libFirm
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iropt — optimizations of an ir node. More...
Go to the source code of this file.
Enumerations | |
enum | fp_model_t { fp_explicit_rounding = (1u << 0), fp_strict_algebraic = (1u << 1), fp_contradictions = (1u << 2), fp_strict_eval_order = (1u << 3), fp_exceptions = (1u << 4), fp_environment_access = (1u << 5), fp_model_precise = fp_explicit_rounding|fp_strict_algebraic|fp_contradictions, fp_model_strict, fp_model_fast = fp_contradictions } |
The Floating point model. More... |
Functions | |
ir_tarval * | computed_value (const ir_node *n) |
If the expression referenced can be evaluated statically computed_value returns a tarval representing the result. | |
ir_node * | optimize_in_place (ir_node *n) |
Applies all optimizations to n that are expressible as a pattern in Firm, i.e., they need not a walk of the graph. | |
int | ir_is_negated_value (const ir_node *a, const ir_node *b) |
checks whether 1 value is the negated other value | |
ir_relation | ir_get_possible_cmp_relations (const ir_node *left, const ir_node *right) |
(conservatively) approximates all possible relations when comparing the value left and right |
iropt — optimizations of an ir node.
Definition in file iropt.h.