nesdoc.in

tinyos2.0版本驱动

#!@pathperl@
# -*- perl -*-

# Copyright (c) 2002-2005 Intel Corporation
# All rights reserved.
#
# This file is distributed under the terms in the attached INTEL-LICENSE     
# file. If you do not find these files, copies can be found by writing to
# Intel Research Berkeley, 2150 Shattuck Avenue, Suite 1300, Berkeley, CA, 
# 94704.  Attention:  Intel License Inquiry.

# The new nesdoc implementation. When run with a TinyOS 1.x setup, just runs
# the old nesdoc except if the -new option is given.
#
# The new nesdoc implementation is based on the XML dump facilities in nesC
# 1.2 (version 1.2.1 of the nesC compiler is required). Documenation
# generation is broken into two phases:
# - nesdoc data collection: nesdoc information for all interfaces and 
#   components is saved to a nesdoc repository, which is just a collection
#   of XML files. See archive.py for more details.
# - HTML generation from the XML files: once a repository is complete,
#   you run nesdoc with the -html option to generate HTML files for
#   each interface and component, along with an index. See genhtml.py
#   for details.
#
# Differences between the old and new nesdocs (summary):
# - the new nesdoc is currently only targeted at generating API documentation;
#   it doesn't generate HTML files describing applications
# - the old nesdoc does not support generic components or interfaces
# - the per-component HTML files, the index and wiring graphs are hopefully
#   more readable
# - information on module implementations is not included (it should not
#   be part of an API documentation)


$prefix = "@prefix@";
$exec_prefix = "@exec_prefix@";
$libprogs = "@libdir@/tinyos";
$python = "@pathpython@";

$tosdir = `ncc -print-tosdir`;
chomp($tosdir);

# If using a TinyOS 1.x tree, assume old-style nesdoc except if there is a
# -new argument somewhere.
if (-d "$tosdir/platform" && !grep /^-new$/, @ARGV) {
    # nesdoc for TinyOS 1.x, support old style docs
    if ($#ARGV < 1) {
	&fail("Usage: nesdoc <documentation directory> <options and nesC files>");
    }

    $docdir = shift @ARGV;

    unshift @ARGV, "-docdir=$docdir";
    unshift @ARGV, "-fsyntax-only";
    unshift @ARGV, "$exec_prefix/bin/ncc";

    exec @ARGV;
    fail("Couldn't execute $ARGV[0]");
}

# nesdoc for TinyOS 2.x 
# parse arguments
$target = `ncc -print-target`;
chomp $target;
for ($i = 0; $i <= $#ARGV; $i++) {
    $strip = 0;
    $_ = $ARGV[$i];
    if (/^-/) {
	if (/^-topdir=(.*)/) {
            push @archive_args, $1;
	    $strip = 1;
	}
	elsif (/^--version$/) {
	    $print_version = 1;
	    $strip = 1;
	}
	elsif (/^-v$/) {
	    $verbose = 1;
	}
	elsif (/^-target=(.*)/) {
	    $target = $1;
	}
	elsif (/^-o/) {
	    ($i, $docdir) = extractarg($i);
	    $strip = 1;
	}
	elsif (/^-html$/) {
	    $genhtml = 1;
	    $strip = 1;
	}
	elsif (/^-preserve$/) {
	    $preserve = 1;
	    $strip = 1;
	}
	elsif (/^-app$/) {
	    $app = 1;
	    $strip = 1;
	}
	elsif (/^-quiet$/) {
	    $quiet = 1;
	    $strip = 1;
	}
    }
    push @ncc_args, $_ if !$strip;
}

if ($print_version) {
    print "nesdoc: @PACKAGE_VERSION@\n";
    exit 0;
}

fail("No documentation directory specified") if !defined $docdir;
$docdir = "$docdir/$target";

if (defined $ENV{PYTHONPATH}) {
    $ENV{PYTHONPATH} = "$libprogs:$PYTHONPATH";
}
else {
    $ENV{PYTHONPATH} = "$libprogs";
}

if ($genhtml) {
    push @html_args, $python;
    push @html_args, "$libprogs/nesdoc/genhtml.py";
    push @html_args, "--quiet" if $quiet;
    push @html_args, $docdir;
    execorfail(@html_args);
}

# Collecting nesdoc data. Run ncc, then process the results with
# nesdoc-archive

unshift @ncc_args, "-fsyntax-only";
unshift @ncc_args, "-fnesc-dump=wiring" if $app;
unshift @ncc_args, "-fnesc-dump=interfacedefs";
unshift @ncc_args, "-fnesc-dump=components(wiring)";
unshift @ncc_args, "-fnesc-dump=interfaces";
unshift @ncc_args, "-fnesc-dump=functions(!global())";
unshift @ncc_args, "-fnesc-dump=referenced(interfaces,components)";
unshift @ncc_args, "$exec_prefix/bin/ncc";

print STDERR join(' ', @ncc_args), "\n" if $verbose;

pipe FORARCHIVE, FORNCC;

if (!($pid = fork())) {
    close STDOUT;
    open STDOUT, ">&FORNCC";
    execorfail(@ncc_args);
}
fail("fork failed") if $pid < 0;
close STDIN;
open STDIN, "<&FORARCHIVE";
# Top of TinyOS tree is a default "topdir" (for package emulation)
$toscontainer = `dirname $tosdir`;
chomp $toscontainer;
push @archive_args, "--topdir=$toscontainer";
push @archive_args, "--preserve" if $preserve;
push @archive_args, "--app" if $app;
push @archive_args, "--quiet" if $quiet;
push @archive_args, "$docdir";
unshift @archive_args, "$libprogs/nesdoc/archive.py";
unshift @archive_args, $python;

print STDERR join(' ', @archive_args), "\n" if $verbose;

fail("Couldn't create directory $docdir") if system("mkdir -p \"$docdir\"");
execorfail(@archive_args);

sub fail {
    print STDERR "$_[0]\n";
    exit 2;
}

sub execorfail {
    exec @_;
    fail("Couldn't execute $_[0]");
}

sub usage {
    fail(<<EOM
Usage: nesdoc -o <documentation directory> <ncc options and nesC files>
         Compile specified files and archive the resulting nesdoc
	 information in <documentation directory>
         Note: This does not generate the nesdoc html pages.

       nesdoc -o <documentation directory> -html
	 Generate nesdoc html pages from archived nesdoc information.

       nesdoc -o <documentation directory> -app <ncc options and nesC file>
         Compile specified nesC application and generate a wiring graph
	 for the whole program in the current directory.
EOM
)
}

sub extractarg {
    local ($i) = @_;

    if (length($ARGV[$i]) == 2) {
	$arg = $ARGV[++$i];
    }
    else {
	$arg = substr($ARGV[$i], 2);
    }
    return ($i, $arg);
}