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[TESTS] verify facts for the admin storage documentation

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[TESTS] verify facts for the admin storage documentation (squash)

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Earl Warren 2023-08-10 22:05:00 +02:00
parent 0102a5715e
commit 7e039a9427
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263
modules/setting/forgejo_storage_test.go Normal file
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// SPDX-License-Identifier: MIT
//
// Tests verifying the Forgejo documentation on storage settings is correct
//
// https://forgejo.org/docs/v1.20/admin/storage/
//
package setting
import (
"fmt"
"path/filepath"
"testing"
"github.com/stretchr/testify/assert"
)
func TestForgejoDocs_StorageTypes(t *testing.T) {
iniStr := `
[server]
APP_DATA_PATH = /
`
testStorageTypesDefaultAndSpecificStorage(t, iniStr)
}
func testStorageGetPath(storage *Storage) string {
if storage.Type == MinioStorageType {
return storage.MinioConfig.BasePath
}
return storage.Path
}
var testSectionToBasePath = map[string]string{
"attachment": "attachments",
"lfs": "lfs",
"avatar": "avatars",
"repo-avatar": "repo-avatars",
"repo-archive": "repo-archive",
"packages": "packages",
"storage.actions_log": "actions_log",
"actions.artifacts": "actions_artifacts",
}
type testSectionToPathFun func(StorageType, string) string
func testBuildPath(t StorageType, path string) string {
if t == LocalStorageType {
return "/" + path
}
return path + "/"
}
func testSectionToPath(t StorageType, section string) string {
return testBuildPath(t, testSectionToBasePath[section])
}
func testSpecificPath(t StorageType, section string) string {
if t == LocalStorageType {
return "/specific_local_path"
}
return "specific_s3_base_path/"
}
func testDefaultDir(t StorageType) string {
if t == LocalStorageType {
return "default_local_path"
}
return "default_s3_base_path"
}
func testDefaultPath(t StorageType) string {
return testBuildPath(t, testDefaultDir(t))
}
func testSectionToDefaultPath(t StorageType, section string) string {
return testBuildPath(t, filepath.Join(testDefaultDir(t), testSectionToPath(t, section)))
}
func testLegacyPath(t StorageType, section string) string {
return testBuildPath(t, fmt.Sprintf("legacy_%s_path", section))
}
func testStorageTypeToSetting(t StorageType) string {
if t == LocalStorageType {
return "PATH"
}
return "MINIO_BASE_PATH"
}
var testSectionToLegacy = map[string]string{
"lfs": fmt.Sprintf(`
[server]
APP_DATA_PATH = /
LFS_CONTENT_PATH = %s
`, testLegacyPath(LocalStorageType, "lfs")),
"avatar": fmt.Sprintf(`
[picture]
AVATAR_UPLOAD_PATH = %s
`, testLegacyPath(LocalStorageType, "avatar")),
"repo-avatar": fmt.Sprintf(`
[picture]
REPOSITORY_AVATAR_UPLOAD_PATH = %s
`, testLegacyPath(LocalStorageType, "repo-avatar")),
}
func testStorageTypesDefaultAndSpecificStorage(t *testing.T, iniStr string) {
storageType := MinioStorageType
t.Run(string(storageType), func(t *testing.T) {
t.Run("override type minio", func(t *testing.T) {
storageSection := `
[storage]
STORAGE_TYPE = minio
`
testStorageTypesSpecificStorages(t, iniStr+storageSection, storageType, testSectionToPath, testSectionToPath)
})
})
storageType = LocalStorageType
t.Run(string(storageType), func(t *testing.T) {
storageSection := ""
testStorageTypesSpecificStorages(t, iniStr+storageSection, storageType, testSectionToPath, testSectionToPath)
t.Run("override type local", func(t *testing.T) {
storageSection := `
[storage]
STORAGE_TYPE = local
`
testStorageTypesSpecificStorages(t, iniStr+storageSection, storageType, testSectionToPath, testSectionToPath)
storageSection = fmt.Sprintf(`
[storage]
STORAGE_TYPE = local
PATH = %s
`, testDefaultPath(LocalStorageType))
testStorageTypesSpecificStorageSections(t, iniStr+storageSection, storageType, testSectionToDefaultPath, testSectionToPath)
})
})
}
func testStorageTypesSpecificStorageSections(t *testing.T, iniStr string, defaultStorageType StorageType, defaultStorageTypePath, testSectionToPath testSectionToPathFun) {
testSectionsMap := map[string]**Storage{
"attachment": &Attachment.Storage,
"lfs": &LFS.Storage,
"avatar": &Avatar.Storage,
"repo-avatar": &RepoAvatar.Storage,
"repo-archive": &RepoArchive.Storage,
"packages": &Packages.Storage,
// there are inconsistencies in how actions storage is determined in v1.20
// it is still alpha and undocumented and is ignored for now
//"storage.actions_log": &Actions.LogStorage,
//"actions.artifacts": &Actions.ArtifactStorage,
}
for sectionName, storage := range testSectionsMap {
t.Run(sectionName, func(t *testing.T) {
testStorageTypesSpecificStorage(t, iniStr, defaultStorageType, defaultStorageTypePath, testSectionToPath, sectionName, storage)
})
}
}
func testStorageTypesSpecificStorages(t *testing.T, iniStr string, defaultStorageType StorageType, defaultStorageTypePath, testSectionToPath testSectionToPathFun) {
testSectionsMap := map[string]**Storage{
"attachment": &Attachment.Storage,
"lfs": &LFS.Storage,
"avatar": &Avatar.Storage,
"repo-avatar": &RepoAvatar.Storage,
"repo-archive": &RepoArchive.Storage,
"packages": &Packages.Storage,
"storage.actions_log": &Actions.LogStorage,
"actions.artifacts": &Actions.ArtifactStorage,
}
for sectionName, storage := range testSectionsMap {
t.Run(sectionName, func(t *testing.T) {
if legacy, ok := testSectionToLegacy[sectionName]; ok {
if defaultStorageType == LocalStorageType {
t.Run("legacy local", func(t *testing.T) {
testStorageTypesSpecificStorage(t, iniStr+legacy, LocalStorageType, testLegacyPath, testSectionToPath, sectionName, storage)
testStorageTypesSpecificStorageTypeOverride(t, iniStr+legacy, LocalStorageType, testLegacyPath, testSectionToPath, sectionName, storage)
})
} else {
t.Run("legacy minio", func(t *testing.T) {
testStorageTypesSpecificStorage(t, iniStr+legacy, MinioStorageType, defaultStorageTypePath, testSectionToPath, sectionName, storage)
testStorageTypesSpecificStorageTypeOverride(t, iniStr+legacy, LocalStorageType, testLegacyPath, testSectionToPath, sectionName, storage)
})
}
}
for _, specificStorageType := range storageTypes {
testStorageTypesSpecificStorageTypeOverride(t, iniStr, specificStorageType, defaultStorageTypePath, testSectionToPath, sectionName, storage)
}
})
}
}
func testStorageTypesSpecificStorage(t *testing.T, iniStr string, defaultStorageType StorageType, defaultStorageTypePath, testSectionToPath testSectionToPathFun, sectionName string, storage **Storage) {
var section string
//
// Specific section is absent
//
testStoragePathMatch(t, iniStr, defaultStorageType, defaultStorageTypePath, sectionName, storage)
//
// Specific section is empty
//
section = fmt.Sprintf(`
[%s]
`,
sectionName)
testStoragePathMatch(t, iniStr+section, defaultStorageType, defaultStorageTypePath, sectionName, storage)
//
// Specific section with a path override
//
section = fmt.Sprintf(`
[%s]
%s = %s
`,
sectionName,
testStorageTypeToSetting(defaultStorageType),
testSpecificPath(defaultStorageType, ""))
testStoragePathMatch(t, iniStr+section, defaultStorageType, testSpecificPath, sectionName, storage)
}
func testStorageTypesSpecificStorageTypeOverride(t *testing.T, iniStr string, overrideStorageType StorageType, defaultStorageTypePath, testSectionToPath testSectionToPathFun, sectionName string, storage **Storage) {
var section string
t.Run("specific-"+string(overrideStorageType), func(t *testing.T) {
//
// Specific section with a path and storage type override
//
section = fmt.Sprintf(`
[%s]
STORAGE_TYPE = %s
%s = %s
`,
sectionName,
overrideStorageType,
testStorageTypeToSetting(overrideStorageType),
testSpecificPath(overrideStorageType, ""))
testStoragePathMatch(t, iniStr+section, overrideStorageType, testSpecificPath, sectionName, storage)
//
// Specific section with type override
//
section = fmt.Sprintf(`
[%s]
STORAGE_TYPE = %s
`,
sectionName,
overrideStorageType)
testStoragePathMatch(t, iniStr+section, overrideStorageType, defaultStorageTypePath, sectionName, storage)
})
}
func testStoragePathMatch(t *testing.T, iniStr string, storageType StorageType, testSectionToPath testSectionToPathFun, section string, storage **Storage) {
cfg, err := NewConfigProviderFromData(iniStr)
assert.NoError(t, err, iniStr)
assert.NoError(t, loadCommonSettingsFrom(cfg), iniStr)
assert.EqualValues(t, testSectionToPath(storageType, section), testStorageGetPath(*storage), iniStr)
assert.EqualValues(t, storageType, (*storage).Type, iniStr)
}