Make the YAML dependency required for {assert,require}.YAMLEq{,f} pluggable.
The implementation can be selected using build tags:
- testify_yaml_default (default): gopkg.in/yaml.v3 is used, like before
- testify_yaml_fail: YAML deserialization is not implemented and always
fails. So assert.YAMLEq always fails. This is useful if the test suite
package doesn't use assert.YAMLEq (very common case).
- testify_yaml_custom: the github.com/stretchr/testify/assert/yaml
package exposes an Unmarshal variable of type func([]byte, any) error
(same as gopkg.in/yaml.v3) that allows to plug any alternate
implementation. For example github.com/goccy/go-yaml.Unmarshal.
This allows to avoid the link constraints of the license of
gopkg.in/yaml.v3 (see PR stretchr/testify#1120).
Usage: go test -tags testify_yaml_fail
To install the alternate implementation with testify_yaml_custom:
//go:build testify_yaml_custom
package my_pkg_test
import (
goyaml "github.com/goccy/go-yaml"
"github.com/stretchr/testify/assert/yaml"
)
func init() {
yaml.Unmarshal = goyaml.Unmarshal
}
Rename CompareType to compareResult to make it private. This type is
used only in internal functions and is of no use for external users and
should never have been made public.
CompareType has been introduced by 0b4ff03cda5c8eb0150a14ffbaaa088fd777d6ba
and appeared in releases since v1.6.0.
Note: strictly speaking, this is a breaking change, but no external user
should have ever used assert.CompareType as it made no sense in the assert
API. A search on GitHub has revealed no use of it.
https://github.com/search?q=assert.CompareType+language%3AGo&type=Repositories&ref=advsearch&l=Go&l=
The tHelper interface is defined only for internal usage. We don't need
a "hard" type for it as we don't define methods on it. Let's make is
just a alias to the anonymous interface it represents.
Note: we are already using type aliases elswhere, and type aliases were
introduced a long time ago in Go 1.9.
This reverts commit 34763e0df3d560ca247996a0e9291fa919a3abc6.
time.Time.Equal only tests that the two instances refer to the same instant, but time.Time also carries zone information, so this caused two non-equal instances to be considered equal.
Previously, the use of %s with array objects meant you would get an
error like this:
"[%!s(int=1) %!s(int=2) %!s(int=3)]\" should have 4 item(s), but has 3
Use %v instead, which provides a much nicer error.
"[1 2 3]" should have 4 item(s), but has 3
Fixes#1482.
The underlying function ObjectsAreEqualValues did not handle
overflow/underflow of values while converting one type to another
for comparison. For example:
EqualValues(t, int(270), int8(14))
would return true, even though the values are not equal. Because, when
you convert int(270) to int8, it overflows and becomes 14 (270 % 256 = 14)
This commit fixes that by making sure that the conversion always happens
from the smaller type to the larger type, and then comparing the values.
Additionally, this commit also seperates out the test cases of
ObjectsAreEqualValues from TestObjectsAreEqual.
Fixes#1462
1. Isolate tests that use the "unsafe" package in a separate package
assert/internal/unsafetests. That way the assert package is not
tainted with unsafe.
2. Remove one reference to the private assert.isNil() in assert tests.
3. Add more tests of assert.Nil and assert.NotNil with unsafe.Pointer.
Fix TestEventuallyIssue805 which was flaky because of the use of a timer
that has exactly the same duration as the Eventually timout. But time is
not a synchronization primitive.
Now we use channels to ensure that the condition is still running and
Eventually times out before checking its return value.
The test is also renamed to TestEventuallyTimeout to more clearly show
its purpose.
