Repository: ffffffff0x/name-fuzz
Branch: main
Commit: 5f9cbb695073
Files: 5
Total size: 39.7 KB
Directory structure:
gitextract_yljkvgse/
├── .gitignore
├── LICENSE
├── README.md
├── name-fuzz.py
└── suffix.txt
================================================
FILE CONTENTS
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================================================
FILE: .gitignore
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.idea
/assets/temp.md
push.sh
output*.txt
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FILE: LICENSE
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================================================
FILE: README.md
================================================
# name-fuzz
针对目标已知信息的字典生成工具
> 重构版: https://github.com/ffffffff0x/gendict
> 原理简单粗暴,调用 pypinyin 这个库将中文信息转为拼音,然后与后缀名字典拼接成字符串即可
> 如果有其他的字典生成思路和规则欢迎在 issue 提出来
---
## 开始
**下载 && 安装依赖**
```bash
git clone https://github.com/ffffffff0x/name-fuzz.git
pip3 install pyreadline pypinyin
cd name-fuzz
```
**使用**
```bash
python3 name-fuzz.py
```
---
## 支持规则
### 基于组织
`公司/单位/组织全称`+`后缀`
- jsxxyxgs123 (江苏XX有限公司)
- jsxxyxgs@123
- ...
`公司/单位/组织简称`+`后缀`
- jiangsuxx123 (江苏XX)
- jiangsuxx@123
- ...
`公司/单位/组织简称(缩写)`+`后缀`
- jsxx123 (江苏XX)
- jsxx@123
- ...
`业务名(缩写)`+`后缀`
- zhjt123 (智慧交通)
- zhjt@123
- ...
`公司/单位/组织简称(缩写)`+`系统/业务简称(缩写)`+`后缀`
- jsxxzhjt123 (江苏XX智慧交通)
### 基于人员
`人员名称`
- zhangsanfeng (拼音)
- zsf (缩写)
- zhangsf (首字拼音+缩写)
- zsfeng (缩写+尾字拼音)
- sanfengzhang (拼音+首字拼音)
- sanfengz (拼音+首字缩写)
- sfz (缩写+首字缩写)
- 张三丰 (中文)
---
## 参考项目
- https://github.com/mozillazg/python-pinyin
- https://github.com/soxoj/username-generation-guide
- https://github.com/WangYihang/ccupp
- https://gist.github.com/yuikns/387be5e9cf450ae3589fa7037c94453e
- https://www.yuque.com/pmiaowu/bomi9w/ougg6d#d70159da
---
## License
[Apache License 2.0](https://github.com/ffffffff0x/name-fuzz/blob/main/LICENSE)
---
> create by ffffffff0x
================================================
FILE: name-fuzz.py
================================================
#!/usr/bin/env python
# -*- encoding: utf-8 -*-
import readline
from pypinyin import pinyin, lazy_pinyin, Style
# suffix 字典
filename="suffix.txt"
# 检验名称输入是否全是中文字符
def is_all_chinese(strs):
for _char in strs:
if not '\u4e00' <= _char <= '\u9fa5':
return False
return True
# 拼音分词
class PyTrieNode(object):
def __init__(self, key="", seq=[]):
self.key = key
self.end = len(seq) == 0
self.children = {}
if len(seq) > 0:
self.children[seq[0]] = PyTrieNode(seq[0], seq[1:])
def add(self, seq):
if len(seq) == 0:
self.end = True
else:
key = seq[0]
value = seq[1:]
if key in self.children:
self.children[key].add(value)
else:
self.children[key] = PyTrieNode(key, value)
def find(self, sent):
for i in range(len(sent)):
i = len(sent) - i
if len(sent) >= i:
key = sent[:i]
if key in self.children:
buf, succ = self.children[key].find(sent[i:])
if succ:
return key + buf, True
return "", self.end
class PyTrie(object):
def __init__(self):
self.root = PyTrieNode()
self.root.end = False
def setup(self):
self.add(["a"])
self.add(["ai"])
self.add(["an"])
self.add(["ang"])
self.add(["ao"])
self.add(["e"])
self.add(["ei"])
self.add(["en"])
self.add(["er"])
self.add(["o"])
self.add(["ou"])
self.add(["b", "a"])
self.add(["b", "ai"])
self.add(["b", "an"])
self.add(["b", "ang"])
self.add(["b", "ao"])
self.add(["b", "ei"])
self.add(["b", "en"])
self.add(["b", "eng"])
self.add(["b", "i"])
self.add(["b", "ian"])
self.add(["b", "iao"])
self.add(["b", "ie"])
self.add(["b", "in"])
self.add(["b", "ing"])
self.add(["b", "o"])
self.add(["b", "u"])
self.add(["c", "a"])
self.add(["c", "ai"])
self.add(["c", "an"])
self.add(["c", "ang"])
self.add(["c", "ao"])
self.add(["c", "e"])
self.add(["c", "en"])
self.add(["c", "eng"])
self.add(["c", "i"])
self.add(["c", "ong"])
self.add(["c", "ou"])
self.add(["c", "u"])
self.add(["c", "uan"])
self.add(["c", "ui"])
self.add(["c", "un"])
self.add(["c", "uo"])
self.add(["ch", "a"])
self.add(["ch", "ai"])
self.add(["ch", "an"])
self.add(["ch", "ang"])
self.add(["ch", "ao"])
self.add(["ch", "e"])
self.add(["ch", "en"])
self.add(["ch", "eng"])
self.add(["ch", "i"])
self.add(["ch", "ong"])
self.add(["ch", "ou"])
self.add(["ch", "u"])
self.add(["ch", "uai"])
self.add(["ch", "uan"])
self.add(["ch", "uang"])
self.add(["ch", "ui"])
self.add(["ch", "un"])
self.add(["ch", "uo"])
self.add(["d", "a"])
self.add(["d", "ai"])
self.add(["d", "an"])
self.add(["d", "ang"])
self.add(["d", "ao"])
self.add(["d", "e"])
self.add(["d", "eng"])
self.add(["d", "i"])
self.add(["d", "ia"])
self.add(["d", "ian"])
self.add(["d", "iao"])
self.add(["d", "ie"])
self.add(["d", "ing"])
self.add(["d", "iu"])
self.add(["d", "ong"])
self.add(["d", "ou"])
self.add(["d", "u"])
self.add(["d", "uan"])
self.add(["d", "ui"])
self.add(["d", "un"])
self.add(["d", "uo"])
self.add(["f", "a"])
self.add(["f", "an"])
self.add(["f", "ang"])
self.add(["f", "ei"])
self.add(["f", "en"])
self.add(["f", "eng"])
self.add(["f", "o"])
self.add(["f", "ou"])
self.add(["f", "u"])
self.add(["g", "a"])
self.add(["g", "ai"])
self.add(["g", "an"])
self.add(["g", "ang"])
self.add(["g", "ao"])
self.add(["g", "e"])
self.add(["g", "ei"])
self.add(["g", "en"])
self.add(["g", "eng"])
self.add(["g", "ong"])
self.add(["g", "ou"])
self.add(["g", "u"])
self.add(["g", "ua"])
self.add(["g", "uai"])
self.add(["g", "uan"])
self.add(["g", "uang"])
self.add(["g", "ui"])
self.add(["g", "un"])
self.add(["g", "uo"])
self.add(["h", "a"])
self.add(["h", "ai"])
self.add(["h", "an"])
self.add(["h", "ang"])
self.add(["h", "ao"])
self.add(["h", "e"])
self.add(["h", "ei"])
self.add(["h", "en"])
self.add(["h", "eng"])
self.add(["h", "ong"])
self.add(["h", "ou"])
self.add(["h", "u"])
self.add(["h", "ua"])
self.add(["h", "uai"])
self.add(["h", "uan"])
self.add(["h", "uang"])
self.add(["h", "ui"])
self.add(["h", "un"])
self.add(["h", "uo"])
self.add(["j", "i"])
self.add(["j", "ia"])
self.add(["j", "ian"])
self.add(["j", "iang"])
self.add(["j", "iao"])
self.add(["j", "ie"])
self.add(["j", "in"])
self.add(["j", "ing"])
self.add(["j", "iong"])
self.add(["j", "iu"])
self.add(["j", "u"])
self.add(["j", "uan"])
self.add(["j", "ue"])
self.add(["j", "un"])
self.add(["k", "a"])
self.add(["k", "ai"])
self.add(["k", "an"])
self.add(["k", "ang"])
self.add(["k", "ao"])
self.add(["k", "e"])
self.add(["k", "en"])
self.add(["k", "eng"])
self.add(["k", "ong"])
self.add(["k", "ou"])
self.add(["k", "u"])
self.add(["k", "ua"])
self.add(["k", "uai"])
self.add(["k", "uan"])
self.add(["k", "uang"])
self.add(["k", "ui"])
self.add(["k", "un"])
self.add(["k", "uo"])
self.add(["l", "a"])
self.add(["l", "ai"])
self.add(["l", "an"])
self.add(["l", "ang"])
self.add(["l", "ao"])
self.add(["l", "e"])
self.add(["l", "ei"])
self.add(["l", "eng"])
self.add(["l", "i"])
self.add(["l", "ia"])
self.add(["l", "ian"])
self.add(["l", "iang"])
self.add(["l", "iao"])
self.add(["l", "ie"])
self.add(["l", "in"])
self.add(["l", "ing"])
self.add(["l", "iu"])
self.add(["l", "ong"])
self.add(["l", "ou"])
self.add(["l", "u"])
self.add(["l", "u:"])
self.add(["l", "u:e"])
self.add(["l", "uan"])
self.add(["l", "un"])
self.add(["l", "uo"])
self.add(["m", ""])
self.add(["m", "a"])
self.add(["m", "ai"])
self.add(["m", "an"])
self.add(["m", "ang"])
self.add(["m", "ao"])
self.add(["m", "e"])
self.add(["m", "ei"])
self.add(["m", "en"])
self.add(["m", "eng"])
self.add(["m", "i"])
self.add(["m", "ian"])
self.add(["m", "iao"])
self.add(["m", "ie"])
self.add(["m", "in"])
self.add(["m", "ing"])
self.add(["m", "iu"])
self.add(["m", "o"])
self.add(["m", "ou"])
self.add(["m", "u"])
self.add(["n", "a"])
self.add(["n", "ai"])
self.add(["n", "an"])
self.add(["n", "ang"])
self.add(["n", "ao"])
self.add(["n", "e"])
self.add(["n", "ei"])
self.add(["n", "en"])
self.add(["n", "eng"])
self.add(["n", "g"])
self.add(["n", "i"])
self.add(["n", "ian"])
self.add(["n", "iang"])
self.add(["n", "iao"])
self.add(["n", "ie"])
self.add(["n", "in"])
self.add(["n", "ing"])
self.add(["n", "iu"])
self.add(["n", "ong"])
self.add(["n", "ou"])
self.add(["n", "u"])
self.add(["n", "u:"])
self.add(["n", "u:e"])
self.add(["n", "uan"])
self.add(["n", "uo"])
self.add(["p", "a"])
self.add(["p", "ai"])
self.add(["p", "an"])
self.add(["p", "ang"])
self.add(["p", "ao"])
self.add(["p", "ei"])
self.add(["p", "en"])
self.add(["p", "eng"])
self.add(["p", "i"])
self.add(["p", "ian"])
self.add(["p", "iao"])
self.add(["p", "ie"])
self.add(["p", "in"])
self.add(["p", "ing"])
self.add(["p", "o"])
self.add(["p", "ou"])
self.add(["p", "u"])
self.add(["q", "i"])
self.add(["q", "ia"])
self.add(["q", "ian"])
self.add(["q", "iang"])
self.add(["q", "iao"])
self.add(["q", "ie"])
self.add(["q", "in"])
self.add(["q", "ing"])
self.add(["q", "iong"])
self.add(["q", "iu"])
self.add(["q", "u"])
self.add(["q", "uan"])
self.add(["q", "ue"])
self.add(["q", "un"])
self.add(["r", "an"])
self.add(["r", "ang"])
self.add(["r", "ao"])
self.add(["r", "e"])
self.add(["r", "en"])
self.add(["r", "eng"])
self.add(["r", "i"])
self.add(["r", "ong"])
self.add(["r", "ou"])
self.add(["r", "u"])
self.add(["r", "uan"])
self.add(["r", "ui"])
self.add(["r", "un"])
self.add(["r", "uo"])
self.add(["s", "a"])
self.add(["s", "ai"])
self.add(["s", "an"])
self.add(["s", "ang"])
self.add(["s", "ao"])
self.add(["s", "e"])
self.add(["s", "en"])
self.add(["s", "eng"])
self.add(["s", "i"])
self.add(["s", "ong"])
self.add(["s", "ou"])
self.add(["s", "u"])
self.add(["s", "uan"])
self.add(["s", "ui"])
self.add(["s", "un"])
self.add(["s", "uo"])
self.add(["sh", "a"])
self.add(["sh", "ai"])
self.add(["sh", "an"])
self.add(["sh", "ang"])
self.add(["sh", "ao"])
self.add(["sh", "e"])
self.add(["sh", "ei"])
self.add(["sh", "en"])
self.add(["sh", "eng"])
self.add(["sh", "i"])
self.add(["sh", "ou"])
self.add(["sh", "u"])
self.add(["sh", "ua"])
self.add(["sh", "uai"])
self.add(["sh", "uan"])
self.add(["sh", "uang"])
self.add(["sh", "ui"])
self.add(["sh", "un"])
self.add(["sh", "uo"])
self.add(["t", "a"])
self.add(["t", "ai"])
self.add(["t", "an"])
self.add(["t", "ang"])
self.add(["t", "ao"])
self.add(["t", "e"])
self.add(["t", "eng"])
self.add(["t", "i"])
self.add(["t", "ian"])
self.add(["t", "iao"])
self.add(["t", "ie"])
self.add(["t", "ing"])
self.add(["t", "ong"])
self.add(["t", "ou"])
self.add(["t", "u"])
self.add(["t", "uan"])
self.add(["t", "ui"])
self.add(["t", "un"])
self.add(["t", "uo"])
self.add(["w", "a"])
self.add(["w", "ai"])
self.add(["w", "an"])
self.add(["w", "ang"])
self.add(["w", "ei"])
self.add(["w", "en"])
self.add(["w", "eng"])
self.add(["w", "o"])
self.add(["w", "u"])
self.add(["x", "i"])
self.add(["x", "ia"])
self.add(["x", "ian"])
self.add(["x", "iang"])
self.add(["x", "iao"])
self.add(["x", "ie"])
self.add(["x", "in"])
self.add(["x", "ing"])
self.add(["x", "iong"])
self.add(["x", "iu"])
self.add(["x", "u"])
self.add(["x", "uan"])
self.add(["x", "ue"])
self.add(["x", "un"])
self.add(["y", "a"])
self.add(["y", "an"])
self.add(["y", "ang"])
self.add(["y", "ao"])
self.add(["y", "e"])
self.add(["y", "i"])
self.add(["y", "iao"])
self.add(["y", "in"])
self.add(["y", "ing"])
self.add(["y", "o"])
self.add(["y", "ong"])
self.add(["y", "ou"])
self.add(["y", "u"])
self.add(["y", "uan"])
self.add(["y", "ue"])
self.add(["y", "un"])
self.add(["z", "a"])
self.add(["z", "ai"])
self.add(["z", "an"])
self.add(["z", "ang"])
self.add(["z", "ao"])
self.add(["z", "e"])
self.add(["z", "ei"])
self.add(["z", "en"])
self.add(["z", "eng"])
self.add(["z", "i"])
self.add(["z", "ong"])
self.add(["z", "ou"])
self.add(["z", "u"])
self.add(["z", "uan"])
self.add(["z", "ui"])
self.add(["z", "un"])
self.add(["z", "uo"])
self.add(["zh", "a"])
self.add(["zh", "ai"])
self.add(["zh", "an"])
self.add(["zh", "ang"])
self.add(["zh", "ao"])
self.add(["zh", "e"])
self.add(["zh", "en"])
self.add(["zh", "eng"])
self.add(["zh", "i"])
self.add(["zh", "ong"])
self.add(["zh", "ou"])
self.add(["zh", "u"])
self.add(["zh", "ua"])
self.add(["zh", "uai"])
self.add(["zh", "uan"])
self.add(["zh", "uang"])
self.add(["zh", "ui"])
self.add(["zh", "un"])
self.add(["zh", "uo"])
def add(self, seq):
self.root.add(seq)
def scan(self, sent):
words = []
while len(sent) > 0:
buf, succ = self.root.find(sent)
# print("buf: {}, succ: {}".format(buf, succ))
if succ:
words.append(buf)
sent = sent[len(buf):]
else:
words.append('invalid:' + sent[0])
sent = sent[1:]
return words
# 生成相应规则(基于组织)
def results_list_A():
results_list_0 = []
results_list_A = []
# 例如: 江苏XX有限公司
if CompanyName:
CompanyName_array1=pinyin(CompanyName, style=Style.NORMAL, strict=False)
CompanyName_array2=pinyin(CompanyName, style=Style.FIRST_LETTER, strict=False)
CompanyName_str1 = ""
CompanyName_str2 = ""
for tempvar in CompanyName_array1:
temp_str1 = "".join(tempvar)
CompanyName_str1 = CompanyName_str1 + temp_str1
for tempvar in CompanyName_array2:
temp_str2 = "".join(tempvar)
CompanyName_str2 = CompanyName_str2 + temp_str2
CompanyName_str3 = CompanyName_str2[0].upper()+CompanyName_str2[1:]
results_list_0.append(CompanyName_str1)
results_list_0.append(CompanyName_str2)
results_list_0.append(CompanyName_str3)
# jiangsuxxyouxiangongsi
print("CompanyName_str1 : ",CompanyName_str1)
# jsxxyxgs
print("CompanyName_str2 : ",CompanyName_str2)
# Jsxxyxgs
print("CompanyName_str3 : ",CompanyName_str3)
# jsxxyxgs + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(CompanyName_str2+line.replace('\n', '').replace('\r', ''))
f1.close()
# 例如: 江苏XX
if ShortCompanyName:
ShortCompanyName_array1=pinyin(ShortCompanyName, style=Style.NORMAL, strict=False)
ShortCompanyName_array2=pinyin(ShortCompanyName, style=Style.FIRST_LETTER, strict=False)
ShortCompanyName_str1 = ""
ShortCompanyName_str2 = ""
for tempvar in ShortCompanyName_array1:
temp_str3 = "".join(tempvar)
ShortCompanyName_str1 = ShortCompanyName_str1 + temp_str3
for tempvar in ShortCompanyName_array2:
temp_str4 = "".join(tempvar)
ShortCompanyName_str2 = ShortCompanyName_str2 + temp_str4
ShortCompanyName_str3 = ShortCompanyName_str1[0].upper()+ShortCompanyName_str1[1:]
ShortCompanyName_str4 = ShortCompanyName_str2[0].upper()+ShortCompanyName_str2[1:]
ShortCompanyName_str5 = ShortCompanyName_str2.upper()
results_list_0.append(ShortCompanyName_str1)
results_list_0.append(ShortCompanyName_str2)
results_list_0.append(ShortCompanyName_str3)
results_list_0.append(ShortCompanyName_str4)
results_list_0.append(ShortCompanyName_str5)
# jiangsuxx
print("ShortCompanyName_str1 : ",ShortCompanyName_str1)
# jsxx
print("ShortCompanyName_str2 : ",ShortCompanyName_str2)
# Jiangsuxx
print("ShortCompanyName_str3 : ",ShortCompanyName_str3)
# Jsxx
print("ShortCompanyName_str4 : ",ShortCompanyName_str4)
# JSXX
print("ShortCompanyName_str5 : ",ShortCompanyName_str5)
# jiangsuxx + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(ShortCompanyName_str1+line.replace('\n', '').replace('\r', ''))
f1.close()
# jsxx + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(ShortCompanyName_str2+line.replace('\n', '').replace('\r', ''))
f1.close()
# Jsxx + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(ShortCompanyName_str4+line.replace('\n', '').replace('\r', ''))
f1.close()
# JSXX + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(ShortCompanyName_str5+line.replace('\n', '').replace('\r', ''))
f1.close()
# 例如: 智慧交通
if SystemName:
SystemName_array1=pinyin(SystemName, style=Style.NORMAL, strict=False)
SystemName_array2=pinyin(SystemName, style=Style.FIRST_LETTER, strict=False)
SystemName_str1 = ""
SystemName_str2 = ""
for tempvar in SystemName_array1:
temp_str5 = "".join(tempvar)
SystemName_str1 = SystemName_str1 + temp_str5
for tempvar in SystemName_array2:
temp_str6 = "".join(tempvar)
SystemName_str2 = SystemName_str2 + temp_str6
SystemName_str3 = SystemName_str2[0].upper()+SystemName_str2[1:]
SystemName_str4 = SystemName_str2.upper()
results_list_0.append(SystemName_str1)
results_list_0.append(SystemName_str2)
results_list_0.append(SystemName_str3)
results_list_0.append(SystemName_str4)
# zhihuijiaotong
print("SystemName_str1 : ",SystemName_str1)
# zhjt
print("SystemName_str2 : ",SystemName_str2)
# Zhjt
print("SystemName_str3 : ",SystemName_str3)
# ZHJT
print("SystemName_str4 : ",SystemName_str4)
# zhjt + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(SystemName_str2+line.replace('\n', '').replace('\r', ''))
f1.close()
# Zhjt + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(SystemName_str3+line.replace('\n', '').replace('\r', ''))
f1.close()
# ZHJT + 后缀
f1 = open(filename, "r")
for line in f1:
results_list_A.append(SystemName_str4+line.replace('\n', '').replace('\r', ''))
f1.close()
# 输出至 output0.txt
if len(results_list_0) > 1:
f = open("output0.txt", "w")
for x in results_list_0:
f.write(x+"\n")
f.close()
print("基于组织的简写内容已生成至 output0.txt")
# 输出至 output1.txt
if len(results_list_A) > 1:
f = open("output1.txt", "w")
for x in results_list_A:
f.write(x+"\n")
f.close()
print("基于组织的字典内容已生成至 output1.txt")
print("\n")
# 生成相应规则(基于人员)
def results_list_B():
results_list_B = []
results_list_B2 = []
if PersonName:
PersonName_array1=pinyin(PersonName, style=Style.NORMAL, strict=False)
PersonName_array2=pinyin(PersonName, style=Style.FIRST_LETTER, strict=False)
PersonName_B1 = ""
PersonName_B2 = ""
PersonName_B4 = ""
PersonName_B5 = ""
PersonName_B6 = ""
PersonName_B7 = ""
for tempvar in PersonName_array1:
temp_str1 = "".join(tempvar)
PersonName_B1 = PersonName_B1 + temp_str1
for tempvar in PersonName_array2:
temp_str2 = "".join(tempvar)
PersonName_B2 = PersonName_B2 + temp_str2
PersonName_B3 = "".join(PersonName_array1[0])
for tempvar in PersonName_array2[1:]:
temp_str2 = "".join(tempvar)
PersonName_B3 = PersonName_B3 + temp_str2
for tempvar in PersonName_array2[0:-1]:
temp_str2 = "".join(tempvar)
PersonName_B4 = PersonName_B4 + temp_str2
PersonName_B4 += "".join(PersonName_array1[-1])
for tempvar in PersonName_array1[1:]:
temp_str2 = "".join(tempvar)
PersonName_B5 = PersonName_B5 + temp_str2
PersonName_B5 += "".join(PersonName_array1[0])
for tempvar in PersonName_array1[1:]:
temp_str2 = "".join(tempvar)
PersonName_B6 = PersonName_B6 + temp_str2
PersonName_B6 += "".join(PersonName_array2[0])
for tempvar in PersonName_array2[1:]:
temp_str2 = "".join(tempvar)
PersonName_B7 = PersonName_B7 + temp_str2
PersonName_B7 += "".join(PersonName_array2[0])
results_list_B.append(PersonName_B1)
results_list_B.append(PersonName_B2)
results_list_B.append(PersonName_B3)
results_list_B.append(PersonName_B4)
results_list_B.append(PersonName_B5)
results_list_B.append(PersonName_B6)
results_list_B.append(PersonName_B7)
results_list_B.append(PersonName)
# zhangsanfeng
print("PersonName_B1 : ",PersonName_B1)
# zsf
print("PersonName_B2 : ",PersonName_B2)
# zhangsf
print("PersonName_B3 : ",PersonName_B3)
# zsfeng
print("PersonName_B4 : ",PersonName_B4)
# sanfengzhang
print("PersonName_B5 : ",PersonName_B5)
# sanfengz
print("PersonName_B6 : ",PersonName_B6)
# sfz
print("PersonName_B7 : ",PersonName_B7)
# 张三丰
print("PersonName_B8 : ",PersonName)
# 输出至 output2.txt
if len(results_list_B) > 1:
f = open("output2.txt", "w")
for x in results_list_B:
f.write(x+"\n")
f.close()
print("基于人员的字典规则已生成至 output2.txt")
f1 = open("output2.txt", "r")
for line1 in f1:
f2 = open(filename, "r")
for line2 in f2:
results_list_B2.append(line1.replace('\n', '').replace('\r', '') + line2.replace('\n', '').replace('\r', ''))
#print(line1.replace('\n', '').replace('\r', '') + line2.replace('\n', '').replace('\r', ''))
f2.close()
f1.close()
# 输出至 output3.txt
if len(results_list_B2) > 1:
f = open("output3.txt", "w")
for x in results_list_B2:
f.write(x+"\n")
f.close()
print("基于用户的字典内容已生成至 output3.txt")
print("\n")
# 生成相应规则(基于人员拼音)
def results_list_C():
results_list_C = []
results_list_C2 = []
if PersonName:
pyt = PyTrie()
pyt.setup()
PersonName_array3 = pyt.scan(PersonName)
PersonName_C1 = ""
PersonName_C2 = ""
PersonName_C4 = ""
PersonName_C5 = ""
PersonName_C6 = ""
PersonName_C7 = ""
for tempvar in PersonName_array3:
temp_str1 = "".join(tempvar)
PersonName_C1 = PersonName_C1 + temp_str1
for tempvar in PersonName_array3:
temp_str2 = "".join(tempvar)[0]
PersonName_C2 = PersonName_C2 + temp_str2
PersonName_C3 = "".join(PersonName_array3[0])
for tempvar in PersonName_array3[1:]:
temp_str3 = "".join(tempvar)[0]
PersonName_C3 = PersonName_C3 + temp_str3
for tempvar in PersonName_array3[0:-1]:
temp_str3 = "".join(tempvar)[0]
PersonName_C4 = PersonName_C4 + temp_str3
PersonName_C4 += "".join(PersonName_array3[-1])
for tempvar in PersonName_array3[1:]:
temp_str2 = "".join(tempvar)
PersonName_C5 = PersonName_C5 + temp_str2
PersonName_C5 += "".join(PersonName_array3[0])
for tempvar in PersonName_array3[1:]:
temp_str2 = "".join(tempvar)
PersonName_C6 = PersonName_C6 + temp_str2
PersonName_C6 += "".join(PersonName_array3[0][0])
for tempvar in PersonName_array3[1:]:
temp_str2 = "".join(tempvar)[0]
PersonName_C7 = PersonName_C7 + temp_str2
PersonName_C7 += "".join(PersonName_array3[0][0])
results_list_C.append(PersonName_C1)
results_list_C.append(PersonName_C2)
results_list_C.append(PersonName_C3)
results_list_C.append(PersonName_C4)
results_list_C.append(PersonName_C5)
results_list_C.append(PersonName_C6)
results_list_C.append(PersonName_C7)
# zhangsanfeng
print("PersonName_C1 : ",PersonName_C1)
# zsf
print("PersonName_C2 : ",PersonName_C2)
# zhangsf
print("PersonName_C3 : ",PersonName_C3)
# zsfeng
print("PersonName_C4 : ",PersonName_C4)
# sanfengzhang
print("PersonName_C5 : ",PersonName_C5)
# sanfengz
print("PersonName_C6 : ",PersonName_C6)
# sfz
print("PersonName_C7 : ",PersonName_C7)
# 输出至 output2.txt
if len(results_list_C) > 1:
f = open("output2.txt", "w")
for x in results_list_C:
f.write(x+"\n")
f.close()
print("基于人员的字典内容已生成至 output2.txt")
f1 = open("output2.txt", "r")
for line1 in f1:
f2 = open(filename, "r")
for line2 in f2:
results_list_C2.append(line1.replace('\n', '').replace('\r', '') + line2.replace('\n', '').replace('\r', ''))
#print(line1.replace('\n', '').replace('\r', '') + line2.replace('\n', '').replace('\r', ''))
f2.close()
f1.close()
# 输出至 output3.txt
if len(results_list_C2) > 1:
f = open("output3.txt", "w")
for x in results_list_C2:
f.write(x+"\n")
f.close()
print("基于用户的字典内容已生成至 output3.txt")
print("\n")
# 生成相应规则(基于地点)
def results_list_D():
results_list_D = []
# print("省份名称: " + ProvinceName)
# print("城市名称: " + CityName)
# print("区县名称: " + DistrictName)
def main():
global CompanyName
global ShortCompanyName
global SystemName
global StreetName
global PersonName
global PersonPhoneNumber
global PersonEmail
#global ProvinceName
#global CityName
#global DistrictName
CompanyName = input("公司/单位/组织全称 (例如: 江苏XX有限公司):").lower()
ShortCompanyName = input("公司/单位/组织简称 (例如: 江苏XX):").lower()
SystemName = input("系统/业务简称 (例如: 智慧交通):").lower()
PersonName = input("人员名称 (例如: 申田由甲):").lower()
#PhoneNumber = input("电话号码(例如:13333333333 可为空): ").lower()
#Email = input("电子邮箱(例如:test@163.com 可为空): ").lower()
#ProvinceName = input("省份名称(例如:江苏 ,可为空): ").lower()
#CityName = input("城市名称(例如:南京 ,可为空): ").lower()
#DistrictName = input("区县名称(例如:江宁 ,可为空): ").lower()
print("\n")
results_list_A()
if is_all_chinese(PersonName):
results_list_B()
else:
results_list_C()
if __name__ == '__main__':
main()
================================================
FILE: suffix.txt
================================================
123
1234
123456
12345
888
666
2022
2021
2020
2019
2018
2017
@123
@1234
@123456
@12345
@888
@666
@2022
@2021
@2020
@2019
@2018
@2017
#123
#1234
#123456
#12345
#888
#666
#2022
#2021
#2020
#2019
#2018
#2017
_123
_1234
_123456
_12345
_888
_666
_2022
_2021
_2020
_2019
_2018
_2017
!@#
!@#$
~!@
gitextract_yljkvgse/ ├── .gitignore ├── LICENSE ├── README.md ├── name-fuzz.py └── suffix.txt
SYMBOL INDEX (15 symbols across 1 files)
FILE: name-fuzz.py
function is_all_chinese (line 11) | def is_all_chinese(strs):
class PyTrieNode (line 18) | class PyTrieNode(object):
method __init__ (line 19) | def __init__(self, key="", seq=[]):
method add (line 26) | def add(self, seq):
method find (line 37) | def find(self, sent):
class PyTrie (line 48) | class PyTrie(object):
method __init__ (line 49) | def __init__(self):
method setup (line 53) | def setup(self):
method add (line 460) | def add(self, seq):
method scan (line 463) | def scan(self, sent):
function results_list_A (line 477) | def results_list_A():
function results_list_B (line 647) | def results_list_B():
function results_list_C (line 748) | def results_list_C():
function results_list_D (line 847) | def results_list_D():
function main (line 855) | def main():
Condensed preview — 5 files, each showing path, character count, and a content snippet. Download the .json file or copy for the full structured content (45K chars).
[
{
"path": ".gitignore",
"chars": 41,
"preview": ".idea\n/assets/temp.md\npush.sh\noutput*.txt"
},
{
"path": "LICENSE",
"chars": 11357,
"preview": " Apache License\n Version 2.0, January 2004\n "
},
{
"path": "README.md",
"chars": 1246,
"preview": "# name-fuzz\n\n针对目标已知信息的字典生成工具\n\n> 重构版: https://github.com/ffffffff0x/gendict\n\n> 原理简单粗暴,调用 pypinyin 这个库将中文信息转为拼音,然后与后缀名字典拼接"
},
{
"path": "name-fuzz.py",
"chars": 27753,
"preview": "#!/usr/bin/env python\n# -*- encoding: utf-8 -*-\n\nimport readline\nfrom pypinyin import pinyin, lazy_pinyin, Style\n\n# suff"
},
{
"path": "suffix.txt",
"chars": 288,
"preview": "123\n1234\n123456\n12345\n888\n666\n2022\n2021\n2020\n2019\n2018\n2017\n@123\n@1234\n@123456\n@12345\n@888\n@666\n@2022\n@2021\n@2020\n@2019\n"
}
]
About this extraction
This page contains the full source code of the ffffffff0x/name-fuzz GitHub repository, extracted and formatted as plain text for AI agents and large language models (LLMs). The extraction includes 5 files (39.7 KB), approximately 11.0k tokens, and a symbol index with 15 extracted functions, classes, methods, constants, and types. Use this with OpenClaw, Claude, ChatGPT, Cursor, Windsurf, or any other AI tool that accepts text input. You can copy the full output to your clipboard or download it as a .txt file.
Extracted by GitExtract — free GitHub repo to text converter for AI. Built by Nikandr Surkov.