Cilium v1.5 Documentation= *(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that mul�ples their size, and padding is added for the proper alignment. Because of this, the size of struct may o�en grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 740 页 | 12.52 MB | 1 年前3- Cilium v1.6 Documentation*(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 10. Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that multiples their size, and padding is added for the proper alignment. Because of this, the size of struct may often grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 734 页 | 11.45 MB | 1 年前3
- Cilium v1.7 Documentation*(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 10. Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that multiples their size, and padding is added for the proper alignment. Because of this, the size of struct may often grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 885 页 | 12.41 MB | 1 年前3
- Cilium v1.8 Documentation*(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 10. Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that multiples their size, and padding is added for the proper alignment. Because of this, the size of struct may often grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 1124 页 | 21.33 MB | 1 年前3
- Cilium v1.10 Documentation*(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 10. Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that multiples their size, and padding is added for the proper alignment. Because of this, the size of struct may often grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 1307 页 | 19.26 MB | 1 年前3
- Cilium v1.9 Documentation*(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 10. Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that multiples their size, and padding is added for the proper alignment. Because of this, the size of struct may often grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 1263 页 | 18.62 MB | 1 年前3
- Cilium v1.11 Documentation*(u64 *)(r10 -8) 7: (95) exit processed 8 insns (limit 131072), stack depth 8 10. Remove struct padding with aligning members by using #pragma pack. In modern compilers, data structures are aligned by memory efficiently. Structure members are aligned to memory address that multiples their size, and padding is added for the proper alignment. Because of this, the size of struct may often grow larger than | // |________________________| // | sector(4) | PADDING | <= address aligned to 8 // |____________|___________| with 4-byte PADDING. The BPF verifier in the kernel checks the stack boundary0 码力 | 1373 页 | 19.37 MB | 1 年前3
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