. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.2 Web framework . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40 Python Module Index 257 Index 259 iiiTornado Documentation, Release 6.5.1 Tornado is a Python web framework and asynchronous networking library, originally developed at FriendFeed. By using non-blocking network available in PDF and Epub formats. 6.1 User’s guide 6.1.1 Introduction Tornado is a Python web framework and asynchronous networking library, originally developed at FriendFeed. By using non-blocking network

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class

a 1 julia> b Base.Iterators.Rest{Base.Generator{UnitRange{Int64}, typeof(abs2)}, Int64}(Base.Generator{UnitRange{Int64}, typeof(abs2)}(abs2, 1:4), 1) �→ See Base.rest for details on the precise handling U+0021 (category Po: Punctuation, other) This is implemented in terms of the function Base.split_rest. Note that for variadic function definitions, slurping is still only allowed in final position. This computation. This lets the compiler specialize and inline the conversion logic independent from the rest of the body of the larger kernel. This is a common pattern seen when converting from a larger class