"Design mode" 7, Bridging mode

Bridge mode is to abstract the method of a class, it is not related to the extraction of factors, the development of a second class

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Bridge mode use6 * Intention: to separate the abstract part from its implementation, so that they can be independently changed7 * Applicability: You do not want to have a fixed binding relationship between the abstraction and its implementation section. 8 * The abstraction of a class and its implementation should be augmented by the method of generating subclasses9 * Modifications to an abstract implementation section should not have an impact on the customer, i.e. the customer's code does not have to be recompiledTen * You want to share the implementation across multiple objects, but at the same time ask the customer not to know this One * Time: February 17, 2016 PM 7:45:10 A * Cutter_point -  */ -  Public Abstract classsysteml the { -     //software for the corresponding system -     protectedSoft Soft; -      +      Public Abstract voidusing (); -      +      Public voidInstallsoft (Soft Soft) A     { at          This. Soft =Soft; -     } -}

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Bridge mode use6 * Intention: to separate the abstract part from its implementation, so that they can be independently changed7 * Applicability: You do not want to have a fixed binding relationship between the abstraction and its implementation section. 8 * The abstraction of a class and its implementation should be augmented by the method of generating subclasses9 * Modifications to an abstract implementation section should not have an impact on the customer, i.e. the customer's code does not have to be recompiledTen * You want to share the implementation across multiple objects, but at the same time ask the customer not to know this One * Time: February 17, 2016 PM 7:54:12 A * Cutter_point -  */ -  Public classWindowextendssysteml the { -     //default constructor -      PublicWindow () {} -      +      PublicWindow (Soft Soft) -     { +         //install the appropriate software for the system A          This. Soft =Soft; at     } -      - @Override -      Public voidusing () -     { -System.out.print ("Window System run:"); inSoft.run ();//the system runs the appropriate software -     } to      +}

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Bridge mode use6 * Intention: to separate the abstract part from its implementation, so that they can be independently changed7 * Applicability: You do not want to have a fixed binding relationship between the abstraction and its implementation section. 8 * The abstraction of a class and its implementation should be augmented by the method of generating subclasses9 * Modifications to an abstract implementation section should not have an impact on the customer, i.e. the customer's code does not have to be recompiledTen * You want to share the implementation across multiple objects, but at the same time ask the customer not to know this One * Time: February 17, 2016 PM 7:57:12 A * Cutter_point -  */ -  Public classLinuxextendssysteml the { -     //default constructor -      PublicLinux () {} -      +      PublicLinux (Soft Soft) -     { +         //install the appropriate software for the system A          This. Soft =Soft; at     } -      - @Override -      Public voidusing () -     { -System.out.print ("Linux system run:"); inSoft.run ();//the system runs the appropriate software -     } to  +}

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Bridge mode use6 * Intention: to separate the abstract part from its implementation, so that they can be independently changed7 * Applicability: You do not want to have a fixed binding relationship between the abstraction and its implementation section. 8 * The abstraction of a class and its implementation should be augmented by the method of generating subclasses9 * Modifications to an abstract implementation section should not have an impact on the customer, i.e. the customer's code does not have to be recompiledTen * You want to share the implementation across multiple objects, but at the same time ask the customer not to know this One * Time: February 17, 2016 PM 7:52:58 A * Cutter_point -  */ -  Public InterfaceSoft the { -      Public voidrun (); -}

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Compiler6 * Time: February 17, 2016 PM 7:58:177 * Cutter_point8  */9  Public classCompilerImplementsSoftTen { One  A @Override -      Public voidRun () -     { theSYSTEM.OUT.PRINTLN ("Run Compiler"); -     } -  -}

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Browser6 * Time: February 17, 2016 PM 8:00:097 * Cutter_point8  */9  Public classBrowserImplementsSoftTen { One  A @Override -      Public voidRun () -     { theSYSTEM.OUT.PRINTLN ("Run Browser"); -     } -  -}

1  PackageCom.shejimoshi.structural.Bridge;2 3 4 /**5 * Function: Test bridge mode6 * Time: February 17, 2016 PM 8:06:057 * Cutter_point8  */9  Public classTestTen { One      Public Static voidMain (string[] args) A     { -         //Our software -Soft browser =NewBrowser (); theSoft compiler =NewCompiler (); -          -         //We install the browser on the window system using the -SYSTEML win =NewWindow (); + Win.installsoft (browser); - win.using (); +          ASystem.out.println ("==============================="); at         //install the browser on Linux and the compiler -systeml Ubuntu =NewLinux (browser); - ubuntu.using (); - ubuntu.installsoft (compiler); - ubuntu.using (); -          in     } -}

Test results:

Window system run: Run browser ===============================linux system run: Run browser Linux system run: Run compiler

　　

"Design mode" 7, Bridging mode