| Class | Description |
|---|---|
| ComplexSchemaFunctions | |
| ComplexSchemaFunctions.GetMapSchemaFunction |
This function exists to help the user understand the inner schemata of maps
It is NOT recursive (yet).
|
| ComplexSchemaUtils | |
| CryptoFunctions | |
| CryptoFunctions.AESDecryptFunction |
AES_DECRYPT() decrypts the encrypted string crypt_str using the key string key_str and returns the original cleartext string.
|
| CryptoFunctions.AESEncryptFunction |
aes_encrypt()/ aes_decrypt(): implement encryption and decryption of data using the official AES (Advanced Encryption Standard) algorithm,
previously known as "Rijndael." AES_ENCRYPT() encrypts the string str using the key string key_str and returns a
binary string containing the encrypted output.
|
| CryptoFunctions.MD2Function |
This class returns the md2 digest of a given input string.
|
| CryptoFunctions.MD5Function |
This function returns the MD5 digest of a given input string.
|
| CryptoFunctions.SHA1Function |
sha(
|
| CryptoFunctions.SHA256Function |
sha2(
|
| CryptoFunctions.SHA384Function |
This function returns the SHA384 digest of a given input string.
|
| CryptoFunctions.SHA512Function |
This function returns the SHA512 digest of a given input string.
|
| NearestDateFunctions | |
| NearestDateFunctions.NearestDateFunction |
This function takes two arguments, an input date object, and an interval and returns
the previous date that is the first date in that period.
|
| NearestDateFunctions.NearestDateFunctionWithString |
This function takes three arguments, an input date string, an input date format string, and an interval and returns
the previous date that is the first date in that period.
|
| NearestDateUtils | |
| NetworkFunctions | |
| NetworkFunctions.AddressCountFunction |
This function retunrs the number of IP addresses in the input CIDR block.
|
| NetworkFunctions.BroadcastAddressFunction |
This function returns the broadcast address of a given CIDR block.
|
| NetworkFunctions.HighAddressFunction |
This function gets the numerically highest IP address in an input CIDR block.
|
| NetworkFunctions.InetAtonFunction |
This function converts an IPv4 address into a BigInt.
|
| NetworkFunctions.InetNtoaFunction |
This function converts a BigInt IPv4 into dotted decimal notation.
|
| NetworkFunctions.InNetworkFunction |
This function takes two arguments, an input IPv4 and a CIDR, and returns true if the IP is in the given CIDR block
|
| NetworkFunctions.IsPrivateIP |
This function returns true if a given IPv4 address is private, false if not.
|
| NetworkFunctions.IsValidIPFunction |
Returns true if the input string is a valid IP address
|
| NetworkFunctions.IsValidIPV4Function |
Returns true if the input string is a valid IPv4 address
|
| NetworkFunctions.IsValidIPv6Function |
Returns true if the input string is a valid IP address
|
| NetworkFunctions.LowAddressFunction |
This function gets the numerically lowest IP address in an input CIDR block.
|
| NetworkFunctions.NetmaskFunction |
This function gets the netmask of the input CIDR block.
|
| NetworkFunctions.UrlDecodeFunction |
This function decodes URL strings.
|
| NetworkFunctions.UrlEncodeFunction |
This function encodes URL strings.
|
| PhoneticFunctions | |
| PhoneticFunctions.Caverphone1Function |
The Caverphone function is a phonetic matching function.
|
| PhoneticFunctions.Caverphone2Function |
The Caverphone function is a phonetic matching function.
|
| PhoneticFunctions.ColognePhoneticFunction |
Encodes a string into a Cologne Phonetic value.
|
| PhoneticFunctions.DaitchMokotoffFunction |
Encodes a string into a Daitch-Mokotoff Soundex value.
|
| PhoneticFunctions.DoubleMetaphoneFunction |
Implements the Double Metaphone phonetic algorithm (https://en.wikipedia.org/wiki/Metaphone),
and calculates a given string's Double Metaphone value.
|
| PhoneticFunctions.MatchRatingFunction |
Match Rating Approach Phonetic Algorithm Developed by Western Airlines in 1977.
|
| PhoneticFunctions.MetaphoneFunction |
Implements the Metaphone phonetic algorithm (https://en.wikipedia.org/wiki/Metaphone),
and calculates a given string's Metaphone value.
|
| PhoneticFunctions.NYSIISFunction |
The New York State Identification and Intelligence System Phonetic Code, commonly known as NYSIIS, is a phonetic algorithm devised in 1970 as part of the New York State Identification and Intelligence System (now a part of the New York State Division of Criminal Justice Services).
|
| PhoneticFunctions.RefinedSoundexFunction |
Encodes a string into a Refined Soundex value.
|
| PhoneticFunctions.SoundexFunction |
Encodes a string into a Soundex value.
|
| StringDistanceFunctions | |
| StringDistanceFunctions.CosineDistanceFunction |
This function calculates the cosine distance between two strings.
|
| StringDistanceFunctions.FuzzyScoreFunction |
This function calculates the cosine distance between two strings.
|
| StringDistanceFunctions.HammingDistanceFunction |
The hamming distance between two strings of equal length is the number of
positions at which the corresponding symbols are different.
|
| StringDistanceFunctions.JaccardDistanceFunction |
Measures the Jaccard distance of two sets of character sequence.
|
| StringDistanceFunctions.JaroDistanceFunction |
A similarity algorithm indicating the percentage of matched characters between two character sequences.
|
| StringDistanceFunctions.LevenstheinDistanceFunction |
An algorithm for measuring the difference between two character sequences.
|
| StringDistanceFunctions.LongestCommonSubstringDistanceFunction |
The Longest common subsequence algorithm returns the length of the longest subsequence that two strings have in common.
|
| TestComplexSchemaFunctions | |
| TestCryptoFunctions | |
| TestNearestDateFunctions | |
| TestNetworkFunctions | |
| TestPhoneticFunctions | |
| TestStringDistanceFunctions | |
| TestTimeBucketFunction | |
| TestUserAgentFunctions | |
| TimeBucketFunctions | |
| TimeBucketFunctions.DoubleTimeBucketFunction |
This function is used for facilitating time series analysis by creating buckets of time intervals.
|
| TimeBucketFunctions.TimeBucketFunction |
This function is used for facilitating time series analysis by creating buckets of time intervals.
|
| TimeBucketFunctions.TimeBucketNSFunction |
This function is used for facilitating time series analysis by creating buckets of time intervals.
|
| TimeBucketFunctions.TimestampTimeBucketFunction |
This function is used for facilitating time series analysis by creating buckets of time intervals.
|
| UserAgentAnalyzerProvider | |
| UserAgentFunctions | |
| UserAgentFunctions.NullableUserAgentFunction | |
| UserAgentFunctions.UserAgentFieldFunction | |
| UserAgentFunctions.UserAgentFunction |
| Enum | Description |
|---|---|
| NearestDateUtils.TimeInterval |
Specifies the time grouping to be used with the nearest date function
|
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