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- 1. インフラ屋から見た Enterprise DevOps のための基盤 モニタリング コラボレーション 日本マイクロソフト株式会社 エバンジェリスト 高添 修
- 4. Business IT Business IT Business IT Cost Center Key Infrastructure Morphing IT 確立したビジネスモデル 全体計画→全体リリース 技術的な意思決定は IT 部門 ビジネスモデルに IT が関与 ニーズに応じたリリース 技術的な方向性は、経営者層 ビジネスを IT がけん引 ジャスト イン タイム IT 計画と投資は、顧客中心に
- 6. Defin e ビジネス 価値の創発 Develo p アイデアを Operate ソフトウェアを ビジネス価値として提供 要求 運用開発 動くソフトウェア 継続的フィードバック | 継続的品質 | 継続的デリバリー
- 7. Microsoft の Enterprise DevOps とツール 無理のないコラボレーション環境
- 9. Merc. Stage ShuttleJob Cache HTTP SQL Feed Store DSS FTP 必要なリソース 運用ポリシー運用特性 既存、あるいは 新しいシステムの モデルを作成 モデルに則した システム運用 モデルに則した自動的なリソース 確保とシステム構成 ストレージサーバー ネットワーク ITライフサイクルをつなぐ 共通定義モデル Dynamic Systems Initiative (DSI)
- 12. Define ビジネス 価値の創発 Develop アイデアを 動くソフトウェアへ Operate ソフトウェアを ビジネス価値として提供 要求 運用開発 動くソフトウェア 運用を考慮した 受け入れ基準 運用可能な ソフトウェア • 実行可能なフィードバックの 適切な収集 ALM 統合された ツールとワークフロー 構成とデプロイの自動化 本番環境でのテスト 本番稼動に影響を与えない 診断 • 運用を考慮した設計 • 運用を考慮したテスト • ラボ管理の自動化 かいｈ 情報として管理 優先順位づけ 開発者とのつなぎ ビジネス価値 アイデア 様々なシステムを 効率的に開発 様々なシステムを 効率的・効果的に テスト リソースの 自動構築 開発ツールや 中央リポジトリとの 連携による 自動ビルド/自動展開 稼働中のアプリを監視 不具合発生時の アラート発行や 不具合の未然チェック
- 13. Define ビジネス 価値の創発 Develop アイデアを 動くソフトウェアへ Operate ソフトウェアを ビジネス価値として提供 要求 運用開発 動くソフトウェア 運用を考慮した 受け入れ基準 運用可能な ソフトウェア • 実行可能なフィードバックの 適切な収集 ALM 統合された ツールとワークフロー 構成とデプロイの自動化 本番環境でのテスト 本番稼動に影響を与えない 診断 • 運用を考慮した設計 • 運用を考慮したテスト • ラボ管理の自動化 Visual Studio System Center Team Foundation Server ビジネス価値 アイデア Test Manager 本番環境にも対応する IntelliTrace デバッグ 品質の早期作りこみ 疑似本番環境のラボ自動化 と継続的なテスト実施 受け入れテスト駆動を促進 System Center Orchestrator TFS の開発リソースを利用 TFS の自動ビルドで Runbook を活用 System Center Operations Manager 障害発生時に TFS に自動起票 TFS 自体の運用・監視 System Center Virtual Machine Manager
- 14. • TFS 連携 • 監視からの自動化 • Web サービス呼び出し • スクリプト直実行 Orchestrator Integration Pack Orchestrator への インプット Orchestrator から 受け取り 実際の業務処理 (普通のコード) 自動 プロセスへ ※ ドキュメント化は ゴールではない
- 15. プレゼンス 情報 リアルタイム重視 チャットやデータ共有 IP 電話常設タブレット 情報の蓄積も兼ねて メール エンタープライズ ソー シャル CRM との連携 と営業
- 17. セルフサービス必須：方法はいろいろあります。 SLA とリソースのバランス (合意) 事前の容量制御と追加要求への対応 (例) 社内課金の2段階方式 1: 確保する容量で低額な課金 2: 利用した分で追加課金 ※ 課金システムが難しくならないように ディスクの 重複除去の例
- 20. 開発のアサイン Visual Studio か ら 1 TFS ポータル
- 21. イベント例）パフォーマンス イベント アラー ト パフォーマンスの問題について 問題の分析～解決までに必要な情報の確認が可能 実行ツリービューにて、 処理ツーリーおよび処理ステップ毎の 処理時間の確認が可能 分散チェーンにて、 外部呼び出し(Web サービス)も含め 処理時間の分布を確認可能 処理を行った際の 変数の確認
- 25. イベント例）世界規模な Web テスト Visual Studio にて テスト定義ファイル .webtest の保存 世界中にある マイクロソフトの データセンターから監視 レスポンスだけ見ても こんなに違いが ! Operations Manager Global Service Monitor
- 26. (参考) AWS & System Center による監視 AWS Management Pack PowerShell による AWS コマンド
- 28. まとめ
- 29. Transform the Datacenter サーバー ネットワーク ストレージサーバー アプリ設計を変えられるような進化 アプリケーション開発・実行環境の標準化 データインサイト DevOps データからビジネス開発 (業務データとソーシャル) ビジネスのための IT へ 開発と運用の継続性
- 31. © 2013 Microsoft Corporation. All rights reserved. Microsoft, Windows, and other product names are or may be registered trademarks and/or trademarks in the U.S. and/or other countries. The information herein is for informational purposes only and represents the current view of Microsoft Corporation as of the date of this presentation. Because Microsoft must respond to changing market conditions, it should not be interpreted to be a commitment on the part of Microsoft, and Microsoft cannot guarantee the accuracy of any information provided after the date of this presentation. MICROSOFT MAKES NO WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, AS TO THE INFORMATION IN THIS PRESENTATION.
Hinweis der Redaktion
- Software delivery is a cross-functional team effort that requires diverse functions to integrate in delivering the value envisioned for software investments. Effective Application lifecycle management practices enable organizations to integrate cross-functional teams in delivering a continuous flow of business value through software investments.
- Software and technology are key enablers of business modernization in the current and evolving age. The business of IT is enabling business modernization. IT investments need to extend beyond traditional back-office systems to delivering modern and connected edge facing solutions that enable new consumer engagement, new revenue streams, and cost reduction value opportunities. Investments to realize such value opportunities need to be executed in rapid and incremental iterations to deliver timely value and make the needed directional pivots based on learning from production usage. Striking the balance between agility and quality while maximizing the economies of scale in taking their businesses forward by delivering continuous value, are the top challenges faced by IT organizations across the world and in every industry.
- First, this slide really is the summary slide for the multi hour arch review that we are scheduling, so we’re really only going to scratch the surface here.There are three key pieces to our architecture: The runtimes that participate in this model driven world and their associated content, a place to store content called the repository and a tool to manipulate that content called Quadrant.Executable content is the center of valueI mean two things by this: firstis that we see many runtimes storing and leveraging their content inside the repository and using it directly, not via codespit. We’re trying to create a very dynamic environment that is not modal in the way many systems are today, no design time vs. run time. Updating the database is enough to change the application. You’re going to see an example of this in our demo.Second is that we are recognize that the system gets more value as we get more content and as we get the associated runtimes that leverage the content. We have a staged approach for targeting content and in the Oslo timeframe we’ll be focused on the middle tier (SOA) and systems management. We’re working with other groups like SharePoint and TFS to get them in our next product iteration.We store this content in a “Natural” SQL database repositoryThis means that our repository is designed to be a classic database application that deeply bets on the features of the database and doesn’t try to encapsulate it or build multiple layers on top of it. This approach allows us to not only leverage the features that the SQL team is building, but it also allows us to leverage the whole database ecosystem that exists, things like reporting, BI, integration with Office and other tools for example. When a customer looks at the repository through an existing tool, our goal is to ensure that they can make sense of what is there and leverage that tool.We are focused on modeling for the masses, not the ivory tower. We want a very broad base of developers to be able to use our system, and we want customers like business analysts, architects and systems management folks to also be comfortable editing these models. Thus we need a broadly approachable, general-purpose modeling tool. We call this tool Quadrant. It is designed to be able to edit any model in the repository using a set of generic viewers such as table, tree and diagram, much like Excel or Access can edit any tabular data. These views can also be customized to provide a more specific experience when editing certain models. You’ll see lots of examples of this in the demo. Finally it is important to note that Quadrant is really the first customer of this platform in that it, itself is model-driven. I’ve got a couple of slides that drill into Quadrant next and we’ll go into that in a little more detail.Because the file based world is not going away anytime soon, we are also creating a human-friendly textual representation of the content which is a modeling language called “D” D is a new declarative language designed for cases where you need a text based representation of your repository content and has a compiler and tool chain that allows you to build your .D files into SQL Scripts you can store in the repository or visa versa. Visual studio can then operate on these files directly in the file system.We also recognize that there is much content already in the world that will we will want to get in and out of the repository. Depending on the content, we expect customers to either load it directly into the repository (“Loaders”) or transform it to .D or .SQL files which can then be loaded via D.
- First, this slide really is the summary slide for the multi hour arch review that we are scheduling, so we’re really only going to scratch the surface here.There are three key pieces to our architecture: The runtimes that participate in this model driven world and their associated content, a place to store content called the repository and a tool to manipulate that content called Quadrant.Executable content is the center of valueI mean two things by this: firstis that we see many runtimes storing and leveraging their content inside the repository and using it directly, not via codespit. We’re trying to create a very dynamic environment that is not modal in the way many systems are today, no design time vs. run time. Updating the database is enough to change the application. You’re going to see an example of this in our demo.Second is that we are recognize that the system gets more value as we get more content and as we get the associated runtimes that leverage the content. We have a staged approach for targeting content and in the Oslo timeframe we’ll be focused on the middle tier (SOA) and systems management. We’re working with other groups like SharePoint and TFS to get them in our next product iteration.We store this content in a “Natural” SQL database repositoryThis means that our repository is designed to be a classic database application that deeply bets on the features of the database and doesn’t try to encapsulate it or build multiple layers on top of it. This approach allows us to not only leverage the features that the SQL team is building, but it also allows us to leverage the whole database ecosystem that exists, things like reporting, BI, integration with Office and other tools for example. When a customer looks at the repository through an existing tool, our goal is to ensure that they can make sense of what is there and leverage that tool.We are focused on modeling for the masses, not the ivory tower. We want a very broad base of developers to be able to use our system, and we want customers like business analysts, architects and systems management folks to also be comfortable editing these models. Thus we need a broadly approachable, general-purpose modeling tool. We call this tool Quadrant. It is designed to be able to edit any model in the repository using a set of generic viewers such as table, tree and diagram, much like Excel or Access can edit any tabular data. These views can also be customized to provide a more specific experience when editing certain models. You’ll see lots of examples of this in the demo. Finally it is important to note that Quadrant is really the first customer of this platform in that it, itself is model-driven. I’ve got a couple of slides that drill into Quadrant next and we’ll go into that in a little more detail.Because the file based world is not going away anytime soon, we are also creating a human-friendly textual representation of the content which is a modeling language called “D” D is a new declarative language designed for cases where you need a text based representation of your repository content and has a compiler and tool chain that allows you to build your .D files into SQL Scripts you can store in the repository or visa versa. Visual studio can then operate on these files directly in the file system.We also recognize that there is much content already in the world that will we will want to get in and out of the repository. Depending on the content, we expect customers to either load it directly into the repository (“Loaders”) or transform it to .D or .SQL files which can then be loaded via D.