node package for Array, Object, String, Decorator extention Utils like for Python and more for Node.js
npm install extendersNode module for Array, Object, String, Decorator extention Utils like for Python and more for Node.js
#### USAGE
###### JS
``
var ArrayExtended = require("extenders").ArrayExtended;
let arr = ArrayExtended([1,2,3,4,5,6]);
console.log(arr);
arr.clear();
console.log(arr);
`
###### CJS
`
var ArrayExtended = import("extenders").ArrayExtended;
let arr = ArrayExtended([1,2,3,4,5,6]);
console.log(arr);
arr.clear();
console.log(arr);
`
###### ESM
`
import ArrayExtended from "extenders";
let arr = ArrayExtended([1,2,3,4,5,6]);
console.log(arr);
arr.clear();
console.log(arr);
`
- Array
- Object
- String
- Numbers
- Math
- Utils
- Decorators
- Extenders
`
var extendArray = require("extenders").extendArray;
extendArray();
let arr = [1,2,3,4,5,6];
console.log(arr);
arr.clear();
console.log(arr);
`
`
var ArrayExtended = require("extenders").ArrayExtended;
let arr = ArrayExtended([1,2,3,4,5,6]);
console.log(arr);
arr.clear();
console.log(arr);
`
`
var extendArray = require("extenders").extendArray;
extendArray();
// Below find the usage of the extended functions
`
#### Array - API List
###### .execute
Execute the function provided that takes the iterator as an argument of the function.
[1, 2, 3, 4].execute(executeFunction)
###### .extend
Extend or Concat the provided iterable at provided index. The default is last index of the array.
[1, 2, 3, 4].extend(iterable, index)
###### .max
Returns the provided number (count) of maximum values in the array from start index to end index.
[1, 2, 3, 4].max(count, start, end)
###### .maxIndexes
Returns the provided number (count) of maximum values with their indexes in the array from start index to end index.
[1, 2, 3, 4].maxIndexes(count, start, end)
###### .min
Returns the provided number (count) of minimal values in the array from start index to end index.
[1, 2, 3, 4].min(count, start, end)
###### .minIndexes
Returns the provided number (count) of minimal values with their indexes in the array from start index to end index.
[1, 2, 3, 4].minIndexes(count, start, end)
###### .average
Returns the average of all the number or decimal values in the array from start index to end index.
[1, 2, 3, 4].average(start, end)
###### .sum
Returns the sum of all the number or decimal values in the array from start index to end index.
[1, 2, 3, 4].sum(start, end)
###### .acosMap
Modifies the array with acos of all the values. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].acosMap(start, end, method = "replace", thisValue)
###### .cosMap
Modifies the array with cos of all the values. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].cosMap(start, end, method = "replace", thisValue)
###### .sinMap
Modifies the array with sin of all the values. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].sinMap(start, end, method = "replace", thisValue)
###### .asinMap
Modifies the array with asin of all the values. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].asinMap(start, end, method = "replace", thisValue)
###### .absMap
Modifies the array with absolute of all the values. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].absMap(start, end, method = "replace", thisValue)
###### .factorialMap
Returns the factorial value of all number values of the array from start index to end index.
[1, 2, 3, 4].factorialMap(start, end, thisValue)
###### .cosMapCopy
Returns the array with cos of all the values of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].cosMapCopy(start, end, method = "replace", thisValue)
###### .acosMapCopy
Returns the array with acos of all the values of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].acosMapCopy(start, end, method = "replace", thisValue)
###### .sinMapCopy
Returns the array with sin of all the values of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].sinMapCopy(start, end, method = "replace", thisValue)
###### .asinMapCopy
Returns the array with asin of all the values of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].asinMapCopy(start, end, method = "replace", thisValue)
###### .absMapCopy
Returns the array with absMap of all the values of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].absMapCopy(start, end, method = "replace", thisValue)
###### .floorMap
Modifies the array with floor of all the number values from start index to end index. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].floorMap(start, end, method = "replace", thisValue)
###### .ceilMap
Modifies the array with ceil of all the number values from start index to end index. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].ceilMap(start, end, method = "replace", thisValue)
###### .roundMap
Modifies the array with round of all the number values from start index to end index. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].roundMap(start, end, method = "replace", thisValue)
###### .floorMapCopy
Returns the copy of array with floor of all the number values from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].floorMapCopy(start, end, method = "replace", thisValue)
###### .ceilMapCopy
Returns the copy of array with ceil of all the number values from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].ceilMapCopy(start, end, method = "replace", thisValue)
###### .roundMapCopy
Returns the copy of array with round of all the number values from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].roundMapCopy(start, end, method = "replace", thisValue)
###### .squareMap
Modifies the array with square of all the array values from start index to end index. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].squareMap(start, end, method = "replace", thisValue)
###### .sqrtMap
Modifies the array with square root of all the array values from start index to end index. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].sqrtMap(start, end, method = "replace", thisValue)
###### .powMap
Modifies the array with power of all the array values with the provided power value from start index to end index. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].powMap(power, start, end, method = "replace", thisValue)
###### .multiplyMap
Modifies the array with multiplication of all the array values from start index to end index with provided multiplier. Modifies the whole array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].multiplyMap(multiplier, start, end, method = "replace", thisValue)
###### .squareMapCopy
Returns the array with square of all the array values from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].squareMapCopy(start, end, method = "replace", thisValue)
###### .sqrtMapCopy
Returns the array with square root of all the array values from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].sqrtMapCopy(start, end, method = "replace", thisValue)
###### .powMapCopy
Returns the array with power of all the array values with provided power value from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].powMapCopy(power, start, end, method = "replace", thisValue)
###### .multiplyMapCopy
Returns the array with multiplication of provided multiplier with all the array values from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].multiplyMapCopy(multiplier, start, end, method = "replace", thisValue)
###### .randomRange
Returns the array with count number of array items with random values multiplied with the provided multiplier. Modifies the array in place.
[1, 2, 3, 4].randomRange(count, multiplier)
###### .fillRange
Modifies the array with array items with random values multiplied with the provided multiplier from start index to end index. Modifies the array in place.
[1, 2, 3, 4].fillRange(item, start, end, method = "inrange", thisValue)
###### .append
Append the item to the array. Modifies the array in place.
[1, 2, 3, 4].append(item)
###### .isArray
Returns if the provided iterable is an array. Alternatively, if the iterable is not provided then it check if the object is an Array.
[1, 2, 3, 4].isArray(iterable)
###### .insert
Insert the item to the array at index provided. Modifies the array in place.
[1, 2, 3, 4].insert(index, item, thisArray)
###### .insertAll
Insert the array or list of items to the array at index provided. Modifies the array in place.
[1, 2, 3, 4].insertAll(index, array, thisArray)
###### .concatMerge
Concat the array or list of items to the array at index provided. Modifies the array in place.
[1, 2, 3, 4].concatMerge(array, thisValue, ...args)
###### .merge
Concat the array or list of items to the array at index provided. Modifies the array in place.
[1, 2, 3, 4].merge(array, thisValue, ...args)
###### .count
Count the number of items in the array from start index to end index.
[1, 2, 3, 4].count(item, start, end, method = "replace", thisValue)
###### .replace
Replace the item to the array at index provided from start index to end index. Modifies the array in place.
[1, 2, 3, 4].replace(index, item, thisValue)
###### .replaceCopy
Replace the item to the array at index provided from start index to end index. Returns an new modified array.
[1, 2, 3, 4].replaceCopy(index, item, thisValue)
###### .replaceAll
Replace the item to the array at index provided from start index to end index. Modifies the array in place.
[1, 2, 3, 4].replaceAll(item, replaceValue, start, end, method = "replace", thisValue)
###### .replaceAllCopy
Replace the item to the array at index provided from start index to end index. Returns an new modified array.
[1, 2, 3, 4].replaceAllCopy(item, replaceValue, start, end, method = "replace", thisValue)
###### .remove
Removes the first found equal item and Returns the removed item of array from start index to end index. Modifies the array in place.
[1, 2, 3, 4].remove(item, thisArray)
###### .removeAll
Removes all items and Returns the removed items of array from start index to end index. Modifies the array in place.
[1, 2, 3, 4].removeAll(item, start, end, method = "replace", thisValue)
###### .removeCopy
Removes the first found equal item and Returns the removed item of array from start index to end index. Returns a new modified array object.
[1, 2, 3, 4].removeCopy(item, thisArray)
###### .removeAllCopy
Removes all items and Returns the removed items of array from start index to end index. Returns a new modified array object.
[1, 2, 3, 4].removeAllCopy(item, start, end, method = "replace", thisValue)
###### .pop
Removes and Returns the removed item index of array. Modifies the array in place.
[1, 2, 3, 4].pop(index)
###### .clear
Clears the array from start index to end index. Modifies the array in place.
[1, 2, 3, 4].clear(start, end)
###### .index
Returns the index of array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].index(item, start, end, thisArray)
###### .sort
Modifies the array with a sort from start index to end index. Modifies the array in place.
[1, 2, 3, 4].sort(key = null, reverse = false, start, end, method = "replace", thisValue)
###### .reverse
Return a one level reverse copy of the array from start index to end index. Modifies the array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place)
[1, 2, 3, 4].reverse(start, end, thisValue)
###### .reverseCopy
Returns a deep reverse copy of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].reverseCopy(start, end, thisValue)
###### .copy
Returns a deep copy of the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].copy(start, end, thisValue)
###### .diction
Returns the converted dictionary from the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].diction(mapFunction, arg, start, end, thisValue)
###### .subset
Check if the array from start index to end index is a subset of the other provided iterator. Returns a boolean.
[1, 2, 3, 4].subset(iterable, start, end, thisValue)
###### .superset
Check if the array from start index to end index is a superset of the other provided iterator. Returns a boolean.
[1, 2, 3, 4].superset(iterable, start, end, thisValue)
###### .diffIterable
Returns an object that has different items from start index to end index in the provided iterator when compared to the array. Returns a new object and does not modify the array in place
[1, 2, 3, 4].diffIterable(iterable, start, end, thisValue)
###### .diffSelf
Returns an object that has different items from start index to end index in the array when compared to other provided iterator. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].diffSelf(iterable, start, end, thisValue)
###### .diffBoth
Returns an object that has different items from start index to end index in both the array when compared to other provided iterator. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].diffBoth(iterable, start, end, thisValue)
###### .equal
Check is the array from start index to end index and provided iterator have similar number of items, similar items, and similar indexes.
[1, 2, 3, 4].equal(iterable, start, end, thisValue)
###### .similar
Check if the array from start index to end index and provided iterator have similar number of items and similar item values.
[1, 2, 3, 4].similar(iterable, start, end, thisValue)
###### .uniques
Modifies the array from start index to end index into all the unique items in an array. Modifies the array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].uniques(start, end, method = "replace", thisValue)
###### .uniquesCopy
Returns all the unique items of an array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].uniquesCopy(start, end, method = "replace", thisValue)
###### .duplicates
Modifies the array from start index to end index into (only) all the duplicate items in an array. Modifies the array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].duplicates(start, end, method = "replace", thisValue)
###### .duplicatesCopy
Returns (only) all the duplicate items of an array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].duplicatesCopy(start, end, method = "replace", thisValue)
###### .enqueue
Insert the item of into an array using the push method (Bottom FIFO queue execution)
[1, 2, 3, 4].enqueue(item)
###### .dequeue
Remove the first item of an array using the shift method (Bottom FIFO queue execution)
[1, 2, 3, 4].dequeue()
###### .transpose
Transpose the array from start index to end index. Modifies the array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].transpose(iterator, start, end, method = "replace", thisValue)
###### .transposeCopy
Transpose the array from start index to end index. Returns a new object and does not modify the array in place.
[1, 2, 3, 4].transposeCopy(iterator, start, end, method = "replace", thisValue)
###### .immutable, .freeze, .tuple
Create an array into immutable array using the freeze method. Modifies the array in place unless an array is provided. array option provided returns a frozen object as if .freeze is a frozen array object creator.
[1, 2, 3, 4].immutables(array)
###### .flatten
Flatten the array from start index to end index . Modify's the array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].flatten(start, end, method = "replace", thisValue)
###### .flattenDeep
Deep Flatten the array from start index to end index . Modify's the array in place. The method option has two options - replace (replace the whole array with these values) and inrange (just replace the range of items with the new array values keeping the left and right array items in place).
[1, 2, 3, 4].flattenDeep(start, end, method = "replace", thisValue)
###### .flattenCopy
Flatten the array from start index to end index . Returns a new object and does not modify the array in place.
[1, 2, 3, 4].flattenCopy(start, end, method = "replace", thisValue)
###### .flattenDeepCopy
Deep Flatten the array from start index to end index . Returns a new object and does not modify the array in place.
[1, 2, 3, 4].flattenDeepCopy(start, end, method = "replace", thisValue)
###### .range
Create a range of numbers from start index to end index with a increment of provided step.
[1, 2, 3, 4].range(start, stop, step)
###### .enumerate
Enumerate an array into an iteratable array of objects with structure {index, value} in each item.
[1, 2, 3, 4].enumerate(type = "object", thisValue)
###### .del
Delete items of an array from start index to end index.
[1, 2, 3, 4].del(start, end, thisValue)
###### .log
Log items of an array from start index to end index to console.
[1, 2, 3, 4].log(start, end, message = "", callback = console.log, thisValue)
#### Object - Dictionary [TODO indevelopment]
`
var extendObject = require("extenders").extendObject;
extendObject();
let arr = [1,2,3,4,5,6];
console.log(arr);
arr.clear();
console.log(arr);
`
`
var ObjectExtended = require("extenders").ObjectExtended;
let obj = ObjectExtended.create({ "test" : "test", "tester" : "100" });
console.log(obj);
obj.clear();
console.log(obj);
`
#### Object - API List [TODO indevelopment]
###### .clear [TODO indevelopment]
#### String [TODO indevelopment]
`
var StringExtended = require("extenders").StringExtended;
let str = new StringExtended("Tesing my modified String JS object functions");
console.log(str);
str.clear();
console.log(str);
`
`
var extendString = require("extenders").extendString;
extendString();
let str = "Tesing my modified String JS object functions";
console.log(str);
str.clear();
console.log(str);
`
#### String - API List [TODO indevelopment]
###### .clear
"Test string".clear(start, end)
#### Numbers [TODO indevelopment]
`
var NumberExtended = require("extenders").NumberExtended;
let str = new NumberExtended("Tesing my modified String JS object functions");
console.log(str);
str.clear();
console.log(str);
`
`
var extendNumber = require("extenders").extendNumber;
extendNumber();
let str = "Tesing my modified String JS object functions";
console.log(str);
str.clear();
console.log(str);
`
#### Numbers - API List [TODO indevelopment]
###### .imul
.imul(...args)
#### Math [TODO indevelopment]
`
var extendMath = require("extenders").extendMath;
extendMath();
let arr = [1,2,3,4,5,6,7,8,9];
console.log(arr);
arr.imul();
console.log(arr);
`
#### Math - API List [TODO indevelopment]
###### .imul
.imul(...args)
#### Utils [TODO indevelopment]
`
`
#### Utils - API List [TODO indevelopment]
###### .clear
.clear(start, end)
#### Decorators [TODO indevelopment]
`
`
#### Decorators - API List [TODO indevelopment]
###### .decorate
.decorate()
#### Extenders [TODO indevelopment]
`
`
###### .clear
.clear()`
- In development for Object, String, Decorator, Math, Numbers.
Check .todo file for latest TODO list
The MIT License (MIT) - See LICENSE for further details
Copyright © 2023 - till library works