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91b6833686
Today, with the tests inside a `tests` intermingled with the
corresponding library's source code, we have a few problems:
- We have to be careful that wildcards don't end up with tests being
built as part of Nix proper, or test headers being installed as part
of Nix proper.
- Tests in libraries but not executables is not right:
- It means each executable runs the previous unit tests again, because
it needs the libraries.
- It doesn't work right on Windows, which doesn't want you to load a
DLL just for the side global variable . It could be made to work
with the dlopen equivalent, but that's gross!
This reorg solves these problems.
There is a remaining problem which is that sibbling headers (like
`hash.hh` the test header vs `hash.hh` the main `libnixutil` header) end
up shadowing each other. This PR doesn't solve that. That is left as
future work for a future PR.
Co-authored-by: Valentin Gagarin <valentin.gagarin@tweag.io>
90 lines
2.7 KiB
C++
90 lines
2.7 KiB
C++
#include <gtest/gtest.h>
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#include <gmock/gmock.h>
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#include "search-path.hh"
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namespace nix {
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TEST(SearchPathElem, parse_justPath) {
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ASSERT_EQ(
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SearchPath::Elem::parse("foo"),
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(SearchPath::Elem {
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.prefix = SearchPath::Prefix { .s = "" },
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.path = SearchPath::Path { .s = "foo" },
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}));
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}
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TEST(SearchPathElem, parse_emptyPrefix) {
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ASSERT_EQ(
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SearchPath::Elem::parse("=foo"),
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(SearchPath::Elem {
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.prefix = SearchPath::Prefix { .s = "" },
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.path = SearchPath::Path { .s = "foo" },
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}));
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}
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TEST(SearchPathElem, parse_oneEq) {
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ASSERT_EQ(
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SearchPath::Elem::parse("foo=bar"),
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(SearchPath::Elem {
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.prefix = SearchPath::Prefix { .s = "foo" },
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.path = SearchPath::Path { .s = "bar" },
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}));
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}
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TEST(SearchPathElem, parse_twoEqs) {
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ASSERT_EQ(
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SearchPath::Elem::parse("foo=bar=baz"),
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(SearchPath::Elem {
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.prefix = SearchPath::Prefix { .s = "foo" },
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.path = SearchPath::Path { .s = "bar=baz" },
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}));
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_justPath) {
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SearchPath::Prefix prefix { .s = "" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("any/thing"), std::optional { "any/thing" });
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_misleadingPrefix1) {
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SearchPath::Prefix prefix { .s = "foo" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("fooX"), std::nullopt);
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_misleadingPrefix2) {
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SearchPath::Prefix prefix { .s = "foo" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("fooX/bar"), std::nullopt);
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_partialPrefix) {
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SearchPath::Prefix prefix { .s = "fooX" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("foo"), std::nullopt);
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_exactPrefix) {
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SearchPath::Prefix prefix { .s = "foo" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("foo"), std::optional { "" });
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_multiKey) {
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SearchPath::Prefix prefix { .s = "foo/bar" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("foo/bar/baz"), std::optional { "baz" });
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_trailingSlash) {
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SearchPath::Prefix prefix { .s = "foo" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("foo/"), std::optional { "" });
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_trailingDoubleSlash) {
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SearchPath::Prefix prefix { .s = "foo" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("foo//"), std::optional { "/" });
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}
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TEST(SearchPathElem, suffixIfPotentialMatch_trailingPath) {
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SearchPath::Prefix prefix { .s = "foo" };
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ASSERT_EQ(prefix.suffixIfPotentialMatch("foo/bar/baz"), std::optional { "bar/baz" });
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}
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}
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