Hello World
') // Hello World * ``` */ declare function convertHtmlToText(htmlString: string): string; /** * This method can be used to check if a name is Valid or not * * @param {string} name - Name that you want to validate * * @remarks * Valid name - Only alphanumeric with space allowed (no other special chars) and min char should be 2 */ declare function isValidName(name: string): boolean; /** * This method can be used to convert any string to sentence case. * * @param {string} str - String that you want to convert to sentence case * * @example * ``` * convertToSentenceCase('Enter investment amount'); // Enter investment amount * convertToSentenceCase('Enter SIP amount'); // Enter sip amount * convertToSentenceCase('My NAME Is kHan'); // My name is khan * convertToSentenceCase('My NAME Is kHan. i am not a terrorist. Understood?'); // My name is khan. I am not a terrorist. Understood? * ``` */ declare function convertToSentenceCase(str: string): string; /** * This method can be used to capitalize first letter of each work and touch nothing else. * * @param {string} str - String that you want to transform * * @example * ``` * capitalizeFirstLetter('Enter investment amount'); // Enter Investment Amount * capitalizeFirstLetter('Enter SIP amount'); // Enter SIP Amount * capitalizeFirstLetter('My NAME Is kHan'); // My NAME Is KHan * capitalizeFirstLetter('My NAME Is kHan. i am not a terrorist. Understood?'); // My NAME Is KHan. I Am Not A Terrorist. Understood? * ``` */ declare function capitalizeFirstLetter(str: string): string; /** * This method can be used to convert any string to title case. * * @param {string} str - String that you want to convert to title case * * @example * ``` * toTitleCase('Enter investment amount'); // Enter Investment Amount * toTitleCase('Enter SIP amount'); // Enter Sip Amount * toTitleCase('My NAME Is kHan'); // My Name Is Khan * toTitleCase('My NAME Is kHan. i am not a terrorist. Understood?'); // My Name Is Khan. I Am Not A Terrorist. Understood? * ``` */ declare function toTitleCase(str: string): string | undefined; /** * This function masks an input string from the index specified to the number of characters specified to be masked * * @param {string} inputString - Input string to be masked * @param {number} maskStartIndex - Index in the input string from which masking needs to be started * @param {number} maskCharactersCount - Count of number of charaters to be masked in input string * @param {number} maskCaracter - Charatcer with which string needs to be masked with * * @example * ``` * maskInputString("maskInputString", 7, 12); // Output is 'maskInpXXXXXXXX' * maskInputString("maskInputString", 0, 12); // Output is 'XXXXXXXXXXXXing' * maskInputString("maskInputString", 0, 10); // Output is 'XXXXXXXXXXtring' * maskInputString("maskInputString", 0, 9); // Output is 'XXXXXXXXXString' * maskInputString("maskInputString", 2, 9); // Output is 'maXXXXXXXXXring' * maskInputString("maskInputString", 6, 8); // Output is 'maskInXXXXXXXXg' * maskInputString("maskInputString", 6, 8, '*'); // Output is 'maskIn********g' * maskInputString("maskInputString", 6, 13); // Output is 'maskInXXXXXXXXX' * maskInputString("maskInputString", 6, 16); // Output is 'XXXXXXXXXXXXXXX' as maskCharactersCount is greater than length of inputString * maskInputString("maskInputString", 13, 1); // Output is 'maskInputStriXg' * maskInputString("maskInputString", 16, 13); // Output is 'maskInputString' as maskStartIndex is greater than length of inputString * maskInputString("maskInputString", 16); // Output is '' * maskInputString("maskInputString", 2); // Output is '' * maskInputString("maskInputString", undefined, 3); // Output is '' * maskInputString(); // Output is '' * maskInputString("maskInputString", -1, 2); // Output is '' * maskInputString("maskInputString", 1, -2); // Output is '' * ``` */ declare function maskInputString(inputString: string, maskStartIndex: number, maskCharactersCount: number, maskCharacter?: string): string; /** * This function truncates an input string from the index specified to the number of characters specified to be truncated * * @param {string} inputString - Input string to be truncated * @param {string} truncateStartIndex - Index from which truncation of the string to be started * @param {number} truncateCharactersCount - Number of characters which should be trucated from the truncateStartIndex * * @example * ``` * truncateInputString('truncateInputString') // Output will be 'InputString' * truncateInputString('truncateInputString', 0, 8) // Output will be 'InputString' * truncateInputString('truncateInputString', 4, 9) // Output will be 'trunString' * truncateInputString('truncateInputString', 20, 9) // Output will be 'truncateInputString', as start index is larger than length of inputString * truncateInputString('truncateInputString', 10, 20) // Output will be '', aslength of characters to be truncated is large than length of inputString * truncateInputString('truncateInputString', 0, 0) // Output will be 'truncateInputString' * truncateInputString('truncateInputString', 10, -1) // Output will be '' * truncateInputString('truncateInputString', -1, 10) // Output will be '' * truncateInputString('truncateInputString', -1, -1) // Output will be '' * ``` */ declare function truncateInputString(inputString: string, truncateStartIndex?: number, truncateCharactersCount?: number): string; /** * This method is used to check if the given string check for characters from a-z, A-Z, 0-9. * * @param str - String that you want to check for the above characters * * @example * ``` * isAlphanumericString('aaAa123') // true * isAlphanumericString('aaAa_98-') // false * ``` */ declare function isAlphanumericString(str: string): boolean; /** * This method checks for all characters to be number between 0-9 and pincode length to be 6 * * @param {string | number} pincode - string or number entered in input element * * @example *``` * isValidPincode('123456') // true * isValidPincode('1234aa') // false * isValidPincode(110018) // true * isValidPincode('12345') // false * ``` */ declare function isValidPincode(pincode: string | number): boolean; /** * The sequential number would always be a subset to "0123456789". * For instance, 1234, 4567, 2345, etc are all subset of "0123456789". * To validate, this function uses 'indexOf' method present on String Object. * * @param {string | number} digitsPattern - string or number entered in input element * * @example *``` * isSequentialDigitsPattern('1234') //true * isSequentialDigitsPattern('1235') //false * isSequentialDigitsPattern('9876') //true * ``` */ declare function isSequentialDigitsPattern(digitsPattern: string | number): boolean; /** * This function checks if a string has all digits as the same digit * * @param {string} str - string entered in input element * * @example * ``` * isSameDigitsString('1111') //true * isSameDigitsString('2222') //true * isSameDigitsString('1212') //false * ``` * */ declare function isSameDigitsString(str: string): boolean; /** * This function normalizes text to string by using latest price and last price and is used by Ticker component. * This is useful in case of a negative number where it doesn't behave properly in Ticker component. * * @param {number} latestPrice - The current price of the fund/schemes * @param {number} lastPrice - The last price of the scheme of the fund/schemes * * @example * ``` *