Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

__TEE_ObjectHandle	Opaque structure definition for an object handle. TODO - Fill it with something appropriate
__TEE_OperationHandle	Opaque structure definition for an operation handle. It contains almost all the elements of operation info structure and if possible few other elements for book-keeping purposes
__TEE_OperationInfo
_FILE_CON
acl_device
acl_group
acl_user
core_context
cp15_context
cpu_section	Section page table entry
crypt_data_buffer
crypto_global	Global variables for the task should be defined as a member of the global structure
devmap
dispatch_global	Global variables for the task should be defined as a member of the global structure
drm_data_buffer
drm_global	Global variables for the task should be defined as a member of the global structure
echo_global	Global variables for the task should be defined as a member of the global structure
event
f_info	Structure of a file containing its basic information required for many operations
FILE
file_stat	Structure containing the basic details of a file/directory
gic_chip_data
gic_context
gui_info
kernel_symbol
lfn_entry	Structure of the long file name slot
list
mem_info	This structure has information about the memory regions in the secure world
nsk_boot_info
obj_values
otz_client_encode_cmd	Encode command structure
otz_dev_file
otz_device_t	The otz_device_t structure is used to contain control information related to the device
otz_enc_dec_t	Encoder and decoder state
otz_login_t	Login credentials to be provided to the service
otz_mem_reference	Shared memory reference
otz_mutex_test_global	Global variables for the task should be defined as a member of the global structure
otz_operation_t	The otz_operation_t structure is used to contain control information related to an operation that is to be invoked with the security environment
otz_property_name_t	Service property
otz_property_t	Name value pairs
otz_secure_encode_cmd	Encode command structure
otz_secure_encode_ctx	Encode context
otz_session_shared_mem_info	Shared memory information for the session
otz_session_t	The otz_session_t structure is used to contain control information related to a session between a client and a service
otz_shared_mem_t	The otz_shared_memory_t structure is used to contain control information related to a block of shared memory that is mapped between the client and the service
otz_smc_cdata	Shared memory used for smc processing
otz_smc_cmd	SMC command structure
otz_uuid_t	Universally Unique IDentifier (UUID) type as defined in [RFC4122].A
otz_wait_data
otzc_encode
otzc_encode_meta	Metadata used for encoding/decoding
otzc_notify_data	Shared memory for Notification
otzc_service
otzc_session
otzc_shared_mem
otzc_shrd_mem_head
our_data_buffer
pt_pool_static
ptable
pthread_mutex_t
sa_config_t	Secure API configuration details for task
sem_t
ser_ses_id	Session details structure
smc_call_version
spinlock
svisor_allocator_info	This structure has information about the memory regions
svisor_allocator_params	This structure has information about the memory regions
sw_alloced_area
sw_devices_head	This contains the list of devices registered during Initialisation
sw_file_operations
sw_free_area
sw_global	Global variables structure
sw_heap
sw_mutex_t
sw_page_ref	Page table reference
sw_sem_t
sw_task	Task structure
sw_task_cpu_regs	Task registers context
sw_tls	Task local storage
swi_temp_regs	Structure to store register in SWI handler
system_context
TEE_Attribute
TEE_ObjectInfo
TEE_Time
TEE_UUID
TEEC_Context	The TEEC_Context structure is used to contain control information related to the TEE
TEEC_Operation	The TEEC_Operation structure is used to contain control information related to an operation that is to be invoked with the security environment
TEEC_Parameter	Parameter of a TEEC_Operation
TEEC_RegisteredMemoryReference	Registered memory reference
TEEC_Session	The TEEC_Session structure is used to contain control information related to a session between a client and a service
TEEC_SharedMemory	The TEEC_SharedMemory structure is used to contain control information related to a block of shared memory that is mapped between the client and the service
TEEC_TempMemoryReference	Temporary shared memory reference
TEEC_Value	Small raw data value type
timer_clock_info
timer_cpu_info
timer_event
timeval_t	Structure to represent the time in High resolution format( Resolution in Nano seconds)
touch_info
ulldiv_t	The layout of this structure must not be altered. The return type and member order is defined by the ARM eabi. Quotient is returned in r0-r1 and remainder in r2-r3
user_access_control
wait_queue	Wait queue element
wait_queue_head	Wait queue list head. Wait queue elements are added to this