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2013 FRC Java API

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Uses of Interface
com.sun.squawk.compiler.Compiler

Packages that use Compiler
com.sun.squawk.compiler   
 

Uses of Compiler in com.sun.squawk.compiler
 

Methods in com.sun.squawk.compiler that return Compiler
 Compiler BaseCompiler.add()
          Add the top two elements on the stack.
 Compiler InterpCompiler.alloca()
          Add a stack allocation node to the IR.
 Compiler BaseCompiler.and()
          And the top two elements on the stack.
 Compiler BaseCompiler.begin()
          Begin a code scope.
 Compiler BaseCompiler.bf(int dst)
          Branch to the label if the popped value is false.
 Compiler BaseCompiler.bf(Label label)
          Branch to the label if the popped value is false.
 Compiler BaseCompiler.bind(Label label)
          Bind a label to the current location.
 Compiler BaseCompiler.br(int dst)
          Unconditionally branch to the label.
 Compiler BaseCompiler.br(Label label)
          Unconditionally branch to the label.
 Compiler BaseCompiler.bt(int dst)
          Branch to the label if the popped value is true.
 Compiler BaseCompiler.bt(Label label)
          Branch to the label if the popped value is true.
 Compiler BaseCompiler.call(int nparms, Type type)
          Call a function.
 Compiler BaseCompiler.call(int nparms, Type type, int convention)
          Call a function.
 Compiler BaseCompiler.call(Type type)
          Call a function.
 Compiler BaseCompiler.call(Type type, int convention)
          Call a function.
 Compiler BaseCompiler.cmpg()
          Test the top two floating point elements.
 Compiler BaseCompiler.cmpl()
          Test the top two floating point elements.
 Compiler BaseCompiler.com()
          Produce the 1's complement of the top element.
 Compiler BaseCompiler.comment(String str)
          Add a comment node to the IR.
 Compiler BaseCompiler.compile()
          Compiler the IR.
 Compiler BaseCompiler.convert(Type to)
          Pop the top most element, convert it to a new type, and push the result.
 Compiler BaseCompiler.data(Label label, Object obj)
          Define some data.
 Compiler BaseCompiler.deadCode()
          Specify an unreachable place.
 Compiler BaseCompiler.div()
          Divide the top two elements on the stack.
 Compiler BaseCompiler.drop()
          Pop the top element of the compiler stack.
 Compiler BaseCompiler.dumpAll()
          Pop all the element of the compiler stack.
 Compiler BaseCompiler.dup()
          Dup the top element of the stack.
 Compiler BaseCompiler.dupReceiver()
          Dup the receiver element of the stack.
 Compiler BaseCompiler.end()
          End a code scope.
 Compiler BaseCompiler.enter()
          Emit a function prologue.
 Compiler BaseCompiler.enter(int preambleCode)
          Emit a function prologue.
 Compiler BaseCompiler.enter(Label label)
          Emit a function prologue.
 Compiler BaseCompiler.enter(Label label, int preambleCode)
          Emit a function prologue.
 Compiler BaseCompiler.eq()
          Test the top two elements.
 Compiler BaseCompiler.force(Type to)
          Pop the top most element, force it to be the new type, and push the result.
 Compiler InterpCompiler.framePointer()
          Push the frame pointer.
 Compiler BaseCompiler.ge()
          Test the top two elements.
 Compiler BaseCompiler.gt()
          Test the top two elements.
 Compiler BaseCompiler.jump()
          Jump somewhere.
 Compiler BaseCompiler.le()
          Test the top two elements.
 Compiler BaseCompiler.leave()
          Emit a function epilogue.
 Compiler BaseCompiler.leave(MethodMap mmap)
          Emit a function epilogue.
 Compiler BaseCompiler.literal(boolean n)
          Push a boolean constant onto the stack.
 Compiler BaseCompiler.literal(double n)
          Push a double constant onto the stack.
 Compiler BaseCompiler.literal(float n)
          Push a float constant onto the stack.
 Compiler BaseCompiler.literal(int n)
          Push an integer constant onto the stack.
 Compiler BaseCompiler.literal(Label label)
          Push the address of a label onto the stack.
 Compiler BaseCompiler.literal(long n)
          Push a long constant onto the stack.
 Compiler BaseCompiler.literal(Object array)
          Push an address of an array onto the stack.
 Compiler BaseCompiler.load(Local local)
          Get a local variable or parameter and push it onto the stack.
 Compiler BaseCompiler.loadParm()
          Get the value of a parameter word.
 Compiler BaseCompiler.lt()
          Test the top two elements.
 Compiler BaseCompiler.mul()
          Multiply the top two elements on the stack.
 Compiler BaseCompiler.ne()
          Test the top two elements.
 Compiler BaseCompiler.neg()
          Negate (2's complement) the top element.
static Compiler Compilation.newCompiler()
          Create a new default compiler by determining which architecture the VM is running on.
 Compiler TargetArchitecture.newCompiler()
           
static Compiler Compilation.newCompiler(String arch)
          Create a new compiler for a specific architecture.
 Compiler BaseCompiler.or()
          Or the top two elements on the stack.
 Compiler InterpCompiler.peekReceiver()
          Peek the receiver in the runtime stack.
 Compiler BaseCompiler.pop(Type type)
          Pop the top element of the runtime stack.
 Compiler BaseCompiler.popAll()
          Pop all the elements of the runtime stack.
 Compiler BaseCompiler.push()
          Push the data onto the runtime stack.
 Compiler BaseCompiler.read(Type type)
          Load a value from a reference.
 Compiler BaseCompiler.rem()
          Remainder the top two elements on the stack.
 Compiler BaseCompiler.result(Type type)
          Define the function result.
 Compiler BaseCompiler.ret()
          Return from a method.
 Compiler BaseCompiler.ret(Type type)
          Return from a method.
 Compiler BaseCompiler.shl()
          Shift the second element on the stack left by the number of bits specified by the top element.
 Compiler BaseCompiler.shr()
          Shift the second element on the stack right by the number of bits specified by the top element.
 Compiler InterpCompiler.stackCheck()
          Ensure that there is enough stack (the values are in bytes).
 Compiler BaseCompiler.store(Local local)
          Set a local variable or parameter to a value popped from the stack.
 Compiler InterpCompiler.store(Local local)
          Set a local variable or parameter to a value popped from the stack.
 Compiler BaseCompiler.storeParm()
          Set the value of a parameter word.
 Compiler BaseCompiler.sub()
          Subtract the top two elements on the stack.
 Compiler BaseCompiler.swap()
          Swap the top two elements of the stack.
 Compiler BaseCompiler.swapAll()
          Swap the contence of the stack.
 Compiler BaseCompiler.swapForABI()
          Swap the contence of the stack if the target ABI push parameters right-to-left.
 Compiler BaseCompiler.symbol(String name)
          Push an address of an unresolved symbol onto the stack.
 Compiler BaseCompiler.ushr()
          Shift the second element on the stack right by the number of bits specified by the top element.
 Compiler BaseCompiler.write(Type type)
          Store a value at a reference.
 Compiler InterpCompiler.write(Type type)
          Store a value at a reference.
 Compiler BaseCompiler.xor()
          Xor the top two elements on the stack.
 

Methods in com.sun.squawk.compiler with parameters of type Compiler
 Linker TargetArchitecture.newLinker(Compiler compiler)
           
 

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2013 FRC Java API

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