Reputation: 4603
Is it possible to skip/exclude some tests from being run with go test
?
I have a fairly large amount of integration type tests which call a REST service written as standard go tests, and run with go test
. When a new feature is developed it's sometimes useful to be able to skip some of the tests, for example if the new feature is not yet deployed on the testing server and I still want to run all the existing tests (except those new ones which tests the new feature).
I know about -run
, but I don't want to specify all tests I want to run, that would be a long list. At the same time I have not been able to write a regex for excluding tests.
Another option would be to not commit the tests which don't run in the same branch, but it would be easier if I could just specify what to exclude.
Upvotes: 122
Views: 114160
Reputation: 321
The go 1.20 test command now accepts -skip to skip tests, subtests, or examples matching .
https://tip.golang.org/doc/go1.20
Upvotes: 7
Reputation: 645
Supplement to the Vadym Tyemirov's answer.
You can use TestMain
skip test in whole pkg when env CI not empty.
func TestMain(m *testing.M) {
if os.Getenv("CI") == "" {
m.Run()
}
}
Upvotes: 9
Reputation: 8853
Testing package has SkipNow()
and Skip()
methods. So, an individual test could be prepended with something like this:
func skipCI(t *testing.T) {
if os.Getenv("CI") != "" {
t.Skip("Skipping testing in CI environment")
}
}
func TestNewFeature(t *testing.T) {
skipCI(t)
}
You could then set the environment variable or run CI=true go test
to set CI
as a command-local variable.
Another approach would be to use short mode. Add the following guard to a test
if testing.Short() {
t.Skip("skipping testing in short mode")
}
and then execute your tests with go test -short
Upvotes: 192
Reputation: 99351
Like VonC said, you can use +build
tags
┌─ oneofone@Oa [/t/tst-tag]
└──➜ ls
a_test.go b_test.go c_test.go
a_test.go :
package tags
import "testing"
func TestA(t *testing.T) {}
b_test.go :
// +build !feature1
package tags
import "testing"
func TestB(t *testing.T) {}
c_test.go :
// +build !feature1
// +build !feature2
package tags
import "testing"
func TestC(t *testing.T) {}
Then run the test with the -tags
parameter :
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -v . | grep PASS:
--- PASS: TestA (0.00 seconds)
--- PASS: TestB (0.00 seconds)
--- PASS: TestC (0.00 seconds)
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -v -tags feature1 . | grep PASS:
--- PASS: TestA (0.00 seconds)
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -v -tags feature2 . | grep PASS:
--- PASS: TestA (0.00 seconds)
--- PASS: TestB (0.00 seconds)
// Update : different logic :
a_test.go:
// +build all
package tags
import "testing"
func TestA(t *testing.T) {}
b_test.go:
// +build all feature1
package tags
import "testing"
func TestB(t *testing.T) {}
c_test.go:
// +build all feature2
package tags
import "testing"
func TestC(t *testing.T) {}
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -v -tags all | grep PASS:
--- PASS: TestA (0.00 seconds)
--- PASS: TestB (0.00 seconds)
--- PASS: TestC (0.00 seconds)
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -v -tags feature1 | grep PASS:
--- PASS: TestB (0.00 seconds)
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -v -tags="feature1 feature2" | grep PASS:
--- PASS: TestB (0.00 seconds)
--- PASS: TestC (0.00 seconds)
Or you call specific tests by name like :
d_test.go:
package tags
import "testing"
func TestA1(t *testing.T) {}
func TestB1(t *testing.T) {}
func TestC1(t *testing.T) {}
func TestD1(t *testing.T) {}
Output:
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -run="(A|B)1" -v | grep PASS:
--- PASS: TestA1 (0.00 seconds)
--- PASS: TestB1 (0.00 seconds)
┌─ oneofone@Oa [/t/tst-tag]
└──➜ go test -run="D1" -v | grep PASS:
--- PASS: TestD1 (0.00 seconds)
Upvotes: 77