wren/test at 813594b14c3d9f422b1f92033aa70b05ff7e3ded - wren

Files

T

Bob Nystrom 813594b14c feat: add Random.shuffle() method using Fisher-Yates algorithm

Implement in-place shuffle for lists on the Random class, using the Fisher-Yates algorithm to ensure uniform permutation distribution. Includes documentation with usage examples, Wren source implementation, and a test suite covering empty lists, single-element lists, and verification that all 24 permutations of a 4-element list are reachable.

2016-02-07 18:38:39 +00:00

api

feat: replace wrenAllocateForeign with wrenSetSlotNewForeign supporting arbitrary slot and class selection

2016-01-24 17:25:04 +00:00

benchmark

feat: add wrenGetValueDouble API and benchmark for wrenCall() performance

2015-12-24 01:29:53 +00:00

core

fix: remove fiber support as map keys and revert to value-only key validation

2015-12-15 18:42:21 +00:00

feat: move File.stat to Stat.path and update all references across docs, source, and tests

2016-02-07 17:56:16 +00:00

language

feat: allow call and unary expressions as map keys in compiler

2015-12-23 00:00:50 +00:00

limit

feat: implement string interpolation with %(expr) syntax in compiler and core library

2015-11-11 15:55:48 +00:00

README.md

This contains the automated validation suite for the VM and built-in libraries.

benchmark/ - Performance tests. These aren't strictly pass/fail, but let us compare performance both against other languages and against previous builds of Wren itself.
core/ - Tests for the built in core library, mainly methods on the core classes. If a bug is in wren_core.c or wren_value.c, it will most likely break one of these tests.
language/ - Tests of the language itself, its grammar and runtime semantics. If a bug is in wren_compiler.c or wren_vm.c, it will most likely break one of these tests. This includes tests for the syntax for the literal forms of the core classes.
limit/ - Tests for various hardcoded limits. The language doesn't officially specify these limits, but the Wren implementation has them. These tests ensure that limit behavior is well-defined and tested.