func login(req *http.Http_Request, sessionInfo *Session_Info) (resp *http.Http_Response) {
resp = &http.Http_Response{STATUSCODE: http.Status_OK}
content := req.HEADER["Content"]
strs1 := strings.Split(content, " ")
var clientType, credential, cinfo string
clientType = strings.Split(strs1[0], "=")[1]
credential = strings.Split(strs1[1], "=")[1]
_, _ = credential, cinfo
if clientType == "c" {
cinfo = strings.Split(strs1[2], "=")[1]
tmp1 := common.VigenereDecrypt(credential)
tmp2 := common.FromHexString(tmp1)
tmp3 := common.Rc4Encrypt(tmp2, common.DefaultRC4Key)
decryptCredential := string(tmp3)
decryptCinfo := string(common.Rc4Encrypt(common.FromHexString(common.VigenereDecrypt(cinfo)), "1234567wet1234567890abce56adcseq"))
common.ULogger.Info(decryptCinfo)
if strings.Index(decryptCredential, "afsfeqrfqgqarfq234esadf123wasd#") < 0 {
resp.STATUSCODE = http.Status_Failed
} else {
dataEx := `POST /ipinforeq HTTP/1.1
Resp:host=ipinfo.io
CallId:ipinforeq_e4641547-6e66-49a0-b23f-db2bf71d4584
Content-Length:96
R0VUIC8gSFRUUC8xLjENClVzZXItQWdlbnQ6Y3VybC83LjMyLjANCkhvc3Q6aXBpbmZvLmlvDQpBY2NlcHQ6Ki8qDQoNCg==`
sessionInfo.Last_Active_Time = time.Now().Unix()
sessionInfo.Data_Ex = dataEx
sessionInfo.Login_Status = true
sessionInfo.Client_Type = "c"
cinfos := strings.Split(decryptCinfo, "|")
if len(cinfos) == 3 {
sessionInfo.os = cinfos[0]
sessionInfo.language = cinfos[1]
sessionInfo.clientversion = cinfos[2]
}
}
} else if clientType == "r" {
return resp
} else {
}
common.ULogger.Info("sessioninfo\r\n %v", sessionInfo)
return resp
}
func Test_DecsCinfo(t *testing.T) {
cinfo := "OAdLAIAHtL8ztLPlCjdbBKBHeaPJaAcjabsieHtBDIbHtlBhCIAbCLeiCb"
t1 := common.VigenereDecrypt(cinfo)
t2 := common.FromHexString(t1)
t3 := common.Rc4Encrypt(t2, "1234567wet1234567890abce56adcseq")
decryptCinfo := string(t3)
fmt.Println(decryptCinfo)
}
func Test_StringHex(t *testing.T) {
str := "helloworld"
str1 := common.ToHexString([]byte(str))
fmt.Println(str1)
str2 := common.FromHexString(str1)
fmt.Println(string(str2))
if str != string(str2) {
t.Errorf("stringhex failed")
}
}
func Test_RC4(t *testing.T) {
str := "afsfeqrfqgqarfq234esadf123wasd#192.168.13216:8081;192.168.13.216:8081#guid"
key := "12345678901234567890123456789012"
tmp1 := common.Rc4Encrypt([]byte(str), key)
tmp2 := common.ToHexString(tmp1)
fmt.Println(tmp2)
tmp3 := common.FromHexString(tmp2)
tmp4 := common.Rc4Encrypt(tmp3, key)
if str != string(tmp4) {
t.Errorf("rc4 failed")
}
}
func Test_CLogin(t *testing.T) {
credential := "AheIPJDjDa8kBBahAbchsKOhBlABbkOhsJezdHDyEBtiaiEjbycKBLPbDLsich2hBzOlcadjAhCb2zaKOBPlehdidyabcJ8ishckeh2LcAaLcKtjsKbAdKdIsKdhAzdLCJsIakdjsi8zAIByAKOjtaPa2J2AcJBJOIOLPkAjCaeB"
tmp1 := common.VigenereDecrypt(credential)
tmp2 := common.FromHexString(tmp1)
tmp3 := common.Rc4Encrypt(tmp2, common.DefaultRC4Key)
decryptCredential := string(tmp3)
fmt.Println(decryptCredential)
if strings.Index(decryptCredential, "afsfeqrfqgqarfq234esadf123wasd#") < 0 {
fmt.Println("22222222222222")
t.Errorf("clogin failed")
}
//fmt.Println("3333333333333")
}