Brandon Lucas
9ee7148d24
Module system was already implemented - this adds examples and stdlib:
examples/modules/:
- math_utils.lux: Reusable math functions (square, cube, factorial)
- string_utils.lux: String utilities (repeat, exclaim, greet)
- main.lux: Basic module import example
- main_selective.lux: Selective imports {fn1, fn2}
- main_wildcard.lux: Wildcard imports (module.*)
- use_stdlib.lux: Using the standard library
std/:
- prelude.lux: Core utilities (identity, compose, flip, not, and, or)
- io.lux: I/O helpers (println, readLine, debug)
- option.lux: Option utilities (some, none, map, flatMap, filter)
- result.lux: Result utilities (ok, err, mapOk, mapErr)
Import syntax supports:
- import path/to/module (access as module.fn)
- import path/to/module as x (access as x.fn)
- import path/to/module.{a,b} (access as a, b directly)
- import path/to/module.* (all exports directly)
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
18 lines
527 B
Plaintext
18 lines
527 B
Plaintext
// Test selective imports
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import examples/modules/math_utils.{square, factorial}
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import examples/modules/string_utils as str
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fn main(): Unit with {Console} = {
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Console.print("=== Selective & Aliased Imports ===")
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// Direct imports (no module prefix)
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Console.print("square(7) = " + toString(square(7)))
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Console.print("factorial(5) = " + toString(factorial(5)))
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// Aliased import
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Console.print(str.greet("Lux"))
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Console.print(str.exclaim("Aliased imports work"))
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}
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let output = run main() with {}
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