RISC-V is an extensible instruction set architecture. RISC-V extensions can improve execution performance and support richer features. Currently, the RISC-V BPF JIT has supported some extensions, including the C extension and ZBB extension. To further enrich the functionality of RISC-V BPF JIT and enhance performance, we hope to implement more extensions for RISC-V BPF JIT based on RVA22/RVA23.
### Project Difficulty:
Advanced
### Technical Field Tags:
eBPF, RISC-V
### Programming Language Tags:
C, Assembly
### Project Output Requirements:
1. Implement more extension support for RISC-V BPF JIT
2. Conduct comprehensive testing of the implemented features
3. Merge code into the openeuler community or Linux community
### Project Technical Requirements:
1. Familiar with the principles of eBPF JIT
2. Familiar with the RISC-V architecture instruction set
RISC-V is an extensible instruction set architecture. RISC-V extensions can improve execution performance and support richer features. Currently, the RISC-V BPF JIT has supported some extensions, including the C extension and ZBB extension. To further enrich the functionality of RISC-V BPF JIT and enhance performance, we hope to implement more extensions for RISC-V BPF JIT based on RVA22/RVA23.
### Project Difficulty:
Advanced
### Technical Field Tags:
eBPF, RISC-V
### Programming Language Tags:
C, Assembly
### Project Output Requirements:
1. Implement more extension support for RISC-V BPF JIT
2. Conduct comprehensive testing of the implemented features
3. Merge code into the openEuler community or Linux community
### Project Technical Requirements:
1. Familiar with the principles of eBPF JIT
2. Familiar with the RISC-V architecture instruction set
RISC-V is an extensible instruction set architecture. RISC-V extensions can improve execution performance and support richer features. Currently, the RISC-V BPF JIT has supported some extensions, including the C extension and ZBB extension. To further enrich the functionality of RISC-V BPF JIT and enhance performance, we hope to implement more extensions for RISC-V BPF JIT based on RVA22/RVA23.
### Project Difficulty:
Advanced
### Technical Field Tags:
eBPF, RISC-V
### Programming Language Tags:
C, Assembly
### Project Output Requirements:
1. Implement more extension support for RISC-V BPF JIT
2. Conduct comprehensive testing of the implemented features
3. Merge code into the openEuler community or Linux community
### Project Technical Requirements:
1. Familiar with the principles of eBPF JIT
2. Familiar with the RISC-V architecture instruction set
RISC-V is an extensible instruction set architecture. RISC-V extensions can improve execution performance and support richer features. Currently, the RISC-V BPF JIT has supported some extensions, including the C extension and ZBB extension. To further enrich the functionality of RISC-V BPF JIT and enhance performance, we hope to implement more extensions for RISC-V BPF JIT based on RVA22/RVA23.
### Project Difficulty:
Advanced
### Technical Field Tags:
eBPF, RISC-V
### Programming Language Tags:
C, Assembly
### Project Output Requirements:
1. Implement more extension support for RISC-V BPF JIT
2. Conduct comprehensive testing of the implemented features
3. Merge code into the openEuler community or Linux community
### Project Technical Requirements:
1. Familiar with the principles of eBPF JIT
2. Familiar with the RISC-V architecture instruction set
RISC-V is an extensible instruction set architecture. RISC-V extensions can improve execution performance and support richer features. Currently, the RISC-V BPF JIT has supported some extensions, including the C extension and ZBB extension. To further enrich the functionality of RISC-V BPF JIT and enhance performance, we hope to implement more extensions for RISC-V BPF JIT based on RVA22/RVA23.
### Project Difficulty:
Advanced
### Technical Field Tags:
eBPF, RISC-V
### Programming Language Tags:
C, Assembly
### Project Output Requirements:
1. Implement more extension support for RISC-V BPF JIT
2. Conduct comprehensive testing of the implemented features
3. Merge code into the openEuler community or Linux community
### Project Technical Requirements:
1. Familiar with the principles of eBPF JIT
2. Familiar with the RISC-V architecture instruction set
RISC-V is an extensible instruction set architecture. RISC-V extensions can improve execution performance and support richer features. Currently, the RISC-V BPF JIT has supported some extensions, including the C extension and ZBB extension. To further enrich the functionality of RISC-V BPF JIT and enhance performance, we hope to implement more extensions for RISC-V BPF JIT based on RVA22/RVA23.
### Project Difficulty:
Advanced
### Technical Field Tags:
eBPF, RISC-V
### Programming Language Tags:
C, Assembly
### Project Output Requirements:
1. Implement more extension support for RISC-V BPF JIT
2. Conduct comprehensive testing of the implemented features
3. Merge code into the openEuler community or Linux community
### Project Technical Requirements:
1. Familiar with the principles of eBPF JIT
2. Familiar with the RISC-V architecture instruction set