首页 磁力链接怎么用

[Tutorialsplanet.NET] Udemy - Developer To Architect Mastering Software Architecture

文件类型 收录时间 最后活跃 资源热度 文件大小 文件数量
视频 2023-5-19 03:03 2024-12-24 11:43 200 9.04 GB 249
磁力链接
magnet:?xt=urn:btih:e5b0b4d05647bf417e7d391734b828a55a563be4
迅雷链接
thunder://QUFtYWduZXQ6P3h0PXVybjpidGloOmU1YjBiNGQwNTY0N2JmNDE3ZTdkMzkxNzM0YjgyOGE1NWE1NjNiZTRaWg==
二维码链接
[Tutorialsplanet.NET] Udemy - Developer To Architect Mastering Software Architecture的二维码
种子下载(838888不存储任何种子文件)
种子下载线路1(迅雷)--推荐
种子下载线路2(比特彗星)
种子下载线路3(torcache)
3条线路均为国内外知名下载网站种子链接，内容跟本站无关！
相关链接

Tutorialsplanet NET Udemy - Developer To Architect Mastering Software Architecture

文件列表
  1. 01 Introduction/001 Introduction to Developer To Architect.mp432.43MB
  2. 02 Performance/001 Module contents overview.mp438.52MB
  3. 02 Performance/002 A reference software system for discussing performance.mp45.72MB
  4. 02 Performance/003 What is performance.mp412.67MB
  5. 02 Performance/004 How do performance problems look like.mp450.43MB
  6. 02 Performance/005 Performance principles.mp450.99MB
  7. 02 Performance/006 System performance objectives.mp427.39MB
  8. 02 Performance/007 Performance measurement metrics.mp465.39MB
  9. 02 Performance/008 Serial request latency.mp45.75MB
  10. 02 Performance/009 Network transfer latency.mp432.06MB
  11. 02 Performance/010 Minimizing network transfer latency.mp457.31MB
  12. 02 Performance/011 Memory access latency.mp416.54MB
  13. 02 Performance/012 Minimizing memory access latency.mp449.09MB
  14. 02 Performance/013 Disk access latency.mp44.81MB
  15. 02 Performance/014 Minimizing disk access latency.mp498.5MB
  16. 02 Performance/015 CPU processing latency.mp422.9MB
  17. 02 Performance/016 Minimizing CPU processing latency.mp442.78MB
  18. 02 Performance/017 Some common latency costs.mp457.51MB
  19. 02 Performance/018 Concurrency related latency.mp44.21MB
  20. 02 Performance/019 Amdahl's law for concurrent tasks.mp478.82MB
  21. 02 Performance/020 Gunther's universal scalability law.mp444.16MB
  22. 02 Performance/021 Shared resource contention.mp434.77MB
  23. 02 Performance/022 Minimizing shared resource contention.mp496.21MB
  24. 02 Performance/023 Minimizing locking related contention.mp459.75MB
  25. 02 Performance/024 Pessimistic Locking.mp444.99MB
  26. 02 Performance/025 Optimistic Locking.mp494.55MB
  27. 02 Performance/026 Compare and swap mechanism.mp457.29MB
  28. 02 Performance/027 Deadlocks.mp463.33MB
  29. 02 Performance/028 Coherence related delays.mp472.26MB
  30. 02 Performance/029 Caching.mp43.85MB
  31. 02 Performance/030 System architecture for performance.mp419.7MB
  32. 02 Performance/031 Caching for performance.mp414.5MB
  33. 02 Performance/032 HTTP Caching of static data.mp487.37MB
  34. 02 Performance/033 Caching of dynamic data.mp460.55MB
  35. 02 Performance/034 Caching related challenges.mp494.27MB
  36. 02 Performance/035 Summary.mp433.85MB
  37. 03 Scalability/001 Module contents overview.mp439.74MB
  38. 03 Scalability/002 Performance vs Scalability.mp424.06MB
  39. 03 Scalability/003 Vertical & Horizontal scalability.mp426.2MB
  40. 03 Scalability/004 Reverse proxy.mp419.84MB
  41. 03 Scalability/005 A reference software system for discussing scalability.mp42.58MB
  42. 03 Scalability/006 Scalability principles.mp428.77MB
  43. 03 Scalability/007 Modularity for scalability.mp411.82MB
  44. 03 Scalability/008 Replication.mp424.65MB
  45. 03 Scalability/009 Stateful replication in web applications.mp460.54MB
  46. 03 Scalability/010 Stateless replication in web applications.mp429.97MB
  47. 03 Scalability/011 Stateless replication of services.mp415.02MB
  48. 03 Scalability/012 Database replication.mp424.18MB
  49. 03 Scalability/013 Database replication types.mp4142.19MB
  50. 03 Scalability/014 Need for specialized services.mp418.61MB
  51. 03 Scalability/015 Specialized services - SOAP_REST.mp446.18MB
  52. 03 Scalability/016 Asynchronous services.mp438.03MB
  53. 03 Scalability/017 Asynchronous processing & scalability.mp442.45MB
  54. 03 Scalability/018 Caching for scalability.mp420.08MB
  55. 03 Scalability/019 Vertical partitioning with micro-services.mp439.66MB
  56. 03 Scalability/020 Database partitioning.mp490.3MB
  57. 03 Scalability/021 Database partitioning selection.mp443.12MB
  58. 03 Scalability/022 Routing with database partitioning.mp416.61MB
  59. 03 Scalability/023 Methods for horizontal scalability.mp49.32MB
  60. 03 Scalability/024 Dealing with large scale systems.mp44.15MB
  61. 03 Scalability/025 Load balancing multiple instances.mp424.21MB
  62. 03 Scalability/026 Discovery service and load balancing.mp450.13MB
  63. 03 Scalability/027 Load balancer discovery.mp414.19MB
  64. 03 Scalability/028 HLB vs SLB.mp435.61MB
  65. 03 Scalability/029 Layer-7 load balancers.mp426.13MB
  66. 03 Scalability/030 DNS as load balancer.mp430.75MB
  67. 03 Scalability/031 Global server load balancing.mp470.59MB
  68. 03 Scalability/032 Global data replication.mp454.28MB
  69. 03 Scalability/033 Auto scaling instances.mp436.03MB
  70. 03 Scalability/034 Micro-Services Architecture.mp42.64MB
  71. 03 Scalability/035 Micro-Services Motivation.mp422.36MB
  72. 03 Scalability/036 Service Oriented Architecture.mp467.87MB
  73. 03 Scalability/037 Micro-Services Architecture Style.mp482.66MB
  74. 03 Scalability/038 Transactions in Micro-Services.mp463.03MB
  75. 03 Scalability/039 Compensating Transactions - SAGA Pattern.mp4100.99MB
  76. 03 Scalability/040 Micro-services communication model.mp419.68MB
  77. 03 Scalability/041 Event driven transactions.mp460.73MB
  78. 03 Scalability/042 Extreme scalability with NoSQL and Kafka.mp463.09MB
  79. 03 Scalability/043 Summary.mp430MB
  80. 04 Reliability/001 Module contents overview.mp433.48MB
  81. 04 Reliability/002 Failures in large scale distributed systems.mp434.64MB
  82. 04 Reliability/003 Partial system failures.mp444.97MB
  83. 04 Reliability/004 Reliability engineering topics.mp42.33MB
  84. 04 Reliability/005 Reliability.mp414.08MB
  85. 04 Reliability/006 Availability.mp418.68MB
  86. 04 Reliability/007 High Availability.mp419.74MB
  87. 04 Reliability/008 Fault Tolerance.mp420.34MB
  88. 04 Reliability/009 Designing Fault Tolerance.mp41.36MB
  89. 04 Reliability/010 Fault tolerant design.mp43.11MB
  90. 04 Reliability/011 Redundancy.mp425.55MB
  91. 04 Reliability/012 Types of redundancy.mp450.93MB
  92. 04 Reliability/013 Single point of failures.mp410.35MB
  93. 04 Reliability/014 Stateless component redundancy.mp418.18MB
  94. 04 Reliability/015 Stateful component redundancy.mp479.87MB
  95. 04 Reliability/016 Load balancer redundancy.mp48.01MB
  96. 04 Reliability/017 Datacentre infrastructure as SPOF.mp411.48MB
  97. 04 Reliability/018 Creating datacenter redundancy.mp472.02MB
  98. 04 Reliability/019 Fault detection.mp42.29MB
  99. 04 Reliability/020 Fault models.mp412.58MB
  100. 04 Reliability/021 Health checks.mp410.37MB
  101. 04 Reliability/022 External monitoring service.mp436.05MB
  102. 04 Reliability/023 Internal cluster monitoring.mp440.69MB
  103. 04 Reliability/024 Fault detection in a system.mp413.4MB
  104. 04 Reliability/025 Recovering from failures.mp42.15MB
  105. 04 Reliability/026 Stateless component recovery.mp416.6MB
  106. 04 Reliability/027 Stateful Failovers.mp439.16MB
  107. 04 Reliability/028 Load Balancer high availability.mp45.98MB
  108. 04 Reliability/029 Database recovery with hot standby.mp422.55MB
  109. 04 Reliability/030 Database recovery with warm standby.mp432.68MB
  110. 04 Reliability/031 Database recovery with cold backups.mp436.11MB
  111. 04 Reliability/032 High Availability in large scale systems.mp482.89MB
  112. 04 Reliability/033 Failover best practices.mp45.39MB
  113. 04 Reliability/034 System stability.mp45.08MB
  114. 04 Reliability/035 Timeouts.mp421.01MB
  115. 04 Reliability/036 Retries.mp448.13MB
  116. 04 Reliability/037 Circuit Breaker.mp423.28MB
  117. 04 Reliability/038 Fail Fast and Shed Load.mp445.44MB
  118. 04 Reliability/039 Summary.mp421.11MB
  119. 05 Security/001 Module contents overview.mp439.57MB
  120. 05 Security/002 Security objectives.mp438.36MB
  121. 05 Security/003 Network security.mp41.84MB
  122. 05 Security/004 Symmetric key encryption.mp433.1MB
  123. 05 Security/005 Public key encryption.mp459.69MB
  124. 05 Security/006 Secure network protocol.mp433.74MB
  125. 05 Security/007 SSL and TLS.mp422.44MB
  126. 05 Security/008 Hashing.mp440.3MB
  127. 05 Security/009 Digital signatures.mp463.62MB
  128. 05 Security/010 Digital certificates.mp467.77MB
  129. 05 Security/011 Chain of trust.mp435.96MB
  130. 05 Security/012 TLS_SSL handshake.mp420.51MB
  131. 05 Security/013 Secure network channel.mp416.39MB
  132. 05 Security/014 Firewalls.mp418.81MB
  133. 05 Security/015 Network security.mp436.94MB
  134. 05 Security/016 Identity management.mp41.49MB
  135. 05 Security/017 Authentication and authorization.mp47.26MB
  136. 05 Security/018 Authentication.mp45.01MB
  137. 05 Security/019 Credentials transfer.mp479.49MB
  138. 05 Security/020 Credentials verification.mp456.81MB
  139. 05 Security/021 Stateful authentication.mp443.23MB
  140. 05 Security/022 Stateless authentication.mp442.21MB
  141. 05 Security/023 Single Sign-On.mp412.99MB
  142. 05 Security/024 Access management.mp41.71MB
  143. 05 Security/025 Role based access control model.mp494.39MB
  144. 05 Security/026 Role based access example.mp429.31MB
  145. 05 Security/027 Authorization.mp440.39MB
  146. 05 Security/028 OAuth2 token grant.mp433.84MB
  147. 05 Security/029 OAuth2 token grant - Code Flow.mp466.58MB
  148. 05 Security/030 OAuth2 token grant - Password Flow.mp413.28MB
  149. 05 Security/031 OAuth2 in a system.mp47.64MB
  150. 05 Security/032 OAuth2 token types.mp493.9MB
  151. 05 Security/033 Json Web Tokens.mp442.64MB
  152. 05 Security/034 Token storage.mp432.67MB
  153. 05 Security/035 Securing data at rest.mp490.94MB
  154. 05 Security/036 Securing a Software System.mp437.99MB
  155. 05 Security/037 Common vulnerabilities.mp41.32MB
  156. 05 Security/038 SQL Injection.mp419.29MB
  157. 05 Security/039 Cross Site Scripting.mp427.43MB
  158. 05 Security/040 Cross Site Resource Forgery.mp438.92MB
  159. 05 Security/041 Summary.mp48.88MB
  160. 06 Deployment/001 Module contents overview.mp452.74MB
  161. 06 Deployment/002 Large scale deployment challenges.mp45.81MB
  162. 06 Deployment/003 Application deployment.mp418.84MB
  163. 06 Deployment/004 Infrastructure deployment.mp424.49MB
  164. 06 Deployment/005 System operations.mp425.65MB
  165. 06 Deployment/006 Modern deployment solutions.mp45.42MB
  166. 06 Deployment/007 Application deployment.mp41.57MB
  167. 06 Deployment/008 Component deployment.mp415.19MB
  168. 06 Deployment/009 Component deployment automation.mp427.04MB
  169. 06 Deployment/010 Deployment with Virtual Machines.mp479.11MB
  170. 06 Deployment/011 Isolation through virtual machines.mp428.64MB
  171. 06 Deployment/012 Deployment with Containers.mp447.03MB
  172. 06 Deployment/013 Docker containers.mp441.27MB
  173. 06 Deployment/014 Infrastructure deployment.mp41020.84KB
  174. 06 Deployment/015 Infrastructure requirements.mp49.92MB
  175. 06 Deployment/016 Provisioning and configuration.mp420.98MB
  176. 06 Deployment/017 Deployment with containers on Cloud.mp420.01MB
  177. 06 Deployment/018 Deployment with AWS cloud stack.mp460.81MB
  178. 06 Deployment/019 Deployment with Kubernetes.mp43.37MB
  179. 06 Deployment/020 Kubernetes lifecycle management.mp48.89MB
  180. 06 Deployment/021 Kubernetes naming and addressing.mp412.61MB
  181. 06 Deployment/022 Kubernetes scaling with multiple instances.mp414.08MB
  182. 06 Deployment/023 Kubernetes load balacing.mp411.73MB
  183. 06 Deployment/024 Kubernetes high availability.mp45.94MB
  184. 06 Deployment/025 Kubernetes rolling upgrades.mp48.35MB
  185. 06 Deployment/026 Kubernetes capabilities.mp418.59MB
  186. 06 Deployment/027 Kubernetes deployment.mp427.11MB
  187. 06 Deployment/028 Kubernetes services and workloads.mp428.09MB
  188. 06 Deployment/029 Kubernetes architecture.mp454.88MB
  189. 06 Deployment/030 System upgrades.mp42.6MB
  190. 06 Deployment/031 Rolling updates.mp413.82MB
  191. 06 Deployment/032 Canary deployment.mp47.29MB
  192. 06 Deployment/033 Recreate deployment.mp44.19MB
  193. 06 Deployment/034 Blue Green deployment.mp411.07MB
  194. 06 Deployment/035 A_B testing.mp418.64MB
  195. 06 Deployment/036 Summary.mp48.3MB
  196. 07 Technology Stack/001 Module contents overview.mp438.81MB
  197. 07 Technology Stack/002 Reference system for using tech platforms.mp49.16MB
  198. 07 Technology Stack/003 Web applications.mp420.11MB
  199. 07 Technology Stack/004 Solutions for web applications.mp412.31MB
  200. 07 Technology Stack/005 Apache web server.mp430.53MB
  201. 07 Technology Stack/006 Apache webServer architecture.mp429.73MB
  202. 07 Technology Stack/007 Apache webserver scalability.mp423.63MB
  203. 07 Technology Stack/008 Nginx webserver.mp46.17MB
  204. 07 Technology Stack/009 Nginx architecture.mp449.9MB
  205. 07 Technology Stack/010 Nginx as reverse proxy and cache.mp422.9MB
  206. 07 Technology Stack/011 Web containers & spring framework.mp433.95MB
  207. 07 Technology Stack/012 Jetty & Spring.mp414.89MB
  208. 07 Technology Stack/013 Node.JS.mp424.1MB
  209. 07 Technology Stack/014 Node.JS event loop.mp458.17MB
  210. 07 Technology Stack/015 Cloud Solutions for web.mp470.82MB
  211. 07 Technology Stack/016 Cloud storage.mp430.46MB
  212. 07 Technology Stack/017 Cloud CDN.mp442.78MB
  213. 07 Technology Stack/018 Services.mp419.1MB
  214. 07 Technology Stack/019 Services solutions.mp46.31MB
  215. 07 Technology Stack/020 Memcached.mp420.66MB
  216. 07 Technology Stack/021 Memcached Architecture.mp496.53MB
  217. 07 Technology Stack/022 Redis Cache & its architecture.mp456.59MB
  218. 07 Technology Stack/023 Cloud caching solutions.mp49.63MB
  219. 07 Technology Stack/024 RabbitMQ.mp476.47MB
  220. 07 Technology Stack/025 RabbitMQ architecture.mp485.99MB
  221. 07 Technology Stack/026 Kafaka architecture.mp4106.51MB
  222. 07 Technology Stack/027 Redis Pub_Sub.mp450.84MB
  223. 07 Technology Stack/028 Cloud MQ solutions.mp412.01MB
  224. 07 Technology Stack/029 Datastores.mp414.12MB
  225. 07 Technology Stack/030 Datastore solutions.mp47.58MB
  226. 07 Technology Stack/031 RDBMS.mp460.97MB
  227. 07 Technology Stack/032 RDBMS scalability architecture.mp437.56MB
  228. 07 Technology Stack/033 NoSQL objectives & trade-offs.mp452.22MB
  229. 07 Technology Stack/034 Amazon DynamoDB.mp458.65MB
  230. 07 Technology Stack/035 DynamoDB architecture.mp483.22MB
  231. 07 Technology Stack/036 Google BigTable.mp4114.71MB
  232. 07 Technology Stack/037 BigTable architecture.mp4111.27MB
  233. 07 Technology Stack/038 HBase.mp419.24MB
  234. 07 Technology Stack/039 Cassandra.mp487.52MB
  235. 07 Technology Stack/040 Cassandra features.mp423.91MB
  236. 07 Technology Stack/041 MongoDB.mp441.97MB
  237. 07 Technology Stack/042 MongoDB architecture.mp447.57MB
  238. 07 Technology Stack/043 Analytics.mp427.98MB
  239. 07 Technology Stack/044 Analytics solutions.mp47.59MB
  240. 07 Technology Stack/045 Logstash architecture.mp478.23MB
  241. 07 Technology Stack/046 Logstash data streaming architecture.mp458.9MB
  242. 07 Technology Stack/047 Fluentd.mp442.87MB
  243. 07 Technology Stack/048 Elasticsearch.mp4119.54MB
  244. 07 Technology Stack/049 Elasticsearch architecture.mp4120.23MB
  245. 07 Technology Stack/050 Hadoop HDFS.mp480.81MB
  246. 07 Technology Stack/051 Map-Reduce.mp4168.9MB
  247. 07 Technology Stack/052 Apache Spark.mp452.22MB
  248. 07 Technology Stack/053 Stream processing.mp470.94MB
  249. 07 Technology Stack/054 Summary.mp4100.42MB
友情提示
不会用的朋友看这里 把磁力链接复制到离线下载，或者bt下载软件里即可下载文件，或者直接复制迅雷链接到迅雷里下载！ 亲，你造吗？将网页分享给您的基友，下载的人越多速度越快哦！

违规内容投诉邮箱：[email protected]

概述 838888磁力搜索是一个磁力链接搜索引擎，是学术研究的副产品，用于解决资源过度分散的问题 它通过BitTorrent协议加入DHT网络，实时的自动采集数据，仅存储文件的标题、大小、文件列表、文件标识符（磁力链接）等基础信息 838888磁力搜索不下载任何真实资源，无法判断资源的合法性及真实性，使用838888磁力搜索服务的用户需自行鉴别内容的真伪 838888磁力搜索不上传任何资源，不提供Tracker服务，不提供种子文件的下载，这意味着838888磁力搜索 838888磁力搜索是一个完全合法的系统
838888磁力链接 磁力链接bt种子搜索引擎磁力搜索 DMCA