Dachs
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Dachs; A Doggy :dog: Programming Language

Now new version is being developed in 'next' directory. It will replace current C++ implementation.
Dachs is a general-purpose programming language designed to be enjoyable, statically-typed and dog-friendly. Dachs is intended to be used for efficient applications and tools development, not for system programming.
Goals :dog2:
- Light to write (inspired by Ruby)
- Strongly and statically typed
- Native code efficiency
- OOP
- Immutability-aware
- Familiar with functional features
- Dog-friendly
# If 'var' is specified, the argument is copied and passed by value # then mutable. Otherwise, the argument is passed by reference then # immutable. Variable definition has the same rule as this. # Type of arguments and returned value are deduced automatically. # If you want to specify the type of argument, you can use ':'. # e.g. # func step_to(var first : float, last : float, block) : () func step_to(var first, last, block) for first <= last block(first) first += 1 end end # UFCS is implemented. # '1.step_to n' is equivalent to 'step_to(1, n)' # Dachs has a block inspired from Ruby. # do-end block is passed to the last argument of callee as lambda object. # Here, 'block' variable is captured into do-end block. func fizzbuzz(n, block) 1.step_to n do |i| case when i % 15 == 0 block("fizzbuzz") when i % 3 == 0 block("fizz") when i % 5 == 0 block("buzz") else block(i) end end end func main fizzbuzz 100 do |i| println(i) end end # Array and tuple are available as container. # (dictionary will come.)
Progress Report
- [x] Basic literals
- [x] Basic expressions
- [x] Basic statements
- [x] Basic strong type check
- [x] Functions
- [x] Operator functions
- [x] Overload resolution
- [x] Simple return type and variable type deduction
- [ ] Type inference
- [x] UFCS
- [x] Class
- [x] Lambda
- [x] Block
- [ ] Variadic arguments
- [ ] Module
- [x] GC
- [x] Tests
- [x] CMakeLists.txt
- [x] Travis-CI
- [ ] Option parser
- [ ] Allocator customization
- [ ] Introduce OvenToBoost
This software is disributed under The MIT License if not specified in a source file.
Copyright (c) 2014-2015 rhysd
This software uses Boost C++ Libraries, which is licensed by The Boost License.
Boost Software License - Version 1.0 - August 17th, 2003
This software uses LLVM, which is licensed by University of Illinois/NCSA Open Source License.
Copyright (c) 2003-2014 University of Illinois at Urbana-Champaign