name associated (or bound) to a value. It's useful when you want to store a value (that you obtained a�er some math, for example) for later use. For example: # Assign the value 10 to the variable x julia> variable Base.sqrt from module Main 10.1 Allowed Variable Names Variable names must begin with a le�er (A-Z or a-z), underscore, or a subset of Unicode code points greater than 00A0; in par�cular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (le�ers), Sc/So (currency and other symbols), and a few other le�er-like characters (e.g. a subset of the Sm math symbols) are allowed. Subsequent characters may also

Command-line op�on changes • When a script run in interac�ve mode (-i) throws an error, the REPL now starts a�er the error is displayed. Previously the REPL only started if the script completed without error (#21233) name associated (or bound) to a value. It's useful when you want to store a value (that you obtained a�er some math, for example) for later use. For example: # Assign the value 10 to the variable x julia> variable Base.sqrt from module Main 10.1 Allowed Variable Names Variable names must begin with a le�er (A-Z or a-z), underscore, or a subset of Unicode code points greater than 00A0; in par�cular, Unicode

name associated (or bound) to a value. It's useful when you want to store a value (that you obtained a�er some math, for example) for later use. For example: # Assign the value 10 to the variable x julia> variable Base.sqrt from module Main 11.1 Allowed Variable Names Variable names must begin with a le�er (A-Z or a-z), underscore, or a subset of Unicode code points greater than 00A0; in par�cular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (le�ers), Sc/So (currency and other symbols), and a few other le�er-like characters (e.g. a subset of the Sm math symbols) are allowed. Subsequent characters may also

Command-line op�on changes • When a script run in interac�ve mode (-i) throws an error, the REPL now starts a�er the error is displayed. Previously the REPL only started if the script completed without error (#21233) name associated (or bound) to a value. It's useful when you want to store a value (that you obtained a�er some math, for example) for later use. For example: # Assign the value 10 to the variable x julia> variable Base.sqrt from module Main 10.1 Allowed Variable Names Variable names must begin with a le�er (A-Z or a-z), underscore, or a subset of Unicode code points greater than 00A0; in par�cular, Unicode

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 417 Is Julia named a�er someone or something? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 417 Why don't you name associated (or bound) to a value. It's useful when you want to store a value (that you obtained a�er some math, for example) for later use. For example: # Assign the value 10 to the variable x julia> variable Base.sqrt from module Main 12.1 Allowed Variable Names Variable names must begin with a le�er (A-Z or a-z), underscore, or a subset of Unicode code points greater than 00A0; in par�cular, Unicode

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 415 Is Julia named a�er someone or something? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 415 Why don't you name associated (or bound) to a value. It's useful when you want to store a value (that you obtained a�er some math, for example) for later use. For example: # Assign the value 10 to the variable x julia> variable Base.sqrt from module Main 11.1 Allowed Variable Names Variable names must begin with a le�er (A-Z or a-z), underscore, or a subset of Unicode code points greater than 00A0; in par�cular, Unicode

Julia 1.8 This function is available as of Julia 1.8. Examples julia> chopsuffix("Hamburger", "er") "Hamburg" julia> chopsuffix("Hamburger", "hotdog") "Hamburger" source Base.chomp – Function "this is an example annotated string" └──┰────────┼─────┘ │ A └─────┰─────────┘ B The above diagram represents a AnnotatedString where three ranges have been annotated (labeled A, B, and C). Each eval() to turn into results.CHAPTER 105. DOCUMENTATION OF JULIA'S INTERNALS 1837 Figure 105.1: Diagram of the compiler flow 7. eval() takes each code fragment and tries to run it in jl_toplevel_eval_flex()

Julia 1.8 This function is available as of Julia 1.8. Examples julia> chopsuffix("Hamburger", "er") "Hamburg" julia> chopsuffix("Hamburger", "hotdog") "Hamburger" source Base.chomp – Function "this is an example annotated string" └──┰────────┼─────┘ │ A └─────┰─────────┘ B The above diagram represents a AnnotatedString where three ranges have been annotated (labeled A, B, and C). Each eval() to turn into results.CHAPTER 105. DOCUMENTATION OF JULIA'S INTERNALS 1837 Figure 105.1: Diagram of the compiler flow 7. eval() takes each code fragment and tries to run it in jl_toplevel_eval_flex()

Julia 1.8 This function is available as of Julia 1.8. Examples julia> chopsuffix("Hamburger", "er") "Hamburg" julia> chopsuffix("Hamburger", "hotdog") "Hamburger" source Base.chomp – Function "this is an example annotated string" └──┰────────┼─────┘ │ A └─────┰─────────┘ B The above diagram represents a AnnotatedString where three ranges have been annotated (labeled A, B, and C). Each eval() to turn into results.CHAPTER 105. DOCUMENTATION OF JULIA'S INTERNALS 1837 Figure 105.1: Diagram of the compiler flow 7. eval() takes each code fragment and tries to run it in jl_toplevel_eval_flex()

Julia 1.8 This function is available as of Julia 1.8. Examples julia> chopsuffix("Hamburger", "er") "Hamburg" julia> chopsuffix("Hamburger", "hotdog") "Hamburger" source Base.chomp – Function "this is an example annotated string" └──┰────────┼─────┘ │ A └─────┰─────────┘ B The above diagram represents a AnnotatedString where three ranges have been annotated (labeled A, B, and C). Each eval() to turn into results.CHAPTER 106. DOCUMENTATION OF JULIA'S INTERNALS 1890 Figure 106.1: Diagram of the compiler flow 7. eval() takes each code fragment and tries to run it in jl_toplevel_eval_flex()