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1. Simple Prototype Skeleton Mac Os Catalina
2. Simple Prototype Skeleton Mac Os X
3. Simple Prototype Skeleton Mac Os 10

Your wireframe was just the skeleton of your app. At this point, your app should be both aesthetically pleasing as well as functioning. How To Build An App – Step 10: Modify and Adjust. You’ve taken your prototype for a spin, and you’ve learned that there are still a few tweaks you need to make. GitHub - iSame7/ViperCode: A simple OS X App for generating VIPER modules's skeleton to use them in your Objective-C/Swift projects. In addition, we also develop the data converting software (bitmap converter) which supports PC Windows, Linux, Mac OS. Through this software, you can put your favourite picture on I2C LCD, without the need for complex programming. It is also supported by Grove which is our very own modular, standardized connector prototyping system.

POA model, transientserver

This document is a high-level overview of how to create acomplete CORBA (Common Object Request Broker Architecture)application using IDL (Interface Definiton Language) to defineinterfaces and the Java IDL compiler to generate stubs andskeletons. For more information on the development process, and amore detailed tutorial on creating a CORBA application using IDL,see Getting Started with Java IDL: The HelloWorld Tutorial. You can also create CORBA application bydefining the interfaces in the Java programming language. For moreinformation and a tutorial on this development process, see theJava RMI-IIOPdocumentation.

In this release of Java SE, the server-side implementationgenerated by the idlj compiler is the Portable ServantInheritance Model, also known as the POA model. The POA, orPortable Object Adapter, is discussed in more detail in Portable Object Adapter. This document presents asample application created using the default behavior of theidlj compiler, which uses a POA server-side model.

CORBA supports at least two different server-side mappings forimplementing an IDL interface:

• The Inheritance Model

  Using the Inheritance Model, you implement the IDL interfaceusing an implementation class that also extends thecompiler-generated skeleton.

  Inheritance models include:

  • The OMG-standard, POA. Given an interface Mydefined in My.idl, the file MyPOA.java isgenerated by the idlj compiler. You must provide theimplementation for My and it must inherit fromMyPOA, a stream-based skeleton that extends org.omg.PortableServer.Servant, which serves as the base class for all POA servantimplementations.
  • ImplBase. Given an interface My defined inMy.idl, the file _MyImplBase.java is generated.You must provide the implementation for My and it mustinherit from _MyImplBase.

    NOTE: ImplBase is deprecated in favor of thePOA model, but is provided to allow compatibility with serverswritten in J2SE 1.3 and prior. We do not recommend creating newservers using this nonstandard model.

• The Delegation Model

  Using the Delegation Model, you implement the IDL interfaceusing two classes:

  • An IDL-generated Tie class that inherits from thecompiler-generated skeleton, but delegates all calls to animplementation class.
  • A class that implements the IDL-generated operations interface(such as HelloOperations), which defines the IDLfunction.

  The Delegation model is also known as the Tie model, orthe Tie Delegation model. It inherits from either the POA orImplBase compiler-generated skeleton, so the models will bedescribed as POA/Tie or ImplBase/Tie models in this document.

This tutorial presents the POA Inheritance model for server-sideimplementation. For tutorials using the other server-sideimplementations, see the following documents:

• Java IDL: The 'Hello World'Example with the POA/Tie Server-Side Model

  The Tie Model is a delegation model. Use the idljcompiler to first generate server-side bindings. Then, run theidlj compiler a second time with the with the-fallTie option to generate Tie model server-sidebindings. For the interface Hello,HelloPOATie.java is one of the generated files. Theconstructor to HelloPOATie takes a delegate or adelegate and a poa. You must provide theimplementation for delegate and/or the poa, butthe delegate does not have to inherit from any other class, onlythe interface HelloOperations. For more information, referto the IDL to Java LanguageMapping Specification.

  You might want to use the Tie model instead of the typicalInheritance model if your implementation must inherit from someother implementation. Java allows any number of interfaceinheritance, but there is only one slot for class inheritance. Ifyou use the inheritance model, that slot is used up . By using theTie Model, that slot is freed up for your own use. The drawback isthat it introduces a level of indirection: one extra method calloccurs when invoking a method.

• Java IDL: The 'Hello World'Example with the ImplBase Server-Side Model

  The ImplBase server-side model is an Inheritance Model, as isthe POA model. Use the idlj compiler with the-oldImplBase flag to generate server-side bindings thatare compatible with versions of Java IDL prior to J2SE 1.4. Givenan interface Hello defined in Hello.idl, the file_HelloImplBase.java is generated. You must provide theimplementation for Hello and it must inherit from_HelloImplBase.

  Note that using the -oldImplBase flag isnon-standard: these APIs are being deprecated. You would use thisflag ONLY for compatibility with existing servers written in J2SE1.3 or earlier. In that case, you would need to modify an existingMAKEFILE to add the -oldImplBase flag to the idljcompiler, otherwise POA-based server-side mappings will begenerated.

This document contains:

• The example code for thisapplication
• The IDL for a simple 'Hello World'program
• A server that creates an object andpublishes it with the naming service using the default server-sideimplementation (POA)
• An application client that knows theobject's name, retrieves a reference for it from the namingservice, and invokes the object
• Instructions for compiling andrunning the example

To create this example, create a directory named hello/where you develop sample applications and create the files in thisdirectory, or download the example code andunzip it into your sample applications directory.

Defining the Interface(Hello.idl)

The first step to creating a CORBA application is to specify allof your objects and their interfaces using the OMG's InterfaceDefinition Language (IDL). IDL has a syntax similar to C++ and canbe used to define modules, interfaces, data structures, and more.The IDL can be mapped to a variety of programming languages. TheIDL mapping for Java is summarized in IDL to Java Language MappingSummary.

The following code is written in the OMG IDL, and describes aCORBA object whose sayHello() operation returns a stringand whose shutdown() method shuts down the ORB. To learnmore about OMG IDL Syntax and Semantics, read Chapter 3 of theCORBA2.3.1 Specification.

Hello.idl

NOTE: When writing codein OMG IDL, do not use an interface name as the name of a module.Doing so runs the risk of getting inconsistent results whencompiling with tools from different vendors, thereby jeopardizingthe code's portability. For example, code containing the same namescould be compiled with the IDL to Java compiler from SunMicrosystems and get one result. The same code compiled withanother vendor's IDL to Java compiler could produce a differentresult.

To complete the application, you simply provide the server(HelloServer.java) and client(HelloClient.java) implementations.

Implementing the Server(HelloServer.java)

The example server consists of two classes, the servant and theserver. The servant, HelloImpl, is the implementation ofthe Hello IDL interface; each Hello instance isimplemented by a HelloImpl instance. The servant is asubclass of HelloPOA, which is generated by theidlj compiler from the example IDL. The servant containsone method for each IDL operation, in this example, thesayHello() and shutdown() methods. Servantmethods are just like ordinary Java methods; the extra code to dealwith the ORB, with marshaling arguments and results, and so on, isprovided by the skeleton.

The HelloServer class has the server's main()method, which:

• Creates and initializes an ORB instance
• Gets a reference to the root POA and activates thePOAManager
• Creates a servant instance (the implementation of one CORBAHello object) and tells the ORB about it
• Gets a CORBA object reference for a naming context in which toregister the new CORBA object
• Gets the root naming context
• Registers the new object in the naming context under the name'Hello'
• Waits for invocations of the new object from the client

This example provides an example of a transient object server.For an example of the 'Hello World' program with a persistentobject server, see Example 2: HelloWorld with Persistent State. For more discussion of CORBAservers, see DevelopingServers.

For more discussion of the code, see the detailed tutorial topicGetting Started with Java IDL:Developing a Hello World Server.

HelloServer.java

Implementing the ClientApplication (HelloClient.java)

The example application client that follows:

• Creates and initializes an ORB
• Obtains a reference to the root naming context
• Looks up 'Hello' in the naming context and receives a referenceto that CORBA object
• Invokes the object's sayHello() andshutdown() operations and prints the result

For more discussion of the details of the code, see Getting Started with Java IDL: Developing aClient Application.

HelloClient.java

Building and RunningHello World

Despite its simple design, the Hello World program lets youlearn and experiment with all the tasks required to develop almostany CORBA program that uses static invocation. Staticinvocation, which uses a client stub for the invocation and aserver skeleton for the service being invoked, is used when theinterface of the object is known at compile time. If the interfaceis not known at compile time, dynamic invocation must be used.

This example requires a naming service, which is a CORBA servicethat allows CORBAobjects to be named by means of binding a name to an objectreference. The namebinding may be stored in the naming service, and a client maysupply the name to obtain the desired object reference. The twooptions for Naming Services shipped with this release of Java SEinclude orbd (Solaris, Linux, or Mac OS X or Windows), a daemon processcontaining a Bootstrap Service, a Transient Naming Service, aPersistent Naming Service, and a Server Manager, andtnameserv (Solaris, Linux, or Mac OS X or Windows), a transientnaming service that is provided for backward compatibility. Thisexample uses orbd.

When running this example, remember that, when using Solarissoftware, you must become root to start a process on a port under1024. For this reason, we recommend that you use a port numbergreater than or equal to 1024. The -ORBInitialPort optionis used to override the default port number in this example. Thefollowing instructions assume you can use port 1050 for theJava IDL Object Request Broker Daemon, orbd. You cansubstitute a different port if necessary. When running theseexamples on a Windows machine, subtitute a backslash () in pathnames.

To run this client-server application on your developmentmachine:

1. Change to the directory that contains the fileHello.idl.
2. Run the IDL-to-Java compiler, idlj, on the IDL file tocreate stubs and skeletons. This step assumes that you haveincluded the path to the java/bin directory in your path.
   

   You must use the -fall option with the idljcompiler to generate both client and server-side bindings. Thiscommand line will generate the default server-side bindings, whichassumes the POA Inheritance server-side model. For more informationon the idlj options, see the man page for idlj(Solaris, Linux, or Mac OS X or Windows).

   The idlj compiler generates a number of files. Theactual number of files generated depends on the options selectedwhen the IDL file is compiled. The generated files provide standardfunctionality, so you can ignore them until it is time to deployand run your program. The files generated by the idljcompiler for Hello.idl, with the -fall commandline option, are:

   • HelloPOA.java

     This abstract class is the stream-based server skeleton, providingbasic CORBA functionality for the server. It extends org.omg.PortableServer.Servant , and implements the InvokeHandler interfaceand the HelloOperations interface. The server classHelloImpl extends HelloPOA.

   • _HelloStub.java

     This class is the client stub, providing CORBAfunctionality for the client. It extendsorg.omg.CORBA.portable.ObjectImpl and implements theHello.java interface.

   • Hello.java

     This interface contains the Java version of our IDL interface.The Hello.java interface extendsorg.omg.CORBA.Object, providing standard CORBA objectfunctionality. It also extends the HelloOperationsinterface and org.omg.CORBA.portable.IDLEntity.

   • HelloHelper.java

     This class provides auxiliary functionality, notably thenarrow() method required to cast CORBA object references totheir proper types.The Helper class is responsible for reading andwriting the data type to CORBA streams, and inserting andextracting the data type from Anys. The Holder classdelegates to the methods in the Helper class for reading andwriting.

   • HelloHolder.java

     This final class holds a public instance member of typeHello. Whenever the IDL type is an out or aninout parameter, the Holder class is used. It providesoperations for org.omg.CORBA.portable.OutputStream andorg.omg.CORBA.portable.InputStream arguments, which CORBAallows, but which do not map easily to Java's semantics. The Holderclass delegates to the methods in the Helper class for reading andwriting. It implementsorg.omg.CORBA.portable.Streamable.

   • HelloOperations.java

     This interface contains the methods sayHello() andshutdown(). The IDL-to-Java mapping puts all of theoperations defined on the IDL interface into this file, which isshared by both the stubs and skeletons.

3. Compile the .java files, including the stubs andskeletons (which are in the directory HelloApp). This stepassumes the java/bin directory is included in your path.
4. Start orbd.

   To start orbd from a Solaris, Linux, or Mac OS X command shell, enter:

   From an MS-DOS system prompt (Windows), enter:

   Note that 1050 is the port on which you want the nameserver to run. The -ORBInitialPort argument is a requiredcommand-line argument. Note that when using Solaris software, youmust become root to start a process on a port under 1024. For thisreason, we recommend that you use a port number greater than orequal to 1024.

   For an example of how to run this program on two machines, seeRunning the Hello WorldProgram on 2 machines.

5. Start the Hello server:

   To start the Hello server from a Solaris, Linux, or Mac OS X command shell, enter:

   From an MS-DOS system prompt (Windows), enter:

   You will see HelloServer ready and waiting... when theserver is started.

   For this example, you can omit -ORBInitialHostlocalhost since the name server is running on the same host asthe Hello server. If the name server is running on a differenthost, use -ORBInitialHostnameserverhost tospecify the host on which the IDL name server is running.

   Specify the name server (orbd) port as done in theprevious step, for example, -ORBInitialPort 1050.

6. Run the client application:

   When the client is running, you will see a response such as thefollowing on your terminal: Obtained a handle on serverobject: IOR: (binary code) Hello World! HelloServerexiting...

   For this example, you can omit -ORBInitialHostlocalhost since the name server is running on the same host asthe Hello client. If the name server is running on a differenthost, use -ORBInitialHostnameserverhost tospecify the host on which the IDL name server is running.

   Specify the name server (orbd) port as done in theprevious step, for example, -ORBInitialPort 1050.

When you have finished this tutorial, be sure to shut down orkill the name server (orbd). To do this from a DOS prompt,select the window that is running the server and enterCtrl+C to shut it down. To do this from a shell on Solaris,Linux, or Mac OS X, findthe process, and kill it. The server will continue to wait forinvocations until it is explicitly stopped.

Running the HelloWorld Application on Two Machines describes one way ofdistributing the simple application across two machines - a clientand a server.

Many prototype devices have leaked from Apple. Some of them are listed below:

• 1iPhone Prototypes
• 2iPod touch Prototypes
• 3iPad Prototypes

iPhone Prototypes

Wallaby

29 June 2017:

Pre-release original iPhone prototypes codenamed 'Wallabies' used internally by the iPhone software engineers at Apple. Revealed by ex-Apple engineer Ken Kocienda on Twitter.

MacRumors iPhone

3 January 2009:

Two original iPhone prototypes first reported by Brooklyn8 on the MacRumors forums.

Prototype	Comment
Serial number	YM649xxxxxx & YM650xxxxxx
Modem firmware	03.06.01_G	The firmware dump (in /usr/local/standalone/firmware) contains 03.06.00_G.

Gizmodo iPhone 4

19 April 2010:

iPhone 4 prototype first reported by Gizmodo. Brian Hogan, a 21-year-old student at the time, admitted to finding the phone at the Gourmet Haus Staudt in Redwood City, California, after it was left behind by Apple engineer Gray Powell. He later sold it to Gizmodo[1].

The iPhone's disguise case didn't seem to have any special features; just two bar codes stuck on its back: 8800601pex1 and N90_DVT_GE4X_0493 and a marker of iPhone SWE-L200221 next to the volume buttons.

Gizmodo provides photos of the device on their website.

Prototype	Comment
Model (back)	XXXXX
FCC ID	BCGAXXXXX
IC ID	579C-AXXXXX
Storage capacity	XX GiB

N92 iPhone 4 (iPhone3,3)

Oct 19, 2010iPhone 4 (iPhone3,3) prototype first reported by RichyRich.net with further details here and here.

64GB iPhone 4

Mar 8, 2011:

An iPhone 4 (iPhone3,1) prototype first reported by micgadget.com. Further details on techmento.com.

Prototype	Comment
Model No. (back)	XXXXX	Same as the one from Gizmodo.
FCC ID	BCGAXXXXX	Same as the one from Gizmodo.
IC ID	579C-AXXXXX	Same as the one from Gizmodo.
Capacity	59.1	A 64GB iPhone 4 was never released.
Version	4.1	The released iOS version comes with different Modem Firmware.
Carrier	SMC-Voda 8.0
Model (in Settings)	995-6049LL	Different to official numbering scheme of Models.
Serial Number	8800902DEX3
Wi-Fi Address	00:25:00:FC:F6:9D	00-25-00 is a prefix registered to Apple at IEEE.
Bluetooth	00:25:00:FC:F6:9C
IMEI	00 107200 281664 1
ICCID	Empty ICCID is unusual
Modem Firmware	01.59	Based on the fact that prototype has the Modem Firmware for the XMM 6180 installed this defenitly is an 64GB iPhone 4 (iPhone3,1). However the iOS Version this device has installed (4.1) came oficially with Modem Firmware 02.10.04.

White Vietnamese iPhone 4

Apr 19, 2011:

First reported by tinhte.vn and further discussed on macstories.net. This prototype shows an alternative, Exposè-like interface for switching between applications. The Exposè design is very similar to jailbreak tweaks like Multifl0w in the way it displays apps in the background through a preview of their actual windows, rather than simple icons.

Prototype	Comment
Capacity	58.2GB	The released iPhone 4 has a lower available capacity due to iOS taking up more space.
Version	4.0 (8A216)	Never officially released.

US T-Mobile iPhone 4S

Apr 23, 2011:

This prototype first was reported by BGR.

Prototype	Comment
Internal Model No.	N94	Based on the N94 Sticker on the back this is an iPhone 4S, whose internal number is N94AP.

TD-SCDMA iPhone 4

Jul 07, 2011:

iPhone 4 prototype first mentioned by mydrivers.com (in chinese). The iPhone 4(S) is officially only available at 2 other chinese carriers. China Unicom (中国联通), running a UMTS network, and China Telecom (中国电信), running a CDMA 2000 network. So far it is not officially available at China Mobile (中国移动), the largest carrier.

Prototype	Comment
Carrier	中国移动 13.0	China Mobile 13.0. Officially there is only 中国移动 12.0 (China Mobile 12.0) available.
Model (in Settings)	MC6?0?3CM	Probably MC603 - black 16GB iPhone 4 would match, but CM is not officially designated Model Region code.
Serial Number	5K0????????
Wi-Fi Address	5C:59:48:??:??:?2	5C-59-48 is a prefix registered to Apple at IEEE.
Bluetooth	5C:59:48:??:??:?1
IMEI	00 000000 000000 0	IMEI can't usually be 0.
ICCID	898?6?0?0?10 8110 0136 3637
Modem Firmware	06.10.01	This Firmware was never released. Also it is unclear which baseband chip that prototype is using. The high version number suggest that possibly the X-Gold 608 is used. However the X-Gold 608 is not capable of CDMA.

Early iPhone 4

Jul 17, 2011:

Prototype device reported by M.I.C. Gadget which notably shows up in iTunes as a first generation iPod touch.

Prototype	Comment
Capacity	28.60
Software Version	4.0
Serial Number	8894805????

White iPhone 4 DF3184

Aug 22, 2011:

A white iPhone 4 prototype first reported by Mathias Rios. The iPhone has a DF3184 printing at the lower front right side. Mathias Rios purchased it from ebay where it was listed as broken. Compared to an original iPhone4 (black) this prototype has a smaller back camera and the flash is also slightly further away [2]. In addition this protoype restore mode screen (Conncect to iTunes Screen) shows an old (iTunes9 - blue Note on CD) and pixalated iTunes icon [3]. This prototype come with a sticker on the A4 denoting it as Design Verification Test Prototype (N90_DVT_I_0010). Appearently the A4 is marked differently than the actual A4 chip in shipping iPhone, and has the same marking as earlier iPod Touches and iPhones (the 'K4X2G643GE' marking).

Prototype	Comment
Model (back)	XXXXX	Same as the one from Gizmodo.
FCC ID	BCGAXXXXX	Same as the one from Gizmodo.
IC ID	579C-AXXXXX	Same as the one from Gizmodo.

San Francisco bar iPhone

Aug 31, 2011:

Probably an iPhone 4S prototype lost in a San Francisco bar first reported by CNET.

Brazilian 8GB iPhone 4

Nov 24, 2011:

An 8GB iPhone 4 prototype produced in Brazil. First reported by macmagazine.com.br. This iPhone 4 also carries a Made in Bazil (Indústria Brasileira) and an Anatel marking (the Brazilian Telecom regulation body) with number 1465-10-1993 at its back.

Prototype	Comment
Model (back)	A1332
EMC (back)	380A	EMC marking hasn't been seen before
FCC ID	BCG-E2380A
Capacity	6.4GB
Version	5.0 (9A334)
Carrier	Claro Brazil 11.0
Model (in Settings)	MD198BR

iPhone 6 PVT Prototype

Nov 24, 2014

This is the infamous 100k iPhone 6 prototype also known as 'Red Port'. It features PVT stickers which indicates that parts were in the testing process. It also features a backplate with no FCC logos, serial numbers, imei, or iccid. One of the noticeable differences is the red lighting port.

• The back panel of the phone.

• The dock connector of the phone.

• The battery of the phone.

iPhone 6 Switchboard and Earthbound Prototype

Nov 24, 2014

This is a special Space Grey iPhone 6 prototype running Okemo 12A93311h. It has 14 SpringBoard apps instead of the 10 shown, it runs a either a rewrite of BurnIn or a completely different thing called Earthbound.

• Earthbound which could be a rewrite or a different application

• SwitchBoard 12A93311h build of the iPhone 6

iPhone 8 Switchboard PVT Prototype

Oct 4, 2019

This is a PVT stage iPhone 8 prototype running TigrisAni 15A93720r. It has 19 visible SwitchBoard.app apps. This PVT device has had its NOR and RootFS dumped.

• Prototype iPhone 8 Running TigrisAni 15A93720r

• Prototype iPhone 8 Running Sightglass From SwitchBoard.app

iPod touch Prototypes

Early iPod touch (3rd generation) Prototype

Apr 24, 2010

This iPod touch (3rd generation) prototypes where the first leaked ones to contains a camera (at that time iPod touches did not). The prototypes where shortly available on eBay, but the listing (250617991364) was removed from eBay later. The devices contained DVT-1 and DVT-2 markings and also Apple Development Team barcode sticker with PT431668 numbering. At least one of the devices was running SwitchBoard.app and Inferno 7C1095a. Further information here.

tinhte.vn iPod touch (3rd generation) Prototype

May 19, 2010

Simple Prototype Skeleton Mac Os Catalina

iPod touch Prototypes reported by tinhte.vn.

Prototype	Comment
Model No. (back)	A1318?
FCC ID	?
EMC	XXXX
Capacity	64GB
Version	3.1
Serial Number	?

iPod touch (3rd generation) Prototype

Jan 24, 2012:

The iPod touch (3rd generation) prototype was first reported by iOS hacker Sonny Dickson, The iPod is running SwitchBoard.app and Inferno 7C1023e. It has a N18-PreEVTb marking at the back.

Prototype	Comment
Model No.	MC008
FCC ID	BCGA1XX
Capacity	32GB
Version	3.1
Serial Number	8K91300XXXX
Wi-Fi Address	00:24:36:f2:87:b9	00-24-36 is a prefix registered to Apple at IEEE.
Bluetooth	00:00:00:00:00:00
iBoot	iBoot-583.4

iPad Prototypes

Early iPad Mini

May 13, 2013:

An early iPad Mini prototype with two microphones was reported by Sonny Dickson on his website.

Prototype	Comment
Model (white)	FRB2-0676
Config	F15W-B
NAND	hynix 64G
Display	LG LD1-O4/LD1-O2i
TS	NXP
S/N	(n/a)
Front camera	Cowell
Rear camera	LGI
WF1	P112C Tyco
WF3	N/A
WF5	N/A
Button flex	Mflex Flex MBM
Mic flex	Sumitomo-Knowles DM1S-DK
Audio Jack Flex	ZDT P*
WiFi vendor	Murata
WF2	P218-C Tyco
Home Button	Mektec MHK-P
Battery	SMP/ATL
Front Flex	CMBU
Rear Flex	N/A
WF4	N/A

iPad Mini 2 Cellular Switchboard Prototype

Nov 24, 2014

This is a special Space Grey iPad Mini 2 Cellular Prototype running a iOS 7 build of SwitchBoard.

It has no FCC logos and no logos on the back besides the apple logo.[4]

• SwitchBoard iOS 7 build of the iPad Mini 2 Cellular Prototype

• No FCC logos on Back of the iPad Mini 2

iPad Prototype

Simple Prototype Skeleton Mac Os X

May 28, 2012:

Simple Prototype Skeleton Mac Os 10

An early iPad prototype with two dock connectors was sold for $10,200.00 on eBay.[5]

Prototype	Comment
Model	MB292LL/A
Capacity	16 GiB
Software	SwitchBoard OS
iOS version	3.2
Prototype name	PTXXXX
Factory ID	LGDNJ
Serial number	YMXXXXXXXXX
FCC ID	QDS-BRCMXXXX
IC	XXXX-XXXX