public KeyValuePair <int, string> this[EnumErrorCode errorCode, params object[] formatter]
{
get
{
return(base[(int)errorCode, formatter]);
}
}
private static TextResult[] DecodeFile(string strImagePath, int mode, int iLeft, int iTop, int iRight, int iBottom)
{
BarcodeReader _br = new BarcodeReader();
_br.ProductKeys = "t0068MgAAADaH8yokXmKf3axcV99lMBDDRYEZIsBZ5PPiekmW820HqSR2tQ/VOjuXPvq1FCvla7eS6KmEMUFgHZR9X7GuR2s=";
string[] strTemplateNameArray = { "All_DEFAULT", "All_DEFAULT_WITHREGION" };
string tempDefaultTemplateJson = "{\"Version\": \"2.0\",\"ImageParameter\": {\"Name\": \"" + strTemplateNameArray[0] + "\",\"BarcodeFormatIds\": [\"BF_ALL\"],\"RegionPredetectionModes\": [{\"Mode\":\"RPM_GENERAL_RGB_CONTRAST\"}]}}";
string tempTemplateJsonWithRegion = "{\"Version\": \"2.0\",\"ImageParameter\": {\"Name\": \"" + strTemplateNameArray[1] + "\",\"BarcodeFormatIds\": [\"BF_ALL\"],\"RegionPredetectionModes\": [{\"Mode\":\"RPM_GENERAL\"}],\"RegionDefinitionNameArray\": [\"Region\"]},\"RegionDefinitionArray\": [{\"Name\": \"Region\",\"MeasuredByPercentage\": 1" + ",\"Left\":" + iLeft.ToString() + ",\"Top\":" + iTop.ToString() + ",\"Right\":" + iRight.ToString() + ",\"Bottom\":" + iBottom.ToString() + "}]}";
if (mode == 0)
{
// load template json as a string.
string errorstring = "";
EnumErrorCode temperrorcode = _br.InitRuntimeSettingsWithString(tempDefaultTemplateJson, EnumConflictMode.CM_OVERWRITE, out errorstring);
}
else
{
// load template json as a string.
string errorstring = "";
EnumErrorCode temperrorcode = _br.InitRuntimeSettingsWithString(tempTemplateJsonWithRegion, EnumConflictMode.CM_OVERWRITE, out errorstring);
}
_br.DecodeFile(strImagePath, strTemplateNameArray[mode]);
TextResult[] result = _br.DecodeFile(strImagePath, strTemplateNameArray[mode]);
return(result);
}
public override void HandleMsg(params object[] _params)
{
EnumMsgCode enumMsgCode = (EnumMsgCode)_params[0];
EnumErrorCode enumErrorCode = (EnumErrorCode)_params[1];
MyJson.JsonNode_Object json = new MyJson.JsonNode_Object();
if (enumMsgCode == EnumMsgCode.SignSuc)
{
byte[] _outdata = (byte[])_params[1];
var pubkeylen = _outdata[0];
var pubkey = new byte[pubkeylen];
Array.Copy(_outdata, 1, pubkey, 0, pubkeylen);
var signdata = _outdata.Skip(pubkeylen + 1).ToArray();
json["signdata"] = new MyJson.JsonNode_ValueString(SignTool.Bytes2HexString(signdata, 0, signdata.Length));
json["pubkey"] = new MyJson.JsonNode_ValueString(SignTool.Bytes2HexString(pubkey, 0, pubkey.Length));
json["tag"] = new MyJson.JsonNode_ValueNumber(0);
}
else
{
json["signdata"] = new MyJson.JsonNode_ValueString("");
json["pubkey"] = new MyJson.JsonNode_ValueString("");
json["tag"] = new MyJson.JsonNode_ValueNumber(0);
}
result.msgCode = enumMsgCode;
result.data = json;
}
private static TextResult[] DecodeFile(string strImagePath, int mode, int iLeft, int iTop, int iRight, int iBottom)
{
BarcodeReader _br = new BarcodeReader();
_br.LicenseKeys = "t0068MgAAAJbpvFwUvsodF81FjWojDo91ZYmDf3+aNdOGPOBOygS6Yte0JFqPMt/DnNMdfGS4gInUd+5RYOCX6IramuO+m4A=";
string[] strTemplateNameArray = { "All_DEFAULT", "All_DEFAULT_WITHREGION" };
string tempDefaultTemplateJson = "{\"Version\": \"2.0\",\"ImageParameter\": {\"Name\": \"" + strTemplateNameArray[0] + "\",\"BarcodeFormatIds\": [\"All\"],\"RegionPredetectionMode\": \"Enable\"}}";
string tempTemplateJsonWithRegion = "{\"Version\": \"2.0\",\"ImageParameter\": {\"Name\": \"" + strTemplateNameArray[1] + "\",\"BarcodeFormatIds\": [\"All\"],\"RegionPredetectionMode\": \"Disable\",\"RegionDefinitionNameArray\": [\"Region\"]},\"RegionDefinitionArray\": [{\"Name\": \"Region\",\"MeasuredByPercentage\": true" + ",\"Left\":" + iLeft.ToString() + ",\"Top\":" + iTop.ToString() + ",\"Right\":" + iRight.ToString() + ",\"Bottom\":" + iBottom.ToString() + "}]}";
if (mode == 0)
{
// load template json as a string.
string errorstring = "";
EnumErrorCode temperrorcode = _br.InitRuntimeSettingsWithString(tempDefaultTemplateJson, EnumConflictMode.ECM_Overwrite, out errorstring);
}
else
{
// load template json as a string.
string errorstring = "";
EnumErrorCode temperrorcode = _br.InitRuntimeSettingsWithString(tempTemplateJsonWithRegion, EnumConflictMode.ECM_Overwrite, out errorstring);
}
_br.DecodeFile(strImagePath, strTemplateNameArray[mode]);
TextResult[] result = _br.DecodeFile(strImagePath, strTemplateNameArray[mode]);
return(result);
}
public override void HandleMsg(params object[] _params)
{
EnumMsgCode enumMsgCode = (EnumMsgCode)_params[0];
EnumErrorCode enumErrorCode = (EnumErrorCode)_params[1];
result.msgCode = enumMsgCode;
result.errorCode = enumErrorCode;
}
private static string GetMessageFromEnumErrorCode(EnumErrorCode enumErrorCode)
{
string message = "Server Error";
switch (enumErrorCode)
{
case EnumErrorCode.USER_WRONG_EMAIL:
message = "User with given mobile is already registered with another email. Please contact administrator.";
break;
case EnumErrorCode.USER_BLOCKED:
message = "User is blocked. Please contact administrator.";
break;
case EnumErrorCode.USER_REJECTED:
message = "User is rejected. Please contact administrator.";
break;
case EnumErrorCode.USER_NOTREGISTERED:
message = "User is not registered. Please register first.";
break;
case EnumErrorCode.USER_ALREADY_REGISTERED:
message = "User is already registered. Please login.";
break;
case EnumErrorCode.USER_OTP_NOT_VALID:
message = "The OTP is not valid. Please retry.";
break;
case EnumErrorCode.USER_INVALID:
message = "User is no longer valid. Please contact administrator.";
break;
case EnumErrorCode.USER_STATE_MAPPING_NOT_PRESENT:
message = "User state is not present. Please contact administrator.";
break;
case EnumErrorCode.COUNTRY_ID_NOT_PRESENT:
message = "Country is not provided. Please contact administrator.";
break;
case EnumErrorCode.STATE_ID_NOT_PRESENT:
message = "State is not provided. Please contact administrator.";
break;
case EnumErrorCode.APPLICATION_LIMIT_EXCEEDED:
message = "Application limit exceeded. Please contact administrator.";
break;
default:
message = "Some error occurred";
break;
}
return(message);
}
private string Error2Word(EnumErrorCode enumErrorCode)
{
string errorCode = "$error_" + ((uint)enumErrorCode).ToString("x4");
if (curDic.ContainsKey(errorCode))
{
return(curDic[errorCode]);
}
return("");
}
public override void HandleMsg(params object[] _params)
{
EnumMsgCode enumMsgCode = (EnumMsgCode)_params[0];
EnumErrorCode enumErrorCode = (EnumErrorCode)_params[1];
if (enumMsgCode == EnumMsgCode.BuildSecurityChannelSuc)
{
byte[] data = (byte[])_params[2];
ECDH.Ins.pubKey_B = data;
ECDH.Ins.CalM(data);
}
}
/// <summary>
/// Initializes a new instance of the <see cref="KinveyException"/> class.
/// </summary>
/// <param name="errorCategory">The <see cref="EnumErrorCategory"/> of the exception.</param>
/// <param name="errorCode">The <see cref="EnumErrorCode"/> of the exception.</param>
/// <param name="info">Additional information about the exception.</param>
/// <param name="innerException">[optional] Inner exception thrown, if available.</param>
public KinveyException(EnumErrorCategory errorCategory, EnumErrorCode errorCode, string info, Exception innerException = null)
: base(MessageFromErrorCode(errorCategory, errorCode), innerException)
{
this.errorCategory = errorCategory;
this.errorCode = errorCode;
this.info = info;
Tuple <string, string, string> errorInfo = InfoFromErrorCode(errorCategory, errorCode);
this.error = errorInfo.Item1;
this.debug = errorInfo.Item2;
this.description = errorInfo.Item3;
}
/// <summary>
/// Initializes a new instance of the <see cref="KinveyException"/> class.
/// </summary>
/// <param name="errorCategory">The <see cref="EnumErrorCategory"/> of the exception.</param>
/// <param name="errorCode">The <see cref="EnumErrorCode"/> of the exception.</param>
/// <param name="response">Http response.</param>
/// <param name="innerException">Inner exception thrown, if available.</param>
public KinveyException(EnumErrorCategory errorCategory, EnumErrorCode errorCode, HttpResponseMessage response, Exception innerException)
: base(innerException.Message, innerException)
{
this.errorCategory = errorCategory;
this.errorCode = errorCode;
Tuple <string, string, string> errorInfo = InfoFromErrorCode(errorCategory, errorCode);
StatusCode = (int)response.StatusCode;
try
{
KinveyJsonError errorJSON = KinveyJsonError.parse(response);
this.error = errorJSON.Error ?? errorInfo.Item1;
this.debug = errorJSON.Debug ?? errorInfo.Item2;
this.description = errorJSON.Description ?? errorInfo.Item3;
this.requestID = HelperMethods.getRequestID(response);
}
catch (Exception) {
//Catch any exceptions thrown while parsing an unknown responseJSON
}
}
private static TextResult[] DecodeFile(string strImagePath, int mode, int iLeft, int iTop, int iRight, int iBottom)
{
BarcodeReader _br = new BarcodeReader();
_br.ProductKeys = "t0068MgAAAEUWFzAvIFjWdsOhURov3SljTtFakKFsHemq+2NKnvb5tEihIDmWlZsFpCWpVOnWr1Uw1NzIQ2EcnLj9Hxxvjfs=";
string strErrorMSG = "";
//Best coverage settings
_br.InitRuntimeSettingsWithString("{\"ImageParameter\":{\"Name\":\"BestCoverage\",\"DeblurLevel\":9,\"ExpectedBarcodesCount\":512,\"ScaleDownThreshold\":100000,\"LocalizationModes\":[{\"Mode\":\"LM_CONNECTED_BLOCKS\"},{\"Mode\":\"LM_SCAN_DIRECTLY\"},{\"Mode\":\"LM_STATISTICS\"},{\"Mode\":\"LM_LINES\"},{\"Mode\":\"LM_STATISTICS_MARKS\"}],\"GrayscaleTransformationModes\":[{\"Mode\":\"GTM_ORIGINAL\"},{\"Mode\":\"GTM_INVERTED\"}]}}", EnumConflictMode.CM_OVERWRITE, out strErrorMSG);
//Best speed settings
//_br.InitRuntimeSettingsWithString("{\"ImageParameter\":{\"Name\":\"BestSpeed\",\"DeblurLevel\":3,\"ExpectedBarcodesCount\":512,\"LocalizationModes\":[{\"Mode\":\"LM_SCAN_DIRECTLY\"}],\"TextFilterModes\":[{\"MinImageDimension\":262144,\"Mode\":\"TFM_GENERAL_CONTOUR\"}]}}", EnumConflictMode.CM_OVERWRITE, out strErrorMSG);
//Balance settings
//_br.InitRuntimeSettingsWithString("{\"ImageParameter\":{\"Name\":\"Balance\",\"DeblurLevel\":5,\"ExpectedBarcodesCount\":512,\"LocalizationModes\":[{\"Mode\":\"LM_CONNECTED_BLOCKS\"},{\"Mode\":\"LM_STATISTICS\"}]}}", EnumConflictMode.CM_OVERWRITE, out strErrorMSG);
string[] strTemplateNameArray = { "All_DEFAULT", "All_DEFAULT_WITHREGION" };
string tempDefaultTemplateJson = "{\"Version\": \"2.0\",\"ImageParameter\": {\"Name\": \"" + strTemplateNameArray[0] + "\",\"BarcodeFormatIds\": [\"BF_ALL\"],\"RegionPredetectionModes\": [{\"Mode\":\"RPM_GENERAL_RGB_CONTRAST\"}]}}";
string tempTemplateJsonWithRegion = "{\"Version\": \"2.0\",\"ImageParameter\": {\"Name\": \"" + strTemplateNameArray[1] + "\",\"BarcodeFormatIds\": [\"BF_ALL\"],\"RegionPredetectionModes\": [{\"Mode\":\"RPM_GENERAL\"}],\"RegionDefinitionNameArray\": [\"Region\"]},\"RegionDefinitionArray\": [{\"Name\": \"Region\",\"MeasuredByPercentage\": 1" + ",\"Left\":" + iLeft.ToString() + ",\"Top\":" + iTop.ToString() + ",\"Right\":" + iRight.ToString() + ",\"Bottom\":" + iBottom.ToString() + "}]}";
if (mode == 0)
{
// load template json as a string.
string errorstring = "";
EnumErrorCode temperrorcode = _br.AppendTplStringToRuntimeSettings(tempDefaultTemplateJson, EnumConflictMode.CM_OVERWRITE, out errorstring);
}
else
{
// load template json as a string.
string errorstring = "";
EnumErrorCode temperrorcode = _br.AppendTplStringToRuntimeSettings(tempTemplateJsonWithRegion, EnumConflictMode.CM_OVERWRITE, out errorstring);
}
TextResult[] result = _br.DecodeFile(strImagePath, "");
return(result);
}
void OnMsg(Message msg)
{
Message srcmsg = null;
if (msg.tag1 == 0x00 || msg.tag2 >= 0xa0)//如果是一条回复消息，找原始消息
{
if (this.needBackMessage.ContainsKey(msg.msgid))
{
srcmsg = this.needBackMessage[msg.msgid];
}
else
{
return;
}
}
System.Threading.ThreadPool.QueueUserWorkItem(async(_state) =>
{
#region 0x01
if (msg.tag1 == 0x01 && msg.tag2 == 0x01)
{
//recv a file
var len = msg.readUInt32(0);
var hash = msg.readHash256(4);
var block = dataTable.newOrGet(hash, len, NeoDun.DataBlockFrom.FromSigner);
var piececount = len / 50;
if (len % 50 > 0)
{
piececount++;
}
await System.Threading.Tasks.Task.Delay(50);//add bu hkh 1216
System.Threading.ThreadPool.QueueUserWorkItem((__state) =>
{
NeoDun.Message _msg = new NeoDun.Message();
_msg.tag1 = 0x01;
_msg.tag2 = 0x10;
_msg.msgid = NeoDun.SignTool.RandomShort();
_msg.writeUInt16(0, 0);
_msg.writeUInt16(2, (UInt16)(piececount - 1));
_msg.writeHash256(4, hash);
SendMessage(_msg, true);
});
}
if (msg.tag1 == 0x01 && msg.tag2 == 0x10)//请求数据
{
int blockbegin = BitConverter.ToUInt16(msg.data, 0);
int blockend = BitConverter.ToUInt16(msg.data, 2);
string hash = SignTool.Bytes2HexString(msg.data, 4, 32);
var block = dataTable.getBlockBySha256(hash);
if (block == null)
{
//发送错误回应，下一步再说
}
else
{
for (var i = blockbegin; i < blockend + 1; i++)
{
Message msg1 = new Message();
block.FillPieceMessage(msg1, msg.msgid, (UInt16)i);
SendMessage(msg1, false);
}
//Send0103
Message msg2 = new Message();
msg2.tag1 = 0x01;
msg2.tag2 = 0xa3;
msg2.msgid = msg.msgid;//这是一条回复消息
SendMessage(msg2, false);
}
}
if (msg.tag1 == 0x01 && msg.tag2 == 0x11)//给数据分配编号
{
var remoteid = msg.readUInt32(0);
var hash = msg.readHash256(4);
var block = dataTable.getBlockBySha256(hash);
block.dataidRemote = (uint)remoteid;
}
if (msg.tag1 == 0x01 && msg.tag2 == 0x12)
{
var remoteid = msg.readUInt32(0);
var hash = msg.readHash256(4);
var block = dataTable.getBlockBySha256(hash);
block.dataidRemote = (uint)remoteid;
}
if (msg.tag1 == 0x01 && msg.tag2 == 0xa2)//收到一个分片
{
var hash = srcmsg.readHash256(4);
var data = dataTable.getBlockBySha256(hash);
data.FromPieceMsg(msg);
}
if (msg.tag1 == 0x01 && msg.tag2 == 0xa3)//接收完毕
{
var hash = srcmsg.readHash256(4);
var data = dataTable.getBlockBySha256(hash);
bool bcheck = data.Check();
if (bcheck)
{//数据接收完整
System.Threading.ThreadPool.QueueUserWorkItem((__state) =>
{
NeoDun.Message _msg = new NeoDun.Message();
_msg.tag1 = 0x01;
_msg.tag2 = 0x11;
_msg.msgid = NeoDun.SignTool.RandomShort();
_msg.writeUInt32(0, data.dataid);
_msg.writeHash256(4, hash);
SendMessage(_msg, false);
});
}
else
{//数据接收完毕，但是hash256 不匹配
System.Threading.ThreadPool.QueueUserWorkItem((__state) =>
{
NeoDun.Message _msg = new NeoDun.Message();
_msg.tag1 = 0x01;
_msg.tag2 = 0x12;
_msg.msgid = NeoDun.SignTool.RandomShort();
_msg.writeUInt32(0, data.dataid);
_msg.writeHash256(4, hash);
SendMessage(_msg, false);
});
}
}
#endregion
//设置地址名称失败
if (msg.tag1 == 0x02 && msg.tag2 == 0xe2)
{
EnumErrorCode errorCode = (EnumErrorCode)msg.readUInt16(0);
eventHandler(EnumControl.SetName, EnumMsgCode.SetNameFailed, errorCode);
}
//删除地址失败
if (msg.tag1 == 0x02 && msg.tag2 == 0xe3)
{
EnumErrorCode errorCode = (EnumErrorCode)msg.readUInt16(0);
eventHandler(EnumControl.DelAddress, EnumMsgCode.DeleteNameFailed, errorCode);
}
//增加地址失败
if (msg.tag1 == 0x02 && msg.tag2 == 0xe4)
{
EnumErrorCode errorCode = (EnumErrorCode)msg.readUInt16(0);
eventHandler(EnumControl.AddAddress, EnumMsgCode.AddAddressFailed, errorCode);
}
//签名失败
if (msg.tag1 == 0x02 && msg.tag2 == 0xe5)
{
EnumErrorCode errorCode = (EnumErrorCode)msg.readUInt16(0);
eventHandler(EnumControl.SignData, EnumMsgCode.SignFailed, errorCode);
}
//安装失败
if (msg.tag1 == 0x03 && msg.tag2 == 0xe1)
{
EnumErrorCode errorCode = (EnumErrorCode)msg.readUInt16(0);
eventHandler(EnumControl.Common, EnumMsgCode.InstallFailed, errorCode);
}
//拒绝更新固件
if (msg.tag1 == 0x03 && msg.tag2 == 0xe2)
{
eventHandler(EnumControl.ApplyInstallFramework, EnumMsgCode.RefuseUpdate, EnumErrorCode.NoError);
}
//卸载失败
if (msg.tag1 == 0x03 && msg.tag2 == 0xe3)
{
EnumErrorCode errorCode = (EnumErrorCode)msg.readUInt16(0);
eventHandler(EnumControl.UninstallPlugin, EnumMsgCode.UninstallFailed, errorCode);
}
//收到地址,//加进地址池子里
if (msg.tag1 == 0x02 && msg.tag2 == 0xa0)
{
var epoch = (DateTime.Now.ToUniversalTime().Ticks - 621355968000000000) / 10000000;
var pos = msg.readUInt16(0);
var count = msg.readUInt16(2);
var type = (NeoDun.AddressType)msg.readUInt16(4);
var add = new NeoDun.Address();
add.type = type;
add.AddressText = SignTool.EncodeBase58(msg.data, 6, 25);
add.name = System.Text.Encoding.UTF8.GetString(msg.data, 32, 6).Replace("\0", "");
addressPool.addresses.Add(add);
}
//地址接受完毕
if (msg.tag1 == 0x02 && msg.tag2 == 0xa1)
{
eventHandler(EnumControl.GetAddress, EnumMsgCode.GetAddressSuc, EnumErrorCode.NoError);
}
//设置地址名称成功
if (msg.tag1 == 0x02 && msg.tag2 == 0xa2)
{
eventHandler(EnumControl.SetName, EnumMsgCode.SetNameSuc, EnumErrorCode.NoError);
}
//删除地址成功
if (msg.tag1 == 0x02 && msg.tag2 == 0xa3)
{
eventHandler(EnumControl.DelAddress, EnumMsgCode.DeleteNameSuc, EnumErrorCode.NoError);
}
//增加地址成功
if (msg.tag1 == 0x02 && msg.tag2 == 0xa4)
{
eventHandler(EnumControl.AddAddress, EnumMsgCode.AddAddressSuc, EnumErrorCode.NoError);
}
//签名成功
if (msg.tag1 == 0x02 && msg.tag2 == 0xa5)
{
byte[] outdata = null;
string outdatahash = null;
outdatahash = msg.readHash256(4);
//轮询直到reciveid的数据被收到
while (true)
{
await Task.Delay(5);
var __block = dataTable.getBlockBySha256(outdatahash);
if (__block != null && __block.Check())
{
outdata = __block.data;
break;
}
}
eventHandler(EnumControl.SignData, EnumMsgCode.SignSuc, EnumErrorCode.NoError, outdata);
}
//安装成功
if (msg.tag1 == 0x03 && msg.tag2 == 0xa1)
{
eventHandler(EnumControl.Common, EnumMsgCode.InstallSuc, EnumErrorCode.NoError);
}
//同意更新固件
if (msg.tag1 == 0x03 && msg.tag2 == 0xa2)
{
eventHandler(EnumControl.ApplyInstallFramework, EnumMsgCode.AgreeUpdate, EnumErrorCode.NoError);
}
//卸载成功
if (msg.tag1 == 0x03 && msg.tag2 == 0xa3)
{
eventHandler(EnumControl.UninstallPlugin, EnumMsgCode.UninstallSuc, EnumErrorCode.NoError);
}
//查询固件插件版本回复
if (msg.tag1 == 0x03 && msg.tag2 == 0xa4)
{
byte[] outdata = null;
outdata = msg.data;
eventHandler(EnumControl.GetPackage, EnumMsgCode.GetMessageSuc, EnumErrorCode.NoError, outdata);
}
//下位机请求更新固件
if (msg.tag1 == 0x03 && msg.tag2 == 0x11)
{
deleInstallFramework();
}
//安全通道回复
if (msg.tag1 == 0x04 && msg.tag2 == 0xa1)
{
byte[] outdata = null;
string outdatahash = null;
outdatahash = msg.readHash256(4);
//轮询直到reciveid的数据被收到
while (true)
{
await Task.Delay(5);
var __block = dataTable.getBlockBySha256(outdatahash);
if (__block != null && __block.Check())
{
outdata = __block.data;
break;
}
}
eventHandler(EnumControl.SecurityChannel, EnumMsgCode.BuildSecurityChannelSuc, EnumErrorCode.NoError, outdata);
}
});
watcherColl.OnRecv(msg, srcmsg);
//if (userHandleRecv != null)
//{
// userHandleRecv(msg, srcmsg);
//}
}
public ResultWrap(EnumResultFlagType flag, String message, EnumErrorCode errorCode)
{
this.SIGN = flag;
this.MESSAGE = message;
this.ERRORCODE = errorCode;
}
public string Code2Word(EnumMsgCode enumMsgCode, EnumErrorCode enumErrorCode)
{
return(Msg2Word(enumMsgCode) + Error2Word(enumErrorCode));
}
public void AddErrorCode(EnumErrorCode errorCode, string message)
{
base.AddErrorCode((int)errorCode, message);
}
private void ThrowExceptionIfOnlyErrors(KinveyMultiInsertResponse <T> kinveyDataStoreResponse, EnumErrorCategory errorCategory, EnumErrorCode errorCode)
{
if (kinveyDataStoreResponse.Entities.All(e => e == null) && kinveyDataStoreResponse.Errors.Count > 0)
{
throw new KinveyException(errorCategory, errorCode, kinveyDataStoreResponse.Errors[0].Errmsg);
}
}
private static Tuple <string, string, string> InfoFromErrorCode(EnumErrorCategory category, EnumErrorCode code)
{
string error = "";
string debug = "";
string description = "";
switch (code)
{
case EnumErrorCode.ERROR_JSON_INVALID:
error = "";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_JSON_PARSE:
error = "Unable to parse the json in the repsonse";
debug = "examine BL or DLC to ensure data format is correct.";
description = "If the exception is caused by `Path <somekey>`, then <somekey> might be a different type than is expected (int instead of of string)";
break;
case EnumErrorCode.ERROR_MIC_HOSTNAME_REQUIREMENT_HTTPS:
error = "MIC Hostname must use the https protocol, trying to set: ";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_MIC_MISSING_REDIRECT_CODE:
error = "Redirect does not contain `code=`, was: ";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_MIC_REDIRECT_ERROR:
error = "Redirect contains an `error=`, was: ";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_MIC_CREDENTIAL_SAVE:
error = "Could not save account to KeyChain.";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_MIC_CREDENTIAL_DELETE:
error = "Could not delete account from KeyChain.";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_REQUIREMENT_CONTENT_TYPE_HEADER:
error = "The response expects `Content-Type` header to be \"application/json\", but was instead: ";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_REQUIREMENT_CUSTOM_REQUEST_PROPERTY_LIMIT:
error = "Cannot attach more than 2k of Custom Request Properties";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_REQUIREMENT_HTTPS:
error = "Kinvey requires the usage of SSL over http. Use `https` as the protocol when setting a base URL";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_REQUIREMENT_MISSING_USERNAME_PASSWORD:
error = "Kinvey requires a valid username and password for this login attempt.";
debug = "Please enter in a valid username and password.";
description = "A valid username and password is required for login.";
break;
case EnumErrorCode.ERROR_REQUIREMENT_MISSING_PUSH_CONFIGURATION_RECEIVERS:
error = "FCM receivers are absent for push configuration.";
debug = "";
description = "To use FCM for push notifications, add com.google.firebase.iid.FirebaseInstanceIdInternalReceiver and com.google.firebase.iid.FirebaseInstanceIdReceiver to your project.";
break;
case EnumErrorCode.ERROR_REQUIREMENT_MISSING_PUSH_CONFIGURATION_CLASS_OVERRIDE:
error = "KinveyFCMService class override is absent for push configuration.";
debug = "";
description = "To use FCM for push notifications, add KinveyFCMService class override to your project.";
break;
case EnumErrorCode.ERROR_REQUIREMENT_MISSING_GET_SET_ACCESSORS:
error = "Missing the get and set accessors.";
debug = "";
description = "Kinvey requires the usage of the get and set accessors for fields with the JsonProperty attribute.";
break;
case EnumErrorCode.ERROR_USER_ALREADY_LOGGED_IN:
error = "Attempting to login when a user is already logged in";
debug = "call `myClient.user().logout().execute() first -or- check `myClient.user().isUserLoggedIn()` before attempting to login again";
description = "Only one user can be active at a time, and logging in a new user will replace the current user which might not be intended\")";
break;
case EnumErrorCode.ERROR_USER_NO_ACTIVE:
error = "No Active User.";
debug = "Please log in a user before retrying this request.";
description = "There is currently no active user.";
break;
case EnumErrorCode.ERROR_USER_LOGIN_ATTEMPT:
error = "Error attempting to log in.";
debug = "";
description = "";
break;
case EnumErrorCode.ERROR_CLIENT_SHARED_CLIENT_NULL:
error = "SharedClient is null.";
debug = "Call Client.Builder(...).build() to build a new Kinvey shared client.";
description = "A Client must be initialized in the app before using other Kinvey SDK methods. This error indicates that a SharedClient is being accessed by the app before it has been built.";
break;
case EnumErrorCode.ERROR_DATASTORE_INVALID_PULL_OPERATION:
error = "Invalid operation for this data store";
debug = "Calling pull() on a Network store is not allowed. Use a different type of data store if you need data to be stored locally and pushed to the backend.";
description = "Refer to the documentation on DataStore types for proper usage of the DataStore caching and syncing APIs.";
break;
case EnumErrorCode.ERROR_DATASTORE_PULL_ONLY_ON_CLEAN_SYNC_QUEUE:
error = "Cannot pull until all local changes are pushed to the backend.";
debug = "Call store.push() to push pending local changes, or store.purge() to clean local changes.";
description = "Refer to the documentation on DataStore types for proper usage of the DataStore caching and syncing APIs.";
break;
case EnumErrorCode.ERROR_DATASTORE_INVALID_PUSH_OPERATION:
error = "Invalid operation for this data store";
debug = "Calling push() on a Network store is not allowed. Use a different type of data store if you need data to be stored locally and pushed to the backend.";
description = "Refer to the documentation on DataStore types for proper usage of the DataStore caching and syncing APIs.";
break;
case EnumErrorCode.ERROR_DATASTORE_INVALID_SYNC_OPERATION:
error = "Invalid operation for this data store";
debug = "Calling sync() on a Network store is not allowed. Use a different type of data store if you need data to be stored locally and pushed to the backend.";
description = "Refer to the documentation on DataStore types for proper usage of the DataStore caching and syncing APIs.";
break;
case EnumErrorCode.ERROR_DATASTORE_INVALID_CLEAR_CACHE_OPERATION:
error = "Invalid operation for this data store";
debug = "Calling ClearCache() on this type of data store is not allowed. Use a different type of data store if you need to remove data from local storage.";
description = "Refer to the documentation on DataStore types for proper usage of removing data from local storage.";
break;
case EnumErrorCode.ERROR_DATASTORE_INVALID_PURGE_OPERATION:
error = "Invalid operation for this data store";
debug = "Calling Purge() on this type of data store is not allowed. Use a different type of data store if you need to remove pending write operations from local storage.";
description = "Refer to the documentation on DataStore types for proper usage of removing pending write operations from local storage.";
break;
case EnumErrorCode.ERROR_DATASTORE_INVALID_SYNC_COUNT_OPERATION:
error = "Invalid operation for this data store";
debug = "Calling GetSyncCount() on this type of data store is not allowed. Use a different type of data store if you need to get the current count of items in the sync queue.";
description = "Refer to the documentation on DataStore types for proper usage of getting the current count of items in the sync queue.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_SAVE_INSERT_ENTITY:
error = "An exception was thrown while trying to save an entity in the cache.";
debug = "";
description = "Error in inserting new entity cache with temporary ID.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_MULTIPLE_SAVE:
error = "An exception was thrown while trying to save multiple entities to the cache.";
debug = "";
description = "An error in multiple inserting new entities or updating existing ones.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_SAVE_UPDATE_ENTITY:
error = "An exception was thrown while trying to update an entity in the cache.";
debug = "";
description = "Error in updating an existing entity in the cache.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_FIND_QUERY:
error = "An exception was thrown while trying to find entities in the cache.";
debug = "";
description = "Error in the query expression used to find entities in the cache.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_FIND_BY_ID_GENERAL:
error = "An exception was thrown while trying to find entity by id in the cache.";
debug = "";
description = "Error in finding an entity by id in the cache";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_FIND_BY_ID_NOT_FOUND:
error = "";
debug = "";
description = "Response status code does not indicate success: 404 (Not Found).";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_SAVE_UPDATE_ID:
error = "An exception was thrown while trying to save an entity in the cache.";
debug = "";
description = "Error in updating cache with permanent entity ID.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_REFRESH:
error = "An exception was thrown while trying to refresh entities in the cache.";
debug = "";
description = "Error in trying to insert or update entities in the cache based on the list of given entities.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_REMOVE_ENTITY:
error = "An exception was thrown while trying to remove an entity from the cache.";
debug = "";
description = "Error in trying to delete an entity from the cache based on the given entity ID.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_CLEAR:
error = "An exception was thrown while trying clear all the entities from the cache.";
debug = "";
description = "Error while trying to clear all the data in the cache. No data was deleted from the cache.";
break;
case EnumErrorCode.ERROR_DATASTORE_CACHE_CLEAR_QUERY:
error = "An exception was thrown while trying clear entities from the cache based on a query.";
debug = "Call Clear() to clear the entire cache";
description = "Error while trying to clear data in the cache based on a query. No data was deleted from the cache.";
break;
case EnumErrorCode.ERROR_DATASTORE_NOT_COMPATIBLE_KINVEY_API_VERSION:
error = "Not compatible Kinvey api version.";
debug = "";
description = "The current functionality is not compatible with the existing Kinvey api version.";
break;
case EnumErrorCode.ERROR_DATASTORE_EMPTY_ARRAY_OF_ENTITIES:
error = "An empty array of entities.";
debug = "";
description = "An array of entities to be saved must not be empty.";
break;
case EnumErrorCode.ERROR_DATASTORE_LIMIT_OF_ENTITIES_TO_BE_SAVED:
error = "Entities count limit was exceeded.";
debug = "";
description = string.Concat("The current limit of entities count is ", Constants.NUMBER_LIMIT_OF_ENTITIES);
break;
case EnumErrorCode.ERROR_METHOD_NOT_IMPLEMENTED:
error = "An exception was thrown while trying to call a method that is not implemented.";
debug = "Consult the reference guides for information on supported methods for the given class.";
description = "The method being called on this class/object is not currently implemnted by the SDK.";
break;
case EnumErrorCode.ERROR_LINQ_WHERE_CLAUSE_NOT_SUPPORTED:
error = "An exception was thrown while trying to use a LINQ `Where` clause that is not supported.";
debug = "Consult the reference guides for information on supported LINQ clauses.";
description = "The LINQ `Where` clause being called is not supported by the SDK.";
break;
case EnumErrorCode.ERROR_CUSTOM_ENDPOINT_ERROR:
error = "An exception was thrown while trying to execute a custom endpoint.";
debug = "Inspect the StatusCode property to determine the cause of the exception.";
description = "A 4xx/5xx status code was set in the response by the custom endpoint.";
break;
#region Realtime errors
case EnumErrorCode.ERROR_REALTIME_ERROR:
error = "An exception was thrown while trying to execute a realtime request.";
debug = "Inspect the StatusCode property to determine the cause of the exception.";
description = "A 4xx/5xx status code was set in the response by the realtime service.";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_VERIFY_CIPHER_KEY:
error = "Invalid cipher key.";
debug = "Verify your cipher key.";
description = "";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_INCORRECT_SUBSBRIBE_KEY:
error = "Incorrect subscribe key.";
debug = "Please provide correct subscribe key.";
description = "This corresponds to a 401 on the server due to a bad sub key.";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_NOT_AUTHORIZED_ON_CHANNEL:
error = "Not authorized.";
debug = "Check the permissions on the channel. Also verify authentication key, to check access.";
description = "This corresponds to the user not being authorized to publish and/or subscribe on this channel.";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_INTERNAL_SERVER_ERROR:
error = "Internal Server Error.";
debug = "Please try again. If same problem persists, please contact PubNub support.";
description = "Unexpected error occured at PubNub Server";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_BAD_GATEWAY:
error = "Bad Gateway.";
debug = "Please try again. If same problem persists, please contact PubNub support.";
description = "Unexpected error occured at PubNub Server.";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_GATEWAY_TIMEOUT:
error = "Gateway Timeout.";
debug = "Please try again. If same problem persists, please contact PubNub support.";
description = "No response from server due to PubNub server timeout.";
break;
case EnumErrorCode.ERROR_REALTIME_CRITICAL_UNKNOWN:
error = "Unknown critical PubNub error.";
debug = "";
description = "";
break;
#endregion
default:
error = "Unknown error";
debug = "Unknown error";
description = "Unknown error";
break;
}
return(new Tuple <string, string, string>(error, debug, description));
}
private static string MessageFromErrorCode(EnumErrorCategory category, EnumErrorCode code)
{
Tuple <string, string, string> errorInfo = InfoFromErrorCode(category, code);
return(errorInfo.Item1 + errorInfo.Item2 + errorInfo.Item3);
}
/// <summary>
/// encrypts an image
/// </summary>
/// <param name="image">the image that will be encrypted</param>
/// <param name="roIs">the Region of Interests</param>
/// <param name="password">the password used for encryption</param>
/// <param name="cryptoFlags">determines which encryption mode will be applied</param>
/// <param name="errorCode">if an error occurs this value will be set is not 0</param>
/// <returns>returns an encrypted image</returns>
public static Image EncryptJPG(Image image, IList<RoI> roIs, string password, CryptoFlags cryptoFlags, out EnumErrorCode errorCode)
{
// create JpegOperation from business logic
IBusinessLogic businessLogic = new BusinessLogic();
IJpegOperation jpegOperation = businessLogic.CreateJpegOperationBL();
// convert Image to byte array
byte[] in_jpegToEncrypt = jpegOperation.ConvertImageToByteArray(image);
Int32 in_size = in_jpegToEncrypt.Length;
// convert RoIs to the correct format
int counter = 0;
Int32[] in_roiArray = new Int32[roIs.Count() * 4];
foreach (RoI roi in roIs)
{
in_roiArray[(counter * 4) + 0] = roIs[counter].X;
in_roiArray[(counter * 4) + 1] = roIs[counter].Y;
in_roiArray[(counter * 4) + 2] = roIs[counter].Width;
in_roiArray[(counter * 4) + 3] = roIs[counter].Height;
counter++;
}
Int32 in_roiArraySize = roIs.Count() * 4;
// create MD5 hash of the password
MD5 md5 = new MD5CryptoServiceProvider();
byte[] textToHash = Encoding.Default.GetBytes(password);
byte[] in_encryptionKey = md5.ComputeHash(textToHash);
Int32 in_encryptionKeySize = in_encryptionKey.Length;
// convert crypto flags
byte in_cryptoFlags = cryptoFlags.ToByte();
// get memory for the encrypted image
byte[] out_jpegEncrypted = new byte[in_size*2];
byte[] out_statistics = new byte[in_size];
IntPtr out_jpegEncryptedSize = new IntPtr();
int[] ia2 = new int[1];
GCHandle gch1 = GCHandle.Alloc(ia2);
out_jpegEncryptedSize = Marshal.UnsafeAddrOfPinnedArrayElement(ia2, 0);
// create a pointer for the error code (will be set from C-code)
IntPtr out_errorCode = new IntPtr();
int[] ia = new int[1];
GCHandle gch = GCHandle.Alloc(ia);
out_errorCode = Marshal.UnsafeAddrOfPinnedArrayElement(ia, 0);
// now try to call the encryption algorithm
try
{
encJpeg(
in_jpegToEncrypt,
in_size,
in_roiArray,
in_roiArraySize,
in_encryptionKey,
in_encryptionKeySize,
in_cryptoFlags,
out_jpegEncrypted,
ref out_jpegEncryptedSize,
ref out_errorCode
);
// get the error code
errorCode = ConvertIntToErrorCode(out_errorCode.ToInt32());
// truncate byte array
out_jpegEncrypted = out_jpegEncrypted.Take(out_jpegEncryptedSize.ToInt32()).ToArray();
}
catch
{
throw new EncryptionException("Error while encrypting!");
}
// convert byte array to Image and return
return jpegOperation.ConvertByteArrayToImage(out_jpegEncrypted);
}
/// <summary>
/// encrypts an image
/// </summary>
/// <param name="image">the image that will be encrypted</param>
/// <param name="roIs">the Region of Interests</param>
/// <param name="password">the password used for encryption</param>
/// <param name="cryptoFlags">determines which encryption mode will be applied</param>
/// <param name="errorCode">if an error occurs this value will be set is not 0</param>
/// <returns>returns an encrypted image</returns>
public static Image EncryptJPG(Image image, IList <RoI> roIs, string password, CryptoFlags cryptoFlags, out EnumErrorCode errorCode)
{
// create JpegOperation from business logic
IBusinessLogic businessLogic = new BusinessLogic();
IJpegOperation jpegOperation = businessLogic.CreateJpegOperationBL();
// convert Image to byte array
byte[] in_jpegToEncrypt = jpegOperation.ConvertImageToByteArray(image);
Int32 in_size = in_jpegToEncrypt.Length;
// convert RoIs to the correct format
int counter = 0;
Int32[] in_roiArray = new Int32[roIs.Count() * 4];
foreach (RoI roi in roIs)
{
in_roiArray[(counter * 4) + 0] = roIs[counter].X;
in_roiArray[(counter * 4) + 1] = roIs[counter].Y;
in_roiArray[(counter * 4) + 2] = roIs[counter].Width;
in_roiArray[(counter * 4) + 3] = roIs[counter].Height;
counter++;
}
Int32 in_roiArraySize = roIs.Count() * 4;
// create MD5 hash of the password
MD5 md5 = new MD5CryptoServiceProvider();
byte[] textToHash = Encoding.Default.GetBytes(password);
byte[] in_encryptionKey = md5.ComputeHash(textToHash);
Int32 in_encryptionKeySize = in_encryptionKey.Length;
// convert crypto flags
byte in_cryptoFlags = cryptoFlags.ToByte();
// get memory for the encrypted image
byte[] out_jpegEncrypted = new byte[in_size * 2];
byte[] out_statistics = new byte[in_size];
IntPtr out_jpegEncryptedSize = new IntPtr();
int[] ia2 = new int[1];
GCHandle gch1 = GCHandle.Alloc(ia2);
out_jpegEncryptedSize = Marshal.UnsafeAddrOfPinnedArrayElement(ia2, 0);
// create a pointer for the error code (will be set from C-code)
IntPtr out_errorCode = new IntPtr();
int[] ia = new int[1];
GCHandle gch = GCHandle.Alloc(ia);
out_errorCode = Marshal.UnsafeAddrOfPinnedArrayElement(ia, 0);
// now try to call the encryption algorithm
try
{
encJpeg(
in_jpegToEncrypt,
in_size,
in_roiArray,
in_roiArraySize,
in_encryptionKey,
in_encryptionKeySize,
in_cryptoFlags,
out_jpegEncrypted,
ref out_jpegEncryptedSize,
ref out_errorCode
);
// get the error code
errorCode = ConvertIntToErrorCode(out_errorCode.ToInt32());
// truncate byte array
out_jpegEncrypted = out_jpegEncrypted.Take(out_jpegEncryptedSize.ToInt32()).ToArray();
}
catch
{
throw new EncryptionException("Error while encrypting!");
}
// convert byte array to Image and return
return(jpegOperation.ConvertByteArrayToImage(out_jpegEncrypted));
}
