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* Array size in any dimension must not exceed 2< | * Array size in any dimension must not exceed 2< | ||
* '' | * '' | ||
+ | * Bytecode instruction '' | ||
</ | </ | ||
- | A Java compiler converts a Java file into Bytecode which is stored in a class file. A class file represents the original program in a compact binary form and could be interpreted by a JVM. Our deep compiler translates this Bytecode directly into target machine code. To optimize for speed and code size and to make use of register based architecture - such as the Power-PC - we transform the Bytecode in a first step into Static Single Assignment Form (SSA). This form is simple and platform independent and can be used for various optimizations. In a second step registers are allocated and code is generated | + | A Java compiler converts a Java file into Bytecode which is stored in a class file. A class file represents the original program in a compact binary form and could be interpreted by a JVM. Our deep compiler translates this Bytecode directly into target machine code. To optimize for speed and code size and to make use of register based architecture - such as the Power-PC |
* [[Deep Projects]] \\ | * [[Deep Projects]] \\ | ||
* [[Hardware|Accessing the Hardware]] \\ | * [[Hardware|Accessing the Hardware]] \\ | ||
* [[Lowlevel|Low-level Routines]] \\ | * [[Lowlevel|Low-level Routines]] \\ | ||
- | * [[Donts| Do's and Dont's]] \\ | + | * [[Donts| Do's and Don'ts]] \\ |