Use B# instead!
A B++ parser, interpreter, and compiler written in Go! Check the docs for more information on the B++ language and how it works, and the programming guide on how to import and use this library, with your code!
To install or update B++, do
go get -u github.com/Nv7-Github/bpp
To run a file, do
bpp run <filename>
For example, to run the kin
example, do
bpp run examples/kin.bpp
B++ programs support arguments. To pass arguments, use --args with comma-seperated values. For example:
bpp run --args arg1,arg2,arg3 <filename>
You can time how long it takes to run a B++ program, using --time or -t. For example:
bpp run -t <filename>
It can be hard to write B++ code, so you can convert Go code to B++!
Lets say you have a file called factorial.go
:
package main
func factorial(num int) int {
result := 1
if num >= 1 {
result = factorial(num - 1) * num
}
return result
}
func main() {
print(factorial(10))
}
Well, you can just do
bpp convert factorial.go
To convert it to B++ code, saved in the file factorial.bpp
!
You can also use the -o
parameter to specify the output file, like:
bpp convert factorial.go -o coolprogram.bpp
To save the B++ code to a file called coolprogram.bpp
!
bpp also supports compiling B++ programs into a native, extremely high-performance executable! You can use --time or -t with this too.
⚠️ Arrays are not supported!
To compile a program, just do
bpp build <filename>
You can also use -o or --output to specify the output file. For example, to compile the kin
example, do:
bpp build -o kin examples/kin.bpp
This will produce LLVM IR. To convert it into an executable, use an LLVM compiler, like
bpp build <filename> -cc clang
For both build
and run
, you can pass multiple files. These can be used with an IMPORT
statement. To pass multiple files, do
bpp run main.bpp file1.bpp file2.bpp
You can also use directories, like:
bpp build .
⚠️ If you are using more than one file, there must be a file calledmain.bpp
, which will be run.