On 11/09/18 12:31, Volodymyr Babchuk wrote:
On 11.09.18 14:19, Julien Grall wrote:
On 10/09/18 18:37, Volodymyr Babchuk wrote:
Hi Julien,
Hi,
On 05.09.18 18:17, Julien Grall wrote:
Hi,
On 09/03/2018 05:54 PM, Volodymyr Babchuk wrote:
Main way to communicate with OP-TEE is to issue
On 11.09.18 14:19, Julien Grall wrote:
On 10/09/18 18:37, Volodymyr Babchuk wrote:
Hi Julien,
Hi,
On 05.09.18 18:17, Julien Grall wrote:
Hi,
On 09/03/2018 05:54 PM, Volodymyr Babchuk wrote:
Main way to communicate with OP-TEE is to issue standard SMCCC
NIT: The main way
call. "Sta
On 10/09/18 18:37, Volodymyr Babchuk wrote:
Hi Julien,
Hi,
On 05.09.18 18:17, Julien Grall wrote:
Hi,
On 09/03/2018 05:54 PM, Volodymyr Babchuk wrote:
Main way to communicate with OP-TEE is to issue standard SMCCC
NIT: The main way
call. "Standard" is a SMCCC term and it means that c
Hi Julien,
On 05.09.18 18:17, Julien Grall wrote:
Hi,
On 09/03/2018 05:54 PM, Volodymyr Babchuk wrote:
Main way to communicate with OP-TEE is to issue standard SMCCC
NIT: The main way
call. "Standard" is a SMCCC term and it means that call can be
interrupted and OP-TEE can return control t
Hi,
On 09/03/2018 05:54 PM, Volodymyr Babchuk wrote:
Main way to communicate with OP-TEE is to issue standard SMCCC
NIT: The main way
call. "Standard" is a SMCCC term and it means that call can be
interrupted and OP-TEE can return control to NW before completing
the call.
In contranst with
Main way to communicate with OP-TEE is to issue standard SMCCC
call. "Standard" is a SMCCC term and it means that call can be
interrupted and OP-TEE can return control to NW before completing
the call.
In contranst with fast calls, where arguments and return values
are passed in registers, standar
