Introduction
In this lab, we explore the usage of the super
and self
keywords in Rust for removing ambiguity and avoiding hardcoded paths when accessing items.
Note: If the lab does not specify a file name, you can use any file name you want. For example, you can use main.rs
, compile and run it with rustc main.rs && ./main
.
Skills Graph
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flowchart RL
rust(("`Rust`")) -.-> rust/DataTypesGroup(["`Data Types`"])
rust(("`Rust`")) -.-> rust/FunctionsandClosuresGroup(["`Functions and Closures`"])
rust(("`Rust`")) -.-> rust/MemorySafetyandManagementGroup(["`Memory Safety and Management`"])
rust(("`Rust`")) -.-> rust/DataStructuresandEnumsGroup(["`Data Structures and Enums`"])
rust/DataTypesGroup -.-> rust/type_casting("`Type Conversion and Casting`")
rust/FunctionsandClosuresGroup -.-> rust/function_syntax("`Function Syntax`")
rust/FunctionsandClosuresGroup -.-> rust/expressions_statements("`Expressions and Statements`")
rust/MemorySafetyandManagementGroup -.-> rust/lifetime_specifiers("`Lifetime Specifiers`")
rust/DataStructuresandEnumsGroup -.-> rust/method_syntax("`Method Syntax`")
subgraph Lab Skills
rust/type_casting -.-> lab-99335{{"`Super and Self`"}}
rust/function_syntax -.-> lab-99335{{"`Super and Self`"}}
rust/expressions_statements -.-> lab-99335{{"`Super and Self`"}}
rust/lifetime_specifiers -.-> lab-99335{{"`Super and Self`"}}
rust/method_syntax -.-> lab-99335{{"`Super and Self`"}}
end