $h_description";



	my $desc_size = $max_size_kconfig + 4;

	if (!$description_size) {

		$desc_size = $max_size_description if ($max_size_description > $desc_size);

	} else {

		$desc_size = $description_size if ($description_size > $desc_size);

	}

	$desc_size = $max_description_word if ($max_description_word > $desc_size);



	$desc_size = length($desc_title) if (length($desc_title) > $desc_size);



	$max_size_status = length($notcompat) if (length($notcompat) > $max_size_status);



	# Ensure that the status will fit

	my $min_status_size = $max_size_status + $max_size_arch + 6;

	$status_size = $min_status_size if ($status_size < $min_status_size);





	my $cur_subsys = "";

	foreach my $name (sort {

				($data{$a}->{subsys} cmp $data{$b}->{subsys}) or

				("\L$a" cmp "\L$b")

			       } keys %data) {



		if ($cur_subsys ne $data{$name}->{subsys}) {

			if ($cur_subsys ne "") {

				printf "\n";

			}



			$cur_subsys = $data{$name}->{subsys};



			my $title = "Subsystem: $cur_subsys";

			print "$title\n";

			print "=" x length($title) . "\n\n";





			matrix_lines($desc_size, $status_size, 0);



			printf "|%-${max_size_name}s", $h_name;

			printf "|%-${desc_size}s", $desc_title;



			printf "|%-${status_size}s|\n", "Status per architecture";

			matrix_lines($desc_size, $status_size, 1);

		}



		my %arch_table = %{$data{$name}->{table}};

		my $cur_status = "";



		my (@lines, @descs);

		my $line = "";

		foreach my $arch (sort {

					($arch_table{$b} cmp $arch_table{$a}) or

					("\L$a" cmp "\L$b")

				       } keys %arch_table) {



			my $status = $arch_table{$arch};



			if ($status eq "---") {

				$status = $notcompat;

			}



			if ($status ne $cur_status) {

				if ($line ne "") {

					push @lines, $line;

					$line = "";

				}

				$line = "- **" . $status . "**: " . $arch;

			} elsif (length($line) + length ($arch) + 2 < $status_size) {

				$line .= ", " . $arch;

			} else {

				push @lines, $line;

				$line = "  " . $arch;

			}

			$cur_status = $status;

		}

		push @lines, $line if ($line ne "");



		my $description = $data{$name}->{description};

		while (length($description) > $desc_size) {

			my $d = substr $description, 0, $desc_size;



			# Ensure that it will end on a space

			# if it can't, it means that the size is too small

			# Instead of aborting it, let's print what we have

			if (!($d =~ s/^(.*)\s+.*/$1/)) {

				$d = substr $d, 0, -1;

				push @descs, "$d\\";

				$description =~ s/^\Q$d\E//;

			} else {

				push @descs, $d;

				$description =~ s/^\Q$d\E\s+//;

			}

		}

		push @descs, $description;



		# Ensure that the full description will be printed

		push @lines, "" while (scalar(@lines) < 2 + scalar(@descs));



		my $ln = 0;

		for my $line(@lines) {

			if (!$ln) {

				printf "|%-${max_size_name}s", $name;

				printf "|%-${desc_size}s", "``" . $data{$name}->{kconfig} . "``";

			} elsif ($ln >= 2 && scalar(@descs)) {

				printf "|%-${max_size_name}s", "";

				printf "|%-${desc_size}s", shift @descs;

			} else {

				printf "|%-${max_size_name}s", "";

				printf "|%-${desc_size}s", "";

			}



			printf "|%-${status_size}s|\n", $line;



			$ln++;

		}

		matrix_lines($desc_size, $status_size, 0);

	}

}





#

# Parses all feature files located at $prefix dir

#

find({wanted =>\&parse_feat, no_chdir => 1}, $prefix);



print STDERR Data::Dumper->Dump([\%data], [qw(*data)]) if ($debug);



#

# Handles the command

#

if ($cmd eq "current") {

	$arch = qx(uname -m | sed 's/x86_64/x86/' | sed 's/i386/x86/' | sed 's/s390x/s390/');

	$arch =~s/\s+$//;

}



if ($cmd eq "ls" or $cmd eq "list") {

	if (!$arch) {

		$arch = qx(uname -m | sed 's/x86_64/x86/' | sed 's/i386/x86/' | sed 's/s390x/s390/');

		$arch =~s/\s+$//;

	}



	list_arch_features;



	exit;

}



if ($cmd ne "validate") {

	if ($arch) {

		output_arch_table;

	} elsif ($feat) {

		output_feature;

	} else {

		output_matrix;

	}

}



__END__



=head1 NAME



get_feat.pl - parse the Linux Feature files and produce a ReST book.



=head1 SYNOPSIS



B<get_feat.pl> [--debug] [--man] [--help] [--dir=<dir>] [--arch=<arch>]

	       [--feature=<feature>|--feat=<feature>] <COMAND> [<ARGUMENT>]



Where <COMMAND> can be:



=over 8



B<current>               - output table in ReST compatible ASCII format

			   with features for this machine's architecture



B<rest>                  - output table(s)  in ReST compatible ASCII format

			   with features in ReST markup language. The output

			   is affected by --arch or --feat/--feature flags.



B<validate>              - validate the contents of the files under

			   Documentation/features.



B<ls> or B<list>         - list features for this machine's architecture,

			   using an easier to parse format.

			   The output is affected by --arch flag.



=back



=head1 OPTIONS



=over 8



=item B<--arch>



Output features for an specific architecture, optionally filtering for

a single specific feature.



=item B<--feat> or B<--feature>



Output features for a single specific feature.



=item B<--dir>



Changes the location of the Feature files. By default, it uses

the Documentation/features directory.



=item B<--enable-fname>



Prints the file name of the feature files. This can be used in order to

track dependencies during documentation build.



=item B<--debug>



Put the script in verbose mode, useful for debugging. Can be called multiple

times, to increase verbosity.



=item B<--help>



Prints a brief help message and exits.



=item B<--man>



Prints the manual page and exits.



=back



=head1 DESCRIPTION



Parse the Linux feature files from Documentation/features (by default),

optionally producing results at ReST format.



It supports output data per architecture, per feature or a

feature x arch matrix.



When used with B<rest> command, it will use either one of the tree formats:



If neither B<--arch> or B<--feature> arguments are used, it will output a

matrix with features per architecture.



If B<--arch> argument is used, it will output the features availability for

a given architecture.



If B<--feat> argument is used, it will output the content of the feature

file using ReStructured Text markup.



=head1 BUGS



Report bugs to Mauro Carvalho Chehab <mchehab+samsung@kernel.org>



=head1 COPYRIGHT



Copyright (c) 2019 by Mauro Carvalho Chehab <mchehab+samsung@kernel.org>.



License GPLv2: GNU GPL version 2 <http://gnu.org/licenses/gpl.html>.



This is free software: you are free to change and redistribute it.

There is NO WARRANTY, to the extent permitted by law.



=cut

tools/docs/get_feat.py

0 → 100755
+225 −0
Original line number Diff line number Diff line 
#!/usr/bin/env python3

# pylint: disable=R0902,R0911,R0912,R0914,R0915

# Copyright(c) 2025: Mauro Carvalho Chehab <mchehab@kernel.org>.

# SPDX-License-Identifier: GPL-2.0





"""

Parse the Linux Feature files and produce a ReST book.

"""



import argparse

import os

import subprocess

import sys



from pprint import pprint



LIB_DIR = "../../tools/lib/python"

SRC_DIR = os.path.dirname(os.path.realpath(__file__))



sys.path.insert(0, os.path.join(SRC_DIR, LIB_DIR))



from feat.parse_features import ParseFeature                # pylint: disable=C0413



SRCTREE = os.path.join(os.path.dirname(os.path.realpath(__file__)), "../..")

DEFAULT_DIR = "Documentation/features"





class GetFeature:

    """Helper class to parse feature parsing parameters"""



    @staticmethod

    def get_current_arch():

        """Detects the current architecture"""



        proc = subprocess.run(["uname", "-m"], check=True,

                              capture_output=True, text=True)



        arch = proc.stdout.strip()

        if arch in ["x86_64", "i386"]:

            arch = "x86"

        elif arch == "s390x":

            arch = "s390"



        return arch



    def run_parser(self, args):

        """Execute the feature parser"""



        feat = ParseFeature(args.directory, args.debug, args.enable_fname)

        data = feat.parse()



        if args.debug > 2:

            pprint(data)



        return feat



    def run_rest(self, args):

        """

        Generate tables in ReST format. Three types of tables are

        supported, depending on the calling arguments:



        - neither feature nor arch is passed: generates a full matrix;

        - arch provided: generates a table of supported tables for the

          guiven architecture, eventually filtered by feature;

        - only feature provided: generates a table with feature details,

          showing what architectures it is implemented.

        """



        feat = self.run_parser(args)



        if args.arch:

            rst = feat.output_arch_table(args.arch, args.feat)

        elif args.feat:

            rst = feat.output_feature(args.feat)

        else:

            rst = feat.output_matrix()



        print(rst)



    def run_current(self, args):

        """

        Instead of using a --arch parameter, get feature for the current

        architecture.

        """



        args.arch = self.get_current_arch()



        self.run_rest(args)



    def run_list(self, args):

        """

        Generate a list of features for a given architecture, in a format

        parseable by other scripts. The output format is not ReST.

        """



        if not args.arch:

            args.arch = self.get_current_arch()



        feat = self.run_parser(args)

        msg = feat.list_arch_features(args.arch, args.feat)



        print(msg)



    def parse_arch(self, parser):

        """Add a --arch parsing argument"""



        parser.add_argument("--arch",

                            help="Output features for an specific"

                                 " architecture, optionally filtering for a "

                                 "single specific feature.")



    def parse_feat(self, parser):

        """Add a --feat parsing argument"""



        parser.add_argument("--feat", "--feature",

                            help="Output features for a single specific "

                                  "feature.")





    def current_args(self, subparsers):

        """Implementscurrent argparse subparser"""



        parser = subparsers.add_parser("current",

                                       formatter_class=argparse.RawTextHelpFormatter,

                                       description="Output table in ReST "

                                                   "compatible ASCII format "

                                                   "with features for this "

                                                   "machine's architecture")



        self.parse_feat(parser)

        parser.set_defaults(func=self.run_current)



    def rest_args(self, subparsers):

        """Implement rest argparse subparser"""



        parser = subparsers.add_parser("rest",

                                       formatter_class=argparse.RawTextHelpFormatter,

                                       description="Output table(s) in ReST "

                                                   "compatible ASCII format "

                                                   "with features in ReST "

                                                   "markup language. The "

                                                   "output is affected by "

                                                   "--arch or --feat/--feature"

                                                   " flags.")



        self.parse_arch(parser)

        self.parse_feat(parser)

        parser.set_defaults(func=self.run_rest)



    def list_args(self, subparsers):

        """Implement list argparse subparser"""



        parser = subparsers.add_parser("list",

                                       formatter_class=argparse.RawTextHelpFormatter,

                                       description="List features for this "

                                                   "machine's architecture, "

                                                   "using an easier to parse "

                                                   "format. The output is "

                                                   "affected by --arch flag.")



        self.parse_arch(parser)

        self.parse_feat(parser)

        parser.set_defaults(func=self.run_list)



    def validate_args(self, subparsers):

        """Implement validate argparse subparser"""



        parser = subparsers.add_parser("validate",

                                       formatter_class=argparse.RawTextHelpFormatter,

                                       description="Validate the contents of "

                                                   "the files under "

                                                   f"{DEFAULT_DIR}.")



        parser.set_defaults(func=self.run_parser)



    def parser(self):

        """

        Create an arparse with common options and several subparsers

        """

        parser = argparse.ArgumentParser(formatter_class=argparse.RawTextHelpFormatter)



        parser.add_argument("-d", "--debug", action="count", default=0,

                            help="Put the script in verbose mode, useful for "

                                 "debugging. Can be called multiple times, to "

                                 "increase verbosity.")



        parser.add_argument("--directory", "--dir", default=DEFAULT_DIR,

                            help="Changes the location of the Feature files. "

                                 f"By default, it uses the {DEFAULT_DIR} "

                                 "directory.")



        parser.add_argument("--enable-fname", action="store_true",

                            help="Prints the file name of the feature files. "

                                 "This can be used in order to track "

                                 "dependencies during documentation build.")



        subparsers = parser.add_subparsers()



        self.current_args(subparsers)

        self.rest_args(subparsers)

        self.list_args(subparsers)

        self.validate_args(subparsers)



        args = parser.parse_args()



        return args





def main():

    """Main program"""



    feat = GetFeature()



    args = feat.parser()



    if "func" in args:

        args.func(args)

    else:

        sys.exit(f"Please specify a valid command for {sys.argv[0]}")





# Call main method

if __name__ == "__main__":

    main()

tools/lib/python/feat/parse_features.py

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