Define MI_MATH "greater than" function and simplify code
in encodeGreaterThanPredicate().
Change-Id: Ib1d0a3f712e672f105d0697a105e4d9b14301172
Signed-off-by: Sebastian Sanchez <sebastian.sanchez@intel.com>
General purpose register cannot be used for MI_MATH
calculations. ALU registers must be used.
To prevent passing general purpose register into the
EncodeMath interface, enforce a ALU register type
at compile time.
Change-Id: I98aa8605cde27e7003029d33b3ef3bcfb2306878
Signed-off-by: Sebastian Sanchez <sebastian.sanchez@intel.com>
encodeMulRegVal() makes extensive use of encodeAluAdd().
The following problems are addressed:
* encodeAluAdd() performs an addition and saves the
calculated result to the first register. Saving the
result to the first register clears the calculated result.
* An array of MI_MATH buffers is setup prior to performing a
series of encodeAluAdd()'s where the same registers are
reused for the calculations. For calculated results to be
carried over from one encodeAluAdd() operation to subsequent
encodeAluAdd() operations, the MI_MATH buffer needs to be
setup per encodeAluAdd().
Create EncodeMath<Family>::addition() to reserve a MI_MATH buffer
and performs the addition by calling encodeAluAdd().
Modify encodeAluAdd() to save calculated result to a third
register. Then, after EncodeMath<Family>::addition() is called
in encodeMulRegVal(), copy the calculated result from the result
register to the first register from the EncodeMath<Family>::addition()
operation. This will allow the calculated value to be carried over
to subsequent addition operations.
Change-Id: I9c6f8362a1ca2f7e3361aaa48d8748dd6ff0f4c8
Signed-off-by: Sebastian Sanchez <sebastian.sanchez@intel.com>
Maciej Plewka