|integer|
windowtitle `<Integer> = Integer(expression)`
printlf `Converts the expression to an Integer
printlf `if possible.
end

|absolute|
windowtitle `<integer> = Absolute(<value>)
printlf `Returns the absolute value of <value>.
end

|limit|
windowtitle `<integer> = Limit(<limit1>,<limit2>,<testvalue>)
printlf `Returns the <testvalue> if it is between
printlf `<limit1> and <limit2>.  If <testvalue> is
printlf `greater than both <limit1> and <limit2> it
printlf `will return the larger of the limits.  If
printlf `<testvalue> is smaller than both limits,
printlf `it will return the smaller of the limits.
end

|max|
windowtitle `<integer> = Max( <val> {,<val> , ...})
printlf `Returns the value of the highest parameter.
printlf
print `SEE ALSO: `
subject `Min`Min`
end

|min| 
windowtitle `<integer> = Min( <val> {,<val> , ...})
printlf `Returns the value of the lowest parameter.
print `SEE ALSO: `
subject `Max`Max`
end

|random|
windowtitle `<integer> = Random( <Minimum> , <Maximum> )
printlf `Returns a random integer between and
printlf `including the <Minimum> and <Maximum>
printlf `values.
end

|sign|
windowtitle `<integer> = Sign( <value> )
printlf `Returns the sign of the value.
printlf
printlf ` 1 if positive.
printlf ` 0 if Zero.
printlf `-1 if negative.
end

|ascii|
windowtitle `<integer> = ASCII("string")
printlf `Returns the ASCII value of the first
printlf `character in the string.
printlf
print `SEE ALSO: `
subject `Char`Char`
end

|char|
windowtitle `"string" = Char( <integer> )
printlf `Returns a single character corresponding
printlf `to an ASCII integer.
printlf
print `SEE ALSO: `
subject `ASCII`ASCII`
end

|numofchars|
windowtitle `<integer> = NumberOfChars("string")
printlf `Returns the number of characters in the
printlf `given string. 
printlf
print `SEE ALSO: `
subject `NumberOfWords`NumberOfWords`
print `.`
end

|lowcase|
windowtitle `"string" = LowerCase("STRING")
printlf `Returns a string with all the characters
printlf `converted to lowercase.
printlf
print `SEE ALSO: `
subject `UpperCase`UpperCase`
end

|upcase|
windowtitle `"STRING" = UpperCase("string");
printlf	`Returns a string with all the characters
printlf `converted to uppercase.
printlf
print `SEE ALSO: `
subject `LowerCase`LowerCase`
end

|dupestring|
windowtitle `"string" = DupeString("string",<count>)
printlf `Duplicates the given string <count> times
printlf `and returns it as a single string.
end

|trimstring|
windowtitle `"string" = TrimString(" string ")
printlf `Returns a string with leading and trailing
printlf `space and TAB characters removed.  Also,
printlf `multiple space and TAB characters within
printlf `the string are replaced with a single space.
end

|inschars|
windowtitle `"string" = InsertChars("Source","destination",<offset>)
printlf `Inserts a source string into the destination
printlf `string at the specified offset.
printlf
print `SEE ALSO: `
subject `RemoveChars`RemoveChars` 
end

|remchars|
windowtitle `"string" = RemoveChars("Source",<starting offset>,<length>)
printlf `Removes characters from source string
printlf `beginning at <starting offset> and for
printlf `<length> amount of characters.
printlf
print `SEE ALSO: `
subject `InsertChars`InsertChars` 
end

|findchars|
windowtitle `<integer> = FindChars("Source","Search",<starting offset>)
printlf `Returns the offset of the "search" string
printlf `if found in the "source" string, or else
printlf `it returns 0.  The search will begin at
printlf `the <starting offset>.
printlf
print `SEE ALSO: `
subject `FindWord`FindWord`
end

|getchars|
windowtitle `"string" = GetChars("Source",<starting offset>,<length>)
printlf `Returns a string of <length> characters
printlf `taken from the "Source" string beginning at
printlf `the <starting offset>.
printlf
print `SEE ALSO: `
subject `GetWord`GetWord`
end

|findword|
windowtitle `<int> = FindWord("Source","Word"{,<StartWordNum>{,"WordDelimiters"}})
printlf `Searches "Source" string for a matching 
printlf `"Word" and returns its word number.  If not
printlf `found it will return 0.  See Page 6-15 of
printlf `the user's manual for more details.
printlf
print `SEE ALSO: `
subject `FindChars`FindChars`
end

|getword|
windowtitle `"string" = GetWord("Source",<WordNum> {,"WordDelimiters"})
printlf `Returns the <WordNum> word in the "Source"
printlf `string.  See page 6-15 in the User's 
printlf `manual about Word Delimiters.
printlf
print `SEE ALSO: `
subject `GetChars`GetChars`
end

|positionofword|
windowtitle `<integer> = PositionOfWord("Source",<WordNum>,{"WordDelimiters"})
printlf `Returns the character position of the
printlf `<wordnum> word in the "Source" string.
printlf `See page 6-16 in the user's manual for
printlf `more details.
end

|bumprevision|
windowtitle `"string" = BumpRevision("Name")
printlf `Changes the revision of "Name" in the
printlf `same manner as the Workbench Duplicate
printlf `function does with a filename.  See
printlf `page 6-16 in the user's manual for
printlf `examples. 
end

|evalexpr|
windowtitle `result = EvaluateExpression("String")
printlf `If the string contains a valid expression,
printlf `this function returns its result.  If
printlf `the expression is not valid it will cause
print `a run time error.  Use `
subject `VerifyExpression`VerifyExpression`
printlf
print `first to avoid such problems. 
end

|verexpr|
windowtitle `«logical» = VerifyExpression("String")
printlf `Returns TRUE if the string contains a
printlf `valid expression, otherwise it returns
printlf `FALSE.  This command should be used`
print `before using `
subject `EvaluateExpression`EvaluateExpression`
printlf ` to avoid`
printlf `run time errors.`
end

|numberofwords|
windowtitle `NumberOfWords ("String" {,Delimiters})
printlf `Returns the number of seperate words in the
printlf `specified string.  You can optionally
printlf `specify the character delimiters separating
printlf `the words.
printlf
print `SEE ALSO: `
subject `NumberOfChars`Numberofchars`
print `.`
end

|leftjustify|
windowtitle `"string" = LeftJustify("source string", length [,"fillstring"])
printlf `Returns a string containing a left
printlf `justified string of a specified length.
printlf `The string will be padded with the "fill
printlf `string" or spaces.
printlf
print `SEE ALSO `
subject `RightJustify`RightJustify`
print ` & `
subject `CenterString`CenterString`
print `.`
end

|rightjustify|
windowtitle `"string" = RightJustify("string", length [,"fill string"])
printlf `Returns a string containing a right
printlf `justified string of a specified length.
printlf `The string will be padded with the "fill
printlf `string" or spaces.
printlf
print `SEE ALSO `
subject `LeftJustify`LeftJustify`
print ` & `
subject `CenterString`CenterString`
print `.`
end

|centerstring|
windowtitle `"string" = CenterString("string", length [,"fill string"])
printlf `Returns a string containing a center
printlf `justified string of a specified length.
printlf `The string will be padded with the "fill
printlf `string" or spaces.
printlf
print `SEE ALSO `
subject `RightJustify`RightJustify`
print ` & `
subject `LeftJustify`LeftJustify`
print `.`
end

|evaluate|
windowtitle `result = Evaluate("String")
print `Same as `
subject `EvaluateExpression`EvaluateExpression`
print `.`
end

|logical|
windowtitle `BOOLEAN = Logical(expression)
printlf `Returns the logical value of the given
printlf `expression.
end

|string|
windowtitle `"String" = String(expression)
printlf `Returns the string value of the given
printlf `expression.
end