CLDC HotSpot Implementation Porting Guide
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| CLDC HotSpot Implementation Porting Guide
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CLDC HotSpot Implementation Porting Guide
CLDC HotSpot Implementation, Version 2.0
Java ME Platform
05-2007
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Contents |
1.1 CLDC HotSpot Implementation Virtual Machine
1.2 Information About This Release
2.1 Difference Between an OS Port and CPU Port
2.2 Prerequisites and Helpful Information
2.2.1 includeDB Configuration Database
3. Starting an Operating System Port
3.1.1 Location of the Operating System Porting Interface
3.1.2 Location of Operating System-Specific Code
3.1.2.1 Creating New Copies of the Operating System-Specific Files
3.1.2.2 Location of the Compiler-Specific Porting Interface
3.2 Functionality That Needs to be Ported
3.3.0.1 Implement Initialization
3.3.0.2 Real-Time-Tick Management
3.3.0.3 Implement Handle to Terminal
3.3.1 Porting the File System Interface
3.3.2 Memory Management Interfaces to be Implemented
3.3.3 Miscellaneous Interfaces to be Implemented
3.4 Interfaces in /src/vm/os/os_family
4. Porting the Threading System
4.1 Coding Styles for Long-Running Native Methods
4.2 Non-Blocking Scheduling Coding Style
4.3 Hybrid Threading Coding Style
6.2 Turning Thumb Mode On or Off
6.3 Choose which Methods to Compile AOT
6.5 Tuning the Memory Subsystem
7.1.2 Exact Call Graph Profiler
7.2 Viewing Exact Profiler Results
7.3 Analyzing Exact Profiler Logs
7.4 Profiler Porting Requirements
8.3 Building with Memory Profiler Support
10. Implementing Java ME Profiles
10.1.4 Combining Different Models
10.2.1 Building the Virtual Machine Binary Bundle
10.2.2 Linking CLDC HotSpot Implementation
10.3 API for Interacting with the Virtual Machine
10.4 Invoking the Virtual Machine
10.4.1 Initializing the Virtual Machine
10.4.2 Configuring the Virtual Machine
10.4.3 Command-Line Argument Parsing
10.4.4 Starting and Stopping the Virtual Machine
10.5.1 Slave Mode Application Structure
10.5.2 APIs Used in Slave Mode
10.5.3 Long-Running Native Methods in Slave Mode
10.6 Miscellaneous Virtual Machine APIs
10.6.1 Functions Implemented Inside the Virtual Machine
10.6.2 Functions Implemented by Your Software
B. Floating Point on the ARM Platform
B.1 Low-Level Floating Point Routines
B.2 Meaning of ENABLE_SOFT_FLOAT
B.2.1 Choosing Value for ENABLE_SOFT_FLOAT
B.3 Integrating With Platform Software
C. In-Place Execution Porting Notes
D. Preventing MIDlets From Accessing Internal Classes
D.0.1 HiddenPackage and Class.forName
D.1 Storing In-Place Execution Binary Images
F. KDWP Extension for Memory Profiler Protocol
F.1 Memory Profiler Command Set (18)
Get Global Pointers Command (1)
Suspend (5) and Resume (6) Commands
G. Data Interface for the Memory Profiler
H.2.1 WMMX Instruction Enabling
H.2.2 Timer Tick Check Optimization
H.2.3 Array Copying by WMMX Instructions
H.2.4 Array Length Reload Elimination
H.2.6 Null Pointer Check Elimination for Linux
| CLDC HotSpot Implementation Porting Guide
|
05-2007 | |
Copyright © 2007, Sun Microsystems, Inc. All Rights Reserved.