Cloud Native for Big Companies 2021

Course Catalog

01. What is cloud computing?

02. Classification and understanding of cloud computing platforms.mp4

03. Advantages and disadvantages of cloud platforms.mp4

04. Service Architecture Change.mp4

05. Technological change.mp4

06. Questions and Answers.mp4

07. Basic technology of a complete cloud native platform.mp4

08. 12 elements of application.mp4

09. Other concepts of cloud native.mp4

10. Official guidance learning route for cloud native.mp4

11. Questions about the cloud native course.mp4

12. Docker's underlying container isolation mechanism.mp4

13. Docker installation completed.mp4

14. Docker image acceleration configuration.mp4

15. Docker-Some basic concepts of images.mp4

16. Docker-Some other operations of the image.mp4

17. Some other Docker commands.mp4

18. Docker's entry container details.mp4

19. Docker cp command.mp4

20. Docker image push and other operations.mp4

21. Docker image transfer operation.mp4

22. How to keep Docker containers running for a long time.mp4

23. How to build a Docker image.mp4

24. How to do the experiment.mp4

25. How to store images at the bottom layer.mp4

26. Copy-on-write technology for containers and images.mp4

27. Docker's overlayFS storage driver principle.mp4

28. Three ways to mount Docker data volumes.mp4

29. Docker's -v mount test.mp4

30. Docker volume management.mp4

31. Docker's visual interface.mp4

32. The most basic Dockerfile builds the image.mp4

33. How to write Dockerfile-1.mp4

34. ARG-Command.mp4

35. ENV instruction.mp4

36. ENV persistence problem.mp4

37. ADD and COPY instructions.mp4

38. The COPY file can change the user.mp4

39. Application of WORKDIR.mp4

40. USER cooperates with COPY to control permissions.mp4

41. The pit of VOLUME.mp4

42. EXPOSE exposed port.mp4

43. CMD, ENTRYPOINT container startup instructions.mp4

44. Multi-stage build.mp4

45. Open cloud server.mp4

46. ​​How to write springboot application in Dockerfile.mp4

47. Some problems during Docker operation extension.mp4

48. The principle of bridge network.mp4

49. --link to connect container.mp4

50. Docker custom network principle.mp4

51. docker-compose introduction installation.mp4

52. Compose and cluster mode.mp4

53. Qingyun needs to create vpc.mp4

54. Subnet Mask.mp4

55. Qingyun launches server cluster.mp4

56. CICD.mp4

57. CICD Guidance Implementation.mp4

58. Jenkins Introduction and Installation.mp4

59. Jenkins installation completed.mp4

60. Bind another public network ip.mp4

61. Create a git project and establish a connection with gitee.mp4

62. The structure of jenkins files.mp4

63. Jenkins step generator and environment variables.mp4

64. Other simple settings of Jenkins.mp4

65. Jenkins environment check.mp4

66. Gitee remote triggers jenkins automatic build.mp4

67. Jenkins plugin installation.mp4

68. Using Basic Network.mp4

69. Jenkins plugin installation.mp4

70. Customize Maven agent and use custom configuration file.mp4

71. Docker Maven is fully accelerated.mp4

72. Simple Jenkins pipeline completed.mp4

73. Send email notification.mp4

74. What else can cicd do.mp4

75. Other issues.mp4

76. Why use kubernetes.mp4

77. Introduction to kubernetes.mp4

78. Kubernetes Architecture Principles.mp4

79. Cluster Interaction Principles.mp4

80. k8s-all pre-installed environments.mp4

81. k8s-install kubeadm, kubelet, kubectl.mp4 on each node

82. k8s-each node downloads the basic image.mp4

83. k8s-master node is ready.mp4

84. k8s-other working nodes are ready.mp4

85. k8s-cluster creation completed.mp4

86. k8s-helloworld deploys an application.mp4

87. k8s-cluster installed again.mp4

88. k8s-cluster architecture review.mp4

89. k8s-Create a deployment that can heal itself.mp4

90. k8s-Understanding Pod, Self-Healing.mp4

91. k8s-some commands you need to remember.mp4

92. k8s-manual expansion and contraction operation.mp4

93. k8s-service encapsulates Pod into a unified service.mp4

94. k8s-rolling upgrade.mp4

95. k8s-object description file.mp4

96. k8s-install official dashboard.mp4

97. k8s-The resources in the cluster will eventually reach consistency.mp4

98. k8s-object description file.mp4

99. k8s-namespace.mp4

100. k8s-How to write a k8s resource description file.mp4

101. k8s-How should I explore it myself.mp4

102. k8s-core component configuration file location and all commands.mp4

103. k8s-command auto-completion function.mp4

104. k8s-Container image download from private warehouse using secret key.mp4

105. k8s-container startup commands, environment variables, etc..mp4

106. The writing method of k8s-containers corresponds to the writing method of docker run.mp4

107. k8s-containers life cycle hook.mp4

108. k8s-containers-What is a container probe.mp4

109. k8s-How to learn k8s next.mp4

110. k8s-Small Summary.mp4

111. k8s workload-what is workload.mp4

112. k8s workload-the concept of Pod.mp4

113. k8s workload-Pod multi-container collaboration.mp4

114. k8s workload-Pod initialization container.mp4

115. k8s workload-Pod life cycle.mp4

116. k8s workload-introduction to the use of temporary containers.mp4

117. k8s workload-static Pod.mp4

118. k8s workload-Pod probe.mp4

119. [day11 missing]

120. k8s workload-Deployment-simple writing.mp4

121. k8s workload-Deployment-Rolling update principle 01.mp4

122. k8s workload-Deployment-rolling update pause and resume, etc..mp4

123. k8s workload-deployment-scaling rolling update.mp4

124. k8s workload-Deployment installation metrics-server.mp4

125. k8s workload-Deployment-HPA.mp4

126. k8s workload-Deployment-grayscale release principle.mp4

127. k8s workload-Deployment-Canary case.mp4

128. k8s workload-Deployment-final problem solving.mp4

129. k8s workload-Deployment summary.mp4

130. k8s workload-the difference between RC and RS.mp4

131. k8s workload-DaemonSet allows each node to deploy a specified Pod.mp4

132. k8s workload-StatefulSet What is a stateful application.mp4

133. k8s workload-StatefulSet example.mp4

134. k8s workload-StatefulSet partition update mechanism.mp4

135. k8s workload-Job.mp4

136. k8s workload-timed tasks.mp4

137. k8s workload-a brief introduction to garbage collection.mp4

138. k8s network-Service, Pod port.mp4

139. k8s network-ClusterIP and NodePort type Service.mp4

140. k8s network-Service and EndPoint principle.mp4

141. k8s network-Service all fields analysis.mp4

142. k8s network-Service session persistence technology.mp4

143. k8s network-Pod specifies its own host name in Service.mp4

144. k8s network-why do we need Ingress network.mp4

145. k8s network-Ingress network architecture.mp4

146. k8s network-deploy Ingress-nginx.mp4

147. k8s network-Ingress example.mp4

148. k8s network-Ingress details configuration-default service.mp4

149. k8s network-nginx-ingress global configuration.mp4

150. k8s network-ingress current limiting and other examples.mp4

151. k8s network-ingress-nginx deployment features.mp4

152. k8s network-ingress-path rewriting example.mp4

153. k8s network-ingress-session persistence technology based on Cookie.mp4

154. k8s network-ingress-secure connection.mp4

155. k8s website-ingress-the difference between several certificates.mp4

156. k8s network-ingress-canary.mp4

157. k8s network-networkpolicy-network isolation strategy.mp4

158. k8s network-k8s network summary.mp4

159. k8s network-kube-proxy to control node direct network.mp4

160. k8s storage-basic concept of volume.mp4

161. k8s storage-secret creation.mp4

162. k8s storage-secret uses Pod.env to obtain-will not be hot updated.mp4

163. k8s storage-secret mounting method using .mp4

164. k8s storage-secret mount default read-only.mp4

165. k8s storage-cm combined with SpringBoot to achieve production configuration without perception.mp4

166. k8s storage-volume mounting-hostPath, emptyDir method.mp4

167. k8s storage-nfs file system environment construction.mp4

168. k8s storage-nfs mount.mp4

169. k8s storage-the use of pv, pvc and Pod.mp4

170. k8s storage-pv recovery strategy and other details.mp4

171. k8s storage-dynamic supply principle and process.mp4

172. k8s storage-dynamic provisioning completed.mp4

173. k8s scheduling principle-ResourceQuota quota limit.mp4

174. k8s scheduling principle-LimitRange usage.mp4

175. k8s scheduling principle-nodeSelector.mp4

176. Qingyun-Cancel the contract according to the amount of operation.mp4

177. k8s scheduling principle-limitrange other settings.mp4

178. k8s scheduling principle - affinity and anti-affinity.mp4

179. k8s scheduling principle-NodeAffinity.mp4

180. k8s scheduling principle - affinity, anti-affinity and topology key.mp4

181. k8s scheduling principle-node stain.mp4

182. k8s scheduling principle-pod tolerance.mp4

183. k8s scheduling principle-topology partition constraint.mp4

184. k8s scheduling principle-resource scheduling strategy.mp4

185. k8s security-role-based access control.mp4

186. k8s security - how to write role and clusterrole.mp4

187. k8s security-why dash can operate clusters.mp4

188. k8s security-ServiceAccount and ClusterRole practice.mp4

189. k8s security-Pod ServiceAccount notes.mp4

190. k8s security-how to develop a k8s visualization platform yourself.mp4

191. k8s security-supplement.mp4

192. k8s ecology-helm application store.mp4

193. k8s small experiment-deploy mysql stateful service.mp4

194. MySQL does not have master-slave synchronization by default, so you need to set it yourself.mp4

195. High availability cluster-opening server network, etc..mp4

196. High Availability Cluster-Understanding Various High Availability Methods.mp4

197. High Availability Cluster-Understanding the Consistency Raft Protocol.mp4

198. High availability cluster-k8s cluster mode.mp4

199. High availability cluster-linux kernel upgrade completed.mp4

200. High Availability Cluster-Certificate Concept.mp4

201. High Availability Cluster-Certificate Hierarchy.mp4

202. High availability cluster-Kubernetes default certificate hierarchy.mp4

203. High Availability Cluster-Installation Certificate Generation Tool.mp4

204. High availability cluster-building-01-configuring secret-free connection and other basic information.mp4

205. High availability cluster-build-02-configure ipvs & install docker.mp4

206. High Availability Cluster-Build-03-Certificate Environment Test.mp4

207. High availability cluster-build-04-prepare etcd installation package.mp4

208. High availability cluster-build-05-etcd cluster certificate generation completed.mp4

209. High availability cluster-build-06-ectd cluster started successfully.mp4

210. High availability cluster-build-07-test etcd cluster successfully.mp4

211. High availability cluster-build 08-unzip k8s software package & executable program.mp4

212. High Availability Cluster-Build 09-Core Component Certificate Generation.mp4

213. High availability cluster-build 10-create apiserver load balancer.mp4

214. High availability cluster-build 11-apiserver startup completed.mp4

215. High availability cluster-build 12-controller-manager component startup completed.mp4

216. High Availability Cluster-Building 13-kubelet-kubectl Configuration.mp4

217. High availability cluster-build 14-kubelet service startup.mp4

218. High availability cluster-build 15-calico component installation and startup.mp4

219. High availability cluster-build 16-cluster deployment completed.mp4

220. High availability cluster-availability verification completed.mp4

221. High Availability Cluster - Cluster Recovery Test - No More - Watch the Full Version.mp4

222. High availability cluster-remember to shut down after use.mp4

223, Complete Recording.mp4

223. Self-built cluster practice - simple cluster optimization.mp4

224. Self-built cluster practice - basic pre-installed resources.mp4

225. Self-built cluster practice - the next steps on the public network.mp4

226. Self-built cluster practice - rook and ceph.mp4

227. Self-built cluster practice-ceph cluster installation completed.mp4

228. Self-built cluster practice-ceph problem troubleshooting.mp4

229. Self-built cluster practice - pitfalls of ceph cluster mgr master-slave mode.mp4

230. Self-built cluster practice-ceph-rook is ready.mp4

231. Self-built cluster practice-ceph-cluster needs to create pool.mp4

232. Self-built cluster practice - Introduction to other components.mp4

233. Self-built cluster practice-prometheus introduction.mp4

234. Self-built cluster practice-ceph second installation completed.mp4

235. Self-built cluster practice-ceph storage test successful.mp4

236. Self-built cluster practice-prometheus and grafana.mp4

237. Self-built cluster practice-harbor deployment.mp4

238. Self-built cluster practice-harbor deployment certificate mismatch problem.mp4

239. Self-built cluster practice-harbor deployment completed.mp4

240. Self-built cluster practice-harbor warehouse operation.mp4

241. Self-built cluster practice - other deployment.mp4

242. Self-built cluster practice-jenkins deployment and plug-in installation.mp4

243. Self-built cluster practice - Jenkins integrates the concept of k8s cluster and packaging machine.mp4

244. Self-built cluster practice-jenkins four packer configuration.mp4

245. Self-built cluster practice-jenkins packager test.mp4

246. Self-built cluster practice-kustomize demonstration.mp4

247. Self-built cluster practice - EFK cluster construction and use.mp4

248. Istio-Introduction.mp4

249. Istio-installation completed.mp4

250、What is Serverless.mp4

251. Istio-bookinfo application access completed.mp4

252, Istio-kiali, Jaeger.mp4

253. Istio-call chain.mp4

254. Istio-canary.mp4

255. Jenkins-Intelligent multi-branch automated on-demand build.mp4

256.jenkins-pipeline core completed.mp4