Results for "Author: jamie richard wilson"
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.
EnHex converts a string to hexidecimal characters, which I designed for use with encryption routines that sometimes output unprintable characters. It's a simple way to convert unprintable characters into something printable. DeHex simply reverses the process.
This is a set of three functions that pull tagged data, such as that from HTML or XML, based on the tag name. I've used this in a number of applications where I've need to store multiple bits of variable-length data in a single string or file.