package list

import (
	"testing"
)

func TestAclList_AclState_UserInviteAndJoin(t *testing.T) {
	//st, err := acllistbuilder.NewListStorageWithTestName("userjoinexample.yml")
	//require.NoError(t, err, "building storage should not result in error")
	//
	//keychain := st.(*acllistbuilder.AclListStorageBuilder).GetKeychain()
	//
	//aclList, err := BuildAclList(st)
	//require.NoError(t, err, "building acl list should be without error")
	//
	//idA := keychain.GetIdentity("A")
	//idB := keychain.GetIdentity("B")
	//idC := keychain.GetIdentity("C")
	//
	//// checking final state
	//assert.Equal(t, aclrecordproto.AclUserPermissions_Admin, aclList.AclState().UserStates()[idA].Permissions)
	//assert.Equal(t, aclrecordproto.AclUserPermissions_Writer, aclList.AclState().UserStates()[idB].Permissions)
	//assert.Equal(t, aclrecordproto.AclUserPermissions_Reader, aclList.AclState().UserStates()[idC].Permissions)
	//assert.Equal(t, aclList.Head().CurrentReadKeyHash, aclList.AclState().CurrentReadKeyId())
	//
	//var records []*AclRecord
	//aclList.Iterate(func(record *AclRecord) (IsContinue bool) {
	//	records = append(records, record)
	//	return true
	//})
	//
	//// checking permissions at specific records
	//assert.Equal(t, 3, len(records))
	//
	//_, err = aclList.AclState().StateAtRecord(records[1].Id, idB)
	//assert.Error(t, err, "B should have no permissions at record 1")
	//
	//perm, err := aclList.AclState().StateAtRecord(records[2].Id, idB)
	//assert.NoError(t, err, "should have no error with permissions of B in the record 2")
	//assert.Equal(t, UserPermissionPair{
	//	Identity:   idB,
	//	Permission: aclrecordproto.AclUserPermissions_Writer,
	//}, perm)
}

func TestAclList_AclState_UserJoinAndRemove(t *testing.T) {
	//st, err := acllistbuilder.NewListStorageWithTestName("userremoveexample.yml")
	//require.NoError(t, err, "building storage should not result in error")
	//
	//keychain := st.(*acllistbuilder.AclListStorageBuilder).GetKeychain()
	//
	//aclList, err := BuildAclList(st)
	//require.NoError(t, err, "building acl list should be without error")
	//
	//idA := keychain.GetIdentity("A")
	//idB := keychain.GetIdentity("B")
	//idC := keychain.GetIdentity("C")
	//
	//// checking final state
	//assert.Equal(t, aclrecordproto.AclUserPermissions_Admin, aclList.AclState().UserStates()[idA].Permissions)
	//assert.Equal(t, aclrecordproto.AclUserPermissions_Reader, aclList.AclState().UserStates()[idC].Permissions)
	//assert.Equal(t, aclList.Head().CurrentReadKeyHash, aclList.AclState().CurrentReadKeyId())
	//
	//_, exists := aclList.AclState().UserStates()[idB]
	//assert.Equal(t, false, exists)
	//
	//var records []*AclRecord
	//aclList.Iterate(func(record *AclRecord) (IsContinue bool) {
	//	records = append(records, record)
	//	return true
	//})
	//
	//// checking permissions at specific records
	//assert.Equal(t, 4, len(records))
	//
	//assert.NotEqual(t, records[2].CurrentReadKeyHash, aclList.AclState().CurrentReadKeyId())
	//
	//perm, err := aclList.AclState().StateAtRecord(records[2].Id, idB)
	//assert.NoError(t, err, "should have no error with permissions of B in the record 2")
	//assert.Equal(t, UserPermissionPair{
	//	Identity:   idB,
	//	Permission: aclrecordproto.AclUserPermissions_Writer,
	//}, perm)
	//
	//_, err = aclList.AclState().StateAtRecord(records[3].Id, idB)
	//assert.Error(t, err, "B should have no permissions at record 3, because user should be removed")
}