/; generate (~utils.File fin, fout)
	# Parse files into AST
	parse.Node ast = parse.generate_ast(fin)
	ast.update_children()
	parse.print_ast(~ast)

	# Create output buffer
	CompBuf buffer
	buffer.init()

	# Transform into a module tree
	Module mod
	mod.init(~ast, ~buffer)
	mod.update_children()

	# Compile code
	_gen_prims(~mod)
	mod.compile(~buffer)

	# Write assembly to output file
	fout.create()
	buffer.write_to(fout)
	fout.close()
	
	# Free all structs
	mod.end()
	buffer.end()
	ast.end()
;/

/; _gen_prims (~Module m)
	Var t

	Struct s
	s.members.init(len t)
	s.methods = NULL
	s._up = NULL

	~uint8 str

	# One byte prims
	s.size = 1
	s.name = utils.strcpy("bool\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("uint8\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("int8\0")
	m`.structs.push(~s)

	# Two byte prims
	s.size = 2
	s.name = utils.strcpy("uint16\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("int16\0")
	m`.structs.push(~s)

	# Four byte prims
	s.size = 4
	s.name = utils.strcpy("uint32\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("int32\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("float32\0")
	m`.structs.push(~s)

	# Eight byte prims
	s.size = 8
	s.name = utils.strcpy("uint64\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("int64\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("float64\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("uint\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("int\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("float\0")
	m`.structs.push(~s)
	s.name = utils.strcpy("void\0")
	m`.structs.push(~s)

;/