site-packages\pytest_yaml_yoyo\validate.py:10: AssertionError Captured stdout call2222 Captured log call[32mINFO...[0m pytest_yaml_yoyo.log:runner.py:128 执行文件-> test_a2.yml [32mINFO [0m pytest_yaml_yoyo.log:runner.py...:129 base_url-> http://124.70.221.221:8201 [32mINFO [0m pytest_yaml_yoyo.log:runner.py:130 config...variables-> {} [32mINFO [0m pytest_yaml_yoyo.log:runner.py:132 运行用例-> test_2 [32mINFO [0m pytest_yaml_yoyo.log...:runner.py:221 validate 校验内容-> [{'eq': [200, 201]}] [32mINFO [0m pytest_yaml_yoyo.log:runner.py:557
= obj.find('div',id='info') tinfo = minfo.get_text() 3、整合 上面的工作做完以后,我们需要把爬取的列表切割成字典,代码如下...: # 把列表切割成字典 def parse_text(self,minfo): # listt = minfo.split('\n') # 切分...= self.parse_minfo(murl,mname) if minfo: keys = [ '片名','导演','编剧'...): # listt = minfo.split('\n') # 切分 listt = [item.strip()for item in minfo.split...= self.parse_minfo(murl,mname) if minfo: keys = [ '片名','导演','编剧'
使用Machine创建Docker主机 一切只需要一个简单的命令: docker-machine create --driver virtualbox dev 输出结果应该是: ←[34mINFO←[0m...[0000] Creating SSH key... ←[34mINFO←[0m[0001] Creating VirtualBox VM... ←[34mINFO←[0m[0016] Starting...VirtualBox VM... ←[34mINFO←[0m[0022] Waiting for VM to start... ←[34mINFO←[0m[0076] "dev" has been created...and is now the active machine. ←[34mINFO←[0m[0076] To point your Docker client at it, run this in your
include using namespace std; class Object { protected: string mName; string mInfo...; public: Object() { mName="Object"; mInfo="";...() { return mName; } string info() { return mInfo...this->y =y; s<<"P("<<x<<","<<y<<")"; //坐标信息 mName="Point"; mInfo...Line from " <<p1.info() <<" to "<<p2.info(); //线的信息 mName ="Line"; mInfo
其实这是 ASP.NET Core 控制台的颜色字符,解决方法是禁用控制台颜色 在看到重定向的输出里面包含以下乱码字符 [40m[32minfo[39m[22m[49m: 或者如下乱码字符....ClearProviders() // 这里的颜色会被显示为 [41m[30mfail[39m[22m[49m 的内容 // [40m[32minfo...�[39m�[22m�[49m: Microsoft.Hosting.Lifetime[0] Now listening on: http://[::]:12312 �[40m�[32minfo...Press Ctrl+C to shut down. �[40m�[32minfo�[39m�[22m�[49m: Microsoft.Hosting.Lifetime[0] Hosting...environment: Production �[40m�[32minfo�[39m�[22m�[49m: Microsoft.Hosting.Lifetime[0] Content root
string> #include using namespace std; class Object { protected: string mName; string mInfo...; public: Object() { mName = "Object"; mInfo = ""; } string name()...{ return mName; } string info() { return mInfo; } }; class Point : public...y; mName = "Point"; s << "P(" << mX << ", " << mY << ")"; mInfo..."Line"; s << "Line from " << mP1.info() << " to " << mP2.info(); mInfo
[32mINFO?[0m: Will watch for changes in these directories: ['D:\\xuexi\\apide mo'] ?[32mINFO?...[32mINFO?[0m: Started reloader process [?[36m?[1m16552?[0m] using ?[36m?[1mwa tchgod?[0m ?...[32mINFO?[0m: Started server process [?[36m18548?[0m] ?[32mINFO?...[32mINFO?
systemctl daemon-reload systemctl enable nginxDDCW systemctl restart nginxDDCW echo -e "[\033[32;40mINFO...S`] you can run \033[32;40m systemctl start nginxDDCW \033[0m to start nginx" echo -e "[\033[32;40mINFO...%S`] you can run \033[32;40m systemctl stop nginxDDCW \033[0m to stop nginx" echo -e "[\033[32;40mINFO...`] you can run \033[32;40m systemctl reload nginxDDCW \033[0m to reload nginx" echo -e "[\033[32;40mINFO...M:%S`] you can run \033[32;40m service nginxDDCW start \033[0m to start nginx" echo -e "[\033[32;40mINFO
使用Machine创建Docker主机 只需要一个简单的命令: docker-machine create --driver virtualbox dev 输出结果应该是: ←[34mINFO←...[0m[0000] Creating SSH key... ←[34mINFO←[0m[0001] Creating VirtualBox VM... ←[34mINFO←[0m[0016] Starting...VirtualBox VM... ←[34mINFO←[0m[0022] Waiting for VM to start... ←[34mINFO←[0m[0076] "dev" has been created...and is now the active machine. ←[34mINFO←[0m[0076] To point your Docker client at it, run this in your
) { if(mInfo == null || mInfo == viewHolder.tagInfo) { return; }else{ viewHolder.tagInfo = mInfo; if(...StrUtils.isEnpty(mInfo.thread_unread)){ if(mInfo.thread_unread.equals("0")){ viewHolder.threaduUnreadTv.setVisibility...(mInfo.circle_img_path.equals(viewHolder.tagUrl))){ setImage(viewHolder.mImageView,mInfo.circle_img_path...TextUtils.isEmpty(mInfo.circle_img_path)){ viewHolder.tagUrl = mInfo.circle_img_path; } if(mInfo.circleName...= null){ if(mInfo.circleName.length() 5){ String s = mInfo.circleName.substring(0,5) + "...
Hello World"}运行项目代码(.env) E:\project\py-web>uvicorn main:app --host 0.0.0.0 --port 8080 --reload[32mINFO...[0m: Will watch for changes in these directories: ['E:\\project\\py-web'][32mINFO[0m: Uvicorn...running on [1mhttp://127.0.0.1:8000[0m (Press CTRL+C to quit)[32mINFO[0m: Started reloader process...[[36m[1m14228[0m] using [36m[1mWatchFiles[0m[32mINFO[0m: Started server process [[36m24088...[0m][32mINFO[0m: Waiting for application startup.[32mINFO[0m: Application startup complete
使用Docker Machine创建Docker主机 您只需要一个简单的命令: docker-machine create --driver virtualbox dev 输出结果应该是: ←[34mINFO...←[0m[0000] Creating SSH key... ←[34mINFO←[0m[0001] Creating VirtualBox VM... ←[34mINFO←[0m[0016] Starting...VirtualBox VM... ←[34mINFO←[0m[0022] Waiting for VM to start... ←[34mINFO←[0m[0076] "dev" has been created...and is now the active machine. ←[34mINFO←[0m[0076] To point your Docker client at it, run this in your
localtime -v /docker/nginx/conf.d:/etc/nginx/conf.d nginx 这样构建后就能直接通过 ip/应用名称 访问应用了 无需关心具体映射的端口 [[1;34mINFO...[m] [1m------------------------------------------------------------------------[m [[1;34mINFO[m]...[1;32mBUILD SUCCESS[m [[1;34mINFO[m] [1m-------------------------------------------------------...-----------------[m [[1;34mINFO[m] Total time: 20.770 s [[1;34mINFO[m] Finished at: 2019-05-05T14...:23:44+08:00 [[1;34mINFO[m] Final Memory: 39M/440M [[1;34mINFO[m] [1m---------------------------
div class="am-card"> 无图标卡片 带图标卡片 <div class="am-card-<em>minfo</em>
flag = false; //true第一次下载 false不是第一次下载 private List threads; private static FileInfo mInfo...int threadNum,ResultListener listener) { mlistener = listener; mThreadNum = threadNum; mInfo...()); newInfo.setDownloading(true); map.put(mInfo.getUrl(),newInfo); prepare(newInfo); }...//停止下载任务 public void stop() { map.get(mInfo.getUrl()).setDownloading(false); map.get(mInfo.getUrl...()); start(); } //获取当前任务状态, 是否在下载 public boolean getCurrentState() { return map.get(mInfo.getUrl
string result = ""; Type pageType = this.GetType(); MethodInfo mInfo...= pageType.GetMethod(methodName, BindingFlags.NonPublic | BindingFlags.Instance); if (mInfo...\"}"; object user_rv = mInfo.Invoke(this, paras); if (mInfo.ReturnType
PROCESSENTRY32* pinfo = new PROCESSENTRY32; //进程信息 (pinfo->dwSize = sizeof(PROCESSENTRY32);) MODULEENTRY32* minfo...= new MODULEENTRY32; //模块信息 (minfo->dwSize = sizeof(MODULEENTRY32);) char shortpath[MAX_PATH];...Module32First( hModule, //(HANDLE) CreateToolhelp32Snapshot 的返回句柄 minfo // (LPMODULEENTRY32...) 接收模块信息 ); // 把文件路径给 shortpath GetShortPathName( minfo->szExePath, // 文件路径(但最好不要用这个...,因为这个碰到中文会出现乱码) shortpath, // 用来接收 minfo->szExePath 兼容中文的值 256 // 缓冲区大小 ); return
"FetchPackageStorage"; private final StorageStatsSource mSource; private final ApplicationInfo mInfo...loadInBackground() { AppStorageStats result = null; try { result = mSource.getStatsForPackage(mInfo.volumeUuid..., mInfo.packageName, mUser); } catch (NameNotFoundException | IOException e) { Log.w(TAG, "
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