small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 89CHAPTER 9. CONTROL FLOW 90 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together:CHAPTER 9. CONTROL FLOW 93 julia> test(x, y) of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 89CHAPTER 9. CONTROL FLOW 90 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together:CHAPTER 9. CONTROL FLOW 93 julia> test(x, y) of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that:

small, simple expressions, they could easily be placed onto a single line, which is where the ; chain syntax comes in handy: 94CHAPTER 10. CONTROL FLOW 95 julia> z = (x = 1; y = 2; x + y) 3 This syntax and otherwise it evaluates to the string "not less than". The original three-way example requires chain- ing multiple uses of the ternary operator together: julia> test(x, y) = println(x < y ? "x is less of expressions are evaluated as are necessary to determine the final boolean value of the entire chain. Some languages (like Python) refer to them as and (&&) and or (||). Explicitly, this means that: