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views_query:: (24 methods):
views_query()
set_distinct()
set_count_field()
set_header()
add_relationship()
add_table()
queue_table()
mark_table()
ensure_table()
ensure_path()
adjust_join()
get_join_data()
get_table_info()
add_field()
clear_fields()
set_where_group()
set_group_operator()
add_where()
add_having()
add_orderby()
add_groupby()
condition_sql()
query()
get_where_args()
Class: views_query - X-Ref
Object used to create a SELECT query.| views_query($base_table = 'node', $base_field = 'nid') X-Ref |
| Constructor; Create the basic query object and fill with default values. |
| set_distinct($value = TRUE) X-Ref |
| Set the base field to be distinct. |
| set_count_field($table, $field, $alias = NULL) X-Ref |
| Set what field the query will count() on for paging. |
| set_header($header) X-Ref |
| Set the table header; used for click-sorting because it's needed info to modify the ORDER BY clause. |
| add_relationship($alias, $join, $base, $link_point = NULL) X-Ref |
| A relationship is an alternative endpoint to a series of table joins. Relationships must be aliases of the primary table and they must join either to the primary table or to a pre-existing relationship. An example of a relationship would be a nodereference table. If you have a nodereference named 'book_parent' which links to a parent node, you could set up a relationship 'node_book_parent' to 'node'. Then, anything that links to 'node' can link to 'node_book_parent' instead, thus allowing all properties of both nodes to be available in the query. param: $alias param: $join param: $base param: $link_point |
| add_table($table, $relationship = NULL, $join = NULL, $alias = NULL) X-Ref |
| Add a table to the query, ensuring the path exists. This function will test to ensure that the path back to the primary table is valid and exists; if you do not wish for this testing to occur, use $query->queue_table() instead. param: $table param: $relationship param: $join param: $alias return: $alias |
| queue_table($table, $relationship = NULL, $join = NULL, $alias = NULL) X-Ref |
| Add a table to the query, without ensuring the path. This function will test to ensure that the path back to the primary table is valid and exists; if you do not wish for this testing to occur, use $query->queue_table() instead. param: $table param: $relationship param: $join param: $alias return: $alias |
| mark_table($table, $relationship, $alias) X-Ref |
| No description |
| ensure_table($table, $relationship = NULL, $join = NULL) X-Ref |
| Ensure a table exists in the queue; if it already exists it won't do anything, but if it doesn't it will add the table queue. It will ensure a path leads back to the relationship table. param: $table param: $relationship param: $join return: |
| ensure_path($table, $relationship = NULL, $join = NULL, $traced = array() X-Ref |
| Make sure that the specified table can be properly linked to the primary table in the JOINs. This function uses recursion. If the tables needed to complete the path back to the primary table are not in the query they will be added, but additional copies will NOT be added if the table is already there. |
| adjust_join($join, $relationship) X-Ref |
| Fix a join to adhere to the proper relationship; the left table can vary based upon what relationship items are joined in on. |
| get_join_data($table, $base_table) X-Ref |
| Retrieve join data from the larger join data cache. param: $table param: $base_table return: |
| get_table_info($table) X-Ref |
| Get the information associated with a table. If you need the alias of a table with a particular relationship, use ensure_table(). |
| add_field($table, $field, $alias = '', $params = NULL) X-Ref |
| Add a field to the query table, possibly with an alias. This will automatically call ensure_table to make sure the required table exists, *unless* $table is unset. param: $table param: $field param: $alias return: $name |
| clear_fields() X-Ref |
| Remove all fields that may've been added; primarily used for summary mode where we're changing the query because we didn't get data we needed. |
| set_where_group($type = 'AND', $group = NULL, $where = 'where') X-Ref |
| Create a new grouping for the WHERE or HAVING clause. param: $type param: $group param: $where return: $group |
| set_group_operator($type = 'AND') X-Ref |
| Control how all WHERE and HAVING groups are put together. param: $type |
| add_where($group, $clause) X-Ref |
| Add a simple WHERE clause to the query. The caller is responsible for ensuring that all fields are fully qualified (TABLE.FIELD) and that the table already exists in the query. param: $group param: $clause param: ... |
| add_having($group, $clause) X-Ref |
| Add a simple HAVING clause to the query. The caller is responsible for ensuring that all fields are fully qualified (TABLE.FIELD) and that the table and an appropriate GROUP BY already exist in the query. param: $group param: $clause param: ... |
| add_orderby($table, $field, $order, $alias = '') X-Ref |
| Add an ORDER BY clause to the query. param: $table param: $field param: $order param: $alias |
| add_groupby($clause) X-Ref |
| Add a simple GROUP BY clause to the query. The caller is responsible for ensuring that the fields are fully qualified and the table is properly added. |
| condition_sql($where = 'where') X-Ref |
| Construct the "WHERE" or "HAVING" part of the query. param: $where |
| query($get_count = FALSE) X-Ref |
| Generate a query and a countquery from all of the information supplied to the object. param: $get_count |
| get_where_args() X-Ref |
| Get the arguments attached to the WHERE and HAVING clauses of this query. |
| Generated: Thu Mar 24 11:18:33 2011 | Cross-referenced by PHPXref 0.7 |