Let floatx and complexx use convert. Fix similar for sparse matrices.
missing normalisation term in ifft doc
doc: fix and clarify documentation for the `parse` function.
Merge pull request #6088 from simonbyrne/fftdoc

missing normalisation term in ifft doc
Hopefully improved clarity of FFT documentation. Ref: #6088

- Use IDFT formula in documentation of ifft, instead of BDFT
- Typeset FFT, IDFT and BDFT fomulae in math blocks instead of inline
Fix for juliadoc package being out of scope.
Merge pull request #6090 from Ismael-VC/sphinx_fix

RFC: Fix for juliadoc package being out of scope.
fix a screwup I made in bec200eb80eb3bf690138cc1601561fdd17936c4

this fixes the ambiguity warnings in PR #6078
Merge branch 'master' of github.com:JuliaLang/julia
Merge pull request #6078 from JuliaLang/anj/sparse2

Let floatx and complexx use convert. Fix similar for sparse matrices.
make parse properly obey the raise argument. fixes #6089
Merge branch 'master' of github.com:JuliaLang/julia
add a definition for converting the element type of subarrays
Fix return type of .+ and .- on Bool arrays

For example, now [true].+[true] is the same as [true]+[true], i.e. [2]
As for Arrays, this is obtained by special-casing Bools.
Rename the internal broadcast!_function

renamed as gen_broadcast_function, since its purpose is
different from the exported version
Broadcast elementwise comparison operators

Closes #5877

This also specializes broadcast! when the target is a BitArray
and adds an (unexported) bitbroadcast function which creates a
BitArray target rather then an Array.

Also, some comparison operations between AbstractArray{Bool} are
specialized if possible.
Broadcast .^ for BitArrays

also specialize Bool^Integer while at it
Broadcast ./ for BitArrays

simply by removing a method!
Broadcast .* for BitArrays

addresses #3171
Broadcast: use start/next for Arrays/BitArrays

introduces specialized versions of the broadcasting
core which use start/next instead of cartesian iteration.
Used when the arguments only involve Arrays or BitArrays.