Table::writeCall() - Code Metrics - Inspection of "Release candidate 2020-06-09 "Hogfather" RC3" - splitbrain/dokuwiki - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Push — stable ( b83837...3c8749 )

unknown

created 2020-06-09 18:02 UTC

Table::writeCall() A

↳ Parent: Table

Complexity

Conditions	1
Paths	1

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	1
nc	1
nop	1
dl	0
loc	4
rs	10
c	0
b	0
f	0

<?php

namespace dokuwiki\Parsing\Handler;

class Table extends AbstractRewriter
{

    protected $tableCalls = array();
    protected $maxCols = 0;
    protected $maxRows = 1;
    protected $currentCols = 0;
    protected $firstCell = false;
    protected $lastCellType = 'tablecell';
    protected $inTableHead = true;
    protected $currentRow = array('tableheader' => 0, 'tablecell' => 0);
    protected $countTableHeadRows = 0;

    /** @inheritdoc */
    public function finalise()
    {
        $last_call = end($this->calls);
        $this->writeCall(array('table_end',array(), $last_call[2]));

        $this->process();
        $this->callWriter->finalise();
        unset($this->callWriter);
    }

    /** @inheritdoc */
    public function process()
    {
        foreach ($this->calls as $call) {
            switch ($call[0]) {
                case 'table_start':
                    $this->tableStart($call);
                    break;
                case 'table_row':
                    $this->tableRowClose($call);
                    $this->tableRowOpen(array('tablerow_open',$call[1],$call[2]));
                    break;
                case 'tableheader':
                case 'tablecell':
                    $this->tableCell($call);
                    break;
                case 'table_end':
                    $this->tableRowClose($call);
                    $this->tableEnd($call);
                    break;
                default:
                    $this->tableDefault($call);
                    break;
            }
        }
        $this->callWriter->writeCalls($this->tableCalls);

        return $this->callWriter;
    }

    protected function tableStart($call)
    {
        $this->tableCalls[] = array('table_open',$call[1],$call[2]);
        $this->tableCalls[] = array('tablerow_open',array(),$call[2]);
        $this->firstCell = true;
    }

    protected function tableEnd($call)
    {
        $this->tableCalls[] = array('table_close',$call[1],$call[2]);
        $this->finalizeTable();
    }

    protected function tableRowOpen($call)
    {
        $this->tableCalls[] = $call;
        $this->currentCols = 0;
        $this->firstCell = true;
        $this->lastCellType = 'tablecell';
        $this->maxRows++;
        if ($this->inTableHead) {
            $this->currentRow = array('tablecell' => 0, 'tableheader' => 0);
        }
    }

    protected function tableRowClose($call)
    {
        if ($this->inTableHead && ($this->inTableHead = $this->isTableHeadRow())) {
            $this->countTableHeadRows++;
        }
        // Strip off final cell opening and anything after it
        while ($discard = array_pop($this->tableCalls)) {
            if ($discard[0] == 'tablecell_open' || $discard[0] == 'tableheader_open') {
                break;
            }
            if (!empty($this->currentRow[$discard[0]])) {
                $this->currentRow[$discard[0]]--;
            }
        }
        $this->tableCalls[] = array('tablerow_close', array(), $call[2]);

        if ($this->currentCols > $this->maxCols) {
            $this->maxCols = $this->currentCols;
        }
    }

    protected function isTableHeadRow()
    {
        $td = $this->currentRow['tablecell'];
        $th = $this->currentRow['tableheader'];

        if (!$th || $td > 2) return false;
        if (2*$td > $th) return false;

        return true;
    }

    protected function tableCell($call)
    {
        if ($this->inTableHead) {
            $this->currentRow[$call[0]]++;
        }
        if (!$this->firstCell) {
            // Increase the span
            $lastCall = end($this->tableCalls);

            // A cell call which follows an open cell means an empty cell so span
            if ($lastCall[0] == 'tablecell_open' || $lastCall[0] == 'tableheader_open') {
                $this->tableCalls[] = array('colspan',array(),$call[2]);
            }

            $this->tableCalls[] = array($this->lastCellType.'_close',array(),$call[2]);
            $this->tableCalls[] = array($call[0].'_open',array(1,null,1),$call[2]);
            $this->lastCellType = $call[0];
        } else {
            $this->tableCalls[] = array($call[0].'_open',array(1,null,1),$call[2]);
            $this->lastCellType = $call[0];
            $this->firstCell = false;
        }

        $this->currentCols++;
    }

    protected function tableDefault($call)
    {
        $this->tableCalls[] = $call;
    }

    protected function finalizeTable()
    {

        // Add the max cols and rows to the table opening
        if ($this->tableCalls[0][0] == 'table_open') {
            // Adjust to num cols not num col delimeters
            $this->tableCalls[0][1][] = $this->maxCols - 1;
            $this->tableCalls[0][1][] = $this->maxRows;
            $this->tableCalls[0][1][] = array_shift($this->tableCalls[0][1]);
        } else {
            trigger_error('First element in table call list is not table_open');
        }

        $lastRow = 0;
        $lastCell = 0;
        $cellKey = array();
        $toDelete = array();

        // if still in tableheader, then there can be no table header
        // as all rows can't be within <THEAD>
        if ($this->inTableHead) {
            $this->inTableHead = false;
            $this->countTableHeadRows = 0;
        }

        // Look for the colspan elements and increment the colspan on the
        // previous non-empty opening cell. Once done, delete all the cells
        // that contain colspans
        for ($key = 0; $key < count($this->tableCalls); ++$key) {
for ($i=0; $i<count($array); $i++) { // calls count() on each iteration
}

// Better
for ($i=0, $c=count($array); $i<$c; $i++) { // calls count() just once
}
            $call = $this->tableCalls[$key];

            switch ($call[0]) {
                case 'table_open':
                    if ($this->countTableHeadRows) {
                        array_splice($this->tableCalls, $key+1, 0, array(
                                                          array('tablethead_open', array(), $call[2])));
                    }
                    break;

                case 'tablerow_open':
                    $lastRow++;
                    $lastCell = 0;
                    break;

                case 'tablecell_open':
                case 'tableheader_open':
                    $lastCell++;
                    $cellKey[$lastRow][$lastCell] = $key;
                    break;

                case 'table_align':
                    $prev = in_array($this->tableCalls[$key-1][0], array('tablecell_open', 'tableheader_open'));
                    $next = in_array($this->tableCalls[$key+1][0], array('tablecell_close', 'tableheader_close'));
                    // If the cell is empty, align left
                    if ($prev && $next) {
                        $this->tableCalls[$key-1][1][1] = 'left';

                        // If the previous element was a cell open, align right
                    } elseif ($prev) {
                        $this->tableCalls[$key-1][1][1] = 'right';

                        // If the next element is the close of an element, align either center or left
                    } elseif ($next) {
                        if ($this->tableCalls[$cellKey[$lastRow][$lastCell]][1][1] == 'right') {
                            $this->tableCalls[$cellKey[$lastRow][$lastCell]][1][1] = 'center';
                        } else {
                            $this->tableCalls[$cellKey[$lastRow][$lastCell]][1][1] = 'left';
                        }
                    }

                    // Now convert the whitespace back to cdata
                    $this->tableCalls[$key][0] = 'cdata';
                    break;

                case 'colspan':
                    $this->tableCalls[$key-1][1][0] = false;

                    for ($i = $key-2; $i >= $cellKey[$lastRow][1]; $i--) {
                        if ($this->tableCalls[$i][0] == 'tablecell_open' ||
                            $this->tableCalls[$i][0] == 'tableheader_open'
                        ) {
                            if (false !== $this->tableCalls[$i][1][0]) {
                                $this->tableCalls[$i][1][0]++;
                                break;
                            }
                        }
                    }

                    $toDelete[] = $key-1;
                    $toDelete[] = $key;
                    $toDelete[] = $key+1;
                    break;

                case 'rowspan':
                    if ($this->tableCalls[$key-1][0] == 'cdata') {
                        // ignore rowspan if previous call was cdata (text mixed with :::)
                        // we don't have to check next call as that wont match regex
                        $this->tableCalls[$key][0] = 'cdata';
                    } else {
                        $spanning_cell = null;

                        // can't cross thead/tbody boundary
                        if (!$this->countTableHeadRows || ($lastRow-1 != $this->countTableHeadRows)) {
                            for ($i = $lastRow-1; $i > 0; $i--) {
                                if ($this->tableCalls[$cellKey[$i][$lastCell]][0] == 'tablecell_open' ||
                                    $this->tableCalls[$cellKey[$i][$lastCell]][0] == 'tableheader_open'
                                ) {
                                    if ($this->tableCalls[$cellKey[$i][$lastCell]][1][2] >= $lastRow - $i) {
                                        $spanning_cell = $i;
                                        break;
                                    }
                                }
                            }
                        }
                        if (is_null($spanning_cell)) {
                            // No spanning cell found, so convert this cell to
                            // an empty one to avoid broken tables
                            $this->tableCalls[$key][0] = 'cdata';
                            $this->tableCalls[$key][1][0] = '';
                            break;
                        }
                        $this->tableCalls[$cellKey[$spanning_cell][$lastCell]][1][2]++;

                        $this->tableCalls[$key-1][1][2] = false;

                        $toDelete[] = $key-1;
                        $toDelete[] = $key;
                        $toDelete[] = $key+1;
                    }
                    break;

                case 'tablerow_close':
                    // Fix broken tables by adding missing cells
                    $moreCalls = array();
                    while (++$lastCell < $this->maxCols) {
                        $moreCalls[] = array('tablecell_open', array(1, null, 1), $call[2]);
                        $moreCalls[] = array('cdata', array(''), $call[2]);
                        $moreCalls[] = array('tablecell_close', array(), $call[2]);
                    }
                    $moreCallsLength = count($moreCalls);
                    if ($moreCallsLength) {
                        array_splice($this->tableCalls, $key, 0, $moreCalls);
                        $key += $moreCallsLength;
                    }

                    if ($this->countTableHeadRows == $lastRow) {
                        array_splice($this->tableCalls, $key+1, 0, array(
                            array('tablethead_close', array(), $call[2])));
                    }
                    break;
            }
        }

        // condense cdata
        $cnt = count($this->tableCalls);
        for ($key = 0; $key < $cnt; $key++) {
            if ($this->tableCalls[$key][0] == 'cdata') {
                $ckey = $key;
                $key++;
                while ($this->tableCalls[$key][0] == 'cdata') {
                    $this->tableCalls[$ckey][1][0] .= $this->tableCalls[$key][1][0];
                    $toDelete[] = $key;
                    $key++;
                }
                continue;
            }
        }

        foreach ($toDelete as $delete) {
            unset($this->tableCalls[$delete]);
        }
        $this->tableCalls = array_values($this->tableCalls);
    }
}


1			<?php
2
3			namespace dokuwiki\Parsing\Handler;
4
5			class Table extends AbstractRewriter
6			{
7
8			protected $tableCalls = array();
9			protected $maxCols = 0;
10			protected $maxRows = 1;
11			protected $currentCols = 0;
12			protected $firstCell = false;
13			protected $lastCellType = 'tablecell';
14			protected $inTableHead = true;
15			protected $currentRow = array('tableheader' => 0, 'tablecell' => 0);
16			protected $countTableHeadRows = 0;
17
18			/** @inheritdoc */
19			public function finalise()
20			{
21			$last_call = end($this->calls);
22			$this->writeCall(array('table_end',array(), $last_call[2]));
23
24			$this->process();
25			$this->callWriter->finalise();
26			unset($this->callWriter);
27			}
28
29			/** @inheritdoc */
30			public function process()
31			{
32			foreach ($this->calls as $call) {
33			switch ($call[0]) {
34			case 'table_start':
35			$this->tableStart($call);
36			break;
37			case 'table_row':
38			$this->tableRowClose($call);
39			$this->tableRowOpen(array('tablerow_open',$call[1],$call[2]));
40			break;
41			case 'tableheader':
42			case 'tablecell':
43			$this->tableCell($call);
44			break;
45			case 'table_end':
46			$this->tableRowClose($call);
47			$this->tableEnd($call);
48			break;
49			default:
50			$this->tableDefault($call);
51			break;
52			}
53			}
54			$this->callWriter->writeCalls($this->tableCalls);
55
56			return $this->callWriter;
57			}
58
59			protected function tableStart($call)
60			{
61			$this->tableCalls[] = array('table_open',$call[1],$call[2]);
62			$this->tableCalls[] = array('tablerow_open',array(),$call[2]);
63			$this->firstCell = true;
64			}
65
66			protected function tableEnd($call)
67			{
68			$this->tableCalls[] = array('table_close',$call[1],$call[2]);
69			$this->finalizeTable();
70			}
71
72			protected function tableRowOpen($call)
73			{
74			$this->tableCalls[] = $call;
75			$this->currentCols = 0;
76			$this->firstCell = true;
77			$this->lastCellType = 'tablecell';
78			$this->maxRows++;
79			if ($this->inTableHead) {
80			$this->currentRow = array('tablecell' => 0, 'tableheader' => 0);
81			}
82			}
83
84			protected function tableRowClose($call)
85			{
86			if ($this->inTableHead && ($this->inTableHead = $this->isTableHeadRow())) {
87			$this->countTableHeadRows++;
88			}
89			// Strip off final cell opening and anything after it
90			while ($discard = array_pop($this->tableCalls)) {
91			if ($discard[0] == 'tablecell_open' \|\| $discard[0] == 'tableheader_open') {
92			break;
93			}
94			if (!empty($this->currentRow[$discard[0]])) {
95			$this->currentRow[$discard[0]]--;
96			}
97			}
98			$this->tableCalls[] = array('tablerow_close', array(), $call[2]);
99
100			if ($this->currentCols > $this->maxCols) {
101			$this->maxCols = $this->currentCols;
102			}
103			}
104
105			protected function isTableHeadRow()
106			{
107			$td = $this->currentRow['tablecell'];
108			$th = $this->currentRow['tableheader'];
109
110			if (!$th \|\| $td > 2) return false;
111			if (2*$td > $th) return false;
112
113			return true;
114			}
115
116			protected function tableCell($call)
117			{
118			if ($this->inTableHead) {
119			$this->currentRow[$call[0]]++;
120			}
121			if (!$this->firstCell) {
122			// Increase the span
123			$lastCall = end($this->tableCalls);
124
125			// A cell call which follows an open cell means an empty cell so span
126			if ($lastCall[0] == 'tablecell_open' \|\| $lastCall[0] == 'tableheader_open') {
127			$this->tableCalls[] = array('colspan',array(),$call[2]);
128			}
129
130			$this->tableCalls[] = array($this->lastCellType.'_close',array(),$call[2]);
131			$this->tableCalls[] = array($call[0].'_open',array(1,null,1),$call[2]);
132			$this->lastCellType = $call[0];
133			} else {
134			$this->tableCalls[] = array($call[0].'_open',array(1,null,1),$call[2]);
135			$this->lastCellType = $call[0];
136			$this->firstCell = false;
137			}
138
139			$this->currentCols++;
140			}
141
142			protected function tableDefault($call)
143			{
144			$this->tableCalls[] = $call;
145			}
146
147			protected function finalizeTable()
148			{
149
150			// Add the max cols and rows to the table opening
151			if ($this->tableCalls[0][0] == 'table_open') {
152			// Adjust to num cols not num col delimeters
153			$this->tableCalls[0][1][] = $this->maxCols - 1;
154			$this->tableCalls[0][1][] = $this->maxRows;
155			$this->tableCalls[0][1][] = array_shift($this->tableCalls[0][1]);
156			} else {
157			trigger_error('First element in table call list is not table_open');
158			}
159
160			$lastRow = 0;
161			$lastCell = 0;
162			$cellKey = array();
163			$toDelete = array();
164
165			// if still in tableheader, then there can be no table header
166			// as all rows can't be within <THEAD>
167			if ($this->inTableHead) {
168			$this->inTableHead = false;
169			$this->countTableHeadRows = 0;
170			}
171
172			// Look for the colspan elements and increment the colspan on the
173			// previous non-empty opening cell. Once done, delete all the cells
174			// that contain colspans
175			for ($key = 0; $key < count($this->tableCalls); ++$key) {
			0 ignored issues – show Performance Best Practice introduced 2015-11-25 07:06 UTC by Report Bug Copy Issue Report It seems like you are calling the size function `count()` as part of the test condition. You might want to compute the size beforehand, and not on each iteration. If the size of the collection does not change during the iteration, it is generally a good practice to compute it beforehand, and not on each iteration: for ($i=0; $i<count($array); $i++) { // calls count() on each iteration } // Better for ($i=0, $c=count($array); $i<$c; $i++) { // calls count() just once } Loading history...
176			$call = $this->tableCalls[$key];
177
178			switch ($call[0]) {
179			case 'table_open':
180			if ($this->countTableHeadRows) {
181			array_splice($this->tableCalls, $key+1, 0, array(
182			array('tablethead_open', array(), $call[2])));
183			}
184			break;
185
186			case 'tablerow_open':
187			$lastRow++;
188			$lastCell = 0;
189			break;
190
191			case 'tablecell_open':
192			case 'tableheader_open':
193			$lastCell++;
194			$cellKey[$lastRow][$lastCell] = $key;
195			break;
196
197			case 'table_align':
198			$prev = in_array($this->tableCalls[$key-1][0], array('tablecell_open', 'tableheader_open'));
199			$next = in_array($this->tableCalls[$key+1][0], array('tablecell_close', 'tableheader_close'));
200			// If the cell is empty, align left
201			if ($prev && $next) {
202			$this->tableCalls[$key-1][1][1] = 'left';
203
204			// If the previous element was a cell open, align right
205			} elseif ($prev) {
206			$this->tableCalls[$key-1][1][1] = 'right';
207
208			// If the next element is the close of an element, align either center or left
209			} elseif ($next) {
210			if ($this->tableCalls[$cellKey[$lastRow][$lastCell]][1][1] == 'right') {
211			$this->tableCalls[$cellKey[$lastRow][$lastCell]][1][1] = 'center';
212			} else {
213			$this->tableCalls[$cellKey[$lastRow][$lastCell]][1][1] = 'left';
214			}
215			}
216
217			// Now convert the whitespace back to cdata
218			$this->tableCalls[$key][0] = 'cdata';
219			break;
220
221			case 'colspan':
222			$this->tableCalls[$key-1][1][0] = false;
223
224			for ($i = $key-2; $i >= $cellKey[$lastRow][1]; $i--) {
225			if ($this->tableCalls[$i][0] == 'tablecell_open' \|\|
226			$this->tableCalls[$i][0] == 'tableheader_open'
227			) {
228			if (false !== $this->tableCalls[$i][1][0]) {
229			$this->tableCalls[$i][1][0]++;
230			break;
231			}
232			}
233			}
234
235			$toDelete[] = $key-1;
236			$toDelete[] = $key;
237			$toDelete[] = $key+1;
238			break;
239
240			case 'rowspan':
241			if ($this->tableCalls[$key-1][0] == 'cdata') {
242			// ignore rowspan if previous call was cdata (text mixed with :::)
243			// we don't have to check next call as that wont match regex
244			$this->tableCalls[$key][0] = 'cdata';
245			} else {
246			$spanning_cell = null;
247
248			// can't cross thead/tbody boundary
249			if (!$this->countTableHeadRows \|\| ($lastRow-1 != $this->countTableHeadRows)) {
250			for ($i = $lastRow-1; $i > 0; $i--) {
251			if ($this->tableCalls[$cellKey[$i][$lastCell]][0] == 'tablecell_open' \|\|
252			$this->tableCalls[$cellKey[$i][$lastCell]][0] == 'tableheader_open'
253			) {
254			if ($this->tableCalls[$cellKey[$i][$lastCell]][1][2] >= $lastRow - $i) {
255			$spanning_cell = $i;
256			break;
257			}
258			}
259			}
260			}
261			if (is_null($spanning_cell)) {
262			// No spanning cell found, so convert this cell to
263			// an empty one to avoid broken tables
264			$this->tableCalls[$key][0] = 'cdata';
265			$this->tableCalls[$key][1][0] = '';
266			break;
267			}
268			$this->tableCalls[$cellKey[$spanning_cell][$lastCell]][1][2]++;
269
270			$this->tableCalls[$key-1][1][2] = false;
271
272			$toDelete[] = $key-1;
273			$toDelete[] = $key;
274			$toDelete[] = $key+1;
275			}
276			break;
277
278			case 'tablerow_close':
279			// Fix broken tables by adding missing cells
280			$moreCalls = array();
281			while (++$lastCell < $this->maxCols) {
282			$moreCalls[] = array('tablecell_open', array(1, null, 1), $call[2]);
283			$moreCalls[] = array('cdata', array(''), $call[2]);
284			$moreCalls[] = array('tablecell_close', array(), $call[2]);
285			}
286			$moreCallsLength = count($moreCalls);
287			if ($moreCallsLength) {
288			array_splice($this->tableCalls, $key, 0, $moreCalls);
289			$key += $moreCallsLength;
290			}
291
292			if ($this->countTableHeadRows == $lastRow) {
293			array_splice($this->tableCalls, $key+1, 0, array(
294			array('tablethead_close', array(), $call[2])));
295			}
296			break;
297			}
298			}
299
300			// condense cdata
301			$cnt = count($this->tableCalls);
302			for ($key = 0; $key < $cnt; $key++) {
303			if ($this->tableCalls[$key][0] == 'cdata') {
304			$ckey = $key;
305			$key++;
306			while ($this->tableCalls[$key][0] == 'cdata') {
307			$this->tableCalls[$ckey][1][0] .= $this->tableCalls[$key][1][0];
308			$toDelete[] = $key;
309			$key++;
310			}
311			continue;
312			}
313			}
314
315			foreach ($toDelete as $delete) {
316			unset($this->tableCalls[$delete]);
317			}
318			$this->tableCalls = array_values($this->tableCalls);
319			}
320			}
321

splitbrain / dokuwiki

Push — stable ( b83837...3c8749 )

Table::writeCall() A

Complexity

Size

Duplication

Importance

Duplication Side-by-Side

Filter issues like