quectel/tests.zig at main · embed-zig/quectel · GitHub

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const std = @import("std");
const embed_std = @import("embed_std");
const testing = @import("testing");
const quectel = @import("quectel");

test "quectel/unit/std" {
    std.testing.log_level = .info;

    var t = testing.T.new(std, .drivers);
    defer t.deinit();

    t.run("quectel/unit/std", quectel.test_runner.unit.make(std, embed_std.sync.Channel));
    if (!t.wait()) return error.TestFailed;
}

test "quectel/unit/embed_std" {
    std.testing.log_level = .info;

    var t = testing.T.new(embed_std.std, .drivers);
    defer t.deinit();

    t.run("quectel/unit/embed_std", quectel.test_runner.unit.make(embed_std.std, embed_std.sync.Channel));
    if (!t.wait()) return error.TestFailed;
}

test "quectel/integration/std" {
    std.testing.log_level = .info;

    var t = testing.T.new(std, .drivers);
    defer t.deinit();
    t.timeout(180 * std.time.ns_per_s);

    t.run("quectel/integration/std", quectel.test_runner.integration.make(std, embed_std.sync.Channel));
    if (!t.wait()) return error.TestFailed;
}

test "quectel/integration/embed_std" {
    std.testing.log_level = .info;

    var t = testing.T.new(embed_std.std, .drivers);
    defer t.deinit();
    t.timeout(180 * embed_std.std.time.ns_per_s);

    t.run("quectel/integration/embed_std", quectel.test_runner.integration.make(embed_std.std, embed_std.sync.Channel));
    if (!t.wait()) return error.TestFailed;
}