Add two word values and return the sum l + r.
Memory addresses that can be stored to or loaded from.
Branch to the given label if the value of the given datum is equal to zero.
Branch to the given label if the value of the given datum is not equal to zero.
Compare two word values for equality and return 1 if they are equal and 0 if they are not.
Compare two word values and return 1 if the left operand is greater then the right operands, otherwise return 0.
Compare two word values and return 1 if the left operand is less then the right operands, otherwise return 0.
Compare two word values for inequality and return 1 if they are equal and 0 if they are not.
Evaluate cond and if the value is true (non-zero) return the value of t, else return the value of f.
Superclass of all datum constructs, ie target constructs that return a value to their enclosing construct.
Divide two word values and return the dividend from l / r.
An address that is calculated by a indexing from the local address addr.
Return the given integer value.
Superclass of all item constructs, ie.
Jump unconditionally to the given label.
Labels represent a code position.
Define the given at this point in the item sequence.
Load a value from memory address given by mem.
An address that is calculated by an known integer offset from the start of the local memory block.
Multiple two word values and return l * r.
Negate a word value and return the negation of e.
Complement a Boolean value.
Read an integer value from standard input and store it in the memory location given by mem.
Divide two word values and return the remainder from l / r.
A stack program consisting of the given statements.
Superclass of all SPARC tree nodes.
Evaluate d and store its value in the memory location given by mem.
Subtract two word values and return the difference l - r.
Calculate and write out the value of the given datum to standard output.
Cause the program to terminate.
Generate a unique label.
Reset the module.
Module containing structures for representing SPARC machine programs.