@@ -0,0 +1,32 @@ 
+# use Alpine+Nim as a basis 
+FROM frolvlad/alpine-nim
+
+# install necessary packages
+RUN apk update
+RUN apk add curl git
+
+# clone repository
+RUN git clone https://github.com/h3rald/min.git
+
+# install nifty
+RUN nimble install -y nifty
+
+# set path to nifty
+# (for some reason it doesn't pick it up by itself)
+ENV PATH="/root/.nimble/pkgs/nifty-1.2.2:${PATH}"
+
+# install dependencies with nifty
+RUN cd min && nifty install
+
+# build min
+RUN cd min && nim c -d:release -d:ssl -o:min min
+
+# set our PATH to the min's location
+ENV PATH="/min:${PATH}"
+
+# set our workdir to /home
+# (where our local files will be mirrored)
+WORKDIR /home
+
+# start up the main binary 
+ENTRYPOINT [ "/min/min" ]

@@ -1,10 +1,14 @@ 
-min
-=====
 
-A tiny concatenative programming language and shell.
+<p align="center"><img align="center" width="350" src="logo_darker.svg"/></p>
+<p align="center">
+  <b>A tiny concatenative<br>programming language and shell</b>
+  <br><br>
+  <img src="https://img.shields.io/badge/nim-powered-yellow.svg?link=https://nim-lang-org">
+  <img src="https://img.shields.io/github/release/h3rald/min/all.svg">
+  <img src="https://img.shields.io/github/license/h3rald/min.svg">
+</p>
 
-For more info, go to <https://min-lang.org>.
+---
+
+► For more info, go to <https://min-lang.org>.
 
-![nim](https://img.shields.io/badge/nim-powered-yellow.svg?link=https://nim-lang-org)
-![release](https://img.shields.io/github/release/h3rald/min/all.svg)
-![license](https://img.shields.io/github/license/h3rald/min.svg)

@@ -0,0 +1,15 @@ 
+<svg width="588" height="588" xmlns="http://www.w3.org/2000/svg">
+ <!-- Created with Method Draw - http://github.com/duopixel/Method-Draw/ -->
+ <g>
+  <title>Layer 1</title>
+  <g id="widget" transform="rotate(-0.0926624983549118 294.3764648437568,302.3101196289116) matrix(7.224760791089692,0,0,7.224760791089692,1091.8911354197558,1091.8773791888611) ">
+
+   <path d="m-110.235944,-85.470377l-36.91286,6.2079l36.91286,6.1644l36.61214,-6.1644l-36.61214,-6.2079z" fill="#36a631" id="svg_2"/>
+   <path d="m-110.235944,-91.847177l-36.91286,6.2079l36.91286,6.1644l36.61214,-6.1644l-36.61214,-6.2079z" fill="#6bbc57" id="svg_3"/>
+   <path d="m-110.235944,-97.842677l-36.91286,6.2079l36.91286,6.1644l36.61214,-6.1644l-36.61214,-6.2079z" fill="#8dd97f" id="svg_4"/>
+   <path d="m-147.148804,-129.159877l5.5719,0l0,2.2288q1.6097,-1.684 2.7489,-2.2784q1.2134,-0.6191 3.046,-0.6191q4.0861,0 6.4634,3.5661q2.625,-3.5661 7.1074,-3.5661q8.14741,0 8.14741,9.881l0,14.90805l-5.59672,0l0,-13.39746q0,-3.46699 -0.84199,-4.90329q-0.8667,-1.4611 -2.8479,-1.4611q-2.3031,0 -3.3555,1.7335q-1.0525,1.7335 -1.0525,5.57193l0,12.45642l-5.5967,0l0,-13.32317q0,-6.43868 -3.7147,-6.43868q-2.3526,0 -3.4298,1.7582q-1.0773,1.7583 -1.0773,5.54723l0,12.45642l-5.5719,0l0,-24.12035z" fill="#bde9b7" id="svg_5"/>
+   <path d="m-101.458794,-129.159877l0,24.12035l-5.57195,0l0,-24.12035l5.57195,0zm-6.41394,-10.0296q0,-1.461 1.06486,-2.5259q1.06487,-1.0649 2.55072,-1.0649q1.51062,0 2.57548,1.0649q1.06487,1.0401 1.06487,2.5507q0,1.5106 -1.06487,2.5755q-1.04009,1.0649 -2.55071,1.0649q-1.51062,0 -2.57549,-1.0649q-1.06486,-1.0649 -1.06486,-2.6003z" fill="#bde9b7" id="svg_6"/>
+   <path d="m-94.401004,-129.159877l5.5967,0l0,2.2288q2.9222,-2.8975 6.5873,-2.8975q4.21,0 6.5626,2.6498q2.0306,2.2536 2.0306,7.355l0,14.78425l-5.5967,0l0,-13.47175q0,-3.5661 -0.9906,-4.9281q-0.9658,-1.3868 -3.5165,-1.3868q-2.7736,0 -3.9375,1.8326q-1.1392,1.8078 -1.1392,6.31485l0,11.6392l-5.5967,0l0,-24.12035z" fill="#bde9b7" id="svg_7"/>
+  </g>
+ </g>
+</svg>

@@ -0,0 +1,15 @@ 
+<svg width="588" height="588" xmlns="http://www.w3.org/2000/svg">
+ <!-- Created with Method Draw - http://github.com/duopixel/Method-Draw/ -->
+ <g>
+  <title>Layer 1</title>
+  <g id="widget" transform="rotate(-0.0926624983549118 294.3764648437568,302.3101196289116) matrix(7.224760791089692,0,0,7.224760791089692,1091.8911354197558,1091.8773791888611) ">
+
+   <path d="m-110.235944,-85.470377l-36.91286,6.2079l36.91286,6.1644l36.61214,-6.1644l-36.61214,-6.2079z" fill="#64b558" id="svg_2"/>
+   <path d="m-110.235944,-91.847177l-36.91286,6.2079l36.91286,6.1644l36.61214,-6.1644l-36.61214,-6.2079z" fill="#4a923b" id="svg_3"/>
+   <path d="m-110.235944,-97.842677l-36.91286,6.2079l36.91286,6.1644l36.61214,-6.1644l-36.61214,-6.2079z" fill="#247b1f" id="svg_4"/>
+   <path d="m-147.148804,-129.159877l5.5719,0l0,2.2288q1.6097,-1.684 2.7489,-2.2784q1.2134,-0.6191 3.046,-0.6191q4.0861,0 6.4634,3.5661q2.625,-3.5661 7.1074,-3.5661q8.14741,0 8.14741,9.881l0,14.90805l-5.59672,0l0,-13.39746q0,-3.46699 -0.84199,-4.90329q-0.8667,-1.4611 -2.8479,-1.4611q-2.3031,0 -3.3555,1.7335q-1.0525,1.7335 -1.0525,5.57193l0,12.45642l-5.5967,0l0,-13.32317q0,-6.43868 -3.7147,-6.43868q-2.3526,0 -3.4298,1.7582q-1.0773,1.7583 -1.0773,5.54723l0,12.45642l-5.5719,0l0,-24.12035z" fill="#93cd8d" id="svg_5"/>
+   <path d="m-101.458794,-129.159877l0,24.12035l-5.57195,0l0,-24.12035l5.57195,0zm-6.41394,-10.0296q0,-1.461 1.06486,-2.5259q1.06487,-1.0649 2.55072,-1.0649q1.51062,0 2.57548,1.0649q1.06487,1.0401 1.06487,2.5507q0,1.5106 -1.06487,2.5755q-1.04009,1.0649 -2.55071,1.0649q-1.51062,0 -2.57549,-1.0649q-1.06486,-1.0649 -1.06486,-2.6003z" fill="#93cd8d" id="svg_6"/>
+   <path d="m-94.401004,-129.159877l5.5967,0l0,2.2288q2.9222,-2.8975 6.5873,-2.8975q4.21,0 6.5626,2.6498q2.0306,2.2536 2.0306,7.355l0,14.78425l-5.5967,0l0,-13.47175q0,-3.5661 -0.9906,-4.9281q-0.9658,-1.3868 -3.5165,-1.3868q-2.7736,0 -3.9375,1.8326q-1.1392,1.8078 -1.1392,6.31485l0,11.6392l-5.5967,0l0,-24.12035z" fill="#93cd8d" id="svg_7"/>
+  </g>
+ </g>
+</svg>

@@ -41,6 +41,7 @@ minpkg/lib/min_fs
 
 when not defined(lite) and not defined(mini):
   import 
+    minpkg/lib/min_binary,
     minpkg/lib/min_http,
     minpkg/lib/min_net,
     minpkg/lib/min_crypto,
@@ -165,6 +166,7 @@ i.fs_module
     i.dstore_module
     i.io_module
   when not defined(lite) and not defined(mini):
+    i.binary_module
     i.crypto_module
     i.net_module
     i.math_module

@@ -0,0 +1,52 @@ 
+import 
+  ../core/parser, 
+  ../core/value, 
+  ../core/interpreter, 
+  ../core/utils
+
+proc binary_module*(i: In)=
+
+  let def = i.define()
+
+  def.symbol("bitand") do (i: In):
+    let vals = i.expect("int","int")
+    let b = vals[0]
+    let a = vals[1]
+    
+    i.push newVal(a.intVal and b.intVal)
+
+  def.symbol("bitnot") do (i: In):
+    let vals = i.expect("int")
+    let a = vals[0]
+    
+    i.push newVal(not a.intVal)
+
+  def.symbol("bitor") do (i: In):
+    let vals = i.expect("int","int")
+    let b = vals[0]
+    let a = vals[1]
+    
+    i.push newVal(a.intVal or b.intVal)
+
+  def.symbol("bitxor") do (i: In):
+    let vals = i.expect("int","int")
+    let b = vals[0]
+    let a = vals[1]
+    
+    i.push newVal(a.intVal xor b.intVal)
+
+  def.symbol("shl") do (i: In):
+    let vals = i.expect("int","int")
+    let b = vals[0]
+    let a = vals[1]
+    
+    i.push newVal(a.intVal shl b.intVal)
+
+  def.symbol("shr") do (i: In):
+    let vals = i.expect("int","int")
+    let b = vals[0]
+    let a = vals[1]
+    
+    i.push newVal(a.intVal shr b.intVal)
+
+  def.finalize("binary")

@@ -135,4 +135,73 @@ i.push c.int.newVal
     else:
       i.push c.newVal
 
+  def.symbol("product") do (i: In):
+    var s: MinValue
+    i.reqQuotationOfNumbers s
+    var c = 1.float
+    var isInt = true
+    for n in s.qVal:
+      if n.isFloat:
+        isInt = false
+        c = c * n.floatVal
+      else:
+        c = c * n.intVal.float
+    if isInt:
+      i.push c.int.newVal
+    else:
+      i.push c.newVal
+
+  def.symbol("avg") do (i: In):
+    var s: MinValue
+    i.reqQuotationOfNumbers s
+    var c = 0.float
+    for n in s.qVal:
+      if n.isFloat:
+        c = + n.floatVal
+      else:
+        c = c + n.intVal.float
+    c = c / len(s.qVal).float
+    i.push c.newVal
+ 
+  def.symbol("med") do (i: In):
+    var s: MinValue
+    i.reqQuotationOfNumbers s
+    let first = s.qVal[(s.qVal.len-1) div 2]
+    let second = s.qVal[((s.qVal.len-1) div 2)+1]
+    if s.qVal.len mod 2 == 1:
+      i.push first
+    else:
+      if first.isFloat:
+        if second.isFloat:
+          i.push ((first.floatVal+second.floatVal)/2).newVal
+        else:
+          i.push ((first.floatVal+second.intVal.float)/2).newVal
+      else:
+        if second.isFloat:
+          i.push ((first.intVal.float+second.floatVal)/2).newVal
+        else:
+          i.push ((first.intVal+second.intVal).float/2).newVal
+    
+  def.symbol("range") do (i: In):
+    var s: MinValue
+    i.reqQuotationOfNumbers s
+    var a = s.qVal[0]
+    var b = s.qVal[1]
+    var step = 1.newVal
+    var res = newSeq[MinValue](0)
+    if len(s.qVal)==3:
+      a = s.qVal[0]
+      b = s.qVal[1]
+      step = s.qVal[2]
+    var j = a
+    if a.intVal < b.intVal:
+      while j.intVal <= b.intVal:
+        res.add j
+        j = (j.intVal + step.intVal).newVal
+    else:
+      while j.intVal >= b.intVal:
+        res.add j
+        j = (j.intVal - step.intVal).newVal
+    i.push res.newVal
+
   def.finalize("num")

@@ -16,6 +16,7 @@ ) ROOT with
 ) unless
 (lite? mini? or) (
   (
+    'binary import
     'crypto import
     'math   import
     'net    import

@@ -0,0 +1,23 @@ 
+-----
+content-type: "page"
+title: "binary Module"
+-----
+{@ _defs_.md || 0 @}
+
+{#op||bitand||{{i1}} {{i2}}||{{i3}}||
+Computes the bitwise *and* of numbers {{i1}} and {{i2}}.#}
+
+{#op||bitnot||{{i1}}||{{i2}}||
+Computes the bitwise *complement* of {{i1}}.#}
+
+{#op||bitor||{{i1}} {{i2}}||{{i3}}||
+Computes the bitwise *or* of numbers {{i1}} and {{i2}}.#}
+
+{#op||bitxor||{{i1}} {{i2}}||{{i3}}||
+Computes the bitwise *xor* of numbers {{i1}} and {{i2}}.#}
+
+{#op||shl||{{i1}} {{i2}}||{{i3}}||
+Computes the *shift left* operation of {{i1}} and {{i2}}.#}
+
+{#op||shr||{{i1}} {{i2}}||{{i3}}||
+Computes the *shift right* operation of {{i1}} and {{i2}}.#}

@@ -55,4 +55,16 @@ {#op||succ||{{i1}}||{{i2}}||
 Returns the successor of {{i1}}.#}
 
 {#op||sum||{{q}}||{{i}}||
-Returns the sum of all items of {{q}}. {{q}} is a quotation of integers. #}+Returns the sum of all items of {{q}}. {{q}} is a quotation of integers. #}
+
+{#op||product||{{q}}||{{i}}||
+Returns the product of all items of {{q}}. {{q}} is a quotation of integers. #}
+
+{#op||avg||{{q}}||{{n}}||
+Returns the average of the items of {{q}}. #}
+
+{#op||med||{{q}}||{{n}}||
+Returns the median of the items of {{q}}. #}
+
+{#op||range||{{q}}||{{q}}||
+Takes a quotation of integers in the form of {{start}}, {{end}} (,{{step}}), generates the sequence and returns the resulting quotation of integers. #}

@@ -30,6 +30,8 @@ {#link-module||num#}
 : Provides operators to perform simple mathematical operations on integer and floating point numbers.
 {#link-module||time#}
 : Provides a few basic operators to manage dates, times, and timestamps.
+{#link-module||binary#}
+: Provides main bitwise operators (and, not, or, etc)
 {#link-module||crypto#}
 : Provides operators to compute hashes (MD4, MD5, SHA1, SHA224, SHA256, SHA384, sha512), base64 encoding/decoding, and AES encryption/decryption.
 {#link-module||math#}

@@ -19,6 +19,7 @@ 'sys     load
 'time    load
 'dstore  load
 'fs      load
+'binary  load
 'crypto  load
 'math    load
 'http    load

@@ -0,0 +1,19 @@ 
+'test load
+'test import
+
+"binary" describe
+
+  (2 3 bitand 2 ==) assert
+
+  (123 bitnot -124 ==) assert
+
+  (2 3 bitor 3 ==) assert
+
+  (2 3 bitxor 1 ==) assert
+
+  (2 3 shl 16 ==) assert
+
+  (16 3 shr 2 ==) assert
+  
+  report
+  clear-stack

@@ -32,6 +32,25 @@ (1000 random 1000 <) assert
 
   ((1 2 3 4 5) sum 15 ==) assert
 
+  ((1 2 3 4 5) product 120 ==) assert
+
+  ((1 2 3 4 5) avg 3.0 ==) assert
+  ((1 2 3 4 5 6) avg 3.5 ==) assert
+
+  ((1 3 5 7) med 4.0 ==) assert
+  ((1 3 5 7 9) med 5 ==) assert
+
+  ((1 5) range (1 2 3 4 5) ==) assert
+  ((5 1) range (5 4 3 2 1) ==) assert
+  ((4 7) range (4 5 6 7) ==) assert
+  ((7 4) range (7 6 5 4) ==) assert
+  ((1 6 2) range (1 3 5) ==) assert
+  ((1 6 3) range (1 4) ==) assert
+  ((0 6 2) range (0 2 4 6) ==) assert
+  ((6 1 2) range (6 4 2) ==) assert
+  ((6 1 3) range (6 3) ==) assert
+  ((6 0 2) range (6 4 2 0) ==) assert
+  
   (0 :c
     (c 10 <) (c succ @c) while
     c 10 ==) assert