本文整理汇总了PHP中AppModel::escapeField方法的典型用法代码示例。如果您正苦于以下问题：PHP AppModel::escapeField方法的具体用法？PHP AppModel::escapeField怎么用？PHP AppModel::escapeField使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类AppModel的用法示例。
在下文中一共展示了AppModel::escapeField方法的8个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的PHP代码示例。
示例1: extract
/**
* Sets the parent of the given node
*
* The force parameter is used to override the "don't change the parent to the current parent" logic in the event
* of recovering a corrupted table, or creating new nodes. Otherwise it should always be false. In reality this
* method could be private, since calling save with parent_id set also calls setParent
*
* @param AppModel $Model Model instance
* @param mixed $parentId
* @return boolean true on success, false on failure
* @access protected
*/
function _setParent(&$Model, $parentId = null, $created = false)
{
extract($this->settings[$Model->alias]);
list($node) = array_values($Model->find('first', array('conditions' => array($scope, $Model->escapeField() => $Model->id), 'fields' => array($Model->primaryKey, $parent, $left, $right), 'recursive' => $recursive)));
$edge = $this->__getMax($Model, $scope, $right, $recursive, $created);
if (empty($parentId)) {
$this->__sync($Model, $edge - $node[$left] + 1, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right], $created);
$this->__sync($Model, $node[$right] - $node[$left] + 1, '-', '> ' . $node[$left], $created);
} else {
$values = $Model->find('first', array('conditions' => array($scope, $Model->escapeField() => $parentId), 'fields' => array($Model->primaryKey, $left, $right), 'recursive' => $recursive));
if ($values === false) {
return false;
}
$parentNode = array_values($values);
if (empty($parentNode) || empty($parentNode[0])) {
return false;
}
$parentNode = $parentNode[0];
if ($Model->id == $parentId) {
return false;
} elseif ($node[$left] < $parentNode[$left] && $parentNode[$right] < $node[$right]) {
return false;
}
if (empty($node[$left]) && empty($node[$right])) {
$this->__sync($Model, 2, '+', '>= ' . $parentNode[$right], $created);
$result = $Model->save(array($left => $parentNode[$right], $right => $parentNode[$right] + 1, $parent => $parentId), array('validate' => false, 'callbacks' => false));
$Model->data = $result;
} else {
$this->__sync($Model, $edge - $node[$left] + 1, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right], $created);
$diff = $node[$right] - $node[$left] + 1;
if ($node[$left] > $parentNode[$left]) {
if ($node[$right] < $parentNode[$right]) {
$this->__sync($Model, $diff, '-', 'BETWEEN ' . $node[$right] . ' AND ' . ($parentNode[$right] - 1), $created);
$this->__sync($Model, $edge - $parentNode[$right] + $diff + 1, '-', '> ' . $edge, $created);
} else {
$this->__sync($Model, $diff, '+', 'BETWEEN ' . $parentNode[$right] . ' AND ' . $node[$right], $created);
$this->__sync($Model, $edge - $parentNode[$right] + 1, '-', '> ' . $edge, $created);
}
} else {
$this->__sync($Model, $diff, '-', 'BETWEEN ' . $node[$right] . ' AND ' . ($parentNode[$right] - 1), $created);
$this->__sync($Model, $edge - $parentNode[$right] + $diff + 1, '-', '> ' . $edge, $created);
}
}
}
return true;
}示例2: extract
/**
* Sets the parent of the given node
*
* The force parameter is used to override the "don't change the parent to the current parent" logic in the event
* of recovering a corrupted table, or creating new nodes. Otherwise it should always be false. In reality this
* method could be private, since calling save with parent_id set also calls setParent
*
* @param AppModel $Model Model instance
* @param mixed $parentId
* @return boolean true on success, false on failure
*/
function _setParent(&$Model, $parentId = null, $created = false)
{
extract($this->settings[$Model->alias]);
$cachequeries = $Model->cacheQueries;
$Model->cacheQueries = false;
list($node) = array_values($Model->find('first', array('conditions' => array($scope, $Model->escapeField() => $Model->id), 'fields' => array($Model->primaryKey, $parent, $left, $right), 'recursive' => $recursive)));
if (empty($parentId)) {
$edge = $this->__getMax($Model, $scope, $right, $recursive, $created);
$this->__sync($Model, $edge - $node[$left] + 1, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right], $created);
$this->__sync($Model, $node[$right] - $node[$left] + 1, '-', '> ' . $node[$left], $created);
} else {
$parentNode = array_values($Model->find('first', array('conditions' => array($scope, $Model->escapeField() => $parentId), 'fields' => array($Model->primaryKey, $left, $right), 'recursive' => $recursive)));
if (empty($parentNode) || empty($parentNode[0])) {
return false;
}
$parentNode = $parentNode[0];
$edge = $this->__getMax($Model, "{$Model->alias}.{$left} <= " . $parentNode[$left], $right, $recursive, $created);
if ($Model->id == $parentId) {
return false;
} elseif ($node[$left] < $parentNode[$left] && $parentNode[$right] < $node[$right]) {
return false;
}
if (empty($node[$left]) && empty($node[$right])) {
$result = $Model->save(array($left => $parentNode[$right], $right => $parentNode[$right] + 1, $parent => $parentId), array('validate' => false, 'callbacks' => false));
$this->__sync($Model, 2, '+', '>= ' . $parentNode[$right], $created);
$Model->data = $result;
} else {
$diff = $node[$right] - $node[$left];
// increment position values of new family of retargeted subtree
$this->__sync($Model, $diff + 1, '+', '>= ' . $parentNode[$right], $created);
// relocate target node under parent
$this->__sync($Model, $parentNode[$right] - $node[$left], '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right], $created);
// reduce values in former position
$nodeTreeMax = $this->__getMax($Model, "{$Model->alias}.{$left} <= " . $node[$left], $right, $recursive, $created);
$this->__sync($Model, $diff + 1, '-', 'BETWEEN ' . $node[$right] . ' AND ' . $nodeTreeMax, $created);
}
}
$Model->cacheQueries = $cachequeries;
return true;
}示例3: getChildCount
/**
* Get the number of child nodes
*
* If the direct parameter is set to true, only the direct children are counted (based upon the parent_id field)
* If false is passed for the id parameter, all top level nodes are counted, or all nodes are counted.
*
* @param AppModel $Model Model instance
* @param integer $id The ID of the record to read
* @param boolean $direct whether to count direct, or all, children
* @return integer number of child nodes
* @access public
*/
function getChildCount(&$Model, $id = null, $direct = false)
{
if (!$id && $Model->id) {
$id = $Model->id;
}
extract($this->settings[$Model->alias]);
if ($direct) {
return $Model->find('count', array('conditions' => array($Model->escapeField($parent) => $id)));
} else {
// Use cached node if possible
if (isset($Model->data[$Model->alias][$left]) && isset($Model->data[$Model->alias][$right])) {
$node = $Model->data[$Model->alias];
} else {
// Get node
if (($node = $this->_node($Model, $id)) === false) {
return false;
}
}
return ($node[$right] - $node[$left] - 1) / 2;
}
}示例4: extract
/**
* Sets the parent of the given node
*
* The force parameter is used to override the "don't change the parent to the current parent" logic in the event
* of recovering a corrupted table, or creating new nodes. Otherwise it should always be false. In reality this
* method could be private, since calling save with parent_id set also calls setParent
*
* @param AppModel $model
* @param mixed $parentId
* @return boolean true on success, false on failure
* @access protected
*/
function _setParent(&$model, $parentId = null)
{
extract($this->settings[$model->alias]);
list($node) = array_values($model->find('first', array('conditions' => array($scope, $model->escapeField() => $model->id), 'fields' => array($model->primaryKey, $parent, $left, $right), 'recursive' => -1)));
$edge = $this->__getMax($model, $scope, $right);
if (empty($parentId)) {
$this->__sync($model, $edge - $node[$left] + 1, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right]);
$this->__sync($model, $node[$right] - $node[$left] + 1, '-', '> ' . $node[$left]);
} else {
list($parentNode) = array_values($model->find('first', array('conditions' => array($scope, $model->escapeField() => $parentId), 'fields' => array($model->primaryKey, $left, $right), 'recursive' => -1)));
if (empty($parentNode)) {
return false;
} elseif ($model->id == $parentId) {
return false;
} elseif ($node[$left] < $parentNode[$left] && $parentNode[$right] < $node[$right]) {
return false;
}
if (empty($node[$left]) && empty($node[$right])) {
$this->__sync($model, 2, '+', '>= ' . $parentNode[$right]);
$model->save(array($left => $parentNode[$right], $right => $parentNode[$right] + 1, $parent => $parentId), false);
} else {
$this->__sync($model, $edge - $node[$left] + 1, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right]);
$diff = $node[$right] - $node[$left] + 1;
if ($node[$left] > $parentNode[$left]) {
if ($node[$right] < $parentNode[$right]) {
$this->__sync($model, $diff, '-', 'BETWEEN ' . $node[$right] . ' AND ' . ($parentNode[$right] - 1));
$this->__sync($model, $edge - $parentNode[$right] + $diff + 1, '-', '> ' . $edge);
} else {
$this->__sync($model, $diff, '+', 'BETWEEN ' . $parentNode[$right] . ' AND ' . $node[$right]);
$this->__sync($model, $edge - $parentNode[$right] + 1, '-', '> ' . $edge);
}
} else {
$this->__sync($model, $diff, '-', 'BETWEEN ' . $node[$right] . ' AND ' . ($parentNode[$right] - 1));
$this->__sync($model, $edge - $parentNode[$right] + $diff + 1, '-', '> ' . $edge);
}
}
}
return true;
}示例5: extract
/**
* Reorder the node without changing the parent.
*
* If the node is the last child, or is a top level node with no subsequent node this method will return false
*
* @since 1.2
* @param AppModel $model
* @param mixed $id The ID of the record to move
* @param int $number how many places to move the node
* @return boolean True on success, false on failure
* @access public
*/
function move_down(&$model, $id = null, $number = 1)
{
if (empty($id)) {
$id = $model->id;
}
extract($this->settings[$model->name]);
list($node) = array_values($model->find(array($scope, $model->escapeField() => $id), array($model->primaryKey, $left, $right, $parent), null, -1));
if ($node[$parent]) {
list($parentNode) = array_values($model->find(array($scope, $model->escapeField() => $node[$parent]), array($model->primaryKey, $left, $right), null, -1));
if ($node[$right] + 1 == $parentNode[$right]) {
return false;
}
}
$nextNode = $model->find(array($scope, $left => $node[$right] + 1), array($model->primaryKey, $left, $right), null, -1);
if ($nextNode) {
list($nextNode) = array_values($nextNode);
} else {
return false;
}
$edge = $this->__get_max($model, $scope, $right);
// First, move the node (and subnodes) to the end
$this->__sync($model, $edge - $node[$left] + 1, '+', "BETWEEN {$node[$left]} AND {$node[$right]}", $scope);
// Then move the 'next' node backwards
$this->__sync($model, $nextNode[$left] - $node[$left], '-', "BETWEEN {$nextNode[$left]} AND {$nextNode[$right]}", $scope);
// Then put in the hole
$this->__sync($model, $edge - $node[$left] - ($nextNode[$right] - $nextNode[$left]), '-', "> {$edge}", $scope);
if ($number > 1) {
return $this->move_down($model, $number - 1);
} else {
return true;
}
}示例6: conditionsNotCurrent
/**
* When doing any update all calls, you want to avoid updating the record
* you've just modified, as the order will have been set already, so exclude
* it with some conditions.
*
* @param AppModel $model
* @return array Array Model.primary_key => $id
*/
function conditionsNotCurrent(&$model)
{
if (!($id = $model->id)) {
$id = $model->getInsertID();
}
return array($model->escapeField($model->primaryKey) . ' <>' => $id);
}示例7: beforeFind
/**
* Callback...
*
* Allows automagic sorting and field retrival.
* Add support for $query['localized'] that will filter out items not translated to the current language
*
* @param AppModel $model
*/
public function beforeFind($model, $query)
{
// $this->_checkSchema($model);
$fields = $this->settings[$model->alias];
$currLocale = SlConfigure::read('I18n.locale');
if (empty($currLocale)) {
return $query;
}
if (!empty($query['localized'])) {
if (!is_array($query['conditions'])) {
$query['conditions'] = array($query['conditions']);
}
$query['conditions']["_{$currLocale}"] = true;
unset($query['localized']);
}
// reorder based on current localization
if (count($query['order']) > 0) {
$orderArray =& $query['order'];
foreach ($orderArray as &$order) {
if (!is_array($order) && $order) {
$parts = explode(' ', $order);
$order = array($parts[0] => empty($parts[1]) ? 'ASC' : $parts[1]);
}
if (is_array($order)) {
$newOrder = array();
foreach ($order as $key => $direction) {
$field = $key;
if (is_int($field)) {
$field = $direction;
$direction = 'ASC';
}
$temp = explode('.', $field);
if (count($temp) === 1) {
$modelClass = $model->alias;
$fieldName = Inflector::slug($temp[0], '');
} else {
$modelClass = Inflector::slug($temp[0], '');
$fieldName = Inflector::slug($temp[1], '');
}
if (isset($this->settings[$modelClass]) && in_array($fieldName, $this->settings[$modelClass])) {
$newOrder[$modelClass . '.' . $fieldName . '_' . $currLocale] = $direction;
} else {
$newOrder[$key] = $direction;
}
}
$order = $newOrder;
}
}
}
if (is_string($query['fields'])) {
$query['fields'] = array($query['fields']);
}
$locales = SlConfigure::read('I18n.locales');
if (is_array($query['fields']) && count($query['fields']) > 0) {
// Add {$field}_{$lang} to fields list (when needed)
foreach ($fields as $field) {
foreach ($query['fields'] as $fieldName) {
$temp = explode('.', $fieldName);
if (count($temp) === 1) {
$modelClass = $model->alias;
$fieldName = Inflector::slug($temp[0], '');
} else {
$modelClass = Inflector::slug($temp[0], '');
$fieldName = Inflector::slug($temp[1], '');
}
if (isset($this->settings[$modelClass]) && in_array($fieldName, $this->settings[$modelClass])) {
$query['fields'][] = $modelClass . '.' . $fieldName . '_' . $currLocale;
}
// foreach (array($field, $model->alias.'.'.$field, $model->escapeField($field)) as $_field) {
// if ($_field === $fieldName) {
// foreach ($locales as $locale) {
// $query['fields'][] = $model->alias.'.'.$field.'_'.$locale;
// }
// //unset($query['fields'][$fieldName]);
// }
// }
}
}
}
// transcript conditions
if ($query['conditions']) {
$fields2 = array();
$recursive = isset($query['recursive']) ? $query['recursive'] : $model->recursive;
foreach ($fields as $field) {
foreach (array($field, $model->alias . '.' . $field, $model->escapeField($field)) as $_field) {
$fields2["{$_field} LIKE"] = $model->alias . '.' . $field . '_' . $currLocale . ' LIKE';
//if ($recursive < 0 || $field != $_field) {
$fields2[$_field] = "{$_field}_{$currLocale}";
//}
}
}
if ($fields2) {
//.........这里部分代码省略.........
示例8: extract
/**
* Sets the parent of the given node
*
* The force parameter is used to override the "don't change the parent to the current parent" logic in the event
* of recovering a corrupted table, or creating new nodes. Otherwise it should always be false. In reality this
* method could be private, since calling save with parent_id set also calls setParent
*
* @param AppModel $Model Model instance
* @param mixed $parentId
* @return boolean true on success, false on failure
* @access protected
*/
function _setParent(&$Model, $parentId = null, $created = false)
{
extract($this->settings[$Model->alias]);
$cachequeries = $Model->cacheQueries;
$Model->cacheQueries = false;
list($node) = array_values($Model->find('first', array('conditions' => array($scope, $Model->escapeField() => $Model->id), 'fields' => array($Model->primaryKey, $parent, $left, $right), 'recursive' => $recursive)));
if (empty($parentId)) {
$edge = $this->__getMax($Model, $scope, $right, $recursive, $created);
$this->__sync($Model, $edge - $node[$left] + 1, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right], $created);
$this->__sync($Model, $node[$right] - $node[$left] + 1, '-', '> ' . $node[$left], $created);
} else {
$parentNode = array_values($Model->find('first', array('conditions' => array($scope, $Model->escapeField() => $parentId), 'fields' => array($Model->primaryKey, $left, $right), 'recursive' => $recursive)));
if (empty($parentNode) || empty($parentNode[0])) {
return false;
}
$parentNode = $parentNode[0];
// find current rightmost edge of parent tree
$edge = $this->__getMax($Model, "{$Model->alias}.{$left} <= " . $parentNode[$left], $right, $recursive, $created);
if ($Model->id == $parentId) {
return false;
} elseif ($node[$left] < $parentNode[$left] && $parentNode[$right] < $node[$right]) {
return false;
}
if (empty($node[$left]) && empty($node[$right])) {
$result = $Model->save(array($left => $parentNode[$right], $right => $parentNode[$right] + 1, $parent => $parentId), array('validate' => false, 'callbacks' => false));
$this->__sync($Model, 2, '+', '>= ' . $parentNode[$right], $created);
$Model->data = $result;
} else {
$diff = $node[$right] - $node[$left];
// swap subtree out into free memory and get updated positions
$this->__swapout($Model, $node);
$this->__updateNode($Model, $parentNode);
// push new neighbours on our new right side to make room and get updated parent
$this->__sync($Model, $diff + 1, '+', '>= ' . $parentNode[$right], $created);
$this->__updateNode($Model, $parentNode);
$this->__updateNode($Model, $node);
// relocate target node under parent
$this->__sync($Model, $parentNode[$left] - $node[$left] + $diff, '+', 'BETWEEN ' . $node[$left] . ' AND ' . $node[$right], $created);
}
}
$Model->cacheQueries = $cachequeries;
return true;
}