This study also provides useful insights about different opportunities for practitioners to adopt new solutions and understand the variations of their practical utility.发现多出来一个docker0 【172.17.0.1】 常用命令 test ] # docker network ls # 查看网络ģ8358913a9b3 bridge bridge local (常用 ) 默认docker0Īb17295eb09a none null local docker network create aa_network #创建一个网络 docker network ls # 发现多了一个aa_network 默认 bridge 模式 docker network rm aa_network #删除一个网络 启动ubuntu -name u1 -name u2ĭocker inspect u1 | tail -n 20 # 查看信息 ipaddress 172.17.0.2 docker inspect u2 | tail -n 20 # 查看信息 ipaddress 172.17.0.3 docker rm -f u2ĭocker inspect u3 | tail -n 20 # 查看信息 ipaddress 172.17.0. Based on the results that highlight the important concerns in software security patch management and the lack of solutions, we recommend a list of future research directions. Our results reveal that 50% of the common challenges have not been directly addressed in the solutions and that most of them (38.9%) address the challenges in one phase of the process, namely vulnerability scanning, assessment and prioritisation. The findings also reveal that only 20.8% of the reported solutions have been rigorously evaluated in industrial settings. We provide a mapping between the solutions and challenges to enable a reader to obtain a holistic overview of the gap areas. We identify 14 socio-technical challenges in software security patch management, 18 solution approaches, tools and practices mapped onto the software security patch management process. We conducted a systematic literature review of 72 studies published from 2002 to March 2020, with extended coverage until September 2020 through forward snowballing. This paper aims at systematically reviewing the state of the art of software security patch management to identify the socio-technical challenges in this regard, reported solutions (i.e., approaches, tools, and practices), the rigour of the evaluation and the industrial relevance of the reported solutions, and to identify the gaps for future research. Given the increasing recognition of the importance of software security patch management, it is important and timely to systematically review and synthesise the relevant literature on this topic. Patching security vulnerabilities in large and complex systems is a hugely challenging process that involves multiple stakeholders making several interdependent technological and socio-technical decisions. Canon has long hinted that another path to competing with mirrorless entries from Nikon, Sony, Olympus and Panasonic lay in the miniaturization of its familiar SLR design. Software security patch management purports to support the process of patching known software security vulnerabilities. Most of the product photos are of the 100D version, but we'll refer to the camera primarily as the Rebel SL throughout this review. Finally, it proposes several crucial future directions that require further attention from both researchers and practitioners. Through the analysis of the existing literature, this research also reveals open issues hindering more comprehensive adoption of runtime patching in practice. ![]() This study identifies seven levels of granularity, two key strategies providing a conceptual model of three responsible entities and four capabilities of runtime patching solutions. Next a few times (review the different options if needed) On the last. Instead it supports advanced class reloading. It further provides insights on multiple aspects of runtime patching approaches such as patch scales, general strategies and responsibilities. JRebel Seamlessly Integrates Into Your Stack With support for over 100 frameworks. It targets turnaround time in Java development by removing the need for redeployment. This paper aims to identify, investigate and synthesize state-of-the-art runtime software patching approaches and gives an overview of currently unsolved challenges. You may batter and bore, You may thunder and roar. Take this from my rudder, and that from my oar, And now let us see if youll trouble us more. With a poke poke poke Dashing at the Frogs. JRebel is software for development and operations teams working with Java. ![]() Existing runtime software patching solutions focus on specific cases, scenarios, programming languages and operating systems. Nay then, old rebel, Ill stop your treble. ![]() Due to modern software systems' high variance and heterogeneity, no universal solutions are available or proposed to deploy and execute patches at runtime. Runtime software patching aims to minimize or eliminate service downtime, user interruptions and potential data losses while deploying a patch.
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