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  • oci_bind_array_by_name()

    (PHP 5 >= 5.1.2, PHP 7, PECL OCI8 >= 1.2.0)

    Binds a PHP array to an Oracle PL/SQL array parameter

    说明

    oci_bind_array_by_name(resource $statement,string $name,array &$var_array,int $max_table_length[,int $max_item_length= -1[,int $type= SQLT_AFC]]): bool

    Binds the PHP array$var_arrayto the Oracle placeholder$name, which points to an Oracle PL/SQL array. Whether it will be used for input or output will be determined at run-time.

    参数

    $statement

    A valid OCI statement identifier.

    $name

    The Oracle placeholder.

    $var_array

    An array.

    $max_table_length

    Sets the maximum length both for incoming and result arrays.

    $max_item_length

    Sets maximum length for array items. If not specified or equals to -1,oci_bind_array_by_name() will find the longest element in the incoming array and will use it as the maximum length.

    $type

    Should be used to set the type of PL/SQL array items. See list of available types below:

    • SQLT_NUM- for arrays of NUMBER.

    • SQLT_INT- for arrays of INTEGER(Note: INTEGER it is actually a synonym for NUMBER(38), but SQLT_NUM type won't work in this case even though they are synonyms).

    • SQLT_FLT- for arrays of FLOAT.

    • SQLT_AFC- for arrays of CHAR.

    • SQLT_CHR- for arrays of VARCHAR2.

    • SQLT_VCS- for arrays of VARCHAR.

    • SQLT_AVC- for arrays of CHARZ.

    • SQLT_STR- for arrays of STRING.

    • SQLT_LVC- for arrays of LONG VARCHAR.

    • SQLT_ODT- for arrays of DATE.

    返回值

    成功时返回TRUE,或者在失败时返回FALSE

    范例

    Example #1 oci_bind_array_by_name() example

    <?php
    $conn = oci_connect("hr", "hrpwd", "localhost/XE");
    if (!$conn) {
        $m = oci_error();
        trigger_error(htmlentities($m['message']), E_USER_ERROR);
    }
    $create = "CREATE TABLE bind_example(name VARCHAR(20))";
    $stid = oci_parse($conn, $create);
    oci_execute($stid);
    $create_pkg = "
    CREATE OR REPLACE PACKAGE ARRAYBINDPKG1 AS
      TYPE ARRTYPE IS TABLE OF VARCHAR(20) INDEX BY BINARY_INTEGER;
      PROCEDURE iobind(c1 IN OUT ARRTYPE);
    END ARRAYBINDPKG1;";
    $stid = oci_parse($conn, $create_pkg);
    oci_execute($stid);
    $create_pkg_body = "
    CREATE OR REPLACE PACKAGE BODY ARRAYBINDPKG1 AS
      CURSOR CUR IS SELECT name FROM bind_example;
      PROCEDURE iobind(c1 IN OUT ARRTYPE) IS
        BEGIN
        -- Bulk Insert
        FORALL i IN INDICES OF c1
          INSERT INTO bind_example VALUES (c1(i));
        -- Fetch and reverse
        IF NOT CUR%ISOPEN THEN
          OPEN CUR;
        END IF;
        FOR i IN REVERSE 1..5 LOOP
          FETCH CUR INTO c1(i);
          IF CUR%NOTFOUND THEN
            CLOSE CUR;
            EXIT;
          END IF;
        END LOOP;
      END iobind;
    END ARRAYBINDPKG1;";
    $stid = oci_parse($conn, $create_pkg_body);
    oci_execute($stid);
    $stid = oci_parse($conn, "BEGIN arraybindpkg1.iobind(:c1); END;");
    $array = array("one", "two", "three", "four", "five");
    oci_bind_array_by_name($stid, ":c1", $array, 5, -1, SQLT_CHR);
    oci_execute($stid);
    var_dump($array);
    ?>
    
    Note that it looks like you can't bind a multi-dimensional array with this method. If you try, you'll get a Notice about Array to string conversion, and your PL/SQL will end up with a one-dimensional array filled with the a lot of string values, all saying "Array". :|
    This function appears to work with PL/SQL associative arrays (index-by tables) but I was unable to get it to work with PL/SQL varrays
    We were able to get the example included for the "OCI_BIND_ARRAY_BY_NAME" to work. However, the example is NOT actually binding with a PL/SQL array of any type. It is writing data to an Oracle table named "bind_example". Notice how this table is created. The table does NOT have an array type as one of its fields. Since this is the case, there cannot be any binding to a PL/SQL array because at least one field in the table must be either a VARRAY, NESTED TABLE or ASSOCIATIVE ARRAY data type. We searched the Internet and could not find any examples that actually read from a PL/SQL array type. We were able to get data from a PL/SQL VARRAY data type, but only by using a SELECT statement.