邊緣云部署與運營：系統(tǒng)性實現方法

定　價：￥69.00

作　者：	[美]拉里·彼得森,[美]斯科特·貝克,[美]安迪·巴維爾,[美]扎克·威廉姆斯,[美]布魯斯·戴維
出版社：	機械工業(yè)出版社
叢編項：
標　簽：	暫缺

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ISBN：	9787111739982	出版時間：	2023-12-01	包裝：	平裝-膠訂
開本：	16開	頁數：		字數：

內容簡介

　　本書展示了一個邊緣云開發(fā)路線圖，一群工程師在一年的時間里遵循該路線圖，開發(fā)、部署，然后全天候運營一個跨越十幾家企業(yè)的邊緣云，并提供了卓越的云原生服務（在我們的例子中是通過5G連接提供云服務）。該團隊利用20多個開源軟件和組件實現了這個邊緣云和服務，但選擇這些開源組件只是一個開始。在這個過程中，有幾十個技術決策需要做出，還有幾千行配置代碼需要編寫。這是一個可重復的實踐，作者在本書中對此實現方案進行了詳細闡述。書中的配置文件和源代碼都是開源的，適用于那些想更詳細地研究并實現邊緣云計算和服務的讀者。

作者簡介

　　扎克·威廉姆斯（Zack Williams）英特爾的云軟件工程師，在英特爾收購ONF工程團隊后加入英特爾。在為ONF工作期間，他參與了Aether項目，并領導了基礎設施團隊。在加入ONF之前，他是亞利桑那大學的系統(tǒng)程序員。他于2001年獲得亞利桑那大學計算機科學學士學位。布魯斯·戴維（Bruce Davie）網絡領域知名計算機科學家、VMware亞太區(qū)前副總裁兼首席技術官。他在VMware收購SDN（軟件定義網絡）初創(chuàng)公司Nicira后加入VMware。在此之前，他是Cisco Systems的研究員，領導一個架構師團隊，負責多協議標簽交換（MPLS）。他在網絡行業(yè)擁有超過30年的經驗，并合著了17份RFC。他于2009年成為ACM會士，并于2009年至2013年擔任ACM SIGCOMM的主席。他還在麻省理工學院做了五年訪問講師，是多本書的作者，擁有40多項美國專利。

圖書目錄

目　　錄
譯者序
序
前言
第1章　概述 ·································11.1　術語 ·········································4
1.2　解耦 ·········································9
1.3　云技術 ····································111.3.1　硬件平臺 ·····················12
1.3.2　軟件構建塊 ··················13
1.3.3　交換網絡 ·····················15
1.3.4　存儲庫 ························16
1.3.5　其他選項 ·····················17
1.4　系統(tǒng)管理員的未來 ··················19
第2章　架構 ·······························212.1　邊緣云 ····································24
2.2　混合云 ····································25
2.3　利益相關者 ·····························27
2.4　控制與管理 ·····························302.4.1　資源配置 ·····················31
2.4.2　生命周期管理 ···············33
2.4.3　運行時控制 ··················34
2.4.4　監(jiān)控和遙測 ··················35
2.4.5　小結 ···························36
2.5　DevOps ···································38
第3章　資源配置 ·······················433.1　物理基礎設施 ·························453.1.1　文檔基礎設施 ···············46
3.1.2　配置和啟動 ··················53
3.1.3　配置API ·····················56
3.1.4　配置虛擬機 ··················58
3.2　基礎設施即代碼 ······················59
3.3　平臺定義 ································70
第4章　生命周期管理 ················734.1　設計概述 ································74
4.2　測試策略 ································774.2.1　測試類別 ·····················78
4.2.2　測試框架 ·····················81
4.3　持續(xù)集成 ································824.3.1　代碼庫 ························83
4.3.2　構建-集成-測試 ········83
4.4　持續(xù)部署 ································89
4.5　版本控制策略 ·························92
4.6　管理密鑰 ································95
4.7　GitOps ····································96
第5章　運行時控制 ···················995.1　設計概覽 ······························101
5.2　實現細節(jié) ······························1065.2.1　模型與狀態(tài) ·················107
5.2.2　運行時控制API ···········108
5.2.3　身份管理 ····················110
5.2.4　適配器 ·······················111
5.2.5　工作流引擎 ·················112
5.2.6　安全通信 ····················112
5.3　連接服務建模 ·······················1135.3.1　企業(yè) ··························114
5.3.2　切片 ··························115
5.3.3　模板和流量類 ··············118
5.3.4　其他模型 ····················122
5.4　重溫GitOps ··························122
第6章　監(jiān)控和遙測 ·················1256.1　指標和告警 ···························1286.1.1　導出指標 ····················128
6.1.2　創(chuàng)建儀表盤 ·················129
6.1.3　定義告警 ····················131
6.2　日志記錄 ······························1336.2.1　通用模式 ····················133
6.2.2　最佳實踐 ····················135
6.3　分布式跟蹤 ···························136
6.4　集成的儀表盤 ·······················138
6.5　可觀測性 ······························141
關于本書的幾點說明 ·················145