TsadriuUtilities 1.13.1

TsadriuUtilities

A package with utilities that are useful for web scraping, to make it easier and save a little bit of time.

TsadriuUtilities is a library that helps on dealing with

• Arrays, Chars, Directories, Files, Lists, Numbers, Strings, Generic types and more. I hope this package will make your coding easier and save you a bit of time.

> Features <

ArrayHelper:

• ToString<T>(T[], string separator):
  • Converts an Array into a single line of string. If the separator is not passed, it will separate by a space. Examples: ArrayToString(new int[] { 1, 3, 5 }) → "1 3 5", ArrayToString(new string[] { "5", "2" }, "|") → "5|2".
• GenerateRandom<T>(T[] array, int min, int max):
  • Fills up the array with random numbers between min (default: 0, inclusive) and max (default: 100, inclusive).
• GetValueLike(string[] stringArray, string value, StringComparison stringComparison)
  • Iterates through the stringArray, returning the first item found that contains value.
• GetValueContaining(string[] stringArray, StringComparison stringComparison, string[] values)
  • Iterates through the stringArray, returning the first item found that contains all the values.
• AddToElements(string[] stringArray, string startItemTag, string endItemTag)
  • Iterates through the stringArray, adding startItemTag before the item and endItemTag after the item. Example: startItemTag is 'www.' and the items inside the stringArray are 'google.com'. This method will return the elements as 'www.google.com'.
• RemoveFromElements(string[] stringArray, params string[] valuesToRemove)
  • Returns an array where all occasions of valuesToRemove have been removed from the elements of the stringArray.
• ReplaceFromElements(string[] stringArray, string oldValue, string newValue)
  • Returns an array where all occasions of oldValue have been replaced by newValue from the elements of the stringArray.
• GetBetween(string[] stringArray, string start, string end, bool startEndIncluded):
  • Iterates through the stringArray, returning the first instance where both start and end are found. If none of the indexes match start and end, a string.Empty is returned. Use startEndIncluded if you want to include start and end in the returning string.
• GetMultipleBetween(string[] stringArray, string start, string end, bool startEndIncluded):
  • Searches through the stringArray, returning multiple instances found between start and end. Use startEndIncluded if you want to include start and end in the returning array.
• KeepBetween(string[] stringArray, string start, string end, bool startEndIncluded, bool excludeEmptyIndexes):
  • Iterates through the stringArray, keeping the content between start and end. If startEndIncluded is enabled, the indexes will keep the start and end. If excludeEmptyIndexes is enabled, empty indexes will be removed from the array.
• Exclude(string[] stringArray, string[] excludeStrings):
  • Iterates through the stringArray, excluding the indexes that contain excludeStrings.
• AddRange<T>(T[] currentArray, T[] arrayToAdd):
  • Adds the currentArray into arrayToAdd.

BoolHelper:

• ToBool(string value, SearchType searchType, string[] trueValue, string[] falseValue):
  • Tries to parse the value into a bool. If the conversion was successfull, it will return value as true or false depending on where it was found (trueValues, falseValues). If value is not found in any of those, it'll launch an ArgumentOutOfRangeException.

CharHelper:

• ToChar(string value, int index):
  • Converts the value into a char. If the length of value is higher than 1, it will return the first character of value or, if index is passed, the character of the desired index.

DictionaryHelper:

• ToDictionary<TKey, TValue>(List<string> list, string separator, bool invertKeyWithValue):
  • Iterates through each element of the list and splits it by separator, assigning TKey to everything that is before the separator and TValue to everything that is after the separator.
• FlipKeyWithValue<TKey, TValue>(Dictionary<TKey, TValue> dictionary):
  • Returns the dictionary where the TValue is the key and TKey is the value.

DirectoryHelper:

• Exist(string path, bool createFolder):
  • Checks if a path exists. If createFolder is true, it will create the path if it doesn't exist.
• NotExist(string path, bool createFolder):
  • Checks if a path does not exist. If createFolder is true, it will create the path if it doesn't exist.

FileHelper:

• GetFileExtention(string fileName):
  • Returns the extention of a fileName. If the fileName multiple extentions (Example: filename.txt.zip), it will return the last extention.
• Exist(string fullFileName, bool createFile):
  • Checks if fullFileName exists. If createFile is true, it will create the fullFileName if it doesn't exist (Keep in mind that the path of the fullFileName must exist for createFile to work).
• NotExist(string fullFileName, bool createFile):
  • Checks if fullFileName does not exist. If createFile is true, it will create the fullFileName if it doesn't exist (Keep in mind that the path of the fullFileName must exist for createFile to work).

HtmlHelper:

• EncodeHtml(string decodedHtml):
  • Converts a decodedHtml into a HTML-encoded string.
• DecodeHtml(string encodedHtml):
  • Converts a encodedHtml into a decoded string.
• GetHrefLink(string html):
  • Checks the html and tries to return the first link that is in between the href="".
• GetMultipleHrefLinks(string html):
  • Checks the html and tries to return multiple links that are in between the href="".
• GetTable(string html):
  • Checks the html and tries to return the first table that is in between the <table><\table>.
• GetMultipleTables(string html):
  • Checks the html and tries to return multiple tables that are in between the <table><\table>.
• GetRowsFromTable(string htmlTable):
  • Checks the htmlTable and tries to return the rows that are in between the <tr><\tr>.
• GetDataFromRows(string htmlTable):
  • Checks the htmlTable and tries to return the data that are in between the <td><\td>.
• GetMultipleDataFromTables(List<string> htmlTables):
  • Checks the htmlTables and tries to return all the data that are in multiple rows of multiple tables.

ListHelper:

• AddRange<T>(List<T> list, T[] array, int startIndex, int endIndex):
  • Adds the array into the list. If statIndex is specified, it will add the contents of the array only from startIndex (included) until the end of the array or until it reaches endIndex (included) if it is specified.
• AddRange<T>(List<T> list, List<T> listToAdd, int index):
  • Adds the listToAdd into the list. If index is specified, it will add the contents of the listToAdd only from index (included) until the end of the list.
• ToList<T>(T[] array):
  • Transforms an array into a List<T>.
• OrderByAscending(List<T> list):
  • Orders a list in ascending order.
• OrderByDescending<T>(List<T> list):
  • Orders a list in descending order.
• ToString<T>(List<T> list, string separator, int startIndex, int count)
  • Converts an list into a single line of string. If separator is not passed, it will separate by a space. Examples: ListToString(new int[] { 1, 3, 5 }) → "1 3 5", ListToString(new string[] { "5", "2" }, "|") → "5|2".
• HasAny<T>(List<T> list)
  • Iterates through the list, checking that it has at least 1 non null element.
• GetValueLike(List<string> list, string value, StringComparison stringComparison)
  • Iterates through the list, returning the first item found that contains value.
• GetValueContaining(List<string> list, StringComparison stringComparison, string[] values)
  • Iterates through the list, returning the first item found that contains all the values.
• AddToElements(List<string> list, string startItemTag, string endItemTag)
  • Iterates through the list, adding startItemTag before the item and endItemTag after the item. Example: startItemTag is 'www.' and the items inside the list are 'google.com'. This method will return the elements as 'www.google.com'.
• RemoveFromElements(List<string> list, params string[] valuesToRemove)
  • Returns a list where all occasions of valuesToRemove have been removed from the elements of the list.
• ReplaceFromElements(List<string> list, string oldValue, string newValue)
  • Returns a list where all occasions of oldValue have been replaced by newValue from the elements of the list.
• GetBetween(List<string> stringList, string start, string end, bool startEndIncluded):
  • Iterates through the stringList, returning the first instance where both start and end are found. If none of the indexes match start and end, a string.Empty is returned. Use startEndIncluded if you want to include start and end in the returning string.
• GetMultipleBetween(List<string> stringList, string start, string end, bool startEndIncluded):
  • Searches through the stringList, returning multiple instances found between start and end. Use startEndIncluded if you want to include start and end in the returning List<string>.
• KeepBetween(List<string> stringList, string start, string end, bool startEndIncluded, bool excludeEmptyIndexes):
  • Iterates through the stringList, keeping the content between start and end. If startEndIncluded is enabled, the indexes will keep the start and end. If excludeEmptyIndexes is enabled, empty indexes will be removed from the list.
• Exclude(List<string> stringList, string[] excludeStrings):
  • Iterates through the stringList, excluding the indexes that contain excludeStrings.
• GetMultipleBetweenIndexes(List<string> stringList, string start, string end, bool startEndIncluded):
  • Searches through the stringList, returningmultiple instances found between start and end for each index. If you want only one instance per index, please use the method GetMultipleBetween().
• SplitListIntoSubLists<T>(List<T> currentList, int elementsPerSubList):
  • Splits a generic list into multiple sublists based on the number of elements you want to split, represented by elementsPerSubList.

MultiHelper:

• ClampValue<T>(T currentValue, T minValue, T maxValue):
  • Clamps currentValue based on its' parameters. Returns maxValue if currentValue is higher than it and returns minValue if it is lower than it.
• AreNotNull<T>(params T[] objects):
  • Checks if all objects are not null. If all of objects are not null, returns true. Otherwise returns false.
• IsBetween<T>(T value, T minValue, T maxValue, bool inclusive):
  • Checks if the value is in the range of minValue and maxValue. Setting inclusive to true will also include minValue and maxValue in the verification.
• IsEquivalentTo(Type type, Type[] validTypes):
  • Determines whether type is equivalent to any validTypes.

NumberHelper:

• ToDecimal(string value):
  • Converts value into a decimal. If the conversion fails, returns a 0.0M.
• ToDouble(string value):
  • Converts value into a double. If the conversion fails, returns a 0.0d.
• ToInt(string value):
  • Converts value into a int. If the conversion fails, returns a 0.
• Max<T>(T[] sequence):
  • Returns the highest number present in the sequence.
• Min<T>(T[] sequence):
  • Returns the lowest number present in the sequence.
• IsNullOrZero<T>(T value):
  • Checks if value is a null or 0.

StringHelper:

• GetBetween(string text, string start, string end, bool startEndIncluded):
  • Searches through the text, returning the first instance found between start and end. Use startEndIncluded if you want to include start and end in the returning string.
• GetMultipleBetween(string text, string startTag, string endTag, bool tagsIncluded):
  • Searches through the text, returning multiple instances found between start and end. Use startEndIncluded if you want to include start and end in the returning List of string.
• GetBetweenReverse(string text, string start, string end, bool startEndIncluded):
  • Searches through the text, using the start as the end tag and then searches the text backwards until the end tag is found.
• AndContains(string text, StringComparison stringComparison, string[] values):
  • Checks a string if it has all instances of values. If that's the case, then it returns true, otherwise it returns false.
• OrContains(string text, StringComparison stringComparison, string[] values):
  • Checks a string if it has at least one instance of values. If that's the case, then it returns true, otherwise it returns false.
• IsEmpty(string value):
  • Checks if the value is null, string.Empty or a white space ("", " ", "\n", "\r", ...)
• IsNotEmpty(string value):
  • Check if the value contains any kind of character.
• AreEmpty(string[] values):
  • Checks if all instances of values are null, string.Empty or a white space ("", " ", "\n", "\r", ...), returning true if all of them are empty.
• AreNotEmpty(string[] values):
  • Checks if all instances of values contain any kind of character, returning true if all of them are not empty.
• LetterUpperCase(string value, int index):
  • Changes a letter from value to be upper-case. If index is not passed, it will change the first letter of value.
• LetterLowerCase(string value, int index):
  • Changes a letter from value to be lower-case. If index is not passed, it will change the first letter of value.
• Remove(string value, params string[] valuesToRemove):
  • Returns a string where all instances of valuesToRemove have been removed from the value.
• CharCount(string value, string valueToCount)
  • Returns the count of valueToCount present in the value.
• RemoveTags(string value, string[] tags)
  • Returns a string where all instances of tags are removed from value (Example: Passing 'b' will remove all '<b>', '</b>' and <b/> xml tags).
• Reverse(string value)
  • Reverses a string.
• Split(string value, string separator, bool keepSplitValue)
  • Splits the value based on the separator. Use keepSplitValue to keep the separator on the values.
• SeparateByUpperCase(string value, string separator)
  • Separates the value by upper-case characters.
• SeparateByLowerCase(string value, string separator)
  • Separates the value by lower-case characters.
• GetUpperCaseLetters(string value, string separator)
  • Reads the value, returning the present upper-case letters.
• GetLowerCaseLetters(string value, string separator)
  • Reads the value, returning the present lower-case letters.
• SplitBy(string value, SplitType splitType, bool keepSeparator, string separator)
  • Splits the value based on the splitType.

TTable:

• AddColumn(params string[] columnName):
• AddColumn(params TTable[] columnName):
  • Adds a new TTableColumn in the TTable.
• RenameColumn(string currentColumnName, string newColumnname):
  • Renames a column (if it exists).
• GetColumn(params TTable[] columnName):
  • Returns an instance of TTableColumn if it is present in TTable.ColumnList. If it is not present, returns a null.
• GetColumns(int index):
  • Returns all TTableColumn present in TTable.ColumnList, or, if index is passed, returns the TTableColumn of the desired index.
• MoveColumnIndex(TTableColumn tableColumn, int newIndex):
• MoveColumnIndex(string columnName, int newIndex)
  • Moves a tableColumn's index to newIndex.
• RemoveColumn(params TTableColumn[] tableColumn):
• RemoveColumn(params string[] columnName)
  • Removes a tableColumn from TTable.ColumnList (Method will use TTableColumn.ColumnName to determine which TTableColumn to remove from TTable.ColumnList.
• AddData(string columnName, params object[] values):
• AddData(TTableColumn tableColumn, params object[] values):
  • Adds values into the TTableColumn as object.
• ExistsData(string columnName, object value):
• ExistsData(TTableColumn tableColumn, object value):
  • Checks through the TTableColumn for value. Returns true if value is found, otherwise false.
• GetData(string columnName):
  • If the columnName exists, returns all the data present in the TTableColumn.
• RemoveData(string columnName, params object[] valuesToRemove):
• RemoveData(TTableColumn tableColumn, params object[] valuesToRemove):
  • Removes all instances of valuesToRemove.
• TableToCsv(bool addHeader, string separator):
  • Transform the TTable into a parseable .csv file.
• CsvToTable(string fullFileName, string separator):
  • Transform a .csv file into a TTable.

TTableColumn:

• string ColumnName { get; set; }:
  • Gets or sets the name of the column.
• List<object> ColumnData { get; set; }:
  • Gets or sets the data in the column.
• AddData(params object[] values):
  • Adds the values in the ColumnData as object.
• ExistData(object value):
  • Checks through the ColumnData for value. Returns true if value is found, otherwise false.
• RemoveData(params object[] values):
  • Removes all instances of values.

XmlHelper:

• RemoveEmptyTags(string xml):
  • Searches through the xml, removing empty tags that have the format of <EmptyTag\>.