hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain directly in a for loop since the syntax: for item in iter # or "for item = iter" # body end is translated into: next = iterate(iter) while next !== nothing (item, state) = next # body next = iterate(iter

hexadecimal literals, binary and octal literals produce unsigned integer types. The size of the binary data item is the minimal needed size, if the leading digit of the literal is not 0. In the case of leading zeros iterate(iter) Returns either a tuple of the first item and initial state or nothing if empty iterate(iter, state) Returns either a tuple of the next item and next state or nothing if no items remain c1 = Channel(32) c2 = Channel(32) # and a function `foo` which reads items from c1, processes the item read # and writes a result to c2, function foo() while true data = take!(c1) 264 CHAPTER 23.