Uses of Class
com.cyc.tool.subl.jrtl.nativeCode.subLisp.BinaryFunction

Packages that use BinaryFunction

com.cyc.cycjava.cycl
com.cyc.cycjava.cycl.inference.harness
com.cyc.cycjava.cycl.inference.modules
com.cyc.cycjava.cycl.inference.modules.removal
com.cyc.cycjava.cycl.sbhl
com.cyc.tool.subl.jrtl.nativeCode.subLisp
com.cyc.tool.subl.jrtl.nativeCode.type.core
com.cyc.tool.subl.jrtl.nativeCode.type.operator
com.cyc.tool.subl.jrtl.nativeCode.type.symbol
com.cyc.tool.subl.jrtl.translatedCode.sublisp
com.cyc.tool.subl.util

Uses of BinaryFunction in com.cyc.cycjava.cycl

Subclasses of BinaryFunction in com.cyc.cycjava.cycl

static class	arguments.$justification_equal$BinaryFunction
static class	arguments.$support_equal$BinaryFunction
static class	arguments.$support_L$BinaryFunction
static class	assertions_high.$invalid_assertionP$BinaryFunction
static class	assertions_high.$valid_assertion$BinaryFunction
static class	bindings.$subst_bindings$BinaryFunction
static class	constant_handles.$constant_print_function_trampoline$BinaryFunction
static class	constant_handles.$invalid_constantP$BinaryFunction
static class	constant_handles.$valid_constantP$BinaryFunction
static class	cycl_utilities.$opaque_arg_wrt_quotingP$BinaryFunction
static class	czer_main.$canonicalize_literal_sentence_terms$BinaryFunction
static class	czer_main.$commutative_terms_in_orderP$BinaryFunction
static class	czer_main.$lit_L$BinaryFunction
static class	czer_main.$literal_terms_to_reify$BinaryFunction
static class	czer_main.$rename_clause_vars_int$BinaryFunction
static class	czer_main.$sort_clause_literals$BinaryFunction
static class	czer_meta.$el_meta_formulaP$BinaryFunction
static class	czer_meta.$ground_el_meta_formulaP$BinaryFunction
static class	dumper.$load_assertion_def_from_cache$BinaryFunction
static class	dumper.$load_deduction_def_from_cache$BinaryFunction
static class	dumper.$load_nart_hl_formula_from_cache$BinaryFunction
static class	formula_pattern_match.$pattern_matches_formula_nat_method$BinaryFunction
static class	formula_pattern_match.$pattern_matches_formula$BinaryFunction
static class	hlmt.$hlmt_equal$BinaryFunction
static class	isa.$instanceof_after_adding$BinaryFunction
static class	isa.$instanceof_after_removing$BinaryFunction
static class	kb_indexing.$num_predicate_extent_index$BinaryFunction
static class	kb_mapping_macros.$assertion_semantically_matches_simple_final_index_specP$BinaryFunction
static class	kb_mapping_macros.$decontextualized_ist_predicate_rule_index_asent_match_p$BinaryFunction
static class	kb_mapping_macros.$other_index_assertion_match_p$BinaryFunction
static class	kb_utilities.$form_sort_pred$BinaryFunction
static class	kb_utilities.$fort_L$BinaryFunction
static class	kb_utilities.$term_L$BinaryFunction
static class	list_utilities.$sort_via_position_earlier$BinaryFunction
static class	morphology.$aes_able_to_ate$BinaryFunction
static class	morphology.$aes_add_e_before_s$BinaryFunction
static class	morphology.$aes_ble_to_bil_before_ity$BinaryFunction
static class	morphology.$aes_change_aic_to_ac$BinaryFunction
static class	morphology.$aes_change_ceive_to_cept$BinaryFunction
static class	morphology.$aes_change_ie_to_y$BinaryFunction
static class	morphology.$aes_change_ism_to_ist$BinaryFunction
static class	morphology.$aes_change_y_to_i$BinaryFunction
static class	morphology.$aes_geminate_last$BinaryFunction
static class	morphology.$aes_remove_able_le_before_ly$BinaryFunction
static class	morphology.$aes_strip_final_e$BinaryFunction
static class	morphology.$aes_strip_final_vowels_before_ic$BinaryFunction
static class	pattern_match.$pattern_matches_tree_recursive$BinaryFunction
static class	precanonicalizer.$el_evaluatable_expressionP$BinaryFunction
static class	preserves_genls_in_arg.$pgia_after_adding_isa$BinaryFunction
static class	queues.$pq_collision_enter$BinaryFunction
static class	queues.$pq_collision_remove$BinaryFunction
static class	sdc.$any_sdc_wrtP$BinaryFunction
static class	simple_indexing.$matches_pragma_rule_index_test$BinaryFunction
static class	simplifier.$simplify_cycl_sentence_int$BinaryFunction
static class	term.$closed_nautP$BinaryFunction
static class	unification_utilities.$unify_clause$BinaryFunction
static class	variables.$variable_L$BinaryFunction
static class	verbosifier.$expandible_el_relation_expressionP$BinaryFunction
static class	web_utilities.$xml_token_mentions$BinaryFunction

Uses of BinaryFunction in com.cyc.cycjava.cycl.inference.harness

Subclasses of BinaryFunction in com.cyc.cycjava.cycl.inference.harness

static class	inference_balanced_tactician_motivation.$balanced_strategy_possibly_activate_problem$BinaryFunction
static class	inference_czer.$inference_contextualized_asent_L$BinaryFunction
static class	inference_datastructures_problem_link.$mapped_problem_equal$BinaryFunction
static class	inference_heuristic_balanced_tactician.$heuristic_balanced_strategy_activate_strategem_wrt_removal$BinaryFunction
static class	inference_heuristic_balanced_tactician.$heuristic_balanced_strategy_activate_strategem_wrt_transformation$BinaryFunction
static class	inference_heuristic_balanced_tactician.$heuristic_balanced_strategy_add_new_root$BinaryFunction
static class	inference_heuristic_balanced_tactician.$heuristic_balanced_strategy_chooses_to_throw_away_new_rootP$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_backchain_required$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_completeness$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_magic_wand$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_occams_razor$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_relevant_term$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_rule_a_priori_utility$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_rule_historical_utility$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_rule_literal_count$BinaryFunction
static class	inference_strategic_heuristics.$strategic_heuristic_shallow_and_cheap$BinaryFunction
static class	inference_tactician.$happiness_G$BinaryFunction
static class	inference_tactician.$strategy_sort_predicateP$BinaryFunction
static class	inference_worker_removal.$inference_remove_unify_default$BinaryFunction

Uses of BinaryFunction in com.cyc.cycjava.cycl.inference.modules

Subclasses of BinaryFunction in com.cyc.cycjava.cycl.inference.modules

static class	after_adding_modules.$clear_isa_dependent_caches$BinaryFunction
static class	forward_modules.$forward_isa_expand$BinaryFunction
static class	forward_modules.$forward_ist_pos_expand$BinaryFunction
static class	forward_modules.$forward_normal_pos_expand$BinaryFunction
static class	transformation_modules.$trans_predicate_pos_expand$BinaryFunction
static class	transformation_modules.$trans_predicate_pos_rule_filter$BinaryFunction
static class	transformation_modules.$trans_predicate_symmetry_pos_expand$BinaryFunction
static class	transformation_modules.$trans_predicate_symmetry_pos_rule_filter$BinaryFunction

Uses of BinaryFunction in com.cyc.cycjava.cycl.inference.modules.removal

Subclasses of BinaryFunction in com.cyc.cycjava.cycl.inference.modules.removal

static class	removal_modules_abduction.$removal_abduction_allowedP$BinaryFunction
static class	removal_modules_asserted_formula.$removal_asserted_sentence_lookup_pos_cost$BinaryFunction
static class	removal_modules_backchain_required.$inference_backchain_required_asent_in_relevant_mtP$BinaryFunction
static class	removal_modules_different.$removal_different_duplicate_exclusive$BinaryFunction
static class	removal_modules_evaluation.$removal_eval_exclusive$BinaryFunction
static class	removal_modules_evaluation.$removal_eval_required$BinaryFunction
static class	removal_modules_function_corresponding_predicate.$removal_fcp_find_nat_required$BinaryFunction
static class	removal_modules_genlpreds_lookup.$removal_genlinverse_lookup_pos_cost$BinaryFunction
static class	removal_modules_genlpreds_lookup.$removal_genlpreds_lookup_pos_cost$BinaryFunction
static class	removal_modules_genlpreds_lookup.$removal_genlpreds_pred_index_pos_cost$BinaryFunction
static class	removal_modules_genlpreds.$removal_genlpreds_check_expand$BinaryFunction
static class	removal_modules_genls.$removal_superset_expand$BinaryFunction
static class	removal_modules_isa.$removal_all_instances_cost$BinaryFunction
static class	removal_modules_isa.$removal_elementof_check_expand$BinaryFunction
static class	removal_modules_isa.$removal_isa_collection_check_pos_cost$BinaryFunction
static class	removal_modules_isa.$removal_quoted_isa_collection_check_pos_cost$BinaryFunction
static class	removal_modules_isa.$removal_quoted_isa_collection_check_pos_expand$BinaryFunction
static class	removal_modules_isa.$removal_quoted_isa_defn_pos_required$BinaryFunction
static class	removal_modules_lookup.$asent_has_indexed_term_arg_p$BinaryFunction
static class	removal_modules_lookup.$removal_lookup_pos_cost$BinaryFunction
static class	removal_modules_reflexivity.$removal_reflexive_one_arg_expand$BinaryFunction
static class	removal_modules_relation_all_exists.$removal_relation_all_exists_unify_required$BinaryFunction
static class	removal_modules_relation_all_exists.$removal_relation_exists_all_unify_required$BinaryFunction
static class	removal_modules_relation_all_instance.$removal_relation_all_instance_iterate_required$BinaryFunction
static class	removal_modules_relation_all_instance.$removal_relation_all_instance_unify_required$BinaryFunction
static class	removal_modules_relation_all_instance.$removal_relation_instance_all_iterate_required$BinaryFunction
static class	removal_modules_relation_all_instance.$removal_relation_instance_all_unify_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_exists_instance_unbound_arg1_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_exists_instance_unbound_arg2_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_exists_instance_unify_arg1_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_exists_instance_unify_arg2_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_instance_exists_unbound_arg1_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_instance_exists_unbound_arg2_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_instance_exists_unify_arg1_required$BinaryFunction
static class	removal_modules_relation_instance_exists.$removal_relation_instance_exists_unify_arg2_required$BinaryFunction
static class	removal_modules_symmetry.$removal_symmetric_lookup_pos_cost$BinaryFunction
static class	removal_modules_transitivity.$removal_transitive_arg1_walk_cost$BinaryFunction
static class	removal_modules_transitivity.$removal_transitive_arg1_walk_iterator$BinaryFunction
static class	removal_modules_tva_lookup.$removal_tva_unify_closure_required$BinaryFunction
static class	removal_modules_tva_lookup.$removal_tva_unify_cost$BinaryFunction

Uses of BinaryFunction in com.cyc.cycjava.cycl.sbhl

Subclasses of BinaryFunction in com.cyc.cycjava.cycl.sbhl

static class

sbhl_marking_utilities.$sbhl_predicate_unmarking_fn$BinaryFunction

Uses of BinaryFunction in com.cyc.tool.subl.jrtl.nativeCode.subLisp

Fields in com.cyc.tool.subl.jrtl.nativeCode.subLisp declared as BinaryFunction

static BinaryFunction	BinaryFunction.ASSEMBLE_FIXNUMS_TO_INTEGER_BINARY_FUNC
static BinaryFunction	BinaryFunction.CAND_BINARY_FUNC
static BinaryFunction	BinaryFunction.CCATCH_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDEC_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDO_ALL_SYMBOLS_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDO_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDO_EXTERNAL_SYMBOLS_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDO_SYMBOLS_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDOHASH_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDOLIST_BINARY_FUNC
static BinaryFunction	BinaryFunction.CDOTIMES_BINARY_FUNC
static BinaryFunction	BinaryFunction.CHAR_E_TEST
static BinaryFunction	BinaryFunction.CHAR_EQUAL_TEST
static BinaryFunction	BinaryFunction.CHAR_G_TEST
static BinaryFunction	BinaryFunction.CHAR_GE_TEST
static BinaryFunction	BinaryFunction.CHAR_GREATER_THAN_OR_EQUAL_TEST
static BinaryFunction	BinaryFunction.CHAR_GREATER_THAN_TEST
static BinaryFunction	BinaryFunction.CHAR_L_TEST
static BinaryFunction	BinaryFunction.CHAR_LE_TEST
static BinaryFunction	BinaryFunction.CHAR_LESS_THAN_OR_EQUAL_TEST
static BinaryFunction	BinaryFunction.CHAR_LESS_THAN_TEST
static BinaryFunction	BinaryFunction.CHAR_NE_TEST
static BinaryFunction	BinaryFunction.CHAR_NOT_EQUAL_TEST
static BinaryFunction	BinaryFunction.CHECK_TYPE_BINARY_FUNC
static BinaryFunction	BinaryFunction.CINC_BINARY_FUNC
static BinaryFunction	BinaryFunction.CLET_BINARY_FUNC
static BinaryFunction	BinaryFunction.CMULTIPLE_VALUE_BIND_BINARY_FUNC
static BinaryFunction	BinaryFunction.CONS_BINARY_FUNC
static BinaryFunction	BinaryFunction.COR_BINARY_FUNC
static BinaryFunction	BinaryFunction.CPOP_BINARY_FUNC
static BinaryFunction	BinaryFunction.CPROGV_BINARY_FUNC
static BinaryFunction	BinaryFunction.CPUSH_BINARY_FUNC
static BinaryFunction	BinaryFunction.CPUSHNEW_BINARY_FUNC
static BinaryFunction	BinaryFunction.CSETF_BINARY_FUNC
static BinaryFunction	BinaryFunction.CSETQ_BINARY_FUNC
static BinaryFunction	BinaryFunction.CSOME_BINARY_FUNC
static BinaryFunction	BinaryFunction.CTIME_BINARY_FUNC
static BinaryFunction	BinaryFunction.CUNWIND_PROTECT_BINARY_FUNC
static BinaryFunction	BinaryFunction.CVS_ID_BINARY_FUNC
static BinaryFunction	BinaryFunction.DECLAIM_BINARY_FUNC
static BinaryFunction	BinaryFunction.DECLARE_BINARY_FUNC
static BinaryFunction	BinaryFunction.DEFCONSTANT_BINARY_FUNC
static BinaryFunction	BinaryFunction.DEFINE_BINARY_FUNC
static BinaryFunction	BinaryFunction.DEFLEXICAL_BINARY_FUNC
static BinaryFunction	BinaryFunction.DEFMACRO_BINARY_FUNC
static BinaryFunction	BinaryFunction.DEFPARAMETER_BINARY_FUNC
static BinaryFunction	BinaryFunction.DEFVAR_BINARY_FUNC
static BinaryFunction	BinaryFunction.ENFORCE_MUST_BINARY_FUNC
static BinaryFunction	BinaryFunction.ENFORCE_TYPE_BINARY_FUNC
static BinaryFunction	BinaryFunction.EQ_TEST
static BinaryFunction	BinaryFunction.EQL_TEST
static BinaryFunction	BinaryFunction.EQUAL_TEST
static BinaryFunction	BinaryFunction.EQUALP_TEST
static BinaryFunction	BinaryFunction.FIF_BINARY_FUNC
static BinaryFunction	BinaryFunction.FUNCTION_BINARY_FUNC
static BinaryFunction	BinaryFunction.FUNLESS_BINARY_FUNC
static BinaryFunction	BinaryFunction.FWHEN_BINARY_FUNC
static BinaryFunction	BinaryFunction.LIST_BINARY_FUNC
static BinaryFunction	BinaryFunction.MULTIPLE_VALUE_LIST_BINARY_FUNC
static BinaryFunction	BinaryFunction.MUST_BINARY_FUNC
static BinaryFunction	BinaryFunction.NTH_VALUE_BINARY_FUNC
static BinaryFunction	BinaryFunction.NUM_E_TEST
static BinaryFunction	BinaryFunction.NUM_G_TEST
static BinaryFunction	BinaryFunction.NUM_GE_TEST
static BinaryFunction	BinaryFunction.NUM_L_TEST
static BinaryFunction	BinaryFunction.NUM_LE_TEST
static BinaryFunction	BinaryFunction.NUM_NE_TEST
static BinaryFunction	BinaryFunction.PCASE_BINARY_FUNC
static BinaryFunction	BinaryFunction.PCOND_BINARY_FUNC
static BinaryFunction	BinaryFunction.PIF_BINARY_FUNC
static BinaryFunction	BinaryFunction.PROGN_BINARY_FUNC
static BinaryFunction	BinaryFunction.PUNLESS_BINARY_FUNC
static BinaryFunction	BinaryFunction.PWHEN_BINARY_FUNC
static BinaryFunction	BinaryFunction.QUOTE_BINARY_FUNC
static BinaryFunction	BinaryFunction.RET_BINARY_FUNC
static BinaryFunction	BinaryFunction.STRING_E_TEST
static BinaryFunction	BinaryFunction.STRING_EQUAL_TEST
static BinaryFunction	BinaryFunction.STRING_G_TEST
static BinaryFunction	BinaryFunction.STRING_GE_TEST
static BinaryFunction	BinaryFunction.STRING_GREATER_THAN_OR_EQUAL_TEST
static BinaryFunction	BinaryFunction.STRING_GREATER_THAN_TEST
static BinaryFunction	BinaryFunction.STRING_L_TEST
static BinaryFunction	BinaryFunction.STRING_LE_TEST
static BinaryFunction	BinaryFunction.STRING_LESS_THAN_OR_EQUAL_TEST
static BinaryFunction	BinaryFunction.STRING_LESS_THAN_TEST
static BinaryFunction	BinaryFunction.STRING_NE_TEST
static BinaryFunction	BinaryFunction.STRING_NOT_EQUAL_TEST
static BinaryFunction	BinaryFunction.VALUES_BINARY_FUNC
static BinaryFunction	BinaryFunction.WITH_ERROR_HANDLER_BINARY_FUNC
static BinaryFunction	BinaryFunction.WITH_STATIC_AREA_BINARY_FUNC
static BinaryFunction	BinaryFunction.WITH_THREAD_PRIVATE_AREA_BINARY_FUNC
static BinaryFunction	BinaryFunction.WITH_WORKING_AREA_BINARY_FUNC

Methods in com.cyc.tool.subl.jrtl.nativeCode.subLisp that return BinaryFunction

static BinaryFunction	BinaryFunction.makeInstance(SubLFunction function)
static BinaryFunction	BinaryFunction.makeInstance(SubLSymbol symbol)

Uses of BinaryFunction in com.cyc.tool.subl.jrtl.nativeCode.type.core

Fields in com.cyc.tool.subl.jrtl.nativeCode.type.core declared as BinaryFunction

static BinaryFunction

AbstractSubLSequence.EQL_TEST

Methods in com.cyc.tool.subl.jrtl.nativeCode.type.core that return BinaryFunction

BinaryFunction	SubLHashtable.getTest()
BinaryFunction	SubLKeyhash.getTest()

Methods in com.cyc.tool.subl.jrtl.nativeCode.type.core with parameters of type BinaryFunction

SubLList	AbstractSubLList.adjoin(SubLObject item, BinaryFunction test)
SubLList	SubLArrayList.adjoin(SubLObject item, BinaryFunction test)
SubLList	SubLList.adjoin(SubLObject item, BinaryFunction test)
SubLList	SubLConsFacade.adjoin(SubLObject item, BinaryFunction test)
SubLList	AbstractSubLList.adjoin(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.adjoin(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.adjoin(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.adjoin(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	AbstractSubLList.assoc(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.assoc(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.assoc(SubLObject item, BinaryFunction test, UnaryFunction key)
int	AbstractSubLSequence.count(SubLObject item, BinaryFunction test)
int	SubLConsPair.count(SubLObject item, BinaryFunction test)
int	SubLSequence.count(SubLObject item, BinaryFunction test)
int	AbstractSubLSequence.count(SubLObject item, BinaryFunction test, UnaryFunction key)
int	SubLSequence.count(SubLObject item, BinaryFunction test, UnaryFunction key)
int	AbstractSubLSequence.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start)
int	SubLSequence.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start)
int	SubLConsPair.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLSequence.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	AbstractSubLArraySequence.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLArrayList.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLConsFacade.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
static int	AbstractSubLSequence.count(SubLSequence seq, SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLObject	AbstractSubLSequence.find(SubLObject item, BinaryFunction test)
SubLObject	SubLConsPair.find(SubLObject item, BinaryFunction test)
SubLObject	SubLSequence.find(SubLObject item, BinaryFunction test)
SubLObject	AbstractSubLSequence.find(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLObject	SubLSequence.find(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLObject	AbstractSubLSequence.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start)
SubLObject	SubLSequence.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start)
SubLObject	SubLConsPair.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLObject	SubLSequence.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLObject	AbstractSubLArraySequence.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLObject	SubLArrayList.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLObject	SubLConsFacade.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
static SubLObject	AbstractSubLSequence.find(SubLSequence seq, SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	AbstractSubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test)
int	SubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test)
int	AbstractSubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
int	SubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
int	AbstractSubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1)
int	SubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1)
int	AbstractSubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1)
int	SubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1)
int	AbstractSubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2)
int	SubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2)
int	SubLConsPair.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	SubLSequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	AbstractSubLArraySequence.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	SubLArrayList.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	SubLConsFacade.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
static int	AbstractSubLSequence.indexOfMismatch(SubLSequence seq, SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
void	SubLHashtable.SubLHashtableKeyEntry.init(SubLObject key, BinaryFunction test)
void	SubLHashtable.SubLHashtableKeyEntryImpl.init(SubLObject key, BinaryFunction test)
void	SubLHashtable.SubLEqHashtableKeyEntryImpl.init(SubLObject key, BinaryFunction test)
void	SubLHashtable.SubLEqlHashtableKeyEntryImpl.init(SubLObject key, BinaryFunction test)
void	SubLHashtable.SubLEqualHashtableKeyEntryImpl.init(SubLObject key, BinaryFunction test)
void	SubLHashtable.SubLEqualpHashtableKeyEntryImpl.init(SubLObject key, BinaryFunction test)
SubLList	AbstractSubLList.intersection(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLArrayList.intersection(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLList.intersection(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLConsFacade.intersection(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	AbstractSubLList.intersection(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.intersection(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.intersection(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.intersection(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
static SubLHashtable	SubLObjectFactory.makeHashtable(int size, BinaryFunction test)
static SubLKeyhash	SubLObjectFactory.makeKeyhash(int size, BinaryFunction test)
SubLList	SubLConsPair.member(SubLObject item, BinaryFunction test)
SubLList	SubLArrayList.member(SubLObject item, BinaryFunction test)
SubLList	SubLList.member(SubLObject item, BinaryFunction test)
SubLList	SubLConsFacade.member(SubLObject item, BinaryFunction test)
SubLList	SubLConsPair.member(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.member(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.member(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.member(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLList	AbstractSubLList.memberIf(BinaryFunction test)
SubLList	SubLArrayList.memberIf(BinaryFunction test)
SubLList	SubLList.memberIf(BinaryFunction test)
SubLList	SubLConsFacade.memberIf(BinaryFunction test)
SubLList	AbstractSubLList.memberIf(BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.memberIf(BinaryFunction test, UnaryFunction key)
SubLList	SubLList.memberIf(BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.memberIf(BinaryFunction test, UnaryFunction key)
SubLSequence	AbstractSubLSequence.merge(SubLSequence otherSeq, BinaryFunction test)
SubLSequence	SubLSequence.merge(SubLSequence otherSeq, BinaryFunction test)
SubLSequence	AbstractSubLSequence.merge(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
SubLSequence	SubLConsPair.merge(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
SubLSequence	SubLSequence.merge(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
int	AbstractSubLSequence.positionOf(SubLObject item, BinaryFunction test)
int	SubLConsPair.positionOf(SubLObject item, BinaryFunction test)
int	SubLSequence.positionOf(SubLObject item, BinaryFunction test)
int	AbstractSubLSequence.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key)
int	SubLSequence.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key)
int	AbstractSubLSequence.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start)
int	SubLSequence.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start)
int	SubLConsPair.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLSequence.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	AbstractSubLArraySequence.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLArrayList.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLConsFacade.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
static int	AbstractSubLSequence.positionOf(SubLSequence seq, SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLCons	SubLConsPair.pushNew(SubLObject item, BinaryFunction test)
SubLCons	SubLArrayList.pushNew(SubLObject item, BinaryFunction test)
SubLCons	SubLList.pushNew(SubLObject item, BinaryFunction test)
SubLCons	SubLConsFacade.pushNew(SubLObject item, BinaryFunction test)
SubLCons	SubLConsPair.pushNew(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLCons	SubLArrayList.pushNew(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLCons	SubLList.pushNew(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLCons	SubLConsFacade.pushNew(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLObject	AbstractSubLSequence.reduce(BinaryFunction func)
SubLObject	SubLConsPair.reduce(BinaryFunction func)
SubLObject	SubLSequence.reduce(BinaryFunction func)
SubLObject	AbstractSubLSequence.reduce(BinaryFunction func, int start)
SubLObject	SubLSequence.reduce(BinaryFunction func, int start)
SubLObject	AbstractSubLSequence.reduce(BinaryFunction func, int start, int end)
SubLObject	SubLSequence.reduce(BinaryFunction func, int start, int end)
SubLObject	SubLConsPair.reduce(BinaryFunction func, int start, int end, SubLObject initialValue)
SubLObject	SubLSequence.reduce(BinaryFunction func, int start, int end, SubLObject initialValue)
SubLObject	AbstractSubLArraySequence.reduce(BinaryFunction func, int start, int end, SubLObject initialValue)
SubLObject	SubLArrayList.reduce(BinaryFunction func, int start, int end, SubLObject initialValue)
SubLObject	SubLConsFacade.reduce(BinaryFunction func, int start, int end, SubLObject initialValue)
static SubLObject	AbstractSubLSequence.reduce(SubLSequence seq, BinaryFunction func, int start, int end, SubLObject initialValue)
SubLSequence	AbstractSubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test)
SubLSequence	SubLConsPair.remove(SubLObject item, boolean isDestructive, BinaryFunction test)
SubLSequence	SubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test)
SubLSequence	AbstractSubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	SubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	AbstractSubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start)
SubLSequence	SubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start)
SubLSequence	AbstractSubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLConsPair.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLSequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	AbstractSubLArraySequence.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLArrayList.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLConsFacade.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
static SubLSequence	AbstractSubLSequence.remove(SubLSequence seq, SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	AbstractSubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test)
SubLSequence	SubLConsPair.removeDuplicates(boolean isDestructive, BinaryFunction test)
SubLSequence	SubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test)
SubLSequence	AbstractSubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	SubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	AbstractSubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start)
SubLSequence	SubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start)
SubLSequence	SubLConsPair.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLSequence.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	AbstractSubLArraySequence.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLArrayList.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLConsFacade.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
static SubLSequence	AbstractSubLSequence.removeDuplicates(SubLSequence seq, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	AbstractSubLArraySequence.removeDuplicatesFast(BinaryFunction test, int start, int end)
SubLSequence	SubLArrayList.removeDuplicatesFast(BinaryFunction test, int start, int end)
static SubLSequence	AbstractSubLSequence.removeDuplicatesFast(SubLSequence seq, BinaryFunction test, int start, int end)
int	AbstractSubLSequence.search(SubLSequence otherSeq, BinaryFunction test)
int	SubLSequence.search(SubLSequence otherSeq, BinaryFunction test)
int	AbstractSubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
int	SubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
int	AbstractSubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1)
int	SubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1)
int	AbstractSubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1)
int	SubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1)
int	AbstractSubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2)
int	SubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2)
int	SubLConsPair.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	SubLSequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	AbstractSubLArraySequence.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	SubLArrayList.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
int	SubLConsFacade.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
static int	AbstractSubLSequence.search(SubLSequence seq, SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
SubLList	AbstractSubLList.setDifference(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLArrayList.setDifference(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLList.setDifference(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLConsFacade.setDifference(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	AbstractSubLList.setDifference(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.setDifference(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.setDifference(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.setDifference(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	AbstractSubLList.setXor(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLArrayList.setXor(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLList.setXor(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLConsFacade.setXor(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	AbstractSubLList.setXor(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.setXor(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.setXor(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.setXor(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	AbstractSubLSequence.sort(boolean isDestructive, BinaryFunction pred)
SubLSequence	SubLSequence.sort(boolean isDestructive, BinaryFunction pred)
SubLSequence	SubLConsPair.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	SubLSequence.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	SubLVector.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	SubLString.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	SubLArrayList.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	SubLConsFacade.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	AbstractSubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test)
SubLSequence	SubLConsPair.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test)
SubLSequence	SubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test)
SubLSequence	AbstractSubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	SubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLSequence	AbstractSubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start)
SubLSequence	SubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start)
SubLSequence	AbstractSubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
SubLSequence	SubLConsPair.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLSequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	AbstractSubLArraySequence.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLArrayList.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLConsFacade.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
static SubLSequence	AbstractSubLSequence.substitute(SubLSequence seq, SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLList	AbstractSubLList.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test)
SubLList	SubLArrayList.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test)
SubLList	SubLList.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test)
SubLList	SubLConsFacade.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test)
SubLList	AbstractSubLList.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.substituteFromAList(SubLList alist, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	AbstractSubLList.treeEqual(SubLList tree1, SubLList tree2, BinaryFunction test)
SubLList	SubLArrayList.treeEqual(SubLList tree1, SubLList tree2, BinaryFunction test)
SubLList	SubLList.treeEqual(SubLList tree1, SubLList tree2, BinaryFunction test)
SubLList	SubLConsFacade.treeEqual(SubLList tree1, SubLList tree2, BinaryFunction test)
SubLList	AbstractSubLList.union(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLArrayList.union(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLList.union(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	SubLConsFacade.union(SubLList item, boolean isDestructive, BinaryFunction test)
SubLList	AbstractSubLList.union(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLArrayList.union(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLList.union(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)
SubLList	SubLConsFacade.union(SubLList item, boolean isDestructive, BinaryFunction test, UnaryFunction key)

Uses of BinaryFunction in com.cyc.tool.subl.jrtl.nativeCode.type.operator

Methods in com.cyc.tool.subl.jrtl.nativeCode.type.operator that return BinaryFunction

BinaryFunction	AbstractSubLFunction.getBinaryFunction()
BinaryFunction	SubLFunction.getBinaryFunction()

Methods in com.cyc.tool.subl.jrtl.nativeCode.type.operator with parameters of type BinaryFunction

void	AbstractSubLFunction.setBinaryFunction(BinaryFunction f)
void	SubLFunction.setBinaryFunction(BinaryFunction f)

Uses of BinaryFunction in com.cyc.tool.subl.jrtl.nativeCode.type.symbol

Methods in com.cyc.tool.subl.jrtl.nativeCode.type.symbol with parameters of type BinaryFunction

int	SubLNil.count(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLObject	SubLNil.find(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLNil.indexOfMismatch(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
SubLList	SubLNil.member(SubLObject item, BinaryFunction test)
SubLList	SubLNil.member(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLSequence	SubLNil.merge(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key)
int	SubLNil.positionOf(SubLObject item, BinaryFunction test, UnaryFunction key, int start, int end)
SubLCons	SubLNil.pushNew(SubLObject item, BinaryFunction test)
SubLCons	SubLNil.pushNew(SubLObject item, BinaryFunction test, UnaryFunction key)
SubLObject	SubLNil.reduce(BinaryFunction func, int start, int end, SubLObject initialValue)
SubLSequence	SubLNil.remove(SubLObject item, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)
SubLSequence	SubLNil.removeDuplicates(boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end)
int	SubLNil.search(SubLSequence otherSeq, BinaryFunction test, UnaryFunction key, int start1, int end1, int start2, int end2)
SubLSequence	SubLNil.sort(boolean isDestructive, BinaryFunction pred, UnaryFunction key)
SubLSequence	SubLNil.substitute(SubLObject newItem, SubLObject oldItem, boolean isDestructive, BinaryFunction test, UnaryFunction key, int start, int end, int count)

Uses of BinaryFunction in com.cyc.tool.subl.jrtl.translatedCode.sublisp

Subclasses of BinaryFunction in com.cyc.tool.subl.jrtl.translatedCode.sublisp

static class

conses_high.$union$BinaryFunction

Uses of BinaryFunction in com.cyc.tool.subl.util

Methods in com.cyc.tool.subl.util that return BinaryFunction

static BinaryFunction

SubLTrampolineFile.extractBinaryFunc(SubLObject func)

Methods in com.cyc.tool.subl.util with parameters of type BinaryFunction

ComparatorIdentityKey	ComparatorIdentityKey.init(BinaryFunction pred)
ComparatorGenericKey	ComparatorGenericKey.init(BinaryFunction pred, UnaryFunction key)

Constructors in com.cyc.tool.subl.util with parameters of type BinaryFunction

ComparatorGenericKey(BinaryFunction pred, UnaryFunction key)
Creates a new instance of SortComparatorIdentityKey.

ComparatorIdentityKey(BinaryFunction pred)
Creates a new instance of ComparatorIdentityKey.