|
|
 |
|
 |
| |
<?php
#
## print nod contents with all tags by php dom
#
// XML data
$xml_string = "<?xml version='1.0' ?>
<sentence>
How to get contents of node with all tags by PHP Dom: <br/>
<b>cabbages</b>, <i>tomatoes</i>,
<i>apples</i>, <font color='purple'>aubergines</font>
<ol>
<li> row 1 </li>
<li> row 2 </li>
<li> row 3 </li>
</ol>
<table border = '1'>
<tbody>
<tr>
<td>I am</td>
</tr>
<tr>
<td>Programmer</td>
</tr>
</tbody>
</table>
You see my projects at:
<strong><a href='http://www.itdeveloping.eu' >http://www.itdeveloping.eu</a></strong>
</sentence>";
// parse it
$doc= new DOMDocument();
if (!$doc->loadXML($xml_string))
{
echo ("Error in XML document");
}
$nody = $doc->getElementsByTagName('sentence'); // gets NodeList
$nod=$nody->item(0); // Node
getContent($Content,$nod);
echo $Content;
// getContent function definition
function getContent(&$NodeContent="",$nod)
{ $NodList=$nod->childNodes;
for( $j=0 ; $j < $NodList->length; $j++ )
{ $nod2=$NodList->item($j); // Node j
$nodeActualName=$nod2->nodeName;
$nodevalue=$nod2->nodeValue;
if($nod2->nodeType == XML_TEXT_NODE)
$NodeContent .= $nodevalue;
else
{ $NodeContent .= "<$nodeActualName ";
$attAre=$nod2->attributes;
foreach ($attAre as $value)
$NodeContent .="{$value->nodeName}='{$value->nodeValue}'" ;
$NodeContent .=">";
getContent($NodeContent,$nod2);
$NodeContent .= "</$nodeActualName>";
}
}
}
?>
The function string_analyze(...) calculate mathematical string and returns his value. /*
The function double string_analyze("Mathematical_string_no_space", x value )
calculates a x value of a string.
Head: double string_analyze(char *, double );
Using:
bad:
string_analyze( "3 *x+4/ (cos(x*8.11)*12)" , 3.14 )
^ ^
error, no spaces
correct:
string_analyze( "3*x+4/(cos(x*8.11)*12)" , 3.14 )
where x=3.14
You can use these mathematical functions.
sin(..), cos(..), log(..), exp(..), sqrt(..), tan(..).
*/
#include <math.h>
#include <string.h>
#include <malloc.h>
#include <stdlib.h>
double string_analyze( char *, double );
char *number( char *, int , double * );
int value( char );
double string_analyze( char *znak, double x_value )
{ char *z, *s, *Z, *chars;
double *num;
int oi, sign=1, n, i=0;
chars=malloc((strlen(znak)+3)*sizeof(char * ));
strcpy( chars, znak);
if( znak[strlen(chars)-1] != ';' ) /* The character ';' must be at the end of the string. */
{ strcat(chars, ";");
}
num=malloc((strlen(chars)+4)*sizeof(double* ) );
Z=malloc(strlen(chars)*sizeof(char * ) );
z=&chars[0];
*(z-1)='p';
s=&Z[0]; /* Z[] is the slave stack of the characters.*/
*s='p';
for( oi=0 ; *z != ';' ; z++ )
{
switch( *z )
{
case '+': *++s = '+';
break;
case '(': *++s= '(';
break;
case ')': break;
case '-':
if( *(z-1) == '(' || *(z-1) == 'p')
sign = -1;
else
*++s='-';
break;
case '*': *++s = '*';
break;
case '/': *++s='/';
break;
case 's':
if( *(z+1) == 'q' )
{ *++s='q'; /* Function sqrt(...) */
z+=3;
}
else
{ *++s='s'; /* Function sin(...) */
z+=2;
}
break;
case 'c': *++s='c'; /* Function cos(...) */
z+=2;
break;
case 'e': *++s='e'; /* Function exp(...) */
z+=2;
break;
case 'l': *++s='l'; /* Function log(...) */
z+=2;
break;
case 't': *++s='t'; /* Function tan(...) */
z+=2;
break;
default:
if(*z=='x')
num[oi]=sign*x_value;
else
z=number( z, sign, &num[oi]);
sign=1;
for( n=1, i=0; ( *s != 'p') && ( value( *s ) >= value(*(z+1)) ) && (i<n); i++)
{
switch( *s )
{ case '*': num[oi-1] *= num[oi]; oi--; /* Multiplication */
s--;
break;
case '/': num[oi-1] /= num[oi]; oi--; /* Distribution */
s--;
break;
case '+': num[oi-1] += num[oi]; oi--; /* Addition */
s--;
break;
case '-': num[oi-1] -= num[oi]; oi--; /* Subtraction */
s--;
break;
case 's': num[oi]=sin(num[oi]); s--; i=-1;
break;
case 'q': num[oi]=sqrt(num[oi]); s--; i=-1;
break;
case 'c': num[oi]=cos(num[oi]); s--; i=-1;
break;
case 'e': num[oi]=exp(num[oi]); s--; i=-1;
break;
case 'l': num[oi]=log(num[oi]); s--; i=-1;
break;
case 't': num[oi]=tan(num[oi]); s--; i=-1;
break;
}
if ( ( *(z+1) == ')' || *(z+1) == ';' || value(*(z+1)) == 1 ) && value(*s) == 1 )
i=-1;
if( *s == '(' && *(z+1) == ')' )
{ s--; z++; i=-1;
}
}
oi++;
break;
}/*The end of switch*/
}
return num[0];
}
char *number( char *zz, int sign , double *num )
{ int i;
char chnum[40];
for(i=0; (*zz != '*') && (*zz != '/') && (*zz != '-') && (*zz != '+') && (*zz != ';') && ( *zz != ')' ) ; i++, zz++)
chnum[i]= *zz ;
chnum[i]='\0';
*num=sign*atof(chnum); /* It converts The characters "2.9764876" into of the number (double). */
return ( --zz ); /* It returns the address of a last character. */
}
int value(char ch)
{ /*
The fuction assigns the number to the character.
*/
int out;
if( ch == '+' || ch == '-')
out= 1;
if( ch == '*' || ch == '/' )
out= 2;
if( ch == '(' || ch == ')' )
out= -3;
if( ch == ';' || ch == 'p' )
out= -4;
if( ch == 's' || ch =='c' || ch =='e' || ch =='l' )
out=3;
return out;
}
Node1
Node4
Node3
Node6
Node7
Node2
Node5
Node8
<?php
$objTree=new Tree;
$objTree->showTree();
class Tree
{
function __construct()
{
$database="db";
$mysqlserver="localhost";
$login="";
$passwd="";
mysql_connect($mysqlserver, $login, $passwd)or die('Could connect select database');
mysql_select_db($database) or die('Could not select database');
}
private function info($idNode,&$text)
{
$result3 = mysql_query("SELECT * FROM Node WHERE Node.idNode='$idNode'");
$out=mysql_num_rows($result3);
if($out >0)
{ $row3 = mysql_fetch_array($result3);
$nazov=$row3[Title];
$text=" title='text: ".$row3[Text]."'";
}
return $nazov;
}
private function display($parent, $level)
{
$result3 = mysql_query('SELECT idBranch FROM Tree WHERE idNode="'.$parent.'";');
while ($row = mysql_fetch_array($result3))
{ $Title=$this->info($row['idBranch'],$title);
echo str_repeat(' ',$level).
"<span $title style='cursor: pointer;background-color : #FFED9E;'> ".$Title
."</span><br>";
$this->display($row['idBranch'], $level+1);
}
}
public function showTree()
{
$this-> display(0,0);
}
};
?>
--
-- Table structure for table `Node`
--
CREATE TABLE `Node` (
`idNode` int(11) NOT NULL auto_increment,
`Title` varchar(100) NOT NULL default '',
`Text` longtext NOT NULL,
`datum` date NOT NULL default '0000-00-00',
PRIMARY KEY (`idNode`)
) ENGINE=MyISAM DEFAULT CHARSET=cp1250;
--
-- Dumping data for table `Node`
--
INSERT INTO `Node` (`idNode`, `Title`, `Text`, `datum`) VALUES
(1, 'Node1', 'text1', '0000-00-00'),
(2, 'Node2', 'text2', '0000-00-00'),
(3, 'Node3', 'text3', '0000-00-00'),
(4, 'Node4', 'text4', '0000-00-00'),
(5, 'Node5', 'text5', '0000-00-00'),
(6, 'Node6', 'text6', '0000-00-00'),
(7, 'Node7', 'text7', '0000-00-00'),
(8, 'Node8', 'text8', '0000-00-00');
--
-- Table structure for table `Tree`
--
CREATE TABLE `Tree` (
`idNode` int(11) NOT NULL default '0',
`idBranch` int(11) NOT NULL default '0'
) ENGINE=MyISAM DEFAULT CHARSET=cp1250;
--
-- Dumping data for table `Tree`
--
INSERT INTO `Tree` (`idNode`, `idBranch`) VALUES
(1, 4),
(1, 3),
(1, 2),
(2, 5),
(3, 6),
(3, 7),
(0, 1),
(5, 8);
|
|
 |
|
 |
|