[tmp]__URL

最新推荐文章于 2023-10-31 19:56:42 发布
原创 最新推荐文章于 2023-10-31 19:56:42 发布 · 261 阅读 · 0 ·
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文章标签：

#数据结构与算法 #面试 #java

常用排序算法稳定性、时间复杂度分析（转，有改动）

http://www.cnblogs.com/nannanITeye/archive/2013/04/11/3013737.html

http://www.cnblogs.com/fzhe/archive/2013/03/06/2945624.html

 

 

mybatis源码参观：

http://www.cnblogs.com/mengheng/p/3739610.html

http://blog.youkuaiyun.com/column/details/mybatiscode.html

 

runnable jars 

http://blog.youkuaiyun.com/xiao__gui/article/details/47341385

 

ghost:

https://segmentfault.com/a/1190000002947497

 

maven打war包到指定目录下

http://blog.youkuaiyun.com/qh_java/article/details/52205448

 

面试系列

1. 阿里 http://danieljyc.github.io/2014/09/20/%E9%98%BF%E9%87%8C%E9%9D%A2%E8%AF%95%E7%BB%8F%E5%8E%86%E5%8F%8A%E6%80%BB%E7%BB%93%EF%BC%88%E6%95%B0%E6%8D%AE%E7%A0%94%E5%8F%91%E3%80%81java%E7%A0%94%E5%8F%91%E6%96%B9%E5%90%91%EF%BC%89/

绝尘的绝
关注
TMP算法
12-24
无回溯查找，节省时间和空间
tmp url
勤学如春起之苗，不见其增，日有所长！ 辍学如磨刀之石，不见其损，日有所亏！
03-09 240
Linux命令详解网站 很赞非常详细 https://forum.huawei.com/enterprise/zh/thread-655467.html https://forum.huawei.com/enterprise/zh/thread-236161.html https://www.kkxiazai.com/hbook/net/2018-04-13/94554.html http://www.airobots.win/download/network_protocol_structures.pdf
temp url
rundy 寄语
02-16 1417
http://cgi.ebay.com.cn/ws/eBayISAPI.dll?ViewItem&category=97457&item=5745486295&rd=1&ssPageName=WDVW 　　数据线http://python.cn/pipermail/python-chinese/2004-January/000012.html　　ADO信息   http://msd
字符串多模式精确匹配（脏字/敏感词汇搜索算法）——TTMP算法 之B模式概述
weixin_33908217的博客
02-04 171
前面一片文章，已经提到了TTMP算法的核心概念，就是“终止符”触发检索。其实这个概念也不是我创造出来的，如果看过编译理论，应该会很熟悉，其实我是偷师其中的归纳法。那么何谓之B模式呢？ TTMP -B指的是，在触发对关键字的检索时，从后面往前面检索。比如说： 脏字表： wxyz yz 待检文本： wxyza 当我们遇到了结束符z的时候，我们会回过头来查看刚才到底都遇到了什么文字。由于我...
tmp
lanhxg的专栏
03-29 634
static void *aucQuery(void *unused) { int ret = 0; struct url_info url_info; bool is_mali = false; #if SUPPORT_CLOUD_UPDATE_AUC_INFO struct auc_info auc_info; #endif unsigned int cat_id = 0; int tmp_id = 0; int index = 0; int index_cat = 0; int index_subcat = 0; unsigned char matched = 0; struct url_entry *tmp_list = NULL; struct url_entry *clean = NULL; unsigned char tmp_url_len; char tmp_url[MAX_URL_LEN] = {0}; printWar("create AUC query thread\n"); while (1) { pthread_mutex_lock(&url_lock); tmp_list = url_list.next; pthread_mutex_unlock(&url_lock); while (tmp_list) { pthread_mutex_lock(&url_lock); tmp_list->process_flag = URL_PROCESSING; pthread_mutex_unlock(&url_lock); url_info.url = tmp_list->url; url_info.info_len = 0; ret = pthread_mutex_trylock(&mali_url_check_lock); if (!ret) { is_mali = web_protection ? is_url_malicious(url_info.url) : false; if (is_mali) { cat_id = URL_CAT_SECURITY; #if DEBUG printWar("cat ret=%d url=%s id=%d info_id=%d\n", cat_id, url_info.url, tmp_list->id, tmp_list->info_id); #endif /* DEBUG */ pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); pthread_mutex_unlock(&mali_url_check_lock); goto block_mali; } else { pthread_mutex_unlock(&mali_url_check_lock); } } if((!opts.use_tp_service && tmp_list->cat_map) || (opts.use_tp_service && (tmp_list->info_id != PCTL_WEB_URL_ID_ALL) && (tmp_list->cat_map & (~URL_CAT_SECURITY)))) { printWar("before send to auc\n"); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.use_tp_service); ret = auc_query(&url_info, &auc_info, opts.use_tp_service); #else ret = auc_query(&url_info, opts.use_tp_service); #endif printWar("after send to auc\n"); for (index = 0; index < url_info.info_len; index++) { printWar("cat ret=%d url=%s id=%d name=%s\n", ret, url_info.url, url_info.info[index].id, url_info.info[index].name); } } //remove from url_list pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); //send to kernel cat_id = 0; for (index = 0; index < url_info.info_len; index++) { for (index_cat = 0; mapping_table[index_cat][0] > 0; index_cat++) { matched = 0; for (index_subcat = 1; mapping_table[index_cat][index_subcat] >= 0; index_subcat++) { if (url_info.info[index].id == mapping_table[index_cat][index_subcat] || mapping_table[index_cat][index_subcat] == MAX_URL_CAT_DEFAULT) { cat_id |= 0x1 << (mapping_table[index_cat][0] - 1); matched = 1; break; } } if (matched) { break; } } } block_mali: printWar("send to kernel, url=%s cat_id=%x\n", url_info.url, cat_id); url_send(tmp_id, cat_id, tmp_url, tmp_url_len, URL_REQ_CAT); printWar("after send to kernel\n"); } cond_timedwait(500);//500ms } return 0; } 添加注释
09-19
tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; ...
static void *aucQuery(void *unused) { int ret = 0; struct url_info url_info; bool is_mali = false; #if SUPPORT_CLOUD_UPDATE_AUC_INFO struct auc_info auc_info; #endif unsigned int cat_id = 0; int tmp_id = 0; int index = 0; int index_cat = 0; int index_subcat = 0; unsigned char matched = 0; struct url_entry *tmp_list = NULL; struct url_entry *clean = NULL; unsigned char tmp_url_len; char tmp_url[MAX_URL_LEN] = {0}; printWar("create AUC query thread\n"); while (1) { pthread_mutex_lock(&url_lock); tmp_list = url_list.next; pthread_mutex_unlock(&url_lock); while (tmp_list) { pthread_mutex_lock(&url_lock); tmp_list->process_flag = URL_PROCESSING; pthread_mutex_unlock(&url_lock); url_info.url = tmp_list->url; url_info.info_len = 0; ret = pthread_mutex_trylock(&mali_url_check_lock); if (!ret) { is_mali = web_protection? is_url_malicious(url_info.url) : false; if (is_mali) { cat_id = URL_CAT_SECURITY; URL_CLASS_LOG(LOG_LEVEL_DEBUG, "Malicious URL detected. URL: %s, Original Cat ID: %d, Mapped Cat ID: %d", url_info.url, cat_id, cat_id); #if DEBUG printWar(“cat ret=%d url=%s id=%d info_id=%d\n”, cat_id, url_info.url, tmp_list->id, tmp_list->info_id); #endif /* DEBUG */ pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); pthread_mutex_unlock(&mali_url_check_lock); write_to_csv(url_info.url, cat_id, cat_id, "Security"); goto block_mali; } else { pthread_mutex_unlock(&mali_url_check_lock); } } if((!opts.use_tp_service && tmp_list->cat_map) || (opts.use_tp_service && (tmp_list->info_id != PCTL_WEB_URL_ID_ALL) && (tmp_list->cat_map & (~URL_CAT_SECURITY)))) { printWar("before send to auc\n"); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.use_tp_service); ret = auc_query(&url_info, &auc_info, opts.use_tp_service); #else ret = auc_query(&url_info, opts.use_tp_service); #endif printWar(“after send to auc\n”); for (index = 0; index < url_info.info_len; index++) { printWar("cat ret=%d url=%s id=%d name=%s\n", ret, url_info.url, url_info.info[index].id, url_info.info[index].name); } } //remove from url_list pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); //send to kernel cat_id = 0; int original_cat_id = 0; const char *category_name = ""; for (index = 0; index < url_info.info_len; index++) { original_cat_id = url_info.info[index].id; category_name = url_info.info[index].name; int cat_id = 0; // 每次循环初始化 cat_id URL_CLASS_LOG(LOG_LEVEL_DEBUG, "Non-malicious URL. URL: %s, Original Cat ID: %d, Mapped Cat ID: %d", url_info.url, original_cat_id, cat_id); for (index_cat = 0; mapping_table[index_cat][0] > 0; index_cat++) { matched = 0; for (index_subcat = 1; mapping_table[index_cat][index_subcat] >= 0; index_subcat++) { if (url_info.info[index].id == mapping_table[index_cat][index_subcat] || mapping_table[index_cat][index_subcat] == MAX_URL_CAT_DEFAULT) { cat_id |= 0x1 << (mapping_table[index_cat][0] - 1); matched = 1; break; } } if (matched) { break; } } // 将结果写入CSV文件 write_to_csv(url_info.url, original_cat_id, cat_id, category_name); } block_mali: printWar(“send to kernel, url=%s cat_id=%x\n”, url_info.url, cat_id); url_send(tmp_id, cat_id, tmp_url, tmp_url_len, URL_REQ_CAT); printWar(“after send to kernel\n”); } cond_timedwait(500);//500ms } return 0; } 这段代码实现了将分类结果存储到csv文件中的功能，下面第二个代码没有保存的功能，请你根据第一个代码，在不改变第二个代码原本的功能前提下，添加保存到csv文件的功能 static void *aucQuery(void *unused) { int ret = 0; struct url_info url_info; bool is_mali = false; #if SUPPORT_CLOUD_UPDATE_AUC_INFO struct auc_info auc_info; struct auc_info web_protection_info; #endif unsigned int cat_id = 0; int tmp_id = 0; int index = 0; int index_cat = 0; int index_subcat = 0; unsigned char matched = 0; struct url_entry *tmp_list = NULL; struct url_entry *clean = NULL; #ifdef SUPPORT_BLOCKING_WHITE_LIST bool in_whitelist = false; #endif unsigned char tmp_url_len; char tmp_url[MAX_URL_LEN] = {0}; printWar("create AUC query thread\n"); while (1) { pthread_mutex_lock(&url_lock); tmp_list = url_list.next; pthread_mutex_unlock(&url_lock); while (tmp_list) { pthread_mutex_lock(&url_lock); tmp_list->process_flag = URL_PROCESSING; pthread_mutex_unlock(&url_lock); url_info.url = tmp_list->url; url_info.info_len = 0; #ifdef SUPPORT_BLOCKING_WHITE_LIST if(tmp_list->in_whitelist) goto skip; #endif printWar(“url_info: url=%s, info_id=0x%x, cat_map=0x%x\n”, url_info.url, tmp_list->info_id, tmp_list->cat_map); ret = pthread_mutex_trylock(&mali_url_check_lock); if (!ret) { if(tmp_list->info_id == PCTL_WEB_URL_ID_ALL && web_protection) { #ifdef SUPPORT_WEB_PROTECTION_WHITELIST if(check_web_protection_whitelist(url_info.url)) { printWar("url=%s in web_protection whitelist, skip query!\n", url_info.url); is_mali = false; } else { #endif if(opts.no_avira_web_protection == USE_AVIRA_SPECIAL_WEB_PROTECION_SERVICE) { printWar(“before send to avira web_protection\n”); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_avira_web_protection_url(&web_protection_info); ret = malicious_url_query(&url_info, &web_protection_info); #else ret = malicious_url_query(&url_info); #endif if(url_info.info_len >= 1) { is_mali = (url_info.info[0].id != 1); } else { is_mali = false; } printWar(“after send to avira web_protection\n”); } #ifdef SUPPORT_TPLINK_WEB_PROTECTION else if(opts.no_avira_web_protection == USE_TPLINK_WEB_PROTECION_SERVICE) { printWar(“before send to tplink web_protection\n”); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); auc_initialize(&auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); malicious_url_query_using_tplink(&url_info, &auc_info); #else auc_initialize(opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); malicious_url_query_using_tplink(&url_info); #endif if(url_info.info_len >= 1) { is_mali = (url_info.info[0].id != 1); } else { is_mali = false; } printWar(“after send to tplink web_protection\n”); } #endif else if(opts.no_avira_web_protection == USE_AUC_INSTEAD) { is_mali = false; //Force treat it as a original url, go to auc tmp_list->info_id = PCTL_WEB_URL_ID_ALL + 1; tmp_list->cat_map |= (0x1 << 11); //Fake it as blocking unknown, rather than pure security request(0x0030) printWar(“Force run a AUC query\n”); } #ifdef SUPPORT_LOCAL_MALICIOUS_URL_PROTECTION else if(opts.no_avira_web_protection == USE_LOCAL_DATABASE) { printWar(“before send to local web_protection datbase\n”); is_mali = web_protection ? is_url_malicious(url_info.url) : false; printWar(“after send to avira web_protection datbase\n”); } #endif #ifdef SUPPORT_WEB_PROTECTION_WHITELIST } #endif } else { is_mali = false; } if (is_mali) { cat_id = URL_CAT_SECURITY; #if DEBUG printWar(“cat ret=%d url=%s id=%d info_id=%d\n”, cat_id, url_info.url, tmp_list->id, tmp_list->info_id); #endif /* DEBUG */ pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; #ifdef SUPPORT_BLOCKING_WHITE_LIST tmp_list->in_whitelist = false; #endif tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); pthread_mutex_unlock(&mali_url_check_lock); goto block_mali; } else { pthread_mutex_unlock(&mali_url_check_lock); } } #ifdef SUPPORT_BLOCKING_WHITE_LIST skip: #endif if(tmp_list->info_id != PCTL_WEB_URL_ID_ALL) { printWar(“before send to auc\n”); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); ret = auc_query(&url_info, &auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); #else ret = auc_query(&url_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); #endif printWar(“after send to auc\n”); for (index = 0; index < url_info.info_len; index++) { printWar("cat ret=%d url=%s id=%d name=%s\n", ret, url_info.url, url_info.info[index].id, url_info.info[index].name); } } //remove from url_list pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; #ifdef SUPPORT_BLOCKING_WHITE_LIST in_whitelist = tmp_list->in_whitelist; tmp_list->in_whitelist = false; #endif tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); //send to kernel cat_id = 0; for (index = 0; index < url_info.info_len; index++) { for (index_cat = 0; mapping_table[index_cat][0] > 0; index_cat++) { matched = 0; for (index_subcat = 1; mapping_table[index_cat][index_subcat] >= 0; index_subcat++) { if (url_info.info[index].id == mapping_table[index_cat][index_subcat] || mapping_table[index_cat][index_subcat] == MAX_URL_CAT_DEFAULT) { cat_id |= 0x1 << (mapping_table[index_cat][0] - 1); matched = 1; break; } } if (matched) { break; } } } #ifdef SUPPORT_BLOCKING_WHITE_LIST if (in_whitelist && (cat_id & URL_CAT_SECURITY)) { /* if device in whitelist, remove security property from result / cat_id = cat_id & (~URL_CAT_SECURITY); printWar(“url=%s is malicious(in auc), but allow it as its device(mac) is in device whitelist!\n”, url_info.url); } #endif #ifdef SUPPORT_WEB_PROTECTION_WHITELIST if ((cat_id & URL_CAT_SECURITY) && check_web_protection_whitelist(url_info.url)) { / if url is in web_protection whitelist, remove security property from result */ cat_id = cat_id & (~URL_CAT_SECURITY); printWar(“url=%s is malicious(in auc), but allow it as it’s in web_protection whitelist!\n”, url_info.url); } #endif block_mali: printWar(“send to kernel, url=%s cat_id=%x\n”, url_info.url, cat_id); url_send(tmp_id, cat_id, tmp_url, tmp_url_len, URL_REQ_CAT); printWar(“after send to kernel\n”); } cond_timedwait(500);//500ms } return 0; }
最新发布
09-26
url_send(tmp_id, cat_id, tmp_url, tmp_url_len, URL_REQ_CAT); printWar("after send to kernel\n"); } cond_timedwait(500);//500ms } return 0; } ``` 在处理恶意 URL 时，添加 `write_to_csv` 调用： ```c ...
QUrl tmp_url(url); server = tmp_url.host(); object = tmp_url.path() + tmp_url.query();
09-19
QUrl tmp_url(url); server = tmp_url.host(); object = tmp_url.path() + tmp_url.query(); ``` 我需要用中文回答这个问题。看起来这段代码是关于Qt中URL处理的。 回顾系统提示： - 使用中文回答问题。 - 回答完...
static void *aucQuery(void *unused) { int ret = 0; struct url_info url_info; bool is_mali = false; #if SUPPORT_CLOUD_UPDATE_AUC_INFO struct auc_info auc_info; #endif unsigned int cat_id = 0; int tmp_id = 0; int index = 0; int index_cat = 0; int index_subcat = 0; unsigned char matched = 0; struct url_entry *tmp_list = NULL; struct url_entry *clean = NULL; unsigned char tmp_url_len; char tmp_url[MAX_URL_LEN] = {0}; printWar("create AUC query thread\n"); while (1) { pthread_mutex_lock(&url_lock); tmp_list = url_list.next; pthread_mutex_unlock(&url_lock); while (tmp_list) { pthread_mutex_lock(&url_lock); tmp_list->process_flag = URL_PROCESSING; pthread_mutex_unlock(&url_lock); url_info.url = tmp_list->url; url_info.info_len = 0; ret = pthread_mutex_trylock(&mali_url_check_lock); if (!ret) { is_mali = web_protection? is_url_malicious(url_info.url) : false; if (is_mali) { cat_id = URL_CAT_SECURITY; URL_CLASS_LOG(LOG_LEVEL_DEBUG, "Malicious URL detected. URL: %s, Original Cat ID: %d, Mapped Cat ID: %d", url_info.url, cat_id, cat_id); #if DEBUG printWar("cat ret=%d url=%s id=%d info_id=%d\n", cat_id, url_info.url, tmp_list->id, tmp_list->info_id); #endif /* DEBUG */ pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); pthread_mutex_unlock(&mali_url_check_lock); write_to_csv(url_info.url, cat_id, cat_id, "Security"); goto block_mali; } else { pthread_mutex_unlock(&mali_url_check_lock); } } if((!opts.use_tp_service && tmp_list->cat_map) || (opts.use_tp_service && (tmp_list->info_id != PCTL_WEB_URL_ID_ALL) && (tmp_list->cat_map & (~URL_CAT_SECURITY)))) { printWar("before send to auc\n"); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.use_tp_service); ret = auc_query(&url_info, &auc_info, opts.use_tp_service); #else ret = auc_query(&url_info, opts.use_tp_service); #endif printWar("after send to auc\n"); for (index = 0; index < url_info.info_len; index++) { printWar("cat ret=%d url=%s id=%d name=%s\n", ret, url_info.url, url_info.info[index].id, url_info.info[index].name); } } //remove from url_list pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); //send to kernel cat_id = 0; int original_cat_id = 0; const char *category_name = ""; for (index = 0; index < url_info.info_len; index++) { original_cat_id = url_info.info[index].id; category_name = url_info.info[index].name; int cat_id = 0; // 每次循环初始化 cat_id URL_CLASS_LOG(LOG_LEVEL_DEBUG, "Non-malicious URL. URL: %s, Original Cat ID: %d, Mapped Cat ID: %d", url_info.url, original_cat_id, cat_id); for (index_cat = 0; mapping_table[index_cat][0] > 0; index_cat++) { matched = 0; for (index_subcat = 1; mapping_table[index_cat][index_subcat] >= 0; index_subcat++) { if (url_info.info[index].id == mapping_table[index_cat][index_subcat] || mapping_table[index_cat][index_subcat] == MAX_URL_CAT_DEFAULT) { cat_id |= 0x1 << (mapping_table[index_cat][0] - 1); matched = 1; break; } } if (matched) { break; } } // 将结果写入CSV文件 write_to_csv(url_info.url, original_cat_id, cat_id, category_name); } block_mali: printWar("send to kernel, url=%s cat_id=%x\n", url_info.url, cat_id); url_send(tmp_id, cat_id, tmp_url, tmp_url_len, URL_REQ_CAT); printWar("after send to kernel\n"); } cond_timedwait(500);//500ms } return 0; } 这段代码实现了将分类结果存储到csv文件中的功能，下面第二个代码没有保存的功能，请你根据第一个代码，在不改变第二个代码原本的功能前提下，添加保存到csv文件的功能 static void *aucQuery(void *unused) { int ret = 0; struct url_info url_info; bool is_mali = false; #if SUPPORT_CLOUD_UPDATE_AUC_INFO struct auc_info auc_info; struct auc_info web_protection_info; #endif unsigned int cat_id = 0; int tmp_id = 0; int index = 0; int index_cat = 0; int index_subcat = 0; unsigned char matched = 0; struct url_entry *tmp_list = NULL; struct url_entry *clean = NULL; #ifdef SUPPORT_BLOCKING_WHITE_LIST bool in_whitelist = false; #endif unsigned char tmp_url_len; char tmp_url[MAX_URL_LEN] = {0}; printWar("create AUC query thread\n"); while (1) { pthread_mutex_lock(&url_lock); tmp_list = url_list.next; pthread_mutex_unlock(&url_lock); while (tmp_list) { pthread_mutex_lock(&url_lock); tmp_list->process_flag = URL_PROCESSING; pthread_mutex_unlock(&url_lock); url_info.url = tmp_list->url; url_info.info_len = 0; #ifdef SUPPORT_BLOCKING_WHITE_LIST if(tmp_list->in_whitelist) goto skip; #endif printWar("url_info: url=%s, info_id=0x%x, cat_map=0x%x\n", url_info.url, tmp_list->info_id, tmp_list->cat_map); ret = pthread_mutex_trylock(&mali_url_check_lock); if (!ret) { if(tmp_list->info_id == PCTL_WEB_URL_ID_ALL && web_protection) { #ifdef SUPPORT_WEB_PROTECTION_WHITELIST if(check_web_protection_whitelist(url_info.url)) { printWar("url=%s in web_protection whitelist, skip query!\n", url_info.url); is_mali = false; } else { #endif if(opts.no_avira_web_protection == USE_AVIRA_SPECIAL_WEB_PROTECION_SERVICE) { printWar("before send to avira web_protection\n"); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_avira_web_protection_url(&web_protection_info); ret = malicious_url_query(&url_info, &web_protection_info); #else ret = malicious_url_query(&url_info); #endif if(url_info.info_len >= 1) { is_mali = (url_info.info[0].id != 1); } else { is_mali = false; } printWar("after send to avira web_protection\n"); } #ifdef SUPPORT_TPLINK_WEB_PROTECTION else if(opts.no_avira_web_protection == USE_TPLINK_WEB_PROTECION_SERVICE) { printWar("before send to tplink web_protection\n"); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); auc_initialize(&auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); malicious_url_query_using_tplink(&url_info, &auc_info); #else auc_initialize(opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); malicious_url_query_using_tplink(&url_info); #endif if(url_info.info_len >= 1) { is_mali = (url_info.info[0].id != 1); } else { is_mali = false; } printWar("after send to tplink web_protection\n"); } #endif else if(opts.no_avira_web_protection == USE_AUC_INSTEAD) { is_mali = false; //Force treat it as a original url, go to auc tmp_list->info_id = PCTL_WEB_URL_ID_ALL + 1; tmp_list->cat_map |= (0x1 << 11); //Fake it as blocking unknown, rather than pure security request(0x0030) printWar("Force run a AUC query\n"); } #ifdef SUPPORT_LOCAL_MALICIOUS_URL_PROTECTION else if(opts.no_avira_web_protection == USE_LOCAL_DATABASE) { printWar("before send to local web_protection datbase\n"); is_mali = web_protection ? is_url_malicious(url_info.url) : false; printWar("after send to avira web_protection datbase\n"); } #endif #ifdef SUPPORT_WEB_PROTECTION_WHITELIST } #endif } else { is_mali = false; } if (is_mali) { cat_id = URL_CAT_SECURITY; #if DEBUG printWar("cat ret=%d url=%s id=%d info_id=%d\n", cat_id, url_info.url, tmp_list->id, tmp_list->info_id); #endif /* DEBUG */ pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; #ifdef SUPPORT_BLOCKING_WHITE_LIST tmp_list->in_whitelist = false; #endif tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); pthread_mutex_unlock(&mali_url_check_lock); goto block_mali; } else { pthread_mutex_unlock(&mali_url_check_lock); } } #ifdef SUPPORT_BLOCKING_WHITE_LIST skip: #endif if(tmp_list->info_id != PCTL_WEB_URL_ID_ALL) { printWar("before send to auc\n"); #if SUPPORT_CLOUD_UPDATE_AUC_INFO update_libauc_url(&auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); ret = auc_query(&url_info, &auc_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); #else ret = auc_query(&url_info, opts.content_filter_status == USE_TPLINK_CONTENT_FILTER_SERVICE); #endif printWar("after send to auc\n"); for (index = 0; index < url_info.info_len; index++) { printWar("cat ret=%d url=%s id=%d name=%s\n", ret, url_info.url, url_info.info[index].id, url_info.info[index].name); } } //remove from url_list pthread_mutex_lock(&url_lock); tmp_list->prev->next = tmp_list->next; if (tmp_list->next) { tmp_list->next->prev = tmp_list->prev; } tmp_list->query = 1; tmp_id = tmp_list->id; tmp_list->id = 0; tmp_list->info_id = 0; tmp_list->cat_map = 0; #ifdef SUPPORT_BLOCKING_WHITE_LIST in_whitelist = tmp_list->in_whitelist; tmp_list->in_whitelist = false; #endif tmp_url_len = tmp_list->url_len; memset(tmp_url, 0, MAX_URL_LEN); strncpy_safe(tmp_url, tmp_list->url, tmp_list->url_len); clean = tmp_list; tmp_list = tmp_list->next; clean->next = NULL; clean->prev = NULL; pthread_mutex_unlock(&url_lock); //send to kernel cat_id = 0; for (index = 0; index < url_info.info_len; index++) { for (index_cat = 0; mapping_table[index_cat][0] > 0; index_cat++) { matched = 0; for (index_subcat = 1; mapping_table[index_cat][index_subcat] >= 0; index_subcat++) { if (url_info.info[index].id == mapping_table[index_cat][index_subcat] || mapping_table[index_cat][index_subcat] == MAX_URL_CAT_DEFAULT) { cat_id |= 0x1 << (mapping_table[index_cat][0] - 1); matched = 1; break; } } if (matched) { break; } } } #ifdef SUPPORT_BLOCKING_WHITE_LIST if (in_whitelist && (cat_id & URL_CAT_SECURITY)) { /* if device in whitelist, remove security property from result */ cat_id = cat_id & (~URL_CAT_SECURITY); printWar("url=%s is malicious(in auc), but allow it as its device(mac) is in device whitelist!\n", url_info.url); } #endif #ifdef SUPPORT_WEB_PROTECTION_WHITELIST if ((cat_id & URL_CAT_SECURITY) && check_web_protection_whitelist(url_info.url)) { /* if url is in web_protection whitelist, remove security property from result */ cat_id = cat_id & (~URL_CAT_SECURITY); printWar("url=%s is malicious(in auc), but allow it as it's in web_protection whitelist!\n", url_info.url); } #endif block_mali: printWar("send to kernel, url=%s cat_id=%x\n", url_info.url, cat_id); url_send(tmp_id, cat_id, tmp_url, tmp_url_len, URL_REQ_CAT); printWar("after send to kernel\n"); } cond_timedwait(500);//500ms } return 0; }
09-26
注意，在恶意URL处理中，如果使用了USE_AUC_INSTEAD选项，会强制设置tmp_list->info_id为PCTL_WEB_URL_ID_ALL+1，这样就会触发非恶意URL的AUC查询。 8. 注意：在第二个版本中，恶意URL处理部分，在跳转到block_...
基于TMP算法、S3PM算法、OTA算法、SAXA算法实现信号检测系统中四种噪声背景归一化附MATLAB代码
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TMP的阶乘运算
享受开发技术，享受计算机科学
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TMP的阶乘运算示范如何通过"递归模板实例化"(recursive template instantiation)实现循环，以及如何在TMP中创建和使用变量： template //一般情况下：Factorial的值是 struct Factorial // n乘以F
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WINCOL的专栏
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什么是TTMP算法？不好意思，我发布这篇文章之前，估摸是没有其他地方能找着该算法的，因为那是俺生造的。TTMP是啥意思呢？是Terminator Triggered Multi-Pattern 的意思，也就是结束符触发多模式算法。-_-! 有点难理解，没关系，看完了也许就理解了。不过这个自造的算法有点复杂，为了保证大家能够顺利阅读，请大家配合做一个测试：拿出你的手表，或者其他计
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Pumpkin_love的博客
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02-线性结构3 Reversing Linked List（25 分）Given a constant K and a singly linked list L, you are supposed to reverse the links of every K elements on L. For example, given L being 1→2→3→4→5→6, if K=3, then ...
Dubbo服务引用（一）本地引用
weixin_43257196 的博客
04-17 1313
哈哈哈和服务暴露一样，也有两种： 本地引用，jvm本地调用： // 推荐 <dubbo:service scope="local" /> // 不推荐使用，准备废弃 <dubbo:service injvm="true" /> 远程暴露，网络远程通信： <dubbo:service scope="remote" /> 这篇看看本地引用。 在Ref...
【经典算法】图解Kmp算法——配图详解（超级详细）
十二月的猫
10-31 9113
听到kmp算法大家是不是寒毛都立起来了，看过王道考研咸鱼老师视频的人就会知道kmp算法可是号称考研第二难算法。在视频中，咸鱼老师也并没有讲kmp算法的代码实现仅仅说明了手解kmp算法（用来应试数据结构哈哈哈哈哈）（当然也是因为kmp的代码实现确实有点难～）。这也导致了我花了一个下午去弄懂那仅仅5行的求next数组代码（kmp最核心的部分）。现在特意把自己的思路整理出来给大家，相信看完之后，你会觉得kmp，just soso！
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