Results for "Author: mark van cuijk"
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)
This module can be used to parse a mathematical expression given as a string. The result is just a double value, which can be used for anything you'd like to.
This code calculates the MD5 hash of an input message. The code is not mine, it's a part of a submission by Joseph Smugeresky. However, since it's the only working code I could found without the need of DLLs, I'm submitting it right here. Using it is really easy: Hash = CalculateMD5(InputMessage)