Merge pull request #469 from goggle/typos01

Correct some typos

CHANGELOG.md

@@ -29,7 +29,7 @@
  - Support for `const` fields in mutable structs
 
 ## 0.4.22
- - Fix reconstruction of partially intialized structs
+ - Fix reconstruction of partially initialized structs
 
 ## 0.4.21
  - Add explicit type mapping 

benchmark/benchmark.jl

@@ -73,7 +73,7 @@ bench("any_complex128_vector", Any[complex(rand(), rand()) for i = 1:1000000])
 # Many empty arrays
 bench("empty_arrays", Any[Int[] for i = 1:1000000])
 
-# Many one-eleemnt arrays
+# Many one-element arrays
 bench("one_element_arrays", [[rand(typemin(Int):typemax(Int))] for i = 1:1000000])
 
 # Equivalent benchmark from https://github.com/timholy/HDF5.jl/issues/170

src/attributes.jl

@@ -51,7 +51,7 @@ end
 """
     read_attribute(io::IO, f::JLDFile)
 
-Read an attribute message at the current postion of the `io` object.
+Read an attribute message at the current position of the `io` object.
 Supports attribute message version 1 and 2.
 """
 function read_attribute(io::IO, f::JLDFile)

src/compression.jl

@@ -260,7 +260,7 @@ struct ShuffleFilter end
 
 function decompress!(data::Vector{UInt8}, data_length, element_size, num_elements, decompressor::ShuffleFilter)
     # Start with all least significant bytes, then work your way up
-    # I'll leave this for somenone else to make performant
+    # I'll leave this for someone else to make performant
     @assert data_length == length(data)
     @assert data_length % element_size == 0
     @assert data_length÷element_size == num_elements

src/data/custom_serialization.jl

@@ -49,7 +49,7 @@ function jlconvert(::ReadRepresentation{T,CustomSerialization{S,ODR}},
 
     if ismutabletype(T) && !(T <: Core.SimpleVector)
         # May encounter a self-referential struct that used custom serialization
-        # provide an unitialized struct and later fill it with values
+        # provide an uninitialized struct and later fill it with values
         obj = newstruct(T)
         track_weakref!(f, header_offset, obj)
 

src/data/writing_datatypes.jl

@@ -124,7 +124,7 @@ _odr(writtenas::DataType, readas::DataType, odr) =
 # h5type is objodr's HDF5 companion. It should give the HDF5 datatype
 # reflecting the on-disk representation
 #
-# Performance note: this should be inferrable.
+# Performance note: this should be inferable.
 function h5type(f::JLDFile, writtenas, x)
     check_writtenas_type(writtenas)
     T = typeof(x)
@@ -536,7 +536,7 @@ end
 
 # The following two definitions are borrowed from BSON.
 # They are used to generate instances of arbitrary types
-# given their fields regarless of potential constructors.
+# given their fields regardless of potential constructors.
 # It is unclear to the author whether this approach is
 # optimal.
 newstruct(T) = ccall(:jl_new_struct_uninit, Any, (Any,), T)

src/inlineunion.jl

@@ -45,7 +45,7 @@ function write_dataset(f::JLDFile, x::Array{T}, wsession::JLDWriteSession, compr
 end
 
 # This function is identical to the one in data.jl
-# exept for the ReadRepresentation and the very last line where the data is
+# except for the ReadRepresentation and the very last line where the data is
 # converted back into a Union Array
 function read_array(f::JLDFile, dataspace::ReadDataspace,
                     rr::ReadRepresentation{InlineUnionEl{T1,T2},RR}, layout::DataLayout,

src/loadsave.jl

@@ -171,7 +171,7 @@ Stores an object `x` in a new JLD2 file at `filename`. If a file exists at this
 path, it will be overwritten.
 
 Since the JLD2 format requires that all objects have a name, the object will be
-stored as `single_sotred_object`. If you want to store more than one object, use
+stored as `single_stored_object`. If you want to store more than one object, use
 [`@save`](@ref) macro, [`jldopen`](@ref) or the FileIO API.
 
 # Example

src/object_headers.jl

@@ -365,7 +365,7 @@ function print_header_messages(f::JLDFile, roffset::RelOffset)
                 elseif msg.msg_type == HM_SYMBOL_TABLE
                     v1_btree_address = jlread(cio, RelOffset)
                     local_heap_address = jlread(cio, RelOffset)
-                    println("""    required for \"old style" groups\n    v1 B-Tree Adress: $(v1_btree_address)\n    Local Heap Adress: $(local_heap_address)""")
+                    println("""    required for \"old style" groups\n    v1 B-Tree Address: $(v1_btree_address)\n    Local Heap Address: $(local_heap_address)""")
                 elseif msg.msg_type == HM_ATTRIBUTE
                     if attrs === EMPTY_READ_ATTRIBUTES
                         attrs = ReadAttribute[read_attribute(cio, f)]

src/superblock.jl

@@ -19,7 +19,7 @@ function read_superblock(io::IO)
     version = jlread(cio, UInt8)
     if version == 0
         version_free_space_storage = jlread(cio, UInt8) # has to be zero
-        version_root_group_symbol_table_enty = jlread(cio, UInt8) # has to be zero
+        version_root_group_symbol_table_entry = jlread(cio, UInt8) # has to be zero
         jlread(cio, UInt8)
         version_share_header_msg_format = jlread(cio, UInt8) # has to be zero
         size_of_offsets = jlread(cio, UInt8)
@@ -32,10 +32,10 @@ function read_superblock(io::IO)
         jlread(cio, UInt32)
         #indexed_storage_internal_node_k = jlread(cio, UInt16) # must be greater than zero
         #jlread(cio, UInt16)
-        base_address = jlread(cio, UInt64) # base adress for offsets within file (also absolute address of superblock)
-        adress_free_space_info = jlread(cio, RelOffset)  # Undefined Adress
-        end_of_file_address = jlread(cio, UInt64) # absolute adress of first byte past end of data
-        driver_info_block_adress = jlread(cio, RelOffset) # undefined of relative adress of driver info block
+        base_address = jlread(cio, UInt64) # base address for offsets within file (also absolute address of superblock)
+        address_free_space_info = jlread(cio, RelOffset)  # Undefined Address
+        end_of_file_address = jlread(cio, UInt64) # absolute address of first byte past end of data
+        driver_info_block_address = jlread(cio, RelOffset) # undefined of relative address of driver info block
         #root_group_symbol_table_entry = jlread(cio, UInt32) # symbol table entry of root group
 
         link_name_offset = jlread(cio, RelOffset)