Intel EP80579 User Manual

Intel

®

 EP80579 Software for Security Applications on Intel

®

 QuickAssist Technology

PG

August 2009

72

Order Number: 320183-004US

a. Prime Candidate
b. Perform GCD test
c. Perform Fermat test
d. Number of Miller-Rabin rounds
e. Perform Lucas test

• Output: Test Passed 

3. Populate data for the Prime-Test operation data structure, see the API manual

• Fill in the Flat Buffers; pointer to data and length

4. Call the operation perform Prime Test API 
5. Completion of the operation, see 

Sample code is provided for Diffie-Hellman Phase operations, see 

1. Define a Diffie-Hellman callback function as per the API prototype, see the API 

manual . If synchronous operation is preferred, instead simply pass NULL to the 

API for the callback parameter.

2. Allocate memory for the operation 
3. Populate data for the appropriate Diffie-Hellman operation data structure, see the 

API manual

• Fill in the Flat Buffers; pointer to data and length

4. Call the operation perform Phase 1 key generation API 
5. Completion of the operation, see 

1. Define a DSA callback function as per DSA generic callback API prototype, see the 

API manual. If synchronous operation is preferred, instead simply pass NULL to the 

API for the callback parameter.

2. Allocate memory for the operation
3. Populate data for the appropriate operation data structure, see the API manual

• Fill in the Flat Buffers; pointer to data and length

4. Call the appropriate operation perform DSA API
5. Completion of the operation, see 

1. Define a DSA callback function as per DSA generic callback API prototype, see the 

API manual. If synchronous operation is preferred, instead simply pass NULL to the 

API for the callback parameter.

2. Allocate memory for the operation
3. Populate data for the appropriate operation data structure, see the API manual

• Fill in the Flat Buffers; pointer to data and length

4. Call the appropriate operation perform DSA API
5. Completion of the operation, see