”Contributing to the Debian Project” (https://www.debian.org/doc/manuals/debian- faq/contributing.en.html) (半官方文檔) • Debian Wiki, HelpDebian (http://wiki.debian.org/HelpDebian) (補充材料) • Debian New Member /usr/share/doc/debhelper/README) 3 新的 debmake 可以作為標準 dh-make 的代替品。debmake 能做的事情更多，並且擁有包含非常多打包例項的 HTML 文件。文件可以透過 debmake-doc 軟體包獲取。 • devscripts - 此軟件包提供了一些非常好非常有用的腳本幫助維護者，但他們並非構建軟件包所必須。此軟件包 所推薦或建議的軟件包都值得一看。(參看 此軟件包提供了用於快捷處理大型項目的著名版本控制系統 - git。它被廣泛用於各種開源項目，最著名的是 Linux 內核項目。(參見 git(1), git Manual (/usr/share/doc/git-doc/index.html).) • gnupg - 讓你可以使用 數字簽名簽署你的軟體包。當你想把它分發給其他人時這一點特別重要。如果你要把你的成 果加入到 Debian 發行版中，那這是必須的步驟。(參看 gpg(1)

Services Component 元件 • Pipe Component 元件 模組 • AppModule Angular 2 元件的組成 範本 ( Template ) • HTML 版面配置 • HTML 部分片段 • 資料繫結 (Bindings) • 畫面命令 (Directives) 類別 ( Class ) • 建構式 (Constructor) • 屬性 (Properties) Component } from '@angular/core'; @Component({ selector: 'app-root', templateUrl: 'app.component.html', styleUrls: ['app.component.css'] }) export class AppComponent { title = 'app works!'; } 18 – 安裝 npm 相依套件 • cd demo1 • ng serve – http://localhost:4200 23 了解專案結構 • 首頁 HTML 與 Angular 2 主程式 – src/index.html 預設網站首頁 – src/main.ts 預設 Angular 2 啟動器 (主程式) • 公用檔案資料夾 – public/ 放置網站的相關資源檔案 (CSS

(pre|post)(rm|inst), triggers, shlibs, . . . ▶ data.tar.gz: 套件裡的資料 ▶ 你可以手動製作 .deb 檔案 http://tldp.org/HOWTO/html_single/Debian-Binary-Package-Building-HOWTO/ ▶ 但大部份的人不會使用那種方法 這份教學指南: 以 Debian 風格來製作 Debian 套件 新的原始碼套件格式和內建補丁系統: 3.0 (quilt) ▶ 建議的解決方案 ▶ 你需要學習 quilt https://perl-team.pages.debian.net/howto/quilt.html ▶ 補丁系統相容工具 devscripts: edit-patch Debian 套件打包教學指南 35 / 90 補丁的相關文件 ▶ 補丁一開頭即為標準檔頭 ▶ DEP-3 文件 - widgets too quickly tended to cause explosions. Forwarded: http :// lists.example.com /2010/03/1234. html Author: John Doe Applied -Upstream: 1.2, http :// bzr.foo

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}

types in order to enable richer display (HTML, images, etcetera) of objects in environments that support this (e.g. IJulia). For example, we can define formatted HTML display of Polar objects, with superscripts ::MIME"text/html", z::Polar{T}) where {T} = println(io, "Polar{$T} complex number: ", z.r, " e^{", z.Θ, " i}") A Polar object will then display automatically using HTML in in an environment that supports HTML display, but you can call show manually to get HTML output if you want:CHAPTER 12. TYPES 154 julia> show(stdout, "text/html", Polar(3.0,4.0)) Polar{Float64}