1+ {-# LANGUAGE CPP #-}
2+ {-# LANGUAGE OverloadedStrings #-}
3+
4+ module Test.WASM (tests ) where
5+
6+ import Test.Tasty
7+ import Test.Tasty.HUnit
8+
9+ #if defined(wasm32_HOST_ARCH)
10+
11+ tests :: FilePath -> TestTree
12+ tests alsPath = testGroup " WASM Tests"
13+ [ testCase " WASM generation" wasmGenerationTest
14+ , testCase " WASM compilation" wasmCompilationTest
15+ , testCase " WASM execution dummy" wasmExecutionTest
16+ ]
17+
18+ wasmGenerationTest :: IO ()
19+ wasmGenerationTest = do
20+ putStrLn " Testing WASM generation..."
21+ -- Dummy test for WASM generation
22+ -- In a real implementation, this would:
23+ -- 1. Compile Agda code to WASM
24+ -- 2. Verify the WASM file is generated
25+ -- 3. Check WASM file structure/validity
26+ assertBool " WASM generation succeeds" True
27+
28+ wasmCompilationTest :: IO ()
29+ wasmCompilationTest = do
30+ putStrLn " Testing WASM compilation..."
31+ -- Dummy test for WASM compilation
32+ -- In a real implementation, this would:
33+ -- 1. Take sample Agda code
34+ -- 2. Compile it with WASM backend
35+ -- 3. Verify compilation succeeds
36+ assertBool " WASM compilation succeeds" True
37+
38+ wasmExecutionTest :: IO ()
39+ wasmExecutionTest = do
40+ putStrLn " Testing WASM execution..."
41+ -- Dummy test for WASM execution
42+ -- In a real implementation, this would:
43+ -- 1. Load compiled WASM module
44+ -- 2. Execute WASM functions
45+ -- 3. Verify expected results
46+ assertBool " WASM execution works" True
47+
48+ #else
49+
50+ -- When not building for WASM, provide empty tests
51+ tests :: FilePath -> TestTree
52+ tests _ = testGroup " WASM Tests (disabled - only available when building for wasm32 architecture)" []
53+
54+ #endif
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