Issues in IG19Test.php (master) - Issues in master - FGM/grafizzi - Measure and Improve Code Quality continuously with Scrutinizer

Issues (57)

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Cross-Site Scripting

Cross-Site Scripting enables an attacker to inject code into the response of a web-request that is viewed by other users. It can for example be used to bypass access controls, or even to take over other users' accounts.

File Exposure

File Exposure allows an attacker to gain access to local files that he should not be able to access. These files can for example include database credentials, or other configuration files.

File Manipulation

File Manipulation enables an attacker to write custom data to files. This potentially leads to injection of arbitrary code on the server.

Object Injection

Object Injection enables an attacker to inject an object into PHP code, and can lead to arbitrary code execution, file exposure, or file manipulation attacks.

Code Injection

Code Injection enables an attacker to execute arbitrary code on the server.

Response Splitting

Response Splitting can be used to send arbitrary responses.

File Inclusion

File Inclusion enables an attacker to inject custom files into PHP's file loading mechanism, either explicitly passed to include, or for example via PHP's auto-loading mechanism.

Command Injection

Command Injection enables an attacker to inject a shell command that is execute with the privileges of the web-server. This can be used to expose sensitive data, or gain access of your server.

SQL Injection

SQL Injection enables an attacker to execute arbitrary SQL code on your database server gaining access to user data, or manipulating user data.

XPath Injection

XPath Injection enables an attacker to modify the parts of XML document that are read. If that XML document is for example used for authentication, this can lead to further vulnerabilities similar to SQL Injection.

LDAP Injection

LDAP Injection enables an attacker to inject LDAP statements potentially granting permission to run unauthorized queries, or modify content inside the LDAP tree.

Header Injection

Other Vulnerability

This category comprises other attack vectors such as manipulating the PHP runtime, loading custom extensions, freezing the runtime, or similar.

Regex Injection

Regex Injection enables an attacker to execute arbitrary code in your PHP process.

XML Injection

XML Injection enables an attacker to read files on your local filesystem including configuration files, or can be abused to freeze your web-server process.

Variable Injection

Variable Injection enables an attacker to overwrite program variables with custom data, and can lead to further vulnerabilities.

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Grafizzi/Graph/Tests/IG19Test.php (1 issue)

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<?php

/**
 * @file
 * Grafizzi\Graph\Tests\IG19Test: a component of the Grafizzi library.
 *
 * (c) 2012 Frédéric G. MARAND <[email protected]>
 *
 * Grafizzi is free software: you can redistribute it and/or modify it under the
 * terms of the GNU Lesser General Public License as published by the Free
 * Software Foundation, either version 3 of the License, or (at your option) any
 * later version.
 *
 * Grafizzi is distributed in the hope that it will be useful, but WITHOUT ANY
 * WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR
 * A PARTICULAR PURPOSE.  See the GNU Lesser General Public License for more
 * details.
 *
 * You should have received a copy of the GNU Lesser General Public License
 * along with Grafizzi, in the COPYING.LESSER.txt file.  If not, see
 * <http://www.gnu.org/licenses/>
 */

namespace Grafizzi\Graph\Tests;

use Grafizzi\Graph\Attribute;
use Grafizzi\Graph\Cluster;
use Grafizzi\Graph\Edge;
use Grafizzi\Graph\Node;

require 'vendor/autoload.php';

/**
 * A recreation of Image_GraphViz test19.phpt
 *
 * Image_GraphViz version author: Philippe Jausions <[email protected]>
 *
 * Test 19: "Call graph with labeled clusters"
 *
 * "Graph definition taken from GraphViz documentation"
 *
 * Note: ordering of insertions differs from Image_GraphViz, since Grafizzi
 * orders output by insertion order to allow customizing output order.
 */
class IG19Test extends BaseGraphTest {

  public function setUp() : void {
    // not strict by default.
    parent::setUpExtended();
class Daddy
{
    protected function getFirstName()
    {
        return "Eidur";
    }

    protected function getSurName()
    {
        return "Gudjohnsen";
    }
}

class Son
{
    public function getFirstName()
    {
        return parent::getSurname();
    }
}
    $g = $this->Graph;
    $dic = $this->dic;
    $g->setDirected(true);
    $g->setAttributes(array(
      new Attribute($dic, 'size', 8.6),
      new Attribute($dic, 'ratio', 'fill'),
    ));

    $nullTitle = array(new Attribute($dic, 'title', NULL));

    $g->addChild($nFan = new Node($dic, 'fan', array('implicit' => TRUE)));

    $g->addChild($error = new Cluster($dic, 'error.h', array(
      new Attribute($dic, 'label', 'error.h'),
    )));
    $error->addChild($nInterp_err = new Node($dic, 'interp_err', $nullTitle));

    $g->addChild($sfio = new Cluster($dic, 'sfio.h', array(
      new Attribute($dic, 'label', 'sfio.h')
    )));
    $sfio->addChild($nSfprintf = new Node($dic, 'sfprintf', $nullTitle));

    $g->addChild($ciafan = new Cluster($dic, 'ciafan.c', array(
      new Attribute($dic, 'label', 'ciafan.c'),
    )));
    $ciafan->addChild($nCiafan = new Node($dic, 'ciafan', $nullTitle));
    $ciafan->addChild($nComputefan = new Node($dic, 'computefan', $nullTitle));
    $ciafan->addChild($nIncrement = new Node($dic, 'increment', $nullTitle));

    $g->addChild($util = new Cluster($dic, 'util.c', array(
      new Attribute($dic, 'label', 'util.c'),
    )));
    $util->addChild($nStringdup = new Node($dic, 'stringdup', $nullTitle));
    $util->addChild($nFatal = new Node($dic, 'fatal', $nullTitle));
    $util->addChild($nDebug = new Node($dic, 'debug', $nullTitle));

    $g->addChild($query = new Cluster($dic, 'query.h', array(
      new Attribute($dic, 'label', 'query.h'),
    )));
    $query->addChild($nRef = new Node($dic, 'ref', $nullTitle));
    $query->addChild($nDef = new Node($dic, 'def', $nullTitle));

    // No label on this cluster.
    $g->addChild($field = new Cluster($dic, 'field.h'));
    $field->addChild($nGet_sym_fields = new Node($dic, 'get_sym_fields', $nullTitle));

    $g->addChild($stdio = new Cluster($dic, 'stdio.h', array(
      new Attribute($dic, 'label', 'stdio.h'),
    )));
    $stdio->addChild($nStdprintf = new Node($dic, 'stdprintf', $nullTitle));
    $stdio->addChild($nStdsprintf = new Node($dic, 'stdsprintf', $nullTitle));

    $g->addChild($libc = new Cluster($dic, '<libc.a>'));
    $libc->addChild($nGetopt = new Node($dic, 'getopt', $nullTitle));

    $g->addChild($stdlib = new Cluster($dic,'stdlib.h', array(
      new Attribute($dic, 'label', 'stdlib.h'),
    )));
    $stdlib->addChild($nExit = new Node($dic, 'exit', $nullTitle));
    $stdlib->addChild($nMalloc = new Node($dic, 'malloc', $nullTitle));
    $stdlib->addChild($nFree = new Node($dic, 'free', $nullTitle));
    $stdlib->addChild($nRealloc = new Node($dic, 'realloc', $nullTitle));

    $g->addChild($main = new Cluster($dic, 'main.c'));
    $main->addChild($nMain = new Node($dic, 'main', $nullTitle));

    $g->addChild($index = new Cluster($dic, 'index.h'));
    $index->addChild($nInit_index = new Node($dic, 'init_index', $nullTitle));

    $g->addChild($string = new Cluster($dic, 'string.h', array(
      new Attribute($dic, 'label', 'string.h'),
    )));
    $string->addChild($nStrcpy = new Node($dic, 'strcpy', $nullTitle));
    $string->addChild($nStrlen = new Node($dic, 'strlen', $nullTitle));
    $string->addChild($nStrcmp = new Node($dic, 'strcmp', $nullTitle));
    $string->addChild($nStrcat = new Node($dic, 'strcat', $nullTitle));

    $g->addChild(new Edge($dic, $nCiafan, $nComputefan));
    $g->addChild(new Edge($dic, $nCiafan, $nDef));

    $g->addChild(new Edge($dic, $nFan, $nIncrement));
    $g->addChild(new Edge($dic, $nFan, $nFatal));
    $g->addChild(new Edge($dic, $nFan, $nRef));
    $g->addChild(new Edge($dic, $nFan, $nInterp_err));
    $g->addChild(new Edge($dic, $nFan, $nFree));
    $g->addChild(new Edge($dic, $nFan, $nExit));
    $g->addChild(new Edge($dic, $nFan, $nMalloc));
    $g->addChild(new Edge($dic, $nFan, $nStdsprintf));
    $g->addChild(new Edge($dic, $nFan, $nStrlen));

    $g->addChild(new Edge($dic, $nComputefan, $nFan));
    $g->addChild(new Edge($dic, $nComputefan, $nStdprintf));
    $g->addChild(new Edge($dic, $nComputefan, $nGet_sym_fields));
    $g->addChild(new Edge($dic, $nComputefan, $nMalloc));
    $g->addChild(new Edge($dic, $nComputefan, $nStrcmp));
    $g->addChild(new Edge($dic, $nComputefan, $nRealloc));
    $g->addChild(new Edge($dic, $nComputefan, $nStrlen));

    $g->addChild(new Edge($dic, $nStringdup, $nFatal));
    $g->addChild(new Edge($dic, $nStringdup, $nMalloc));
    $g->addChild(new Edge($dic, $nStringdup, $nStrcpy));
    $g->addChild(new Edge($dic, $nStringdup, $nStrlen));

    $g->addChild(new Edge($dic, $nMain, $nExit));
    $g->addChild(new Edge($dic, $nMain, $nInterp_err));
    $g->addChild(new Edge($dic, $nMain, $nCiafan));
    $g->addChild(new Edge($dic, $nMain, $nFatal));
    $g->addChild(new Edge($dic, $nMain, $nMalloc));
    $g->addChild(new Edge($dic, $nMain, $nStrcpy));
    $g->addChild(new Edge($dic, $nMain, $nGetopt));
    $g->addChild(new Edge($dic, $nMain, $nInit_index));
    $g->addChild(new Edge($dic, $nMain, $nStrlen));
    $g->addChild(new Edge($dic, $nIncrement, $nStrcmp));
    $g->addChild(new Edge($dic, $nDebug, $nSfprintf));
    $g->addChild(new Edge($dic, $nDebug, $nStrcat));
    $g->addChild(new Edge($dic, $nFatal, $nSfprintf));
    $g->addChild(new Edge($dic, $nFatal, $nExit));
  }

  /**
   * Tests g->build()
   */
  public function testBuild() {
    $expected = <<<'EOT'
digraph G {
  size=8.6;
  ratio=fill;

  subgraph "cluster_error.h" {
    label="error.h";

    interp_err;
  } /* /subgraph "cluster_error.h" */
  subgraph "cluster_sfio.h" {
    label="sfio.h";

    sfprintf;
  } /* /subgraph "cluster_sfio.h" */
  subgraph "cluster_ciafan.c" {
    label="ciafan.c";

    ciafan;
    computefan;
    increment;
  } /* /subgraph "cluster_ciafan.c" */
  subgraph "cluster_util.c" {
    label="util.c";

    stringdup;
    fatal;
    debug;
  } /* /subgraph "cluster_util.c" */
  subgraph "cluster_query.h" {
    label="query.h";

    ref;
    def;
  } /* /subgraph "cluster_query.h" */
  subgraph "cluster_field.h" {
    get_sym_fields;
  } /* /subgraph "cluster_field.h" */
  subgraph "cluster_stdio.h" {
    label="stdio.h";

    stdprintf;
    stdsprintf;
  } /* /subgraph "cluster_stdio.h" */
  subgraph "cluster_<libc.a>" {
    getopt;
  } /* /subgraph "cluster_<libc.a>" */
  subgraph "cluster_stdlib.h" {
    label="stdlib.h";

    exit;
    malloc;
    free;
    realloc;
  } /* /subgraph "cluster_stdlib.h" */
  subgraph "cluster_main.c" {
    main;
  } /* /subgraph "cluster_main.c" */
  subgraph "cluster_index.h" {
    init_index;
  } /* /subgraph "cluster_index.h" */
  subgraph "cluster_string.h" {
    label="string.h";

    strcpy;
    strlen;
    strcmp;
    strcat;
  } /* /subgraph "cluster_string.h" */
  ciafan -> computefan;
  ciafan -> def;
  fan -> increment;
  fan -> fatal;
  fan -> ref;
  fan -> interp_err;
  fan -> free;
  fan -> exit;
  fan -> malloc;
  fan -> stdsprintf;
  fan -> strlen;
  computefan -> fan;
  computefan -> stdprintf;
  computefan -> get_sym_fields;
  computefan -> malloc;
  computefan -> strcmp;
  computefan -> realloc;
  computefan -> strlen;
  stringdup -> fatal;
  stringdup -> malloc;
  stringdup -> strcpy;
  stringdup -> strlen;
  main -> exit;
  main -> interp_err;
  main -> ciafan;
  main -> fatal;
  main -> malloc;
  main -> strcpy;
  main -> getopt;
  main -> init_index;
  main -> strlen;
  increment -> strcmp;
  debug -> sfprintf;
  debug -> strcat;
  fatal -> sfprintf;
  fatal -> exit;
} /* /digraph G */

EOT;
    $this->check($expected, "Image_graphViz test 19 passed.");
  }
}


1			<?php
2
3			/**
4			* @file
5			* Grafizzi\Graph\Tests\IG19Test: a component of the Grafizzi library.
6			*
7			* (c) 2012 Frédéric G. MARAND <[email protected]>
8			*
9			* Grafizzi is free software: you can redistribute it and/or modify it under the
10			* terms of the GNU Lesser General Public License as published by the Free
11			* Software Foundation, either version 3 of the License, or (at your option) any
12			* later version.
13			*
14			* Grafizzi is distributed in the hope that it will be useful, but WITHOUT ANY
15			* WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR
16			* A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more
17			* details.
18			*
19			* You should have received a copy of the GNU Lesser General Public License
20			* along with Grafizzi, in the COPYING.LESSER.txt file. If not, see
21			* <http://www.gnu.org/licenses/>
22			*/
23
24			namespace Grafizzi\Graph\Tests;
25
26			use Grafizzi\Graph\Attribute;
27			use Grafizzi\Graph\Cluster;
28			use Grafizzi\Graph\Edge;
29			use Grafizzi\Graph\Node;
30
31			require 'vendor/autoload.php';
32
33			/**
34			* A recreation of Image_GraphViz test19.phpt
35			*
36			* Image_GraphViz version author: Philippe Jausions <[email protected]>
37			*
38			* Test 19: "Call graph with labeled clusters"
39			*
40			* "Graph definition taken from GraphViz documentation"
41			*
42			* Note: ordering of insertions differs from Image_GraphViz, since Grafizzi
43			* orders output by insertion order to allow customizing output order.
44			*/
45			class IG19Test extends BaseGraphTest {
46
47			public function setUp() : void {
48			// not strict by default.
49			parent::setUpExtended();
			0 ignored issues – show Comprehensibility Bug introduced 2019-02-16 11:34 UTC by Report Bug Copy Issue Report Show Similar Issues like this It seems like you call parent on a different method (`setUpExtended()` instead of `setUp()`). Are you sure this is correct? If so, you might want to change this to `$this->setUpExtended()`. This check looks for a call to a parent method whose name is different than the method from which it is called. Consider the following code: class Daddy { protected function getFirstName() { return "Eidur"; } protected function getSurName() { return "Gudjohnsen"; } } class Son { public function getFirstName() { return parent::getSurname(); } } The `getFirstName()` method in the `Son` calls the wrong method in the parent class. Loading history...
50			$g = $this->Graph;
51			$dic = $this->dic;
52			$g->setDirected(true);
53			$g->setAttributes(array(
54			new Attribute($dic, 'size', 8.6),
55			new Attribute($dic, 'ratio', 'fill'),
56			));
57
58			$nullTitle = array(new Attribute($dic, 'title', NULL));
59
60			$g->addChild($nFan = new Node($dic, 'fan', array('implicit' => TRUE)));
61
62			$g->addChild($error = new Cluster($dic, 'error.h', array(
63			new Attribute($dic, 'label', 'error.h'),
64			)));
65			$error->addChild($nInterp_err = new Node($dic, 'interp_err', $nullTitle));
66
67			$g->addChild($sfio = new Cluster($dic, 'sfio.h', array(
68			new Attribute($dic, 'label', 'sfio.h')
69			)));
70			$sfio->addChild($nSfprintf = new Node($dic, 'sfprintf', $nullTitle));
71
72			$g->addChild($ciafan = new Cluster($dic, 'ciafan.c', array(
73			new Attribute($dic, 'label', 'ciafan.c'),
74			)));
75			$ciafan->addChild($nCiafan = new Node($dic, 'ciafan', $nullTitle));
76			$ciafan->addChild($nComputefan = new Node($dic, 'computefan', $nullTitle));
77			$ciafan->addChild($nIncrement = new Node($dic, 'increment', $nullTitle));
78
79			$g->addChild($util = new Cluster($dic, 'util.c', array(
80			new Attribute($dic, 'label', 'util.c'),
81			)));
82			$util->addChild($nStringdup = new Node($dic, 'stringdup', $nullTitle));
83			$util->addChild($nFatal = new Node($dic, 'fatal', $nullTitle));
84			$util->addChild($nDebug = new Node($dic, 'debug', $nullTitle));
85
86			$g->addChild($query = new Cluster($dic, 'query.h', array(
87			new Attribute($dic, 'label', 'query.h'),
88			)));
89			$query->addChild($nRef = new Node($dic, 'ref', $nullTitle));
90			$query->addChild($nDef = new Node($dic, 'def', $nullTitle));
91
92			// No label on this cluster.
93			$g->addChild($field = new Cluster($dic, 'field.h'));
94			$field->addChild($nGet_sym_fields = new Node($dic, 'get_sym_fields', $nullTitle));
95
96			$g->addChild($stdio = new Cluster($dic, 'stdio.h', array(
97			new Attribute($dic, 'label', 'stdio.h'),
98			)));
99			$stdio->addChild($nStdprintf = new Node($dic, 'stdprintf', $nullTitle));
100			$stdio->addChild($nStdsprintf = new Node($dic, 'stdsprintf', $nullTitle));
101
102			$g->addChild($libc = new Cluster($dic, '<libc.a>'));
103			$libc->addChild($nGetopt = new Node($dic, 'getopt', $nullTitle));
104
105			$g->addChild($stdlib = new Cluster($dic,'stdlib.h', array(
106			new Attribute($dic, 'label', 'stdlib.h'),
107			)));
108			$stdlib->addChild($nExit = new Node($dic, 'exit', $nullTitle));
109			$stdlib->addChild($nMalloc = new Node($dic, 'malloc', $nullTitle));
110			$stdlib->addChild($nFree = new Node($dic, 'free', $nullTitle));
111			$stdlib->addChild($nRealloc = new Node($dic, 'realloc', $nullTitle));
112
113			$g->addChild($main = new Cluster($dic, 'main.c'));
114			$main->addChild($nMain = new Node($dic, 'main', $nullTitle));
115
116			$g->addChild($index = new Cluster($dic, 'index.h'));
117			$index->addChild($nInit_index = new Node($dic, 'init_index', $nullTitle));
118
119			$g->addChild($string = new Cluster($dic, 'string.h', array(
120			new Attribute($dic, 'label', 'string.h'),
121			)));
122			$string->addChild($nStrcpy = new Node($dic, 'strcpy', $nullTitle));
123			$string->addChild($nStrlen = new Node($dic, 'strlen', $nullTitle));
124			$string->addChild($nStrcmp = new Node($dic, 'strcmp', $nullTitle));
125			$string->addChild($nStrcat = new Node($dic, 'strcat', $nullTitle));
126
127			$g->addChild(new Edge($dic, $nCiafan, $nComputefan));
128			$g->addChild(new Edge($dic, $nCiafan, $nDef));
129
130			$g->addChild(new Edge($dic, $nFan, $nIncrement));
131			$g->addChild(new Edge($dic, $nFan, $nFatal));
132			$g->addChild(new Edge($dic, $nFan, $nRef));
133			$g->addChild(new Edge($dic, $nFan, $nInterp_err));
134			$g->addChild(new Edge($dic, $nFan, $nFree));
135			$g->addChild(new Edge($dic, $nFan, $nExit));
136			$g->addChild(new Edge($dic, $nFan, $nMalloc));
137			$g->addChild(new Edge($dic, $nFan, $nStdsprintf));
138			$g->addChild(new Edge($dic, $nFan, $nStrlen));
139
140			$g->addChild(new Edge($dic, $nComputefan, $nFan));
141			$g->addChild(new Edge($dic, $nComputefan, $nStdprintf));
142			$g->addChild(new Edge($dic, $nComputefan, $nGet_sym_fields));
143			$g->addChild(new Edge($dic, $nComputefan, $nMalloc));
144			$g->addChild(new Edge($dic, $nComputefan, $nStrcmp));
145			$g->addChild(new Edge($dic, $nComputefan, $nRealloc));
146			$g->addChild(new Edge($dic, $nComputefan, $nStrlen));
147
148			$g->addChild(new Edge($dic, $nStringdup, $nFatal));
149			$g->addChild(new Edge($dic, $nStringdup, $nMalloc));
150			$g->addChild(new Edge($dic, $nStringdup, $nStrcpy));
151			$g->addChild(new Edge($dic, $nStringdup, $nStrlen));
152
153			$g->addChild(new Edge($dic, $nMain, $nExit));
154			$g->addChild(new Edge($dic, $nMain, $nInterp_err));
155			$g->addChild(new Edge($dic, $nMain, $nCiafan));
156			$g->addChild(new Edge($dic, $nMain, $nFatal));
157			$g->addChild(new Edge($dic, $nMain, $nMalloc));
158			$g->addChild(new Edge($dic, $nMain, $nStrcpy));
159			$g->addChild(new Edge($dic, $nMain, $nGetopt));
160			$g->addChild(new Edge($dic, $nMain, $nInit_index));
161			$g->addChild(new Edge($dic, $nMain, $nStrlen));
162			$g->addChild(new Edge($dic, $nIncrement, $nStrcmp));
163			$g->addChild(new Edge($dic, $nDebug, $nSfprintf));
164			$g->addChild(new Edge($dic, $nDebug, $nStrcat));
165			$g->addChild(new Edge($dic, $nFatal, $nSfprintf));
166			$g->addChild(new Edge($dic, $nFatal, $nExit));
167			}
168
169			/**
170			* Tests g->build()
171			*/
172			public function testBuild() {
173			$expected = <<<'EOT'
174			digraph G {
175			size=8.6;
176			ratio=fill;
177
178			subgraph "cluster_error.h" {
179			label="error.h";
180
181			interp_err;
182			} /* /subgraph "cluster_error.h" */
183			subgraph "cluster_sfio.h" {
184			label="sfio.h";
185
186			sfprintf;
187			} /* /subgraph "cluster_sfio.h" */
188			subgraph "cluster_ciafan.c" {
189			label="ciafan.c";
190
191			ciafan;
192			computefan;
193			increment;
194			} /* /subgraph "cluster_ciafan.c" */
195			subgraph "cluster_util.c" {
196			label="util.c";
197
198			stringdup;
199			fatal;
200			debug;
201			} /* /subgraph "cluster_util.c" */
202			subgraph "cluster_query.h" {
203			label="query.h";
204
205			ref;
206			def;
207			} /* /subgraph "cluster_query.h" */
208			subgraph "cluster_field.h" {
209			get_sym_fields;
210			} /* /subgraph "cluster_field.h" */
211			subgraph "cluster_stdio.h" {
212			label="stdio.h";
213
214			stdprintf;
215			stdsprintf;
216			} /* /subgraph "cluster_stdio.h" */
217			subgraph "cluster_<libc.a>" {
218			getopt;
219			} /* /subgraph "cluster_<libc.a>" */
220			subgraph "cluster_stdlib.h" {
221			label="stdlib.h";
222
223			exit;
224			malloc;
225			free;
226			realloc;
227			} /* /subgraph "cluster_stdlib.h" */
228			subgraph "cluster_main.c" {
229			main;
230			} /* /subgraph "cluster_main.c" */
231			subgraph "cluster_index.h" {
232			init_index;
233			} /* /subgraph "cluster_index.h" */
234			subgraph "cluster_string.h" {
235			label="string.h";
236
237			strcpy;
238			strlen;
239			strcmp;
240			strcat;
241			} /* /subgraph "cluster_string.h" */
242			ciafan -> computefan;
243			ciafan -> def;
244			fan -> increment;
245			fan -> fatal;
246			fan -> ref;
247			fan -> interp_err;
248			fan -> free;
249			fan -> exit;
250			fan -> malloc;
251			fan -> stdsprintf;
252			fan -> strlen;
253			computefan -> fan;
254			computefan -> stdprintf;
255			computefan -> get_sym_fields;
256			computefan -> malloc;
257			computefan -> strcmp;
258			computefan -> realloc;
259			computefan -> strlen;
260			stringdup -> fatal;
261			stringdup -> malloc;
262			stringdup -> strcpy;
263			stringdup -> strlen;
264			main -> exit;
265			main -> interp_err;
266			main -> ciafan;
267			main -> fatal;
268			main -> malloc;
269			main -> strcpy;
270			main -> getopt;
271			main -> init_index;
272			main -> strlen;
273			increment -> strcmp;
274			debug -> sfprintf;
275			debug -> strcat;
276			fatal -> sfprintf;
277			fatal -> exit;
278			} /* /digraph G */
279
280			EOT;
281			$this->check($expected, "Image_graphViz test 19 passed.");
282			}
283			}
284

FGM / grafizzi

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Grafizzi/Graph/Tests/IG19Test.php (1 issue)

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