Adaptive Function union<hexBinary> More...

Functions
const afw_value_t *	afw_function_execute_all_of (afw_function_execute_t *x)
	Adaptive Function `all_of` More...

const afw_value_t *	afw_function_execute_all_of_all (afw_function_execute_t *x)
	Adaptive Function `all_of_all` More...

const afw_value_t *	afw_function_execute_all_of_any (afw_function_execute_t *x)
	Adaptive Function `all_of_any` More...

const afw_value_t *	afw_function_execute_any_of (afw_function_execute_t *x)
	Adaptive Function `any_of` More...

const afw_value_t *	afw_function_execute_any_of_all (afw_function_execute_t *x)
	Adaptive Function `any_of_all` More...

const afw_value_t *	afw_function_execute_any_of_any (afw_function_execute_t *x)
	Adaptive Function `any_of_any` More...

const afw_value_t *	afw_function_execute_filter (afw_function_execute_t *x)
	Adaptive Function `filter` More...

const afw_value_t *	afw_function_execute_find (afw_function_execute_t *x)
	Adaptive Function `find` More...

const afw_value_t *	afw_function_execute_map (afw_function_execute_t *x)
	Adaptive Function `map` More...

const afw_value_t *	afw_function_execute_reduce (afw_function_execute_t *x)
	Adaptive Function `reduce` More...

const afw_value_t *	afw_function_execute_sort (afw_function_execute_t *x)
	Adaptive Function `sort` More...

Variables
	afw_function_definition_all_of
	Function definition all_of.

	afw_function_definition_all_of_all
	Function definition all_of_all.

	afw_function_definition_all_of_any
	Function definition all_of_any.

	afw_function_definition_any_of
	Function definition any_of.

	afw_function_definition_any_of_all
	Function definition any_of_all.

	afw_function_definition_any_of_any
	Function definition any_of_any.

	afw_function_definition_filter
	Function definition filter.

	afw_function_definition_find
	Function definition find.

	afw_function_definition_map
	Function definition map.

	afw_function_definition_reduce
	Function definition reduce.

	afw_function_definition_sort
	Function definition sort.

Detailed Description

Adaptive Function union<hexBinary>

Parameters

x	function execute parameter.

Returns a list of hexBinary contains all of the unique values in two or more list of hexBinary values.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function union<hexBinary>(
    lists_1: (list hexBinary),
    lists_2: (list hexBinary),
    ...lists_rest: (list of (list hexBinary))
): (list hexBinary);

Parameters:

lists - (2 or more list hexBinary) Two or more lists.

Returns:

(list hexBinary)

Implemented by afw_function_execute_union()

higher_order_list adaptive functions.

Function Documentation

◆ afw_function_execute_all_of()

const afw_value_t* afw_function_execute_all_of ( afw_function_execute_t * x )

Adaptive Function all_of

Parameters

x	function execute parameter.

Returns true if all values in a list pass the predicate test.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function all_of(
    predicate: (function (... values: any): boolean),
    values_1: any,
    ...values_rest: (list of any)
): boolean;

Parameters:

predicate - (function (... values: any): boolean) This function is called for each value in the first list in values or until false is returned. If no calls return false, the result is true.

values - (1 or more any dataType) These are the parameters passed to predicate with the exception that the first list is passed one value at a time. At least one list is required.

Returns:

(boolean)

Definition at line 304 of file afw_function_higher_order_list.c.

◆ afw_function_execute_all_of_all()

const afw_value_t* afw_function_execute_all_of_all ( afw_function_execute_t * x )

Adaptive Function all_of_all

Parameters

x	function execute parameter.

Returns true if the result of calling predicate with all of the combination of values from list1 and list2 returns true.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function all_of_all(
    predicate: (function (any value1: any, value2: any): boolean),
    list1: list,
    list2: list
): boolean;

Parameters:

predicate - (function (any value1: any, value2: any): boolean) The predicate is passed two parameters, the first is a value from list1 and the second is a value from list2.

list1 - (list)

list2 - (list)

Returns:

(boolean)

Definition at line 350 of file afw_function_higher_order_list.c.

◆ afw_function_execute_all_of_any()

const afw_value_t* afw_function_execute_all_of_any ( afw_function_execute_t * x )

Adaptive Function all_of_any

Parameters

x	function execute parameter.

This function returns true if the result of calling predicate with all of the combination of values from list1 and any of the values of list2 returns true.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function all_of_any(
    predicate: (function (value1: any, value2: any): boolean),
    list1: list,
    list2: list
): boolean;

Parameters:

predicate - (function (value1: any, value2: any): boolean) The predicate is passed two parameters, the first is a value from list1 and the second is a value from list2.

list1 - (list)

list2 - (list)

Returns:

(boolean)

Definition at line 396 of file afw_function_higher_order_list.c.

◆ afw_function_execute_any_of()

const afw_value_t* afw_function_execute_any_of ( afw_function_execute_t * x )

Adaptive Function any_of

Parameters

x	function execute parameter.

Returns true if any value in a list pass the predicate test.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function any_of(
    predicate: (function (... values: any): boolean),
    values_1: any,
    ...values_rest: (list of any)
): boolean;

Parameters:

predicate - (function (... values: any): boolean) This function is called for each value in the first list in values or until true is returned. If no calls return true, the result is false.

values - (1 or more any dataType) These are the parameters passed to predicate with the exception that the first list is passed one value at a time. At least one list is required.

Returns:

(boolean)

Definition at line 441 of file afw_function_higher_order_list.c.

◆ afw_function_execute_any_of_all()

const afw_value_t* afw_function_execute_any_of_all ( afw_function_execute_t * x )

Adaptive Function any_of_all

Parameters

x	function execute parameter.

Returns true if the result of calling predicate with all of the combination of values from list2 and any of the values of list1 returns true.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function any_of_all(
    predicate: (function (value1: any, value2: any):boolean),
    list1: list,
    list2: list
): boolean;

Parameters:

predicate - (function (value1: any, value2: any):boolean) The predicate is passed two parameters, the first is a value from list1 and the second is a value from list2.

list1 - (list)

list2 - (list)

Returns:

(boolean)

Definition at line 487 of file afw_function_higher_order_list.c.

◆ afw_function_execute_any_of_any()

const afw_value_t* afw_function_execute_any_of_any ( afw_function_execute_t * x )

Adaptive Function any_of_any

Parameters

x	function execute parameter.

This function returns true if the result of calling predicate with any of the combination of values from list1 and list2 returns true.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function any_of_any(
    predicate: (function (value1: any, value2: any): boolean),
    list1: list,
    list2: list
): boolean;

Parameters:

predicate - (function (value1: any, value2: any): boolean) The predicate is passed two parameters, the first is a value from list1 and the second is a value from list2.

list1 - (list)

list2 - (list)

Returns:

(boolean)

Definition at line 533 of file afw_function_higher_order_list.c.

◆ afw_function_execute_filter()

const afw_value_t* afw_function_execute_filter ( afw_function_execute_t * x )

Adaptive Function filter

Parameters

x	function execute parameter.

This produces a list containing only values from another list that pass a predicate test.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function filter(
    predicate: (function (... values: any): boolean),
    values_1: any,
    ...values_rest: (list of any)
): list;

Parameters:

predicate - (function (... values: any): boolean) This is a boolean function that is called to determine if a list entry should be included in the returned list.

values - (1 or more any dataType) These are the values passed to the predicate with the exception that the first list is passed as the single current value from the list. At least one list is required.

Returns:

(list) This is the resulting filtered list.

Definition at line 598 of file afw_function_higher_order_list.c.

◆ afw_function_execute_find()

const afw_value_t* afw_function_execute_find ( afw_function_execute_t * x )

Adaptive Function find

Parameters

x	function execute parameter.

The predicate is called for each value in the first list in values until true is returned, then that value is returned.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function find(
    predicate: (function (... values: any): boolean),
    values_1: any,
    ...values_rest: (list of any)
): any;

Parameters:

predicate - (function (... values: any): boolean) This is a boolean function that is called to determine if a list entry passes the test.

values - (1 or more any dataType) These are the values passed to the predicate with the exception that the first list is passed as the single current value from the list. At least one list is required.

Returns:

(any dataType) The first value that passes the test is returned.

Definition at line 668 of file afw_function_higher_order_list.c.

◆ afw_function_execute_map()

const afw_value_t* afw_function_execute_map ( afw_function_execute_t * x )

Adaptive Function map

Parameters

x	function execute parameter.

This function creates a list of the results of calling functor with each value of the first list in values

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function map(
    functor: (function (... values: any): any),
    values_1: any,
    ...values_rest: (list of any)
): list;

Parameters:

functor - (function (... values: any): any)

values - (1 or more any dataType) These are the parameters passed to functor with the exception that the first list is passed one value at a time. At least one list is required.

Returns:

(list)

Definition at line 739 of file afw_function_higher_order_list.c.

◆ afw_function_execute_reduce()

const afw_value_t* afw_function_execute_reduce ( afw_function_execute_t * x )

Adaptive Function reduce

Parameters

x	function execute parameter.

Reduce calls functor for each value in list with two parameters, accumulator and value, and must return a value of any dataType. Parameter accumulator is the reduce() accumulator parameter value on first call and the return value of previous functor() call on subsequent calls. The dataType of the return value should normally be the same as accumulator, but this is not required.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function reduce(
    functor: (function (accumulator: any, value: any): any),
    accumulator: any,
    list: list
): any;

Parameters:

functor - (function (accumulator: any, value: any): any) This function is called for each value in a list. The returned value is passed as the accumulator parameter on the next call to functor().

accumulator - (any dataType) This is an initial accumulator value passed to functor(). Normally, the dataType of accumulator will be the dataTape for the reduce() return value, but this is not required.

list - (list) This is a list to be reduced.

Returns:

(any dataType) This is the final return value from functor() or the accumulator parameter value if list is empty.

Definition at line 809 of file afw_function_higher_order_list.c.

◆ afw_function_execute_sort()

const afw_value_t* afw_function_execute_sort ( afw_function_execute_t * x )

Adaptive Function sort

Parameters

x	function execute parameter.

This produces a list with values sorted based on result of compareFunction. The compareFunction is passed two values from the list and must return an integer less than 0 if the first value is less than the second value, 0 if they are equal, and a integer greater than 0 if the first value is greater than the second value.

This function is pure, so it will always return the same result given exactly the same parameters and has no side effects.

Declaration:

function sort(
    compareFunction: (function (value1: any, value2: any): integer),
    list: list
): list;

Parameters:

compareFunction - (function (value1: any, value2: any): integer) This function is called with two value from list.

list - (list) This is the list to sort.

Returns:

(list) This the the resulting sorted list.

Definition at line 950 of file afw_function_higher_order_list.c.

Functions

Variables

Detailed Description

Function Documentation

◆ afw_function_execute_all_of()

◆ afw_function_execute_all_of_all()

◆ afw_function_execute_all_of_any()

◆ afw_function_execute_any_of()

◆ afw_function_execute_any_of_all()

◆ afw_function_execute_any_of_any()

◆ afw_function_execute_filter()

◆ afw_function_execute_find()

◆ afw_function_execute_map()

◆ afw_function_execute_reduce()

◆ afw_function_execute_sort()