* Add a wasmtime-specific `wasmtime_wat2wasm` C API This commit implements a wasmtime-specific C API for converting the text format to the binary format. An upstream spec issue exists for adding this to the C API, but in the meantime we can experiment with our own version of this API and use it in the C# extension, for example! Closes #1000 * Reorder arguments * Use wasm_byte_vec_t for input `*.wat` * Mark wat input as const * Return an error message and use `fixed` * Actually include the error message * Use `fixed` in `Module.cs` as well
151 lines
4.6 KiB
C#
151 lines
4.6 KiB
C#
using System;
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using System.Collections.Generic;
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using System.Linq;
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using FluentAssertions;
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using Xunit;
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namespace Wasmtime.Tests
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{
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public class FunctionExportsFixture : ModuleFixture
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{
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protected override string ModuleFileName => "FunctionExports.wat";
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}
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public class FunctionExportsTests : IClassFixture<FunctionExportsFixture>
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{
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public FunctionExportsTests(FunctionExportsFixture fixture)
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{
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Fixture = fixture;
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}
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private FunctionExportsFixture Fixture { get; set; }
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[Theory]
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[MemberData(nameof(GetFunctionExports))]
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public void ItHasTheExpectedFunctionExports(string exportName, ValueKind[] expectedParameters, ValueKind[] expectedResults)
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{
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var export = Fixture.Module.Exports.Functions.Where(f => f.Name == exportName).FirstOrDefault();
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export.Should().NotBeNull();
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export.Parameters.Should().Equal(expectedParameters);
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export.Results.Should().Equal(expectedResults);
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}
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[Fact]
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public void ItHasTheExpectedNumberOfExportedFunctions()
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{
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GetFunctionExports().Count().Should().Be(Fixture.Module.Exports.Functions.Count);
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}
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public static IEnumerable<object[]> GetFunctionExports()
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{
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yield return new object[] {
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"no_params_no_results",
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Array.Empty<ValueKind>(),
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Array.Empty<ValueKind>()
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};
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yield return new object[] {
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"one_i32_param_no_results",
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new ValueKind[] {
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ValueKind.Int32
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},
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Array.Empty<ValueKind>()
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};
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yield return new object[] {
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"one_i64_param_no_results",
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new ValueKind[] {
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ValueKind.Int64
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},
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Array.Empty<ValueKind>()
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};
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yield return new object[] {
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"one_f32_param_no_results",
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new ValueKind[] {
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ValueKind.Float32
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},
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Array.Empty<ValueKind>()
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};
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yield return new object[] {
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"one_f64_param_no_results",
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new ValueKind[] {
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ValueKind.Float64
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},
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Array.Empty<ValueKind>()
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};
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yield return new object[] {
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"one_param_of_each_type",
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new ValueKind[] {
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ValueKind.Int32,
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ValueKind.Int64,
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ValueKind.Float32,
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ValueKind.Float64
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},
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Array.Empty<ValueKind>()
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};
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yield return new object[] {
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"no_params_one_i32_result",
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Array.Empty<ValueKind>(),
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new ValueKind[] {
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ValueKind.Int32,
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}
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};
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yield return new object[] {
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"no_params_one_i64_result",
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Array.Empty<ValueKind>(),
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new ValueKind[] {
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ValueKind.Int64,
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}
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};
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yield return new object[] {
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"no_params_one_f32_result",
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Array.Empty<ValueKind>(),
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new ValueKind[] {
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ValueKind.Float32,
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}
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};
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yield return new object[] {
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"no_params_one_f64_result",
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Array.Empty<ValueKind>(),
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new ValueKind[] {
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ValueKind.Float64,
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}
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};
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yield return new object[] {
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"one_result_of_each_type",
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Array.Empty<ValueKind>(),
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new ValueKind[] {
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ValueKind.Int32,
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ValueKind.Int64,
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ValueKind.Float32,
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ValueKind.Float64,
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}
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};
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yield return new object[] {
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"one_param_and_result_of_each_type",
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new ValueKind[] {
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ValueKind.Int32,
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ValueKind.Int64,
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ValueKind.Float32,
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ValueKind.Float64,
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},
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new ValueKind[] {
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ValueKind.Int32,
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ValueKind.Int64,
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ValueKind.Float32,
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ValueKind.Float64,
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}
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};
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}
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}
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}
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