Updated all the plugins. Removed powerline. Added vim-airline (replacement for powerline). Added vim-fugitive.

sources_non_forked/tlib/autoload/tlib/bitwise.vim

@@ -0,0 +1,141 @@
+" @Author:      Tom Link (mailto:micathom AT gmail com?subject=[vim])
+" @License:     GPL (see http://www.gnu.org/licenses/gpl.txt)
+" @Revision:    124
+
+
+function! tlib#bitwise#Num2Bits(num) "{{{3
+    if type(a:num) <= 1 || type(a:num) == 5
+        let bits = reverse(tlib#number#ConvertBase(a:num, 2, 'list'))
+    elseif type(a:num) == 3
+        let bits = copy(a:num)
+    else
+        throw "tlib#bitwise#Num2Bits: Must be number of list: ". string(a:num)
+    endif
+    return bits
+endf
+
+
+function! tlib#bitwise#Bits2Num(bits, ...) "{{{3
+    let base = a:0 >= 1 ? a:1 : 10
+    " TLogVAR a:bits
+    let num = 0.0
+    for i in range(len(a:bits))
+        if get(a:bits, i, 0)
+            let num += pow(2, i)
+        endif
+    endfor
+    " TLogVAR num
+    if base == 10
+        if type(base) == 5
+            return num
+        else
+            return float2nr(num)
+        endif
+    else
+        return tlib#number#ConvertBase(num, base)
+    endif
+endf
+
+
+function! tlib#bitwise#AND(num1, num2, ...) "{{{3
+    let rtype = a:0 >= 1 ? a:1 : 'num'
+    return s:BitwiseComparison(a:num1, a:num2, rtype,
+                \ 'get(bits1, v:val) && get(bits2, v:val)')
+endf
+
+
+function! tlib#bitwise#OR(num1, num2, ...) "{{{3
+    let rtype = a:0 >= 1 ? a:1 : 'num'
+    return s:BitwiseComparison(a:num1, a:num2, rtype,
+                \ 'get(bits1, v:val) || get(bits2, v:val)')
+endf
+
+
+function! tlib#bitwise#XOR(num1, num2, ...) "{{{3
+    let rtype = a:0 >= 1 ? a:1 : 'num'
+    return s:BitwiseComparison(a:num1, a:num2, rtype,
+                \ 'get(bits1, v:val) ? !get(bits2, v:val) : get(bits2, v:val)')
+endf
+
+
+function! s:BitwiseComparison(num1, num2, rtype, expr) "{{{3
+    let bits1 = tlib#bitwise#Num2Bits(a:num1)
+    let bits2 = tlib#bitwise#Num2Bits(a:num2)
+    let range = range(max([len(bits1), len(bits2)]))
+    let bits = map(range, a:expr)
+    if a:rtype == 'num' || (a:rtype == 'auto' && type(a:num1) <= 1)
+        return tlib#bitwise#Bits2Num(bits)
+    else
+        return bits
+    endif
+endf
+
+
+function! tlib#bitwise#ShiftRight(bits, n) "{{{3
+    let bits = a:bits[a:n : -1]
+    if empty(bits)
+        let bits = [0]
+    endif
+    return bits
+endf
+
+
+function! tlib#bitwise#ShiftLeft(bits, n) "{{{3
+    let bits = repeat([0], a:n) + a:bits
+    return bits
+endf
+
+
+function! tlib#bitwise#Add(num1, num2, ...) "{{{3
+    let rtype = a:0 >= 1 ? a:1 : 'num'
+    let bits1 = tlib#bitwise#Num2Bits(a:num1)
+    let bits2 = tlib#bitwise#Num2Bits(a:num2)
+    let range = range(max([len(bits1), len(bits2)]))
+    " TLogVAR bits1, bits2, range
+    let carry = 0
+    let bits  = []
+    for i in range
+        let sum = get(bits1, i) + get(bits2, i) + carry
+        if sum == 3
+            let bit = 1
+            let carry = 1
+        elseif sum == 2
+            let bit = 0
+            let carry = 1
+        elseif sum == 1
+            let bit = 1
+            let carry = 0
+        elseif sum == 0
+            let bit = 0
+            let carry = 0
+        endif
+        call add(bits, bit)
+        " TLogVAR i, bits, bit
+    endfor
+    if carry == 1
+        call add(bits, carry)
+    endif
+    if rtype == 'num' || (rtype == 'auto' && type(a:num1) <= 1)
+        return tlib#bitwise#Bits2Num(bits)
+    else
+        return bits
+    endif
+endf
+
+
+function! tlib#bitwise#Sub(num1, num2, ...) "{{{3
+    let rtype = a:0 >= 1 ? a:1 : 'num'
+    let bits1 = tlib#bitwise#Num2Bits(a:num1)
+    let bits2 = tlib#bitwise#Num2Bits(a:num2)
+    let range = range(max([len(bits1), len(bits2)]))
+    let bits2 = map(range, '!get(bits2, v:val)')
+    let bits2 = tlib#bitwise#Add(bits2, [1], 'bits')
+    let bits3 = tlib#bitwise#Add(bits1, bits2, 'bits')
+    let bits = bits3[0 : -2]
+    if rtype == 'num' || (rtype == 'auto' && type(a:num1) <= 1)
+        return tlib#bitwise#Bits2Num(bits)
+    else
+        return bits
+    endif
+endf
+