category stringclasses 19
values | ctf_task_type stringclasses 7
values | dataset stringclasses 1
value | id stringlengths 29 29 | messages listlengths 3 3 | metadata unknown | source_dataset stringclasses 3
values | source_path stringlengths 0 93 | split stringclasses 1
value | type stringclasses 1
value |
|---|---|---|---|---|---|---|---|---|---|
io_file | pwn | ctf-dataset | ctf-lora-78b95914891fe19336de | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `IO-FILE/house of apple2/2025hgame where is the vulnerability/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-f928688cbeae971d",
"original_line": 158,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of apple2/2025hgame where is the v... | pwn101_distilled_v1 | IO-FILE/house of apple2/2025hgame where is the vulnerability/exp.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-793999b2332ae0562467 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/2026d3ctf-d3kheap2pro/make_run_image.sh` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role":... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-af6bc89fbb7da29b",
"original_line": 292,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/make_run_image.sh",
... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/make_run_image.sh | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-7a58b91a9327383d8ea1 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/unlink/2016_zctf_note2/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},... | {
"category": "heap",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-e40980e39882599f",
"original_line": 40,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/unlink/2016_zctf_note2/exp.py",
"split": "tra... | pwn101_distilled_v1 | Heap/unlink/2016_zctf_note2/exp.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-7b58fe2142b7481178f3 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/libxdk-v0.1/xdk/pivot/PivotFinder.h` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-72a9d2d076d2641f",
"original_line": 302,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/lib... | pwn101_distilled_v1 | Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/libxdk-v0.1/xdk/pivot/PivotFinder.h | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-7bde3571600d00ade215 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/off-by-one/2024ylb-null/exp_cli.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-b7ee16a1ddd1b0be",
"original_line": 18,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/off-by-one/2024ylb-null/exp_cli.py",
"split":... | pwn101_distilled_v1 | Heap/off-by-one/2024ylb-null/exp_cli.py | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-7c36061857d778e61c4a | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「ROP 链」。\n资料来源：IO-FILE/house of cat/强网杯2022houseofcat/WP.md；主题：强网杯 2022 houseofcat WP；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-022bc5ec6b619aaf",
"original_line": 221,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of cat/强网杯2022houseofcat/WP.md",
"spli... | pwn101_distilled_v1 | IO-FILE/house of cat/强网杯2022houseofcat/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-7cde86fb4685df143820 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「总结」。\n资料来源：Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md；主题：CISCN2024 华南赛区 my_heap Writeup；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函... | {
"category": "heap",
"ctf_score": 34,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-40d4567a957b0ee2",
"original_line": 134,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md",
"split... | pwn101_distilled_v1 | Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md | train | ctf_lora_sft |
seccomp | pwn | ctf-dataset | ctf-lora-7d151fc5cf44efb44506 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Seccomp绕过/close绕过fd参数检查/vuln.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{... | {
"category": "seccomp",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-dba1f94cf89a9ff8",
"original_line": 504,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Seccomp绕过/close绕过fd参数检查/vuln.c",
"split": "tra... | pwn101_distilled_v1 | Seccomp绕过/close绕过fd参数检查/vuln.c | train | ctf_lora_sft |
misc_pwn | pwn | ctf-dataset | ctf-lora-7d6288c8bf02a01fa371 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `其它/2024ccb anote/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{
"c... | {
"category": "misc_pwn",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-8b4033374d0ed407",
"original_line": 415,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "其它/2024ccb anote/exp.py",
"split": "train",
... | pwn101_distilled_v1 | 其它/2024ccb anote/exp.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-7d99341263e956b7a584 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/2026d3ctf-d3kheap2pro/primitive_probe.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role":... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-0e353f9cf376ae65",
"original_line": 293,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/primitive_probe.c",
... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/primitive_probe.c | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-7d9badf0563c88a495e1 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/hitcontraining_uaf/hacknote.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},... | {
"category": "heap",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-9a3eb91bcab5b005",
"original_line": 13,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/hitcontraining_uaf/hacknote.c",
"split": "tra... | pwn101_distilled_v1 | Heap/hitcontraining_uaf/hacknote.c | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-7da64ad01880a3d9587f | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/RWCTF2022 高校赛 - Digging into kernel/run.sh` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"rol... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-08a702b6c61a2b60",
"original_line": 328,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/RWCTF2022 高校赛 - Digging into kernel/run.sh... | pwn101_distilled_v1 | Kernel/RWCTF2022 高校赛 - Digging into kernel/run.sh | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-7dd2b41754ab0b460b06 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/2022ciscn-cactus/exp.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{
... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-0255eda77c5f7bdd",
"original_line": 280,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2022ciscn-cactus/exp.c",
"split": "train... | pwn101_distilled_v1 | Kernel/2022ciscn-cactus/exp.c | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-8018f7e71c8c9708f269 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Artifact」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md；主题：d3kheap2pro cross-cache / Dirty Pagetable experiment log；... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-50c09010d5171883",
"original_line": 381,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md",
"spl... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-802b4c57846e2a5abb28 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「例题」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"content... | {
"category": "stack",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-d959b3d7a871f682",
"original_line": 613,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": "5d2... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-80de45c47317c1746bff | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「getshell」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"c... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-2b9b0d7fdb703e1d",
"original_line": 57,
"original_split": "validation",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": ... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
misc_vuln | pwn | ctf-dataset | ctf-lora-81466e987ca87f77aa15 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `其它漏洞/格式化字符串/栈数据泄露/[HNCTF 2022 WEEK4]ezcanary/exp_cli.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
... | {
"category": "misc_vuln",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-57aab58be31bf6a9",
"original_line": 465,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "其它漏洞/格式化字符串/栈数据泄露/[HNCTF 2022 WEEK4]ezcanary/e... | pwn101_distilled_v1 | 其它漏洞/格式化字符串/栈数据泄露/[HNCTF 2022 WEEK4]ezcanary/exp_cli.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-81ce40c1cd45e16db136 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/libxdk-v0.1/xdk/pivot/StackShiftInfo.h` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-71155f65b097804a",
"original_line": 305,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/lib... | pwn101_distilled_v1 | Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/libxdk-v0.1/xdk/pivot/StackShiftInfo.h | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-82420c93958fcae282f4 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2dlresolve/dl_resolve_64/64位/dl-resolve-x86-64.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-4cdc8fa7c09721f8",
"original_line": 534,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2dlresolve/dl_resolve_64/64位/dl-resolve-x... | pwn101_distilled_v1 | Stack/ret2dlresolve/dl_resolve_64/64位/dl-resolve-x86-64.py | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-83816954c2aaba32c32c | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「TcacheBin Attack」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-a6572bb80c84d911",
"original_line": 96,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
seccomp | pwn | ctf-dataset | ctf-lora-838ae06f18b35dfdd461 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Seccomp绕过/close绕过fd参数检查/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{... | {
"category": "seccomp",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-6c6389ec0ad04e2b",
"original_line": 503,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Seccomp绕过/close绕过fd参数检查/exp.py",
"split": "tra... | pwn101_distilled_v1 | Seccomp绕过/close绕过fd参数检查/exp.py | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-8413615b0fd4f6be9209 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「利用脚本」。\n资料来源：IO-FILE/house of apple2/2024pcb babyheap/WP.md；主题：2024PCB babyheap WP；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-3c80d76aafb737bb",
"original_line": 192,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of apple2/2024pcb babyheap/WP.md",
"sp... | pwn101_distilled_v1 | IO-FILE/house of apple2/2024pcb babyheap/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-849574d1b0d095afdd8a | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「在 libc-2.29 中的变化」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-bf3a026f5402bed4",
"original_line": 97,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-85be42ad400cbf64a6ef | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/RWCTF2022 高校赛 - Digging into kernel/exp.sh` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"rol... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-514fbe3372f79d51",
"original_line": 28,
"original_split": "validation",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/RWCTF2022 高校赛 - Digging into kernel/ex... | pwn101_distilled_v1 | Kernel/RWCTF2022 高校赛 - Digging into kernel/exp.sh | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-86e876db486b6f52b902 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Exploit」。\n资料来源：Kernel/CVE-2026-53362_lts/docs/exploit.md；主题：Exploit；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-f1bd9c4d536a3722",
"original_line": 397,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/CVE-2026-53362_lts/docs/exploit.md",
"split": ... | pwn101_distilled_v1 | Kernel/CVE-2026-53362_lts/docs/exploit.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-878250292c34eddc838e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「5. 篡改 tcache_perthread_struct counts」。\n资料来源：Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md；主题：CISCN2024 华南赛区 my_heap Writeu... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-853653e934523e56",
"original_line": 139,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md",
"split... | pwn101_distilled_v1 | Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-887e0ab55d1d839c7b3e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Official-route port status」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/EXP.md；主题：d3kheap2pro exploit notes；分类：kernel。\n要求：结构化说明概念、利... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-4004c3d59d0bfcbf",
"original_line": 360,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/EXP.md",
"split": "train... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/EXP.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-8a041e7f29138141995f | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「原理」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"content... | {
"category": "stack",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-ed4105e717611931",
"original_line": 620,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": "5d2... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-8be2b93074d6bb2de423 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `IO-FILE/house of orange/2024 Bytectf ezheap/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"ro... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-caeb87894210af0e",
"original_line": 161,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of orange/2024 Bytectf ezheap/exp.... | pwn101_distilled_v1 | IO-FILE/house of orange/2024 Bytectf ezheap/exp.py | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-8c0434631ab8a011da0a | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「largebin attack #2：触发 __malloc_assert」。\n资料来源：IO-FILE/house of cat/强网杯2022houseofcat/WP.md；主题：强网杯 2022 houseofcat WP；分类：io_f... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-9ad2a8f8d6ef4d26",
"original_line": 225,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of cat/强网杯2022houseofcat/WP.md",
"spli... | pwn101_distilled_v1 | IO-FILE/house of cat/强网杯2022houseofcat/WP.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-8cc37bc95379296cf993 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「1. malloc 失败路径触发隐藏任意 free」。\n资料来源：IO-FILE/2025hgame hit list/WP.md；主题：2025 HGame - Hit list Writeup；分类：io_file。\n要求：结构化说明概念、... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-cc2b4a4c8acbf2b7",
"original_line": 175,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/2025hgame hit list/WP.md",
"split": "train",... | pwn101_distilled_v1 | IO-FILE/2025hgame hit list/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-8cfe0bd616f9e3f4ff95 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「house of kauri」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-31326a48f3f87abe",
"original_line": 65,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-8dbcead3f54862c3c3d2 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「3. 伪造House of Storm」。\n资料来源：IO-FILE/house of storm/2026ccb catchme/wp.md；主题：2026ccb catchme；分类：io_file。\n要求：结构化说明概念、利用条件、关键结... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-490b18664a5a3040",
"original_line": 235,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of storm/2026ccb catchme/wp.md",
"spli... | pwn101_distilled_v1 | IO-FILE/house of storm/2026ccb catchme/wp.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-8e0cb05326ff38957973 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「结论」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/ROOT_ANALYSIS.md；主题：d3kheap2pro root 提权可行性分析；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-9ca7342b9655a38d",
"original_line": 373,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/ROOT_ANALYSIS.md",
"spli... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/ROOT_ANALYSIS.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-8eaf597cadf6fb725629 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「msgget」。\n资料来源：Kernel/2022ciscn-cactus/wp.md；主题：CISCN 2022 西南赛区半决赛 cactus WP；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中... | {
"category": "kernel",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-49377e76a72496e0",
"original_line": 340,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2022ciscn-cactus/wp.md",
"split": "train",
"... | pwn101_distilled_v1 | Kernel/2022ciscn-cactus/wp.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-8f013efef380bb355802 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「保护信息」。\n资料来源：Heap/off-by-one/2024ylb-null/WP.md；主题：2024ylb-null Writeup；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-e3b8a6b23530546a",
"original_line": 121,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/off-by-one/2024ylb-null/WP.md",
"split": "train",
... | pwn101_distilled_v1 | Heap/off-by-one/2024ylb-null/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-8f7f20193834b5428919 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「hidden backdoor」。\n资料来源：Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md；主题：CISCN2024 华南赛区 my_heap Writeup；分类：heap。\n要求：结构化说明概... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-61fce475bc9cbf2d",
"original_line": 136,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md",
"split... | pwn101_distilled_v1 | Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-90931aa69dafa46d7b1e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「关键结构体」。\n资料来源：Kernel/2022ciscn-cactus/wp.md；主题：CISCN 2022 西南赛区半决赛 cactus WP；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的... | {
"category": "kernel",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-feb3611690773fd3",
"original_line": 351,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2022ciscn-cactus/wp.md",
"split": "train",
"... | pwn101_distilled_v1 | Kernel/2022ciscn-cactus/wp.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-9222eba828710ba1049c | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「程序结构」。\n资料来源：IO-FILE/2025hgame hit list/WP.md；主题：2025 HGame - Hit list Writeup；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-44dda8f68f9ed589",
"original_line": 166,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/2025hgame hit list/WP.md",
"split": "train",... | pwn101_distilled_v1 | IO-FILE/2025hgame hit list/WP.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-92ca3ca2fc024d7193f6 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「第二阶段：任意 free + tcache poisoning」。\n资料来源：IO-FILE/2025hgame hit list/WP.md；主题：2025 HGame - Hit list Writeup；分类：io_file。\n要求：结构... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-a8f8878c56a12b90",
"original_line": 169,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/2025hgame hit list/WP.md",
"split": "train",... | pwn101_distilled_v1 | IO-FILE/2025hgame hit list/WP.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-92e32cf313f0480cb82e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「菜单封装」。\n资料来源：IO-FILE/2025hgame hit list/WP.md；主题：2025 HGame - Hit list Writeup；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-c16f80cfa239cebd",
"original_line": 173,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/2025hgame hit list/WP.md",
"split": "train",... | pwn101_distilled_v1 | IO-FILE/2025hgame hit list/WP.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-92fb4387819abd6f3240 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「2. dele/show/edit 没有索引检查」。\n资料来源：IO-FILE/house of apple2/2024pcb babyheap/WP.md；主题：2024PCB babyheap WP；分类：io_file。\n要求：结构化说明... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-e4a62519ffc4707a",
"original_line": 198,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of apple2/2024pcb babyheap/WP.md",
"sp... | pwn101_distilled_v1 | IO-FILE/house of apple2/2024pcb babyheap/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-9333eca3fa1919983dda | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Unlink」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料... | {
"category": "heap",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-63c869f3c4dcd068",
"original_line": 80,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-93c154596b6e33f236f7 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2text/code_shell/exp_cli.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-b145e85335fc0c32",
"original_line": 558,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2text/code_shell/exp_cli.py",
"split": ... | pwn101_distilled_v1 | Stack/ret2text/code_shell/exp_cli.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-94abbcabc6b436481f5c | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Direct predecessor: D3CTF2025 d3kheap2」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/WEB_REFERENCE_NOTES.md；主题：Internet reference not... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-25c28d30978990ca",
"original_line": 376,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/WEB_REFERENCE_NOTES.md",
... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/WEB_REFERENCE_NOTES.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-9522e9e98cd72fc37e82 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「栈迁移到数据填充段」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-0c392a8305191e60",
"original_line": 587,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": "5d2... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-967eb7da61ae9929ad44 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「布局要求」。\n资料来源：IO-FILE/house of storm/2026ccb catchme/wp.md；主题：2026ccb catchme；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-93de13824de50c07",
"original_line": 236,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of storm/2026ccb catchme/wp.md",
"spli... | pwn101_distilled_v1 | IO-FILE/house of storm/2026ccb catchme/wp.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-9708eea5b8bdf98c03d2 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「p = process([\"./ld-linux-x86-64.so.2\", \"--library-path\", \".\", \"./pwn\"])」。\n资料来源：IO-FILE/house of apple2/2024ylb futu... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-2f065defdb5d2e96",
"original_line": 199,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of apple2/2024ylb futureheap/WP.md",
"... | pwn101_distilled_v1 | IO-FILE/house of apple2/2024ylb futureheap/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-9782480ff42de683ff6e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「例题」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-69556a9e0592af7e",
"original_line": 83,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-98e94f88eff23f1f57ff | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「新版本的 Large Bin Attack」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-e3f3f1dd02f8d16e",
"original_line": 104,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-98f70ea84c0673123184 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「断点」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"content... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-d77cbe2e9fb04020",
"original_line": 612,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": "5d2... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-99368b8965129fbdd649 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/花式栈/[HGAME 2023 week1]orw/exp_cli.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "us... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-ac35484fdaf7e8bd",
"original_line": 580,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/花式栈/[HGAME 2023 week1]orw/exp_cli.py",
"sp... | pwn101_distilled_v1 | Stack/花式栈/[HGAME 2023 week1]orw/exp_cli.py | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-998870d4992d8db19b67 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「chunk」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-51040d7421e9ddcb",
"original_line": 74,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-99f511296d086eea8045 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "根据 `Heap/tcache attack/tcache key` 目录下的 writeup 和 exploit 示例，蒸馏一条训练样本：总结题目、漏洞点、利用链、关键代码和验证状态。",
"role": "user"
},
{
"content": "## 题目... | {
"category": "heap",
"ctf_score": 34,
"ctf_task_type": "pwn",
"original_id": "pwn101-pair-002801d1046f4d66",
"original_line": 152,
"original_split": "train",
"record_type": "writeup_exploit_pair",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/tcache key",
"split": "tra... | pwn101_distilled_v1 | Heap/tcache attack/tcache key | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-9a1a80cb9a66ddbf3390 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Cache geometry on challenge-like SMP4 boot」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md；主题：d3kheap2pro cross-cache... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-cccf745c60366953",
"original_line": 382,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md",
"spl... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-9a27cf46d22e55169b1a | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「3.参数传递」。\n资料来源：Stack/ret2dlresolve/dl_resolve_64/dl_resolve-any_gadget.md；主题：dl_resolve-any_gadget；分类：stack。\n要求：结构化说明概念、利用条... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-4b6bc749fce3e5db",
"original_line": 582,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2dlresolve/dl_resolve_64/dl_resolve-any_gadget.... | pwn101_distilled_v1 | Stack/ret2dlresolve/dl_resolve_64/dl_resolve-any_gadget.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-9a47571dcc55bc66d62b | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/tcache attack/tcache dup/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-84d29783a7dcc005",
"original_line": 32,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/tcache dup/exp.py",
"split": "t... | pwn101_distilled_v1 | Heap/tcache attack/tcache dup/exp.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-9b0edd7815b3ff0cc31c | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「地址泄露」。\n资料来源：Kernel/2022ciscn-cactus/wp.md；主题：CISCN 2022 西南赛区半决赛 cactus WP；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-0893740991f19b39",
"original_line": 332,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2022ciscn-cactus/wp.md",
"split": "train",
"... | pwn101_distilled_v1 | Kernel/2022ciscn-cactus/wp.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-9b150d3e8ed042530a01 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/fastbin attack/fastbin-double_free/wustctf2020_easyfast/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模... | {
"category": "heap",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-9bd73d19ea0be991",
"original_line": 10,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/fastbin attack/fastbin-double_free/wustctf2020_... | pwn101_distilled_v1 | Heap/fastbin attack/fastbin-double_free/wustctf2020_easyfast/exp.py | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-9beb3eef61de72720561 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/tcache attack/2025das rcms/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-76ca9c3badf71161",
"original_line": 23,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/2025das rcms/exp.py",
"split": ... | pwn101_distilled_v1 | Heap/tcache attack/2025das rcms/exp.py | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-9d54a1f2db1b62c20fb8 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2syscall/x86/bamboofox-ret2syscall/exploit.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-03b84f2d7d1faf7f",
"original_line": 54,
"original_split": "validation",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2syscall/x86/bamboofox-ret2syscall/ex... | pwn101_distilled_v1 | Stack/ret2syscall/x86/bamboofox-ret2syscall/exploit.py | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-9d8c03673e74d8d52f3f | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「4. fortune 上布置 shellcode + wide_data」。\n资料来源：IO-FILE/house of apple2/2024ylb futureheap/WP.md；主题：2024ylb futureheap WP；分类：io... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-31dd6eeec569dc0c",
"original_line": 14,
"original_split": "validation",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of apple2/2024ylb futureheap/WP.md",... | pwn101_distilled_v1 | IO-FILE/house of apple2/2024ylb futureheap/WP.md | train | ctf_lora_sft |
misc_pwn | pwn | ctf-dataset | ctf-lora-9fb0db82b34fb69cbb9a | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `其它/2024ylb-canary/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{
"... | {
"category": "misc_pwn",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-5d9d872247475ea4",
"original_line": 419,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "其它/2024ylb-canary/exp.py",
"split": "train",
... | pwn101_distilled_v1 | 其它/2024ylb-canary/exp.py | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-9fbc50b05afebee62efe | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「show」。\n资料来源：Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md；主题：CISCN2024 华南赛区 my_heap Writeup；分类：heap。\n要求：结构化说明概念、利用条件、关键结构... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-288731926d11b933",
"original_line": 132,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md",
"split... | pwn101_distilled_v1 | Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-a01923a12d8df7142d37 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「largebin attack #1：劫持 stderr」。\n资料来源：IO-FILE/house of cat/强网杯2022houseofcat/WP.md；主题：强网杯 2022 houseofcat WP；分类：io_file。\n要求：... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-b7f36554670cd910",
"original_line": 226,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of cat/强网杯2022houseofcat/WP.md",
"spli... | pwn101_distilled_v1 | IO-FILE/house of cat/强网杯2022houseofcat/WP.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-a076b83a4a9111f4f04b | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Reclaiming the dangling page as a leaf PTE page」。\n资料来源：Kernel/CVE-2026-53362_lts/docs/exploit.md；主题：Exploit；分类：kernel。\n要求：... | {
"category": "kernel",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-5f11f248576c1144",
"original_line": 391,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/CVE-2026-53362_lts/docs/exploit.md",
"split": ... | pwn101_distilled_v1 | Kernel/CVE-2026-53362_lts/docs/exploit.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a0fa70619e27e02ad53e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「BROP」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"conte... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-59ed776402f30b06",
"original_line": 599,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": "5d2... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a1a5aa17bb5d47850e76 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「tcache机制」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-020c221132ffeb0e",
"original_line": 56,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a3e0235013af43ff7984 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2dlresolve/dl_resolve_64/64位/stage6_libc2_64.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-09d0a6927e4228d8",
"original_line": 538,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2dlresolve/dl_resolve_64/64位/stage6_libc2... | pwn101_distilled_v1 | Stack/ret2dlresolve/dl_resolve_64/64位/stage6_libc2_64.py | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a40df2aad61acf969c64 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2dlresolve/dl_resolve_64/不泄露地址执行onegadget/exploit.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-93893c4ec5f8d1d8",
"original_line": 540,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2dlresolve/dl_resolve_64/不泄露地址执行onegadget... | pwn101_distilled_v1 | Stack/ret2dlresolve/dl_resolve_64/不泄露地址执行onegadget/exploit.py | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a4699f13a0739f6232f0 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/花式栈/2024ylb-ezstack3/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-e2d29219540fa4cd",
"original_line": 573,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/花式栈/2024ylb-ezstack3/exp.py",
"split": "tr... | pwn101_distilled_v1 | Stack/花式栈/2024ylb-ezstack3/exp.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-a48e96e0ce3d223681d2 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「4. 新 Dirty-PageTable 探针结果」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/ROOT_ANALYSIS.md；主题：d3kheap2pro root 提权可行性分析；分类：kernel。\n要求：结... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-b30c53f5d0f3e930",
"original_line": 374,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/ROOT_ANALYSIS.md",
"spli... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/ROOT_ANALYSIS.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a4914cd461cf0f620850 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「1. 泄露 heap base」。\n资料来源：Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md；主题：CISCN2024 华南赛区 my_heap Writeup；分类：heap。\n要求：结构化说明概... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-245585cb2bd21684",
"original_line": 131,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md",
"split... | pwn101_distilled_v1 | Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a4dc8f46b52a3498ddf4 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Arbitrary Alloc」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-5a1157df2ef309b3",
"original_line": 77,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-a510c54d8d4be29e05ca | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/exploit.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-d2a1bc2813d1bb42",
"original_line": 296,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/exp... | pwn101_distilled_v1 | Kernel/CVE-2026-53362_lts/exploit/lts-6.12.85/exploit.c | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-a521ab8c62cb0b6941e6 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「House of Cat」。\n资料来源：IO-FILE/house of cat/readme.md；主题：house of cat；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-b8778a0329626fb5",
"original_line": 220,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of cat/readme.md",
"split": "train",
... | pwn101_distilled_v1 | IO-FILE/house of cat/readme.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-a5263de6e826a973c5cd | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「内核堆泄漏」。\n资料来源：Kernel/QWB2018-core/tty_struct.md；主题：tty_struct；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-f6832a2ff05fcf1f",
"original_line": 404,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/QWB2018-core/tty_struct.md",
"split": "train",... | pwn101_distilled_v1 | Kernel/QWB2018-core/tty_struct.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-a5f009c6c362cd631694 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/QWB2021-notebook/start.sh` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-5e6ed779c89b10bb",
"original_line": 325,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/QWB2021-notebook/start.sh",
"split": "tr... | pwn101_distilled_v1 | Kernel/QWB2021-notebook/start.sh | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a67b1cd88cacd358831b | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/chunk Extend and Overlapping/hitcontraning_lab13/heapcreator.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-c9e62929a0db6390",
"original_line": 6,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/chunk Extend and Overlapping/hitcontraning_lab13... | pwn101_distilled_v1 | Heap/chunk Extend and Overlapping/hitcontraning_lab13/heapcreator.c | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-a69f30711a8abd88caff | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「1. add 有索引检查」。\n资料来源：IO-FILE/house of apple2/2024pcb babyheap/WP.md；主题：2024PCB babyheap WP；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构... | {
"category": "io_file",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-6e71c4f2a53861c8",
"original_line": 195,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/house of apple2/2024pcb babyheap/WP.md",
"sp... | pwn101_distilled_v1 | IO-FILE/house of apple2/2024pcb babyheap/WP.md | train | ctf_lora_sft |
misc_vuln | pwn | ctf-dataset | ctf-lora-a75d7d06f1ae9c544112 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `其它漏洞/格式化字符串/scanf/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{
"... | {
"category": "misc_vuln",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-a105fbbfb69be086",
"original_line": 461,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "其它漏洞/格式化字符串/scanf/exp.py",
"split": "train",... | pwn101_distilled_v1 | 其它漏洞/格式化字符串/scanf/exp.py | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a7b814f49ac72a79c6bb | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2dlresolve/dl_resolve_64/32位/stage6_original.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-b143180a84095b18",
"original_line": 52,
"original_split": "validation",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2dlresolve/dl_resolve_64/32位/stage6_o... | pwn101_distilled_v1 | Stack/ret2dlresolve/dl_resolve_64/32位/stage6_original.py | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a7f989e04f715abcb431 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/花式栈/2024ylb-magicread/exp_cli.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-ee853399a439dbe6",
"original_line": 575,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/花式栈/2024ylb-magicread/exp_cli.py",
"split"... | pwn101_distilled_v1 | Stack/花式栈/2024ylb-magicread/exp_cli.py | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a805ee7e775066320660 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「3. 切割 unsorted bin，泄露 libc」。\n资料来源：Heap/off-by-one/2024ylb-null/WP.md；主题：2024ylb-null Writeup；分类：heap。\n要求：结构化说明概念、利用条件、关键结构... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-fd39264c49a26144",
"original_line": 9,
"original_split": "validation",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/off-by-one/2024ylb-null/WP.md",
"split": "train... | pwn101_distilled_v1 | Heap/off-by-one/2024ylb-null/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a8cf28de23cd54a0a243 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Summary」。\n资料来源：Heap/2024ylb-ezheap/writeup.md；主题：2024ylb-ezheap；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-a42701248d2cfe47",
"original_line": 51,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/2024ylb-ezheap/writeup.md",
"split": "train",
"sp... | pwn101_distilled_v1 | Heap/2024ylb-ezheap/writeup.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a8d5d5e4584afde20008 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「malloc to environ, leak stack」。\n资料来源：Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md；主题：CISCN2024 华南赛区 my_heap Writeup；分类：he... | {
"category": "heap",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-de0ae806b4d81271",
"original_line": 145,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md",
"split... | pwn101_distilled_v1 | Heap/tcache attack/ciscn2024_华南赛区-myheap/WP.md | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-a8f63820cdf3e0819396 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「结论」。\n资料来源：IO-FILE/[CISCN 2022 华东北]duck/WP.md；主题：[CISCN 2022 华东北] duck - Pwn Writeup；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-1eb40267dcb0df47",
"original_line": 180,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/[CISCN 2022 华东北]duck/WP.md",
"split": "train... | pwn101_distilled_v1 | IO-FILE/[CISCN 2022 华东北]duck/WP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-a9610e6c058e585b9796 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「so reallocating a freed chunk can leave old heap metadata after a short read.」。\n资料来源：Heap/2024ylb-ezheap/writeup.md；主题：2024... | {
"category": "heap",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-454c396ecb1c1358",
"original_line": 48,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/2024ylb-ezheap/writeup.md",
"split": "train",
"sp... | pwn101_distilled_v1 | Heap/2024ylb-ezheap/writeup.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-a97ecf1ee748e21b9612 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「2026-07-25 update: pte-realloc-scan」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md；主题：d3kheap2pro cross-cache / Dirt... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-ced08f45c68ce470",
"original_line": 383,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md",
"spl... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/XCACHE_RESULTS.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-a9f6757d02350e8cdfbb | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2vdso/ret2vdso.s` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{
... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-13faaf2f48be2ce8",
"original_line": 567,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2vdso/ret2vdso.s",
"split": "train",
... | pwn101_distilled_v1 | Stack/ret2vdso/ret2vdso.s | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-aaa2724cf109325e99da | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「题目信息」。\n资料来源：IO-FILE/2025hgame hit list/WP.md；主题：2025 HGame - Hit list Writeup；分类：io_file。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留... | {
"category": "io_file",
"ctf_score": 34,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-2578e703129b65fa",
"original_line": 165,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/2025hgame hit list/WP.md",
"split": "train",... | pwn101_distilled_v1 | IO-FILE/2025hgame hit list/WP.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-aada9aed3cb1e5c50deb | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2shellcode/shellcode_limit/demo.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "us... | {
"category": "stack",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-d6b23d60c7692f24",
"original_line": 552,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2shellcode/shellcode_limit/demo.c",
"sp... | pwn101_distilled_v1 | Stack/ret2shellcode/shellcode_limit/demo.c | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-ab42cfd0c3adf5a62f3e | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Heap/tcache attack/house of io/pwn.c` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-d6f74845bbe2954d",
"original_line": 31,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/tcache attack/house of io/pwn.c",
"split": "t... | pwn101_distilled_v1 | Heap/tcache attack/house of io/pwn.c | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-ab4e208ab49155e65bed | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Stack/ret2syscall/x64/[CISCN 2023 初赛]烧烤摊儿/exp.py` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role... | {
"category": "stack",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-b2b632ce450325c8",
"original_line": 555,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Stack/ret2syscall/x64/[CISCN 2023 初赛]烧烤摊儿/exp.py",... | pwn101_distilled_v1 | Stack/ret2syscall/x64/[CISCN 2023 初赛]烧烤摊儿/exp.py | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-abcc5032d140977a5396 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「通过 find_msg 定位消息」。\n资料来源：Kernel/2022ciscn-cactus/wp.md；主题：CISCN 2022 西南赛区半决赛 cactus WP；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/函数、常... | {
"category": "kernel",
"ctf_score": 30,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-2d09d88bae12c471",
"original_line": 336,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2022ciscn-cactus/wp.md",
"split": "train",
"... | pwn101_distilled_v1 | Kernel/2022ciscn-cactus/wp.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-ac17168731f1e099eaca | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「Validation result」。\n资料来源：Kernel/2026d3ctf-d3kheap2pro/EXP.md；主题：d3kheap2pro exploit notes；分类：kernel。\n要求：结构化说明概念、利用条件、关键结构/... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-c9a865afdcae4dc8",
"original_line": 362,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/2026d3ctf-d3kheap2pro/EXP.md",
"split": "train... | pwn101_distilled_v1 | Kernel/2026d3ctf-d3kheap2pro/EXP.md | train | ctf_lora_sft |
heap | pwn | ctf-dataset | ctf-lora-ac3d951cc7b2b93770d7 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「house of botcake」。\n资料来源：Heap/heap exploit.md；主题：define TCACHE_MAX_BINS 64；分类：heap。\n要求：结构化说明概念、利用条件、关键结构/函数、... | {
"category": "heap",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-35febc5cce202022",
"original_line": 67,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Heap/heap exploit.md",
"split": "train",
"split_group_... | pwn101_distilled_v1 | Heap/heap exploit.md | train | ctf_lora_sft |
kernel | pwn | ctf-dataset | ctf-lora-aca323f8000e51f4f2a1 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "解释 `Kernel/QWB2018-core/start.sh` 这个 CTF pwn/kernel exploit 代码示例的结构。请指出运行环境、交互封装、泄漏/写入/触发阶段、关键常量，以及代码适合训练模型学习的模式。",
"role": "user"
},
{
... | {
"category": "kernel",
"ctf_score": 28,
"ctf_task_type": "pwn",
"original_id": "pwn101-code-955e04a6a96be4f7",
"original_line": 322,
"original_split": "train",
"record_type": "code_explanation",
"source_dataset": "pwn101_distilled_v1",
"source_path": "Kernel/QWB2018-core/start.sh",
"split": "train"... | pwn101_distilled_v1 | Kernel/QWB2018-core/start.sh | train | ctf_lora_sft |
io_file | pwn | ctf-dataset | ctf-lora-ad2d5d84011c49bf2d50 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「2. libc leak from unsorted bin」。\n资料来源：IO-FILE/[CISCN 2022 华东北]duck/WP.md；主题：[CISCN 2022 华东北] duck - Pwn Writeup；分类：io_file。... | {
"category": "io_file",
"ctf_score": 32,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-fcc02d5ac8532086",
"original_line": 190,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "IO-FILE/[CISCN 2022 华东北]duck/WP.md",
"split": "train... | pwn101_distilled_v1 | IO-FILE/[CISCN 2022 华东北]duck/WP.md | train | ctf_lora_sft |
stack | pwn | ctf-dataset | ctf-lora-adc4646b04e5dd4ad025 | [
{
"content": "你是 CTF pwn、Linux kernel exploit 与二进制安全训练数据蒸馏助手。回答必须基于给定本地材料，保留关键路径、函数名、偏移、保护信息、利用原语和验证状态；不要编造材料中没有出现的事实。",
"role": "system"
},
{
"content": "请讲解 CTF pwn/二进制安全知识点「例题」。\n资料来源：stack.md；主题：栈利用；分类：stack。\n要求：结构化说明概念、利用条件、关键结构/函数、常见坑点，并保留材料中的代码块或命令。",
"role": "user"
},
{
"content... | {
"category": "stack",
"ctf_score": 34,
"ctf_task_type": "pwn",
"original_id": "pwn101-doc-1959c0860bf44db0",
"original_line": 589,
"original_split": "train",
"record_type": "doc_section",
"source_dataset": "pwn101_distilled_v1",
"source_path": "stack.md",
"split": "train",
"split_group_key": "5d2... | pwn101_distilled_v1 | stack.md | train | ctf_lora_sft |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.