Business applications often work with large amounts of text. Sheerpower is highly optimized for handling strings. To concatenate (combine) two or more strings, use the plus sign (+). For example, string1 + string2 will join them. Additionally, you can use the join() function when you need to concatenate a large number of strings efficiently.
Strings are handled very efficiently by Sheerpower. Each string knows its memory address, allocated size and its real size. For example, if a string holds the words "The rain in Spain" and later needs to hold the shorter string of "Enjoy life", Sheerpower can copy the characters from the new shorter string into where the longer string was, repurposing its already allocated buffer.

Sheerpower manages all memory use for you. You never have to worry about memory leaks, allocations, or deallocations when using Sheerpower. It accomplishes this using a series of memory pools that are created as the program runs. This is all accomplished without the use of a "garbage collector" -- avoiding program slowdowns.

In addition, each string is given a globally unique string ID (SID). When a string is copied, its SID is copied to the target as well. Later, Sheerpower avoids unnecessary string copies by first checking if the SIDs of the source and target strings match. If they do, the copying process is avoided.

When using functions like getword$(), Sheerpower also uses SIDs as part of an internal hinting system for further efficiency. For example, if the entire contents of the Bible is stored in the variable bible$ and you do a getword$(bible$, 1000) and then later you do a getword$(bible$, 1001), the function does not need to re-read the first 1000 words to get to the 1001 word. It knows from the hinting system where it last left off and returns the 1001 word immediately.

Sheerpower provides memory safety without garbage collection. This eliminates the string handling slowdowns that other languages experience