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|
#!/usr/bin/perl
############################################################################
# $Id$
#
# Creates a Makefile from a template and a project file.
#
# Copyright (C) 1996-1998 by Troll Tech AS. All rights reserved.
#
# Permission to use, copy, modify, and distribute this software and its
# documentation for any purpose and without fee is hereby granted, provided
# that this copyright notice appears in all copies.
# No representations are made about the suitability of this software for any
# purpose. It is provided "as is" without express or implied warranty.
#
#
# Some important, global variables in tmake:
# cpp_ext C++ extension added to moc output (.cpp)
# obj_ext Object file extension (.o on Unix, .obj otherwise)
# moc_aware Will scan for files containing Qt signals/slots
# moc_pre Moc prefix for generated moc file: x.h -> moc_x.cpp
# moc_ext Moc extension for generated moc file: x.cpp -> x.moc
# moc_cmd The moc command in your makefile, $(MOC)
# linebreak Line break character (\)
# dir_sep Directory separator (/ on Unix, \ on Windows)
# is_unix Autodetected. If not Unix, assume Windows (Win32).
#
# If you need to customize any of these settings, do it before
# calling StdInit() in the template file.
#
############################################################################
$TMAKE_VERSION = "1.3";
if ($] < 5.0) {
&tmake_error("This program requires perl version 5 or newer");
}
$cpp_ext = "cpp";
$moc_aware = 0;
$moc_pre = "moc_";
$moc_ext = "moc";
$moc_cmd = '$(MOC)';
$linebreak = "\\";
$really_unix = &check_unix();
$is_unix = $really_unix;
$dir_sep = $is_unix ? "/" : "\\";
$obj_ext = $is_unix ? "o" : "obj";
$depend_path = "";
$nodepend = 0;
$output_count = 0;
$notrim_whitespace = 0;
$read_tmakeconf = 0;
$template_name = "";
$project_name = "";
$outfile = "";
%project = ();
$eval_quit = 0;
$project{"TMAKEPATH"} = $ENV{"TMAKEPATH"} . ";" . $ENV{"HOME"} . "/.tmake/";
while ( @ARGV ) { # parse command line args
$_ = shift @ARGV;
if ( s/^-// ) {
if ( /^e(.*)/ ) {
if ( ! $read_tmakeconf ) {
$read_tmakeconf = 1;
&ScanProject( &find_template("tmake.conf") );
}
$text = "";
eval( ($1 eq "") ? shift @ARGV : $1 );
die $@ if $@;
print $text . "\n" if ($text ne "");
$eval_quit = 1;
} elsif ( /^t(.*)/ ) {
$template_name = ($1 eq "") ? shift @ARGV : $1;
} elsif ( /^o(.*)/ ) {
$outfile = ($1 eq "") ? shift @ARGV : $1;
($outfile eq "-") && ($outfile = "");
if ( $outfile ne "" ) {
open(STDOUT,">" . fix_path($outfile)) ||
&tmake_error("Can't create \"$outfile\"");
}
} elsif ( /^p(.*)/ ) {
#
# The -p option is obsolete and will be removed in the next
# tmake release.
#
&tmake_warning( "-p option obsolete, instead use \"tmake file1.pro file2.pro ...\"");
my($pf) = ($1 eq "") ? shift @ARGV : $1;
if ( ! $read_tmakeconf ) {
$read_tmakeconf = 1;
&ScanProject( &find_template("tmake.conf") );
}
if ( ! ($pf =~ /\.pro$/i) && -f fix_path($pf . ".pro") ) {
$pf .= ".pro";
}
if ( $project_name eq "" ) {
$project_name = $pf;
$project{"PROJECT"} = $project_name;
$project{"PROJECT"} =~ s/\.pro$//i;
$project{"TARGET"} = $project{"PROJECT"};
}
if ( !&ScanProject($pf) ) {
&tmake_error("Can't open project file \"$pf\"");
}
} elsif ( /^unix$/ ) {
$is_unix = 1;
$dir_sep = "/";
$obj_ext = "o";
} elsif ( /^win32$/ ) {
$is_unix = 0;
$dir_sep = "\\";
$obj_ext = "obj";
} elsif ( /^nodepend$/ ) {
$nodepend = 1; # don't generate dependencies
} elsif ( /^v$/ ) {
$verbose = 1;
} else {
&tmake_usage();
}
} elsif ( /^\s*((?:[^:\s]*?:)?)(\w+)\s*(\+=|\*=|\-=|\/=|=)/ ) {
if ( ! $read_tmakeconf && ! (/^\s*TMAKEPATH/) ) {
$read_tmakeconf = 1;
&ScanProject( &find_template("tmake.conf") );
}
Project( $_ ); # manual project setting
} else {
my($pf) = $_;
if ( ! $read_tmakeconf ) {
$read_tmakeconf = 1;
&ScanProject( &find_template("tmake.conf") );
}
if ( ! ($pf =~ /\.pro$/i) && -f fix_path($pf . ".pro") ) {
$pf .= ".pro";
}
if ( $project_name eq "" ) {
$project_name = $pf;
$project{"PROJECT"} = $project_name;
$project{"PROJECT"} =~ s/\.pro$//i;
$project{"TARGET"} = $project{"PROJECT"};
}
if ( !&ScanProject($pf) ) {
&tmake_error("Can't open project file \"$pf\"");
}
}
}
&tmake_verb("Version $TMAKE_VERSION (runtime environment: " .
($really_unix ? "Unix" : "Win32") . ")\n" );
if ( $eval_quit ) {
&tmake_verb("Done!");
exit 0;
}
($project_name eq "") && &tmake_usage();
if ( $template_name eq "" ) {
$template_name = $project{"TEMPLATE"} ?
$project{"TEMPLATE"} : "default.t";
}
$template_name = &find_template($template_name);
&IncludeTemplate($template_name);
&tmake_verb("Done!");
exit 0; # finished!
##############################################################################
# Subroutines from here
##############################################################################
#
# tmake_usage()
#
# Prints a message about program usage and exits
#
sub tmake_usage {
print STDERR "Usage:\n tmake [options] project-files\n";
print STDERR "Options:\n";
print STDERR " -e expr Evaluate expression, ignore template file\n";
print STDERR " -nodepend Don't generate dependency information\n";
print STDERR " -o file Write output to file\n";
print STDERR " -t file Specify a template file\n";
print STDERR " -unix Create output for Unix (auto detects)\n";
print STDERR " -v Verbose/debug mode\n";
print STDERR " -win32 Create output for Win32 (auto detects)\n";
exit 1;
}
#
# tmake_error(msg)
#
# Prints the message and exits
#
sub tmake_error {
my($msg) = @_;
print STDERR "tmake error: " . $msg . "\n";
exit 1;
}
#
# tmake_warning(msg)
#
# Prints the warning message
#
sub tmake_warning {
my($msg) = @_;
print STDERR "tmake warning: " . $msg . "\n";
}
#
# tmake_verb()
#
# Prints a verbose message
#
sub tmake_verb {
my($msg) = @_;
$verbose && print STDERR "tmake: " . $msg . "\n";
}
#
# check_unix()
#
# Returns 1 if this is a Unix, 0 otherwise.
#
sub check_unix {
my($r);
$r = 0;
if ( -f "/bin/uname" ) {
$r = 1;
(-f "\\bin\\uname") && ($r = 0);
}
if ( -f "/usr/bin/uname" ) {
$r = 1;
(-f "\\usr\\bin\\uname") && ($r = 0);
}
return $r;
}
#
# find_template(filename)
#
# Looks for the template file.
# 1. search the current directory
# 2. search the directories in TMAKEPATH
# 3. search in $HOME/.tmake
#
sub find_template {
my($filename) = @_;
my($tb,$d,$p,@dirs);
if ( !defined($template_base) || ($template_base eq "") ) {
$tb = "";
} else {
$tb = $template_base . ";";
}
$d = $tb . $project{"TMAKEPATH"};
@dirs = ("");
push @dirs, &split_path( $d );
$filename .= ".t" unless ($filename =~ /\.\w+$/);
for $d ( @dirs ) {
$p = $d . $filename;
if ( -f fix_path($p) ) {
if ( $filename eq "tmake.conf" ) {
$tmake_platform = $d;
$tmake_platform =~ s-.*[/\\]([^/\\]*)[/\\]-$1-;
&tmake_verb("Detected platform $tmake_platform");
}
return $p;
}
return ($d . $filename) if ( -f fix_path($d . $filename) );
}
&tmake_error("Template file " . $filename . " not found");
}
##############################################################################
# User functions
##############################################################################
#
# StdInit()
#
# Standard initialization
#
sub StdInit {
my($p);
return if $stdinit_done;
$stdinit_done = 1;
if ( defined($project{"OBJECTS_DIR"}) ) {
$project{"OBJECTS_DIR"} = FixPath($project{"OBJECTS_DIR"});
&mkdirp($project{"OBJECTS_DIR"},0777);
}
if ( defined($project{"MOC_DIR"}) ) {
$project{"MOC_DIR"} = FixPath($project{"MOC_DIR"});
&mkdirp($project{"MOC_DIR"},0777);
}
if ( defined($project{"DESTDIR"}) ) {
$project{"DESTDIR"} = FixPath($project{"DESTDIR"});
&mkdirp($project{"DESTDIR"},0777);
}
$project{"OBJECTS"} = &Objects($project{"SOURCES"});
if ( $moc_aware ) {
$project{"_HDRMOC"} = &list_moc($project{"HEADERS"},$moc_pre,$cpp_ext);
$project{"_SRCMOC"} = &list_moc($project{"SOURCES"},"",$moc_ext);
$project{"OBJMOC"} = &Objects($project{"_HDRMOC"});
$p = $project{"_HDRMOC"} . " " . $project{"_SRCMOC"};
$p =~ s/(^\s+|\s+$)//g;
$project{"SRCMOC"} = $p;
}
&AddIncludePath("");
}
sub FixPath {
my($p) = @_;
if ( !defined($p) || ($p eq "") || ($p eq ".") ) {
$p = "";
} else {
$p .= $dir_sep;
$p =~ s-[\\/]+-${dir_sep}-g;
}
return $p;
}
#
# Config(name)
#
# Returns true if the project variable CONFIG contains the
# configuration name.
#
sub Config {
my($name) = @_;
return $project{"CONFIG"} =~ /\b\Q$name\E\b/;
}
#
# DisableOutput()
#
# Disables tmake output. Must be restored by calling a corresponding
# EnableOutput().
#
sub DisableOutput {
$output_count++;
}
#
# EnableOutput()
#
# Enables tmake output again after DisableOutput() has been called.
#
sub EnableOutput {
$output_count--;
}
#
# Now() - sets $text
#
# Sets $text to the current date and time.
#
sub Now {
my($sec,$min,$hour,$mday,$mon,$year);
($sec,$min,$hour,$mday,$mon,$year) = localtime(time());
$text = sprintf("%02d:%02d, %4d/%02d/%02d",
$hour, $min, 1900+$year, 1+$mon, $mday);
}
#
# expand_project_var(var)
#
# Internal function for Project().
# Expands a project value string.
#
sub expand_project_var {
my($v) = @_;
my($c);
return "" if !defined($v);
$c = 0;
while ( $c < 100 ) { # expand $$
if ( $v =~ s/(\$\$\w+)/\035/ ) {
$_ = $1;
s/\$\$//g;
if ( !defined($project{$_}) ) {
$v =~ s/\035//g;
} else {
$v =~ s/\035/$project{$_}/g;
}
$c++;
} else {
$c = 100;
}
}
return $v;
}
#
# Project(strings)
#
# This is a powerful function for setting or reading project variables.
# Returns the resulting project variables (joined with space between).
#
# Get a project variable:
# $s = Project("TEMPLATE"); -> $s = "TEMPLATE"
#
# Set a project variable:
# Project("TEMPLATE = lib"); -> TEMPLATE = lib
# Project("CONFIG =";) -> CONFIG empty
#
# Append to a project variable:
# Project("CONFIG = qt"); -> CONFIG = qt
# Project("CONFIG += debug"); -> CONFIG = qt debug
#
# Append to a project variable if it does not contain the value already:
# Project("CONFIG = qt release"); -> CONFIG = qt release
# Project("CONFIG *= qt"); -> CONFIG = qt release
# Project("CONFIG *= opengl"); -> CONFIG = qt release opengl
#
# Subtract from a project variable:
# Project("THINGS = abc xyz"); -> THINGS = abc xyz
# Project("THINGS -= abc"); -> THINGS = xyz
#
# Search/replace on a project variable:
# Project("CONFIG = tq opengl"); -> CONFIG = tq opengl
# Project("CONFIG /= s/tq/qt/"); -> CONFIG = qt opengl
#
# The operations can be performed on several project variables at a time.
#
# Project("TEMPLATE = app", "CONFIG *= opengl", "THINGS += klm");
#
sub Project {
my @settings = @_;
my($r,$if_var,$t,$s,$v,$p,$c);
$r = "";
foreach ( @settings ) {
$v = $_;
if ( $v =~ s/^\s*((?:[^:\s]*?:)?)(\w+)\s*(\+=|\*=|\-=|\/=|=)// ) {
$if_var = $1;
if ( $if_var ne "" ) {
chop $if_var;
if ( $if_var eq "unix" ) {
return "" if !$is_unix;
} elsif ( $if_var eq "win32" ) {
return "" if $is_unix;
} elsif ( ($if_var ne $tmake_platform) && !Config($if_var) ) {
return "";
}
}
$t = $2;
$s = $3;
if ( ! $notrim_whitespace ) {
$v =~ s/^\s+//; # trim white space
$v =~ s/\s+$//;
}
$v = expand_project_var($v);
$p = $project{$t};
if ( $s ne "=" && $v eq "" ) {
# nothing to append, subtract or sed
} elsif ( $s eq "=" ) { # set variable
$p = $v;
} elsif ( $s eq "+=" ) { # append
if ( $p eq "" ) {
$p = $v;
} else {
$p .= " " . $v;
}
} elsif ( $s eq "*=" ) { # append if not contained
if ( !($p =~ /(?:^|\s)\Q$v\E(?:\s|$)/) ) {
if ( $p eq "" ) {
$p = $v;
} else {
$p .= " " . $v;
}
}
} elsif ( $s eq "-=" ) { # subtract
$p =~ s/$v//g;
} elsif ( $s eq "/=" ) { # sed
$cmd = '$p =~ ' . $v;
eval $cmd;
}
$project{$t} = expand_project_var($p);
} else {
$p = expand_project_var($project{$v});
}
if ( $p ne "" ) {
$r = ($r eq "") ? $p : ($r . " " . $p);
}
}
return $r;
}
#
# Substitute(string)
#
# This function substitutes project variables in a text.
#
# Example:
# Substitute('The project name is "$$PROJECT"')
#
sub Substitute {
my($subst) = @_;
$text = expand_project_var($subst);
return $text;
}
#
# ScanProject(file)
#
# Scans a project file. Inserts project variables into the global
# associative project array.
#
sub ScanProject {
my($file) = @_;
my($var,$val,@v,$more,$line,$endmark);
$var = "";
$line = 0;
open(TMP,fix_path($file)) || return 0;
&tmake_verb("Reading the project file $file");
while ( <TMP> ) {
$line++;
s/\#.*//; # strip comment
s/^\s+//; # strip white space
s/\s+$//;
if ( /^\s*((?:(?:[^:\s]*?:)?)\w+\s*(\+|\-|\*|\/)?=)/ ) {
$var = $1; # var also contains the ".="
s/^.*?=\s*//;
if ( /^\<\<(.*)$/ ) {
$endmark = $1;
$val = "";
while ( <TMP> ) {
$line++;
if ( /^\Q$endmark\E$/ ) {
$endmark = "";
last;
}
$val .= $_;
}
if ( $endmark ne "" ) {
tmake_error("$file:$line: End marker $endmark not found");
}
chop $val if ( $val ne "" );
$notrim_whitespace++;
Project( $var . $val );
$notrim_whitespace--;
$var = "";
$_ = "";
}
}
if ( $var ne "" ) {
$more = ( $_ =~ s/\s*\\\s*$// ); # more if \ at end of line
push( @v, split( /\s+/, $_ ) );
if ( ! $more ) {
$val = join(" ",@v);
Project( $var . $val );
$var = "";
@v = ();
}
} elsif ( $_ ne "" ) {
tmake_error("$file:$line: Syntax error");
}
}
close(TMP);
&tmake_verb("Done reading the project file $file");
return 1;
}
#
# IncludeTemplate(template_name)
#
# Includes and processes a template file.
#
# Below, we read the template file and executes any perl code found.
# Perl code comes after "#$". The variable $text contains the text
# to replace the perl code that was executed.
# Template comments begin with "#!".
#
sub IncludeTemplate {
my($t_name) = @_;
my($cmd,$cmd_block,$cmd_end,$is_cmd_block,$saveline,$spaceonly);
local($text);
local(*T);
$t_name = &find_template($t_name);
if ( $tmake_template_dict{$t_name} ) {
&tmake_error("Cyclic template inclusion for $t_name");
} else {
$tmake_template_dict{$t_name} = 1;
}
$template_base = $t_name;
$template_base =~ s-(.*[/\\]).*-$1-;
&tmake_verb("Reading the template $t_name");
open(T,fix_path($t_name)) ||
&tmake_error("Can't open template file \"$t_name\"");
while ( <T> ) {
if ( /\#\!/ ) { # tmake comment
s/\s*\#\!.*//;
next if /^$/;
}
if ( /\#\$(\{)?\s*(.*)\n/ ) { # code
$cmd = $2;
$is_cmd_block = defined($1) && ($1 eq "{");
s/\#\$.*\n//;
if ( $is_cmd_block ) { # code block #${ ...
$saveline = $_;
$cmd_block = $cmd;
$cmd_end = 0;
while ( <T> ) {
$cmd = $_;
$cmd =~ s/\s*\#\!.*//; # tmake comment
if ( $cmd =~ /^\s*\#\$\}/ ) {
$_ = "";
$cmd_end = 1;
last;
}
$cmd =~ s/^\s*\#(\$)?\s*//;
$cmd_block .= $cmd;
}
$cmd_end || &tmake_error('#$} expected but not found');
$cmd = $cmd_block;
$_ = $saveline;
}
$spaceonly = /^\s*$/;
$saveline = $_;
&tmake_verb("Evaluate: $cmd");
$text = "";
eval $cmd;
die $@ if $@;
next if $spaceonly && ($text =~ /^\s*$/);
print $saveline . $text . "\n" if $output_count <= 0;
} else { # something else
print if $output_count <= 0;
}
}
close( T );
}
#
# Expand(var) - appends to $text
#
# Expands a list of $project{} variables with a space character between them.
#
sub Expand {
my @vars = @_;
my($t);
$t = Project(@vars);
if ( $text eq "" ) {
$text = $t;
} elsif ( $t ne "" ) {
$text .= " " . $t;
}
return $text;
}
#
# ExpandGlue(var,prepend,glue,append) - appends to $text
#
# Expands a $project{} variable, splits on whitespace
# and joins with $glue. $prepend is put at the start
# of the string and $append is put at the end of the
# string. The resulting string becomes "" if the project
# var is empty or not defined.
#
# Example:
#
# The project file defines:
# SOURCES = a b c
#
# ExpandGlue("SOURCES","<","-",">")
#
# The result:
# $text = "<a-b-c>"
#
sub ExpandGlue {
my($var,$prepend,$glue,$append) = @_;
my($t,$v);
$v = Project($var);
if ( $v eq "" ) {
$t = "";
} else {
$t = $prepend . join($glue,split(/\s+/,$v)) . $append;
}
if ( $text eq "" ) {
$text = $t;
} elsif ( $t ne "" ) {
$text .= " " . $t;
}
return $text;
}
#
# ExpandList(var) - sets $text.
#
# Suitable for expanding HEADERS = ... etc. in a Makefile
#
sub ExpandList {
my($var) = @_;
return ExpandGlue($var,""," ${linebreak}\n\t\t","");
}
#
# ExpandPath(var,prepend,glue,append) - appends to $text
#
# Expands a $project{} variable, splits on either ';' or
# whitespace and joins with $glue. $prepend is put at the
# start of the string and $append is put at the end of the
# string. The resulting string becomes "" if the project
# variable is empty or not defined.
#
# If the variable contains at least one semicolon or tmake
# is running on Windows, the resulting items are put in
# double-quotes.
#
# Example:
#
# The project file defines:
# INCLUDEPATH = "C:\qt\include;c:\program files\msdev\include
#
# ExpandGlue("INCLUDEPATH","-I","-I","")
#
# The result:
# $text = -I"c:\qt\include" -I"c:\program files\msdev\include"
#
sub ExpandPath {
my($var,$prepend,$glue,$append) = @_;
my($t,$v);
my($s);
$v = Project($var);
if ( $v eq "" ) {
$t = "";
} else {
if ( $v =~ /;/ || !$is_unix ) {
$prepend .= '"';
$glue = '"' . $glue . '"';
$append = '"' . $append;
}
if ( $v =~ /;/ ) {
$t = $prepend . join($glue,split(/;+/,$v)) . $append;
} else {
$t = $prepend . join($glue,split(/\s+/,$v)) . $append;
}
}
if ( $text eq "" ) {
$text = $t;
} elsif ( $t ne "" ) {
$text .= " " . $t;
}
return $text;
}
#
# TmakeSelf()
#
# Generates makefile rule to regenerate the makefile using tmake.
#
sub TmakeSelf {
my $a = "tmake $project_name";
if ( $nodepend ) {
$a .= " -nodepend";
}
if ( $outfile ) {
$text = "tmake: $outfile\n\n$outfile: $project_name\n\t";
$a .= " -o $outfile";
} else {
$text = "tmake:\n\t";
}
$text .= $a
}
#
# Objects(files)
#
# Replaces any extension with .o ($obj_ext).
#
sub Objects {
local($_) = @_;
my(@a);
@a = split(/\s+/,$_);
foreach ( @a ) {
s-\.\w+$-.${obj_ext}-;
if ( defined($project{"OBJECTS_DIR"}) ) {
s-^.*[\\/]--;
$_ = $project{"OBJECTS_DIR"} . $_;
}
}
return join(" ",@a);
}
#
# list_moc(files,prefix,extension)
#
# Scans all files and selects all files that contain Q_OBJECT.
# Insert a prefix before the filename and replaces the filename extention.
#
sub list_moc {
my($files,$pre,$ext) = @_;
my(@v,@m,@lines,$contents,$n,$f,$t);
@v = split(/\s+/,$files);
undef $/;
foreach $f ( @v ) {
if ( open(TMP,fix_path($f)) ) {
$contents = <TMP>;
close(TMP);
$n = 0;
@lines = split(/\n/,$contents);
grep( /tmake\s+ignore\s+Q_OBJECT/ && $n--, @lines );
$contents =~ s-/\*.*?\*/--gs; # strip C/C++ comments
$contents =~ s-//.*\n--g;
@lines = split(/\n/,$contents);
grep( /(^|\W)Q_OBJECT(\W|$)/ && $n++, @lines );
if ( $n > 0 ) {
$t = $f;
$t =~ s-^(.*[/\\])?([^/\\]*?)\.(\w+)$-$1${pre}$2.${ext}-;
if ( defined($project{"MOC_DIR"}) ) {
$t =~ s-^.*[\\/]--;
$t = $project{"MOC_DIR"} . $t;
}
$moc_output{$f} = $t;
$moc_input{$t} = $f;
push(@m,$t);
}
$contents = "";
}
}
$/ = "\n";
return join(" ",@m);
}
#
# BuildObj(objects,sources)
#
# Builds the object files.
#
sub BuildObj {
my($obj,$src) = @_;
my(@objv,$srcv,$i,$s,$o,$d,$c,$comp,$cimp);
@objv = split(/\s+/,$obj);
@srcv = split(/\s+/,$src);
for $i ( 0..$#objv ) {
$s = $srcv[$i];
$o = $objv[$i];
next if $s eq "";
$text .= $o . ": " . $s;
if ( defined($moc_output{$s}) && ($moc_output{$s} ne "") ) {
$text .= " ${linebreak}\n\t\t" . $moc_output{$s};
}
$d = &make_depend($s);
$text .= " ${linebreak}\n\t\t" . $d if $d ne "";
if ( ($s =~ /\.c$/) ) {
$comp = "TMAKE_RUN_CC";
$cimp = "TMAKE_RUN_CC_IMP";
} else {
$comp = "TMAKE_RUN_CXX";
$cimp = "TMAKE_RUN_CXX_IMP";
}
if ( defined($project{"OBJECTS_DIR"}) ||
!defined($project{$cimp}) ) {
$c = $project{$comp};
$c =~ s/\$src/$s/;
$c =~ s/\$obj/$o/;
$text .= "\n\t$c";
}
$text .= "\n\n";
}
chop $text;
}
#
# BuildMocObj(objects,sources)
#
# Builds the moc object files.
#
sub BuildMocObj {
my($obj,$src) = @_;
my(@objv,$srcv,$i,$s,$o,$hdr,$d);
@objv = split(/\s+/,$obj);
@srcv = split(/\s+/,$src);
for $i ( 0..$#objv ) {
$s = $srcv[$i];
$o = $objv[$i];
$hdr = $moc_input{$srcv[$i]};
$text .= $o . ": " . $s . " ${linebreak}\n\t\t" . $hdr;
$d = &make_depend($hdr);
$text .= " ${linebreak}\n\t\t" . $d if $d ne "";
if ( defined($project{"OBJECTS_DIR"}) || defined($project{"MOC_DIR"})||
!defined($project{"TMAKE_RUN_CXX_IMP"}) ) {
$c = $project{"TMAKE_RUN_CXX"};
$c =~ s/\$src/$s/;
$c =~ s/\$obj/$o/;
$text .= "\n\t$c";
}
$text .= "\n\n";
}
chop $text;
}
#
# BuildMocSrc(files)
#
# Builds the moc source files from headers and sources.
#
sub BuildMocSrc {
my($f) = @_;
my(@v,$m,$o);
@v = split(/\s+/,$f);
foreach $m ( @v ) {
$o = $moc_output{$m};
if ( defined($o) && ($o ne "") ) {
$text .= "$o: $m\n\t$moc_cmd $m -o $o\n\n";
}
}
chop $text;
}
#
# AddIncludePath(path)
#
# Adds path to the current include path, $project{"INCLUDEPATH"}.
#
sub AddIncludePath {
my($path) = @_;
my($p);
if ( $project{"INCPATH"} &&
($project{"INCPATH"} =~ /(?:^|\s)\Q$path\E(?:\s|$)/) ) {
return;
}
$project{"INCLUDEPATH"} = "" if !defined($project{"INCLUDEPATH"});
if ( !defined($project{"INCPATH_SEP"}) ) {
if ( $project{"INCLUDEPATH"} =~ /;/ ) {
$project{"INCPATH_SEP"} = ";";
} else {
$project{"INCPATH_SEP"} = " ";
}
}
$p = $project{"INCLUDEPATH"};
$p = ($p && $path) ? ($p . ";" . $path) : ($p . $path);
$project{"INCLUDEPATH"} = $p;
$p = join($project{"INCPATH_SEP"},&split_path($p));
$p =~ s=[\\/]($project{"INCPATH_SEP"}|$)=$project{"INCPATH_SEP"}=g;
$project{"INCPATH"} = $p;
}
#
# FindHighestLibVersion(dir,name)
#
# Returns the newest library version. Scans all the files in the specifies
# directory and returns the highest version number.
#
# Used on Windows only.
#
# Example:
# FindHighestLibVersion("c:\qt\lib","qt") returns "200" if
# the c:\qt\lib directory contains qt141.lib and qt200.lib.
#
sub FindHighestLibVersion {
my($dir,$name) = @_;
my(@files,$f,$v,$highest);
$highest = "";
@files = find_files($dir,"${name}.*\.lib");
for $f ( @files ) {
if ( $f =~ /(\d+)\.lib/i ) {
$v = $1;
if ( $highest eq "" || $v > $highest ) {
$highest = $v;
}
}
}
return $highest;
}
#
# Finds files.
#
# Examples:
# find_files("/usr","\.cpp$",1) - finds .cpp files in /usr and below
# find_files("/tmp","^#",0) - finds #* files in /tmp
#
sub find_files {
my($dir,$match,$descend) = @_;
my($file,$p,@files);
local(*D);
$dir =~ s=\\=/=g;
($dir eq "") && ($dir = ".");
if ( opendir(D,fix_path($dir)) ) {
if ( $dir eq "." ) {
$dir = "";
} else {
($dir =~ /\/$/) || ($dir .= "/");
}
foreach $file ( readdir(D) ) {
next if ( $file =~ /^\.\.?$/ );
$p = $dir . $file;
if ( $is_unix ) {
($file =~ /$match/) && (push @files, $p);
} else {
($file =~ /$match/i) && (push @files, $p);
}
if ( $descend && -d $p && ! -l $p ) {
push @files, &find_files($p,$match,$descend);
}
}
closedir(D);
}
return @files;
}
#
# make_depend(file)
#
# Returns a list of included files.
# Uses the global $depend_path variable.
#
sub make_depend {
my($file) = @_;
my($i,$count);
if ( $nodepend ) {
return "";
}
if ( ! $depend_path_fixed ) {
$depend_path_fixed = 1;
if ( defined($project{"DEPENDPATH"}) ) {
$depend_path = $project{"DEPENDPATH"};
} else {
$depend_path = "";
}
$count = 0;
while ( $count < 100 ) {
if ( $depend_path =~ s/(\$[\{\(]?\w+[\}\)]?)/035/ ) {
$_ = $1;
s/[\$\{\}\(\)]//g;
$depend_path =~ s/035/$ENV{$_}/g;
} else {
$count = 100;
}
}
@dep_path = &split_path($depend_path);
}
@cur_dep_path = @dep_path;
if ( $file =~ /(.*[\/\\])/ ) {
$dep_curdir = $1;
push @cur_dep_path, $dep_curdir;
} else {
$dep_curdir = "";
}
$dep_file = $file;
&canonical_dep($file);
%dep_dict = ();
$i = &build_dep($file);
chop $i;
$i =~ s=/=$dir_sep=g unless $is_unix;
$i =~ s=([a-zA-Z]):/=//$1/=g if (defined($gnuwin32) && $gnuwin32);
return join(" ${linebreak}\n\t\t",split(/ /,$i) );
}
#
# build_dep() - Internal for make_depend()
#
sub build_dep {
my($file) = @_;
my(@i,$a,$n);
$a = "";
return $a if !(defined $depend_dict{$file});
@i = split(/ /,$depend_dict{$file});
for $n ( @i ) {
if ( !defined($dep_dict{$n}) && defined($full_path{$n}) ) {
$dep_dict{$n} = 1;
$a .= $full_path{$n} . " " . &build_dep($n);
}
}
return $a;
}
#
# canonical_dep(file) - Internal for make_depend()
#
# Reads the file and all included files recursively.
# %depend_dict associates a file name to a list of included files.
#
sub canonical_dep {
my($file) = @_;
my(@inc,$i);
@inc = &scan_dep($file);
if ( @inc ) {
$depend_dict{$file} = join(" ",@inc);
for $i ( @inc ) {
&canonical_dep($i) if !defined($depend_dict{$i});
}
}
}
#
# scan_dep(file) - Internal for make_depend()
#
# Returns an array of included files.
#
sub scan_dep {
my($file) = @_;
my($dir,$path,$found,@allincs,@includes,%incs);
$path = $file;
@includes = ();
return @includes if $file =~ /\.$moc_ext$/; # avoid .moc files
if ( ! (-f fix_path($path)) ) {
$found = 0;
for $dir ( @cur_dep_path ) {
$path = $dir . $file;
last if ( $found = (-f fix_path($path)) );
}
return @includes if ! $found;
}
undef $/;
if ( open(TMP,fix_path($path)) ) {
$full_path{$file} = $path;
$_ = <TMP>;
s-/\*.*?\*/--gs; # strip C/C++ comments
s-//.*\n-\n-g;
@allincs = split(/\n/,$_);
@allincs = grep(/^\s*#\s*include/,@allincs);
foreach ( @allincs ) { # all #include lines
next if !(/^\s*#\s*include\s+[<"]([^>"]*)[>"]/) || defined($incs{$1});
push(@includes,$1);
$incs{$1} = "1";
}
close(TMP);
}
$/ = "\n";
return @includes;
}
#
# split_path(path)
#
# Splits a path containing : (Unix) or ; (MSDOS, NT etc.) separators.
# Returns an array.
#
sub split_path {
my($p) = @_;
my($s,@d);
@d = ();
return @d if !defined($p) || $p eq "";
$p =~ s=:=;=g if $is_unix;
$p =~ s=[/\\]+=/=g;
if ( !($p =~ /;/) ) {
$p =~ s/\s+/;/g;
}
$p =~ s/\s*;\s*/;/g;
while( $p =~ /(?:(?:[^\"\;][^\;]*;*)|(?:\"[^\"]*\";*))/g ) {
$s = $&;
$s =~ s=\"==g;
$s =~ s=[\s\;]+$==g;
$s =~ s=([^/:])$=$1/=g;
$s =~ s=/=$dir_sep=g unless $is_unix;
push @d, $s;
}
return @d;
}
#
# fix_path(path)
#
# Converts all '\' to '/' if this really seems to be a Unix box.
#
sub fix_path {
my($p) = @_;
if ( $really_unix ) {
$p =~ s-\\-/-g;
} else {
$p =~ s-/-\\-g;
}
return $p;
}
#
# mkdirp(filename,mode) - Internal for StdInit()
#
# Creates the directory specified by $filename, with permissions
# specified by mode (as modified by umask). Recursively calls
# mkdir, similar to 'mkdir -p'.
#
sub mkdirp {
my($filename,$mode) = @_;
if ( $filename =~ /\$\(\w+\)/ ) { # ignore "$(something)"
return 0;
}
$filename =~ s-[\\:/]+-/-g;
if ( -d $filename ) {
return 1;
}
$filename =~ m-^((.*)/)?(.*)-;
if ( defined($2) && ! mkdirp($2,$mode) ) {
return 0;
}
return mkdir($filename,$mode);
}
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