func TestAppendKey(t *testing.T) {
db := abkleveldb.CreateDB(dbpath)
status := appendKey("abc:name:first", "title", db)
expectedVal := "key::abc:name:first:title"
resultVal := abkleveldb.GetVal("key::abc:name:first", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
status = appendKey("abc", "name", db)
expectedVal = "key::abc:name"
resultVal = abkleveldb.GetVal("key::abc", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
status = appendKey("abc", "age", db)
expectedVal = "key::abc:name,key::abc:age"
resultVal = abkleveldb.GetVal("key::abc", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
abkleveldb.CloseAndDeleteDB(dbpath, db)
}
func TestCreateNS(t *testing.T) {
db := abkleveldb.CreateDB(dbpath)
status := CreateNS("abc:name:first", db)
expectedVal := "key::abc:name:first"
resultVal := abkleveldb.GetVal("key::abc:name", db)
if expectedVal != resultVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
status = CreateNS("abc:name:last", db)
expectedVal = "key::abc:name:first,key::abc:name:last"
resultVal = abkleveldb.GetVal("key::abc:name", db)
if expectedVal != resultVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
status = CreateNS("abc:name:last", db)
expectedVal = "key::abc:name:first,key::abc:name:last"
resultVal = abkleveldb.GetVal("key::abc:name", db)
if expectedVal != resultVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
abkleveldb.CloseAndDeleteDB(dbpath, db)
}
func TestDeleteNSRecursive(t *testing.T) {
db := abkleveldb.CreateDB(dbpath)
setupTestData(db)
status := DeleteNSRecursive("abc", db)
expectedVal := ""
resultVal := abkleveldb.GetVal("key::abc", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
expectedVal = ""
resultVal = abkleveldb.GetVal("key::abc:name", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
expectedVal = ""
resultVal = abkleveldb.GetVal("val::abc:name:first", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
expectedVal = ""
resultVal = abkleveldb.GetVal("val::abc:name:last", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
abkleveldb.CloseAndDeleteDB(dbpath, db)
}
func TestDeleteNSKey(t *testing.T) {
db := abkleveldb.CreateDB(dbpath)
setupTestData(db)
status := DeleteNSKey("abc:name:last", db)
expectedVal := ""
resultVal := abkleveldb.GetVal("val::abc:name:last", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
expectedVal = "ABC"
resultVal = abkleveldb.GetVal("val::abc:name:first", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
status = DeleteNSKey("abc:name:last", db)
if !status {
t.Error("Fail: Success in deleting non-existent key.")
}
abkleveldb.CloseAndDeleteDB(dbpath, db)
}
func exampleNS(db *levigo.DB) {
runtime.GOMAXPROCS(runtime.NumCPU())
fmt.Println("add some data first for a,a:1,a:2,a:1:2,a:2:1,a:3,a:1:1 ~")
lns.PushNS("a", "A", db)
lns.PushNS("a:1", "A1", db)
lns.PushNS("a:2", "A2", db)
lns.PushNS("a:1:2", "A12", db)
lns.PushNS("a:2:1", "A21", db)
lns.PushNS("a:3", "A3", db)
lns.PushNS("a:1:1", "A11", db)
lns.PushNS("b:2:1", "A11", db)
fmt.Println("read some data now ~")
read("val::a", db)
read("val::a:1", db)
read("val::a:2", db)
read("val::a:1:2", db)
read("val::a:2:1", db)
read("val::a:3", db)
read("val::a:1:1", db)
fmt.Println("super keys~")
read("key::a", db)
read("key::a:1", db)
read("key::a:2", db)
read("key::b", db)
read("key::b:2", db)
var hmap map[string]string
hmap = make(map[string]string)
hmap = lns.ReadNS("key::a", db)
for k, v := range hmap {
fmt.Printf("%s => %s\n", k, v)
}
hmap = lns.ReadNS("key::c", db)
for k, v := range hmap {
fmt.Printf("%s => %s", k, v)
}
fmt.Println("read/delete~")
fmt.Printf("Recursive under a: %v\n", lns.ReadNSRecursive("a", db))
fmt.Println("before del a:1:2 ~ ", abkleveldb.GetVal("key::a:1", db))
lns.DeleteNSRecursive("a:1:2", db)
fmt.Println("after del of a:1:2 ~ ", abkleveldb.GetVal("key::a:1", db))
fmt.Printf("Recursive under a: %v\n", lns.ReadNSRecursive("a", db))
fmt.Println("before del a ~ ", abkleveldb.GetVal("key::a", db))
lns.DeleteNSRecursive("a", db)
fmt.Println("after del a ~ ", abkleveldb.GetVal("key::a", db))
fmt.Printf("Recursive under a: %v\n", lns.ReadNSRecursive("a", db))
fmt.Printf("Recursive under b: %v\n", lns.ReadNSRecursive("b", db))
fmt.Println("before del of b ~", abkleveldb.GetVal("key::b", db))
lns.DeleteNS("b", db)
fmt.Println("after del of b ~ ", abkleveldb.GetVal("key::b", db))
fmt.Println("after del b:2 ~ ", abkleveldb.GetVal("key::b:2", db))
fmt.Println("after del b:2:1 ~ ", abkleveldb.GetVal("key::b:2:1", db))
fmt.Printf("Recursive under b: %v\n", lns.ReadNSRecursive("b", db))
}
func TestDeleteNSChildren(t *testing.T) {
db := abkleveldb.CreateDB(dbpath)
setupTestData(db)
expectedVal := "ABC XYZ"
resultVal := abkleveldb.GetVal("val::abc:name", db)
if resultVal != expectedVal {
t.Error("Fail: Pre-req is bad.")
}
status := deleteNSChildren("key::abc:name", db)
expectedVal = ""
resultVal = abkleveldb.GetVal("val::abc:name", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
expectedVal = ""
resultVal = abkleveldb.GetVal("key::abc:name", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
expectedVal = "XYZ"
resultVal = abkleveldb.GetVal("val::abc:name:last", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
status = deleteNSChildren("key::abc:name:first,key::abc:name:last", db)
expectedVal = ""
resultVal = abkleveldb.GetVal("val::abc:name:first", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
abkleveldb.CloseAndDeleteDB(dbpath, db)
}
/* Get value of given key */
func ReadKey(key string) golhashmap.HashMap {
var hashmap golhashmap.HashMap
hashmap = make(golhashmap.HashMap)
val := abkleveldb.GetVal(key, db)
if val == "" {
return hashmap
}
hashmap[key] = val
return hashmap
}
func TestPushNS(t *testing.T) {
db := abkleveldb.CreateDB(dbpath)
status := PushNS("abc:name", "ABC XYZ", db)
expectedVal := "ABC XYZ"
resultVal := abkleveldb.GetVal("val::abc:name", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
if !status {
t.Error("Fail: Failed Status for", expectedVal)
}
expectedVal = "key::abc:name"
resultVal = abkleveldb.GetVal("key::abc", db)
if resultVal != expectedVal {
t.Error("Fail: Get", resultVal, "instead of", expectedVal)
}
abkleveldb.CloseAndDeleteDB(dbpath, db)
}
func TestDelKeyNS(t *testing.T) {
setupTestData()
status := DelKeyNS("upstate:2014")
expected_val := ""
result_val := abkleveldb.GetVal("val::upstate:2014:January:2:12:1:20", db)
if expected_val != result_val {
t.Error("Fail: Get", result_val, "instead of", expected_val)
}
if !status {
t.Error("Fail: Wrong status returned by DelKeyNS")
}
abkleveldb.CloseAndDeleteDB(test_dbpath, db)
}
func TestPushKeyValNS(t *testing.T) {
setupTestData()
expected_val := "right"
status := PushKeyValNS("oh:yeah", expected_val)
result_val := abkleveldb.GetVal("val::oh:yeah", db)
if expected_val != result_val {
t.Error("Fail: Get", result_val, "instead of", expected_val)
}
if !status {
t.Error("Fail: Wrong status returned by PushKeyValNS")
}
abkleveldb.CloseAndDeleteDB(test_dbpath, db)
}
func TestPushKeyValTSDS(t *testing.T) {
setupTestData()
ohtime := goltime.Timestamp{
Year: 2014, Month: 1, Day: 2, Hour: 12, Min: 1, Sec: 20,
}
status := PushKeyValTSDS("oh", "yeah", ohtime)
expected_val := "yeah"
result_val := abkleveldb.GetVal("val::oh:2014:January:2:12:1:20", db)
if expected_val != result_val {
t.Error("Fail: Get", result_val, "instead of", expected_val)
}
if !status {
t.Error("Fail: Wrong status returned by PushKeyValTSDS")
}
abkleveldb.CloseAndDeleteDB(test_dbpath, db)
}
func TestPushKeyValTSDS(t *testing.T) {
setupTestData()
packet := Packet{}
packet.HashMap = make(golhashmap.HashMap)
packet.HashMap["oh"] = "yeah"
packet.ParentNS = "phrase"
packet.TimeDot = goltime.Timestamp{
Year: 2014, Month: 1, Day: 2, Hour: 12, Min: 1, Sec: 20,
}
packet.KeyType = "tsds"
status := PushFromPacket(packet)
expected_val := "yeah"
result_val := abkleveldb.GetVal("val::oh:2014:January:2:12:1:20", db)
golassert.AssertEqual(expected_val, result_val)
if !status {
t.Error("Fail: Wrong status returned by PushKeyValTSDS")
}
abkleveldb.CloseAndDeleteDB(test_dbpath, db)
}
/* Get value of given key */
func GetVal(key string) string {
return abkleveldb.GetVal(key, db)
}
func read(key string, db *levigo.DB) string {
val := abkleveldb.GetVal(key, db)
fmt.Printf("for %s get %s\n", key, val)
return val
}