Basic API Sample Introduction

Overview

This sample introduces the usage of Ascend C Basic API, including data movement, matrix computation, memory vector computation, resource management, synchronization control, atomic operations, and scalar computation.

Sample List

Directory Name	Description
00_data_movement	This directory contains samples for multiple APIs related to data movement, demonstrating the usage of data movement interfaces.
01_memory_vector_compute	This sample directory uses operators such as reduce, sort, and transpose as examples to demonstrate the usage of memory vector computation interfaces.
02_reg_vector_compute	This directory contains samples for multiple APIs related to vector computation, implemented based on Reg programming interfaces.
03_matrix_compute	This sample directory uses operators such as batch_matmul to demonstrate the usage of matrix computation interfaces.
04_memory_management	This directory contains samples for multiple APIs related to resource management. Each sample is based on the Ascend C <<<>>> direct invocation method, supporting the implementation of both the main function and kernel function in the same cpp file.
05_sync_control	This directory contains samples for multiple APIs related to synchronization control. Each sample is based on the Ascend C <<<>>> direct invocation method, supporting the implementation of both the main function and kernel function in the same cpp file.
06_atomic	This directory contains samples for multiple APIs related to atomic operations. Each sample is based on the Ascend C <<<>>> direct invocation method, supporting the implementation of both the main function and kernel function in the same cpp file.
07_tpipe_tque	This directory contains samples for multiple APIs related to TPipe/TQue resource management. Each sample is based on the Ascend C <<<>>> direct invocation method, supporting the implementation of both the main function and kernel function in the same cpp file.
09_utils	This directory contains API samples related to utilities. Each sample is based on the Ascend C <<<>>> direct invocation method, supporting the implementation of both the main function and kernel function in the same cpp file.