Lines Matching full:memory

34  * of memory regions with different capabilities / attributes (cacheable,
39  * can be used by drivers or applications to request memory with certain
45  *    framework using @ref shared_multi_heap_pool_init and add the memory
49  *  - Each memory region encoded in a @ref shared_multi_heap_region structure.
54  *  - When a driver or application needs some dynamic memory with a certain
56  *    version) to request the memory by using the opaque parameter to select
57  *    the correct set of attributes for the needed memory. The framework will
58  *    take care of selecting the correct heap (thus memory region) to carve
59  *    memory from, based on the opaque parameter and the runtime state of the
60  *    heaps (available memory, heap state, etc...)
66  * Enumeration type for some common memory region attributes.
76 	/** external Memory */
89  * This struct is carrying information about the memory region to be added in
93 	/** Memory heap attribute */
96 	/** Memory heap starting virtual address */
99 	/** Memory heap size in bytes */
120  * @brief Allocate memory from the memory shared multi-heap pool
122  * Allocates a block of memory of the specified size in bytes and with a
124  * by the backend to select the correct heap to allocate memory from.
126  * @param attr		capability / attribute requested for the memory block.
129  * @retval ptr		a valid pointer to heap memory.
130  * @retval err		NULL if no memory is available.
135  * @brief Allocate aligned memory from the memory shared multi-heap pool
137  * Allocates a block of memory of the specified size in bytes and with a
141  * @param attr		capability / attribute requested for the memory block.
145  * @retval ptr		a valid pointer to heap memory.
146  * @retval err		NULL if no memory is available.
152  * @brief Free memory from the shared multi-heap pool
154  * Used to free the passed block of memory that must be the return value of a
170  * @param region	pointer to the memory region to be added.