the project. Frontend We are using SASS/Compass for our styles. The files are located within cms/static/cms/sass and can be compiled using the compass command compass watch cms/static/cms/ from within the

If you must use OSS - Go for OSS that has fuzz testing integrated ● Ensure they have good code Maintenance ○ Check if security bugs are addressed in a timely manner ● Host your own OSS internal repo to list of security vetted parsers (JSON, XML, etc) ● Call to Action: Owners of OSS should onboard to a fuzzing service (OSS-Fuzz)Isolation ● Untrusted Process – Parsing Out-of-Process ● Sandboxing ● What the Fuzz) ● Structure Aware Fuzzing (libprotobuf-mutator) ● Fuzzing as a Service (OneFuzz, OSS-Fuzz)Libfuzzer and ASan The bar is not high, write simple function: FUZZ_EXPORT int __cdecl LLVM

std::time_t t = std::time(nullptr); std::tm tm = *std::localtime(&t); /* Implementation code*/ return oss.str(); } void log(std::string const& message) { std::cout << get_timestamp() << " [INFO] " << message std::time_t t = std::time(nullptr); std::tm tm = *std::localtime(&t); /* Implementation code*/ return oss.str(); } void log(std::string const& message) { std::cout << get_timestamp() << " [INFO] " << message std::time_t t = std::time(nullptr); std::tm tm = *std::localtime(&t); /* Implementation code*/ return oss.str(); } void log(std::string const& message) { std::cout << get_timestamp() << " [INFO] " << message

从开源 Istio 到企业服务 ——如何在企业中落地服务网格 From Istio OSS to Enterprise Service Mesh 宋净超（Jimmy Song） September 24, 2022 Shanghai, China Cloud Native Application Networking Secure, Observe and manage microservices microservices Outline ● Background ● Enterprise Service Mesh: Tetrate Service Bridge ● Tetrate OSS Projects ● Use Case ● Resources Tetrate the Service Mesh Creators Zack Butcher Istio Steering Committee Sheng Wu Creator, SkyWalking ● Tetrate’s product build on top of the upstream Istio ● Why not Istio OSS? ● Problems unsolved ○ Multi-cluster and VM (lower onboarding cost) ○ Enterprise team structure gap

underlying storage in the cloud (AWS EBS, AWS S3, AWS Glacier, aliyun EBS, aliyun OSS) or on-prem (baremetal, HDFS, OSS) and turns it into container-native storageDatabase • Database services orchestrated ) • CurveFS can manage different storages (HDFS, OSS, EBS) below • Apps access data by POSIX interface • Infrequent data is moved to OSS, and frequent data is moved to high speed storage transparentlyData

tf.Adamoptimizer(learning_rate=...) # Choose a 1oss Scale manager which decides how to pick the right loss scale # throughout the training process. 1oss_scale_manger = tf.contrib.mixed_precision.Fixed loss_scale_optimizer = LossScaleOptimizer(opt，1oss_scale_manager) # Call minimize() on the loss scale optimizer. train_op = loss_scale_optimizer.minimize(1oss) Loss Scaling in PAI-TF Loss Scaling the loss

frontend files. Sass-related changes We now use LibSass [https://github.com/sass/libsass] rather than Compass for building static files (this only affects frontend developers of django CMS - contributors to

frontend files. Sass-related changes We now use LibSass [https://github.com/sass/libsass] rather than Compass for building static files (this only affects frontend developers of django CMS - contributors to

compressing and bundling of frontend files. Sass-related changes We now use LibSass rather than Compass for building static files (this only affects frontend developers of django CMS - contributors to