strings.md

Documentation

• Bytecode
• Configuration
• Performance
• Comments //
• Conditions if else end
• Constants true false HIGH LOW INPUT OUTPUT
• Cycles for while next break continue
• Functions function locals return done
• Macros macro
• Numeric variables @ @[]
• Operators + - * / % == != > >= < <= && || & | ^ >> << ++ -- ~ not
• Strings : :[]
• System functions adc read args char cursor delay file close file open file read file write pipe close pipe open pipe read pipe write include index input io open io read io write mem millis number numeric print random restart serial open serial read serial write size stop string
• Unary operators ++ --

Strings

String are identified by :, their name must be composed by lowercase and or uppercase letters and or the symbol _ and or numbers. Each string is just an entry of a global array of strings. BIPLAN supports up to 87 strings of $2^{31}$ or $2^{63}$ bits length. A string can be declared:

:test = "Hello world!"

A string can be accessed by name:

:test = "Hello world!"
print :test // Prints "Hello world!"

Strings can be concatenated:

:name = "Fred"
:phrase = "Hi " + :name + "!" // Prints "Hi Fred!"

All strings can be accessed by reference using :[]:

:test = "Hello world!"
print :[0] // Prints "Hello world!"

Characters of strings can be accessed as shown below:

:test = "Hello world!"
print :test[0] // Prints "H"

The reference of a string can be obtained prepending its name with index:

:a_string = "Hello world" // index 0
:b_string = "World"       // index 1
:c_string = "Hello"       // index 2
print index :c_string     // Prints 2 or the index of :c_string