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|
#!/usr/bin/perl -w
use warnings;
use strict;
our $doxydocs;
use lib 'doxygen/perlmod';
use DoxyDocs;
my $startPtr = $doxydocs;
my $foundHash;
my $verbose = 0;
while(<STDIN>) {
next if (/\\newcommand\{\\ptex/);
if (/\\ptexPaste\{([^\}]+)\}/) {
my $x = $1;
my @temp=split/,/,$x;
die "$0: Syntax error for \\ptexPaste line $.\n" if ($#temp<0);
$foundHash=\$x;
my $ptr = $startPtr->{"classes"};
if ($temp[0]=~s/(^!)//) {
$ptr = $startPtr->{"files"};
}
findClassOrFile($ptr,$temp[0],\$foundHash);
(UNIVERSAL::isa( $foundHash, "HASH" )) or die "$0: Not found file or class $x at line $.\n";
if ($#temp>=1) {
my $nameOfKind = $temp[1];
my $kind = "variable";
if ($nameOfKind=~s/\(\)$//) {
$kind="function";
}
findKind($foundHash,$nameOfKind,\$foundHash,$kind);
(UNIVERSAL::isa( $foundHash, "HASH" ))
or die "$0: Not found function $x\n";
printHash($foundHash) if ($verbose);
}
$x = $temp[0];
my $substitution = getDetailed($foundHash);
$substitution =~ s/!PTEX_THISCLASS/$x/g;
s/\\ptexPaste\{([^\}]+)\}/$substitution/;
}
if (/\\ptexReadFile\{([^\}]+)\}/) {
print STDERR "Reading $1\n" if ($verbose);
readFile($1);
next;
}
print;
}
sub readFile
{
my ($file)=@_;
open(FILE, "<", $file) or die "Cannot open $file: $!\n";
while(<FILE>) {
print;
}
close(FILE);
}
sub getDetailed
{
my ($ptr)=@_;
my $x = $ptr->{"detailed"}->{"doc"};
my $buffer = "";
for my $item (@$x) {
$buffer .= procTextual($item);
}
return $buffer;
}
sub procTextual
{
my ($ptr)=@_;
my $type = $ptr->{"type"};
return "\n\n" if ($type eq "parbreak");
return "$type" unless ($type eq "text");
my $content = $ptr->{"content"};
defined($content) or $content="";
return $content;
}
sub printHash
{
my ($ptr)=@_;
for my $item (keys %$ptr) {
my $value = $ptr->{$item};
print STDERR "key=$item value=$value\n";
}
}
sub findClassOrFile
{
my ($ptr,$thisClassOrFile,$foundHash)=@_;
for my $item (@$ptr) {
if ($item->{"name"} eq $thisClassOrFile) {
$$foundHash = $item;
return;
}
}
}
sub findKind
{
my ($ptr,$thisFunc,$foundHash,$kind)=@_;
my ($lastKind,$lastName)=("","");
for my $item (keys %$ptr) {
print STDERR "key=$item\n" if ($verbose);
my $x = $ptr->{$item};
if (UNIVERSAL::isa( $x, "HASH" )) {
findKind($x,$thisFunc,$foundHash,$kind);
next;
} elsif (UNIVERSAL::isa( $x, "ARRAY" )) {
findKindA($x,$thisFunc,$foundHash,$kind);
next;
}
if ($item eq "kind") {
$lastKind = $x;
print STDERR "lastKind=$lastKind\n" if ($verbose);
}
if ($item eq "name") {
$lastName = $x;
print STDERR "lastName $lastName and thisFunc= $thisFunc\n" if ($verbose);
}
if ($lastName eq $thisFunc) {
next if (defined($kind) and !($lastKind eq $kind));
$$foundHash = $ptr;
print STDERR "Found for hash $$foundHash\n" if ($verbose);
return;
}
}
}
sub findKindA
{
my ($ptr,$thisFunc,$foundHash,$kind)=@_;
for my $item (@$ptr) {
print STDERR "findKindA key=$item\n" if ($verbose);
my $x = $item;
if (UNIVERSAL::isa( $x, "HASH" )) {
findKind($x,$thisFunc,$foundHash,$kind);
} elsif (UNIVERSAL::isa( $x, "ARRAY" )) {
findKindA($x,$thisFunc,$foundHash,$kind);
} else {
print STDERR "findKindA value=$x\n" if ($verbose);
}
}
}
|
