• Motorola V3 Software Driver
• Motorola Programming Software Download

Download drivers for Motorola MOTO RAZR V3x. Drivers are compatible with Windows 2000 / Windows XP operating systems.

. Technical Manual V3x Handset J2ME™ Developer Guide Version 1.01. Table of Contents TABLE OF CONTENTS.2 TABLE OF FIGURES.6 INDEX OF TABLES. 7 TABLE OF CODE SAMPLES.9 1 INTRODUCTION. 10.10 URPOSE.10 UDIENCE.

10 ISCLAIMER. 11 EFERENCES.12 EVISION ISTORY. API 2.0 (JSR 205).31 IRELESS ESSAGING Messaging Functionality.

31 MMS Message Structure.31 MMS Message Addressing.32 MMS Message Types.32 Multimedia Message Service Center Address.33 Application ID.33 7 JSR 120 – WIRELESS MESSAGING API.34 API (WMA).74 VERVIEW API.74 JSR-82 B LUETOOTH System Requirements. 74 Bluetooth Control Center. 75 Device Property Table.75 Service Registration.76 Device Management.76 Communication.77 Security Policy.

78 External Events. 79 Alarm & Datebook Behaviour.79 Pressing of End Key. APPENDIX B: MEMORY MANAGEMENT CALCULATION.104.104 VAILABLE EMORY APPENDIX C: FAQ.105 FAQ.105 NLINE APPENDIX F: SPEC SHEET V3X. Spons electrical estimating pdf converter. 106 HEET APPENDIX H: QUICK REFERENCE.108.

Motorola V3 Software Driver

Table of Figures FIGURE 1 JAVA PLATFORM.16 FIGURE 2 MIDWAY 'JAVA TOOL' MENU.22 FIGURE 3 M3G APPLICATION PROCCESS.63 FIGURE 4 M3G APPLICATION METHODS.64 FIGURE 5 TYPICAL MIDLET STRUCTURE.65 FIGURE 6 PRESSING OF END KEY.80. TABLE 15 SECURITY POLICE.54 TABLE 16 INDIVIDUAL PERMISSIONS WITHIN MULTIMEDIA RECORD FUNCTION GROUP.54 TABLE 17 PERMISSIONS AND GROUPS.57 TABLE 18 GROUPS AND PERMISSIONS FOR.59 TABLE 19 MOTOROLA BLUETOOTH DEVICE PROPERTIES.76 TABLE 20 SECURITY POLICY.78.

TABLE 21 MIDP 2.0 FEATURE/CLASS.82 TABLE 22 TRUSTED 3RD PARTY DOMAIN.85 TABLE 23 MIDP 2.0 PERMISSION TYPES.85 TABLE 24 SECURITY POLICY FOR PROTECTION DOMAINS.86 TABLE 25 MIDP 2.0 SPECIFIC FUNCTIONS.87 TABLE 26 ACTIONS PERFORMED OF SIGNER CERTIFICATE VERIFICATION.91 TABLE 27 SUMMARY OF MIDLET SUITE VERIFICATION.92 TABLE 28 ADDITIONAL CLASSES, FIELDS, AND METHODS SUPPORTED FOR CLDC 1.1 COMPLIANCE.101. Table of Code Samples CODE SAMPLE 1 JSR 120 WIRELESS MESSAGING API.42 CODE SAMPLE 2 JSR 135 MOBILE MEDIA API.44 CODE SAMPLE 3 INITIALIZING THE WORLD.66 CODE SAMPLE 4 USING THE GRAPHICS3D OBJECT.67. J2ME applications for the V3x handset. Disclaimer Motorola reserves the right to make changes without notice to any products or services described herein. “Typical” parameters, which may be provided in Motorola Data sheets and/or specifications can and do vary in different applications and actual performance may vary.

In no event shall Motorola be liable, whether in contract or tort (including negligence), for any damages resulting form use of a product or service described herein, or for any indirect, incidental, special or consequential damages of any kind, or loss of revenue. Revision History Version Date Reason 01.00 Dez 26, 2005 Initial Release 01.01 Jan 24, 2006 Corrections in Spec Sheet and inclusion of JSR 139 chapter Table 2 Revision History Definitions, Abbreviations, Acronyms Acronym Description 3GPP 3rd Generation Partnership Project Advanced Audio Coding Application Management Software Application Program Interface. Chapter 2 – J2ME Introduction: this chapter describes the J2ME platform and the available resources on the V3x. Chapter 3 – Developing and Packaging J2ME Applications: this chapter describes important features to look for when selecting tools and emulation environments. It also describes how to package a J2ME application, how to package a MIDlet, and generate JAR and JAD files properly. Appendix C – FAQ: this appendix provides a link to the dynamic online FAQ. Appendix F – Spec Sheet: this appendix provides the spec sheet for the Motorola V3x handset.

Appendix H – Quick Reference: this appendix provides quick references to this. J2ME Introduction The V3x includes the Java™ 2 Platform, Micro Edition, also known as the J2ME platform. The J2ME platform enables developers to easily create a variety of Java applications ranging from business applications to games. Prior to its inclusion, services or applications residing on small consumer devices like cell phones could not be upgraded or added to without significant effort. The V3x contains OEM APIs for extended functionality ranging from enhanced UI to advanced data security.

While the V3x can run any application written in standard MIDP, it can also run applications that take advantage of the unique functionality provided by these APIs. Persistent storage. Sounds.

Timers. User Interface. File Image Support (.PNG,.JPEG,.GIF) Additional Functionality. WMA (JSR 120). MMA (JSR 135). JSR 205. JSR 184.

JSR 185. JSR 82. JSR 118. MIDlets for J2ME handsets. There is a wealth of material on this subject on websites maintained by Motorola, Sun Microsystems and others.

Please refer to the following URLs for more information:. For a look at such environments, review the “Motorola T720 Handset Developer Guide” which is available from the MOTOCODER website. In addition to the IDEs and Sun SDK for development, Motorola offers access to our own SDK which contains Motorola device emulators.

From here, a MIDlet can be built and then deployed onto an emulated target handset. URL request to a WAP page and a hyperlink on that page to the target file. This request will be made through the Motorola Internet Browser (MIB). In MIDP 2.0, the need for a JAD file before download is not required, so the JAR file can be downloaded directly. Corrupt” and returns to Browser after time-out. If JAD does not contain mandatory attributes, “Failed Invalid File” notice appears Method 2 - Direct Cable & Motorola MIDway Tool The direct cable approach can be performed using a tool available from MOTOCODER called MIDway. If it is not, then contact MOTOCODER support for advice on how to receive an enabled handset.

Motorola provides a User Guide with the MIDway tool (as listed above) as well as a document outlining the tool for version 2.8 on the MOTOCODER website entitled “Installing J2ME MIDlet using MIDway Tool”. Error Logs The Table 5 represents the error logs associated with downloading applications. Error Dialog Scenario Possible Cause Install-Notify Failed: Invalid File Missing or incorrectly formatted mandatory 906 Invalid Download JAD attributes descriptor Mandatory: MIDlet-Name (up to 32 symbols) MIDlet-Version MIDlet-Vendor (up to 32 symbols) MIDlet-JAR-URL (up to 256 symbols) MIDlet-JARSize. Application not authorized Application Expired MIDlet Security Certificates expired or removed Launching Application Error MIDlet Authorization failure during MIDlet execution Execution Incorrect MIDlet Table 5 Error Logs. Downloading a JAR file without a JAD In Motorola’s MIDP 2.0 implementation, a JAR file can be downloaded without a JAD. In this case, the user clicks on a link for a JAR file, the file is downloaded, and a confirmation will be obtained before the installation begins.

Installation and Deletion Status Reports The status (success or failure) of an installation, upgrade, or deletion of a MIDlet suite will be sent to the server according to the JSR 118 specification. If the status report cannot be sent, the MIDlet suite will still be enabled and the user will be allowed to use it.

In some instances, if the status report cannot be sent, the MIDlet will be deleted by operator’s request. API that are important to this implementation rather than restating entire JSR-205; refer the JSR 205 for more details.

This section also provides Motorola specific requirements for WMA in addition to JSR-205. JTWI is designed to be implemented on top of CLDC 1.0 or CLDC 1.1. The configuration provides the VM and the basic APIs of the application environment.

If floating point capabilities are exposed to Java Applications, CLDC 1.1 (not suported on V3x) will be implemented. Digit Digit Digit: one of:. 0 1 2 3 4 5 6 7 8 9 NOTE: Hours will be between 0 and 23, and minutes will be between 00 and 50. For example, GMT +10 and GMT +0010 equates to ten hours and ten minutes ahead of GMT. When creating a TimeZone, the specified custom time zone ID is normalized in the following syntax:. Timer Resolution will permit an application to specify the values for the firstTime, delay, and period parameters of java.util.timer.schedule methods with a distinguishable resolution of no more than 40 ms. Various factors (such as garbage collection) affect the ability to achieve this requirement.

At least 80% of test attempts will meet the schedule resolution requirement to achieve acceptable conformance. MIDP 2.0 Security specific content for JTWI The Motorola V3x follows the security policy outlined in the Security chapter of this developer guide. Wireless Messaging API 2.0 (JSR 205) This section describes the functionality that shall be implemented for the WMA. others are specific to multimedia messaging. In addition to defined MMS headers, it also contains header parameters as defined by JSR 205.

Motorola Programming Software Download

The message body may contain parts of any content type and MIME multipart is used to represent and encode a wide variety of media types for transmission via multimedia messaging. Multimedia Message Service Center Address The MMSC address used for sending the messages should be made available using System.getProperty with property name “wireless.messaging.mms.mmsc”. Applications might need to obtain the Multimedia Message Service Center (MMSC) address to decide which recipient to use.

For example, the application might need to do this because it is using service numbers for application servers which might not be consistent in all networks and MMSCs. JSR 120 – Wireless Messaging Wireless Messaging API (WMA) Motorola has implemented certain features that are defined in the Wireless Messaging API (WMA) 1.0 and 1.3 versions. The complete specification document is defined in JSR 120. The JSR 120 specification states that developers can be provided access to send (MO –.

can be opened in either server or client mode. A server MessageConnection connection is opened by providing a URL that specifies an identifier (port number) for an application on the local device for incoming messages. (MessageConnection)Connector.open('sms://:6000'); Messages received with this identifier will then be delivered to the application by this connection. Also, for sending, support for a minimum of three messages is supported.

Motorola advises that developers will not send messages that will take up more than three SMS protocol messages unless the recipient’s device is known to support more. When a MIDlet is paused and is registered to receive messages on the port number of the incoming message, then the user will be queried to launch the MIDlet.

If the MIDlet is not running and the Java Virtual Machine is not initialized, then a Push Registry will be used to initialize the Virtual Machine and launch the J2ME MIDlet. 16 bit reference number in concatenated messages Supported Number of concatenated messages. 30 messages in inbox, each can be concatenated from 3 parts. No limitation on outbox (immediately transmitted) Allow MIDlets to obtain the SMSC address with the Supported wireless.messaging.sms.smsc system property Table 7 List of Messaging features/classes supported The code sample 1 shows implementation of the JSR 120 Wireless Messaging API: Creation of client connection and for calling of method ‘numberOfSegments’.