Communication protocols design verification through database systems for hardware-based emulation platforms

A system comprising:

• a hardware-based emulation platform configured to emulate operation of a design-under-test (“DUT”);
• a database system;
• and
• a verification system comprising:
• a storage system comprising different memories, including:
• a memory layer;
• and
• a local storage layer, wherein the memory layer has a lower memory access latency than the local storage layer;
• and
• a design verification engine configured to:
• send test data to the hardware-based emulation platform, wherein the test data is configured with verification settings to test different communication protocols for the DUT;
• receive response data from the hardware-based emulation platform;
• buffer the response data into the memory layer and the local storage layer;
• determine to aggregate the response data stored in both the memory layer and local storage layer into a write transaction according to buffering criteria, the buffering criteria based on a communication speed of the hardware-based emulation platform, a remaining capacity of the memory layer, a remaining capacity of the local storage layer, or a combination thereof;
• and
• issue the write transaction to the database system to store the aggregated response data in the database system.

A non-transitory machine-readable storing instructions that, when executed by a processor, cause a computing system to:

• send test data to a hardware-based emulation platform configured to emulate operation of a design-under-test (“DUT”), wherein the test data is configured with verification settings to test different communication protocols for the DUT;
• receive response data from the hardware-based emulation platform;
• buffer the response data into different memories of the computing system, including a memory layer and local storage layer, wherein the memory layer has a lower memory access latency than the local storage layer;
• determine to aggregate the response data stored in both the memory layer and local storage layer into a write transaction according to buffering criteria, the buffering criteria based on a communication speed of the hardware-based emulation platform, a remaining capacity of the memory layer, a remaining capacity of the local storage layer, or a combination thereof;
• and
• issue the write transaction to a database system to store the aggregated response data in the database system.