/**
*
* Static ! not sure why!?
*
*/
static function construct($svg, $data = array())
{
if (is_object($data)) {
$data = (array) $data;
}
$t = new XML_SvgToPDF();
$t->language = @$data['language'];
/*
$x = new XML_Tree_Morph(
$svg,
array(
'debug' => 0,
'filter' => array(
'svg' => array(&$t, 'buildObject'),
'image' => array(&$t, 'buildObject'),
'text' => array(&$t, 'buildObject'),
'tspan' => array(&$t, 'buildObject'),
'rect' => array(&$t, 'buildObject'),
'g' => array(&$t, 'buildObject'),
'path' => array(&$t, 'buildObject'),
'sodipodi:namedview' => array(&$t, 'buildNull'),
'defs' => array(&$t, 'buildNull'),
)
)
);
$tree = $x->getTreeFromFile();
$tree = $t->buildobject($tree);
*/
//echo "<PRE>";
$tree = $t->parseSvg($svg);
//echo "<PRE>";print_r($tree);exit;
//echo "<PRE>";print_r($tree);exit;
$orientation = preg_replace('/[^0-9.]+/', '', $tree->width) * 1 > preg_replace('/[^0-9.]+/', '', $tree->height) * 1 ? 'L' : 'P';
//var_dump($orientation);exit;
$GLOBALS['_XML_SVGTOPDF']['options']['file'] = $svg;
if (@$data['language'] == 'big5') {
//die("trying chinese");
require_once 'Fpdf/tFPDF.php';
$pdf = new tFPDF($orientation, 'mm', 'A4');
// we originally used ARIALUNI.ttf'
$font = '/usr/share/fonts/truetype/msttcorefonts/Arial.ttf';
if (!file_exists('/usr/share/fonts/truetype/msttcorefonts/Arial.ttf')) {
die("install msttcorefonts package");
}
//$pdf->AddFont('ARIALUNI','',$font,true);
$pdf->AddFont('ARIALUNI', '', '/usr/share/fonts/truetype/msttcorefonts/Arial.ttf', true);
$pdf->AddFont('ARIALUNI', 'B', '/usr/share/fonts/truetype/msttcorefonts/Arial_Bold.ttf', true);
// $pdf->SetFont('ARIALUNI','',14);
// require_once 'Fpdf/Chinese-unicode.php';
//
// $pdf=new PDF_Unicode($orientation ,'mm','A4');
//// $pdf->AddGBFont();
//// $pdf->AddBig5Font();
// $pdf->AddUniCNSFont('Uni');
//$pdf->AddUniCNSFont('Uni');
//AddUniCNShwFont
$pdf->open();
} else {
$pdf = new tFPDF($orientation, 'mm', 'A4');
$pdf->open();
}
$pdf->setAutoPageBreak(false);
$pdf->AliasNbPages();
// convert data to array.
if (is_object($data)) {
$data = (array) $data;
}
// assoc. array of key => no of fields per page.
$perPage = $tree->calcPerPage();
//list($var,$perpage) = $tree->calcPerPage();
//if (empty($data) || !@$var || !@count($data[$var])) {
// print_r("<PRE>");
// print_r($data['transactions'][0]);
// $data['transactions'][0]->desc = 'abcdefghijklmnopqrstuvwxyz Z';
// print_r($data['transactions'][0]->desc);
// no dynamic blocks:
if (!$perPage || empty($data)) {
$pdf->addPage();
$tree->writePDF($pdf, $data);
$t->debug($tree);
return $pdf;
}
// build blocks of data for each page.
$haveData = true;
$page = 0;
// $originalData = $data;
//$alldata = $data[$var];
// while (count($alldata)) {
//print_r($perPage);exit;
while (true == $haveData) {
$page_data = $data;
$haveData = false;
//print_r($perPage);
// replaces the properties that have 'page data'
foreach ($perPage as $k => $v) {
if (empty($data[$k])) {
$page_data[$k] = array();
continue;
}
$haveData = true;
$page_data[$k] = self::fetchRows($data, $k, $v);
//$page_data[$k] = array_splice ( $data[$k], 0,$v);
}
if ($page && !$haveData) {
break;
}
$page++;
$t->debug("<B>PAGE {$page}<B>");
$pdf->addPage();
$tree->writePDF($pdf, $page_data);
//$tree->writePDF($pdf,$data);
}
$t->debug($tree);
return $pdf;
}