Informix DataBlade API Programmer's Manual DataBlade API Function Descriptions

The mi_put_interval() function copies an mi_interval (INTERVAL) value, converting any difference in alignment or byte order on the server computer to that of the client computer.

mi_unsigned_char1 *mi_put_interval(data_ptr, intrvl_ptr)

mi_unsigned_char1 *data_ptr;

mi_interval *intrvl_ptr;

data_ptr	is a pointer to the buffer to which the mi_interval value is to be copied.
intrvl_ptr	is a pointer to the buffer from which to copy the mi_interval value.

Valid in Client LIBMI Application?	Valid in User-Defined Routine?
No	Yes

The mi_put_interval() function copies the mi_interval value that intrvl_ptr references into the user-defined buffer that data_ptr references. Upon completion, mi_put_interval() returns the address of the next buffer to which data can be copied. The function advances the returned address by n bytes, ready for copying in the next value. In other words, if n is the length of the value that intrvl_ptr identifies, the returned address is n bytes advanced from the original buffer address in data_ptr.

The mi_put_interval() function is useful in a send support function of an opaque data type that contains mi_interval values. Use this function to send an aligned INTERVAL value to a client application, which possibly has unaligned data buffers.

See the description of the following functions: mi_get_interval(), mi_put_bytes(), mi_put_date(), mi_put_datetime(), mi_put_decimal(), mi_put_double_precision(), mi_put_int8(), mi_put_integer(), mi_put_lo_handle(), mi_put_money(), mi_put_real(), mi_put_smallint(), and mi_put_string().

For more information on the use of mi_put_interval() in a send support function, see Converting Opaque-Type Data With Machine-Specific Data Types.