-kitchen -sink override_dh_auto_build : make world Debian 套件打包教學指南 25 / 90 Classic debhelper vs CDBS vs dh ▶ 心佔率: Classic debhelper: 15% CDBS: 15% dh: 68% ▶ 究竟該採用哪一種方法呢? ▶ 或許每一種都需要瞭解 ▶ 必須瞭解 debhelper ▶ 送出指令到 control@bugs.debian.org ▶ 指令列的介面: 在 devscripts中的指令 bts ▶ 文件: https://www.debian.org/Bugs/server-control ▶ 回報缺陷: 使用 reportbug ▶ 通常使用本地郵件服務器: 可透過 ssmtp 或者 nullmailer 安裝 ▶ 或者使用 reportbug --template 這個套件使用哪一種打包小幫手? ▶ 根據 debian/control的設定, 此套件只會產生一個二進制套件, 取名 為grep. ▶ 根據debian/rules內容所述, 此套件是採用 classic debhelper 來進行打包, 而不是使用 CDBS 或者 dh. 可以看到它在 debian/rules呼叫許多dh_* 指 令. 3 構建套件 ▶ 使用 apt-get build-dep

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia

for anonymous functions is passing them to functions which take other functions as ar- guments. A classic example is map, which applies a function to each value of an array and returns a new array containing The ability to write code that can operate on different types is called polymorphism. All code in classic dynamically typed languages is polymorphic: only by explicitly checking types, or when objects fail reason to define more. A primitive type is a concrete type whose data consists of plain old bits. Classic examples of primitive types are integers and floating-point values. Unlike most languages, Julia