Error code 1100

Error code 2110-1100 on the Nintendo Switch is a general network error that occurs when the console is unable to connect to a WiFi network or a previously connected wired network. This error may appear randomly while browsing the Nintendo eShop or during gameplay.

Here one of the Nintendo Switch Users is sharing their experience on Reddit:

Don’t worry about it!

The CPU Guide brings you the best working solution to solve Nintendo Switch Error Code 2110-1100.

 

Solution 1: Check For Active Internet Connection

Make sure your console is connected to an actual and active internet connection or else you won’t be able to download any game.

Here’s what you need to do to fix Nintendo Switch Error Code 2110-1100:

1. Make sure your Nintendo Switch is placed only 10ft apart from your Wi-Fi router.
2. In the Home, menu selects the gear icon to go to System Settings.
   
3. Now select Internet > Internet Settings and the switch will search for nearby WiFi Signals.
   
4. Next, choose your network name from the Wi-Fi list and connect to the internet.
5. If your network name/Wi-Fi router name is not showing then move a bit closer to the router and search again by pressing the Y button on your Switch.
6. Or you can re-enter the Wi-Fi password again.

After this

1. Go to the Home Menu and select User Settings.
2. And scroll down to click Update Download Progress.

If the error persists then proceed to the next solution to solve Nintendo Switch Error Code 2110-1100

Read Also: How To Fix Nintendo Switch Error 2811-7503

Solution 2: Check Nintendo Server Down

Sometimes the Nintendo server is down due to maintenance or some technical issue. If you are not aware of such any maintenance activity you can confirm it by visiting Nintendo’s official website where you can see the servers are down or not.

Read Also: Nintendo Switch Overheated

Solution 3: Turn Off the Airplane Mode

Make sure you disable Airplane mode on your Nintendo Switch:

1. Open the System setting
2. Select the Airplane mode
3. Now select the Airplane mode from the left side and press A to turn off

Solution 4: Hard Reset Your Nintendo Switch to Fix Nintendo Switch Error Code 2110-1100

What you need to do is hard reset or force reboot to overcome the Nintendo Switch Error Code 2110-1100

Just follow these steps to fix the Nintendo Switch Error Code 2110-1100

1. Connect your AC adapter to your Nintendo Switch and wait for 15 to 20 minutes until the battery charges.

1. Press and hold the Power button for at least 12 seconds
2. Press the power button once to turn the console back on
3. Now connect your Switch to the internet and the games will start to download.
4. Just be sure that you don’t run any other software on your console after the restart

Read Also: How To Update Nintendo Switch From Recovery Mode

Solution 5: Change to a Different Network

Some users reported facing Error code 2110-1100 when connecting to a particular network, such as their home Wi-Fi, but it goes away when they switch to a different network.

If you’re using your home or office network to play games, try switching to mobile data hotspot to see if not downloading games is solved.

If so, you may need to reconfigure your router’s ports.

Solution 6: Power Cycling Internet Router

Sometimes, a corrupted DNS cache may accumulate or other startup configurations in the router leading to Nintendo Switch Error Code 2110-1100

Therefore, at this step, you will completely clear this cache by turning the router off and on. Here is how you can do it:

• Disconnect power from the router.
• Press and hold the power button of the router for at least 10 seconds.
• Connect the power and wait for the router to start.
• Try connecting to the game and see if the Nintendo Error code 2110-1100  is fixed.

Read Also: Nintendo Switch Overheated

Solution 7: Call Your ISP

The least you can do to solve the Nintendo Switch Error Code 2110-1100

is contact your Internet Service Provider (ISP).

They will access that data which you can’t and will know what’s going wrong with your internet connection.

Moreover, tell your ISP to open the following ports:

1. TCP: 80, 443, 3478, 3479
2. UDP: 3478, 3479, 49152 ~ 65535

Solution 8: Contact with Support

If none of the above solutions worked for you then there is only one way is left. Now you have to contact Nintendo customer support in order to solve Nintendo Switch Error Code. Explain to them what issue is bothering you and they will assist you in the best manner to solve your matter.

Hope all of the above solutions help you to solve Nintendo Switch Error Code 2110-1100.

Share your experience in the comment section down below.

FAQ

Разбор ошибки 1100 на iPhone при восстановлении и обновлении. Данная ошибка может появиться как в следствии программного сбоя а так же аппаратной неисправности оперативной памяти вашего iPhone.

Базовые действия

При попытке обновить или восстановить iPhone вас может встреть такое вот окошко что делать:

• Обновляем или переустанавливаем iTunes 
• Используем оригинальный кабель от iPhone. Это очень важно, как видно на фото разница большая.

• При восстановлении используем разные порты USB
• Отключаем все  подключённые к компьютеру устройства ( принтеры, веб камеры)
• Отключаем антивирус и брандмауэр 
• Используем другой компьютер для восстановления

Пробуем восстановиться через 3uTools

3uTools это хорошая альтернатива iTunes с помощью него можно прошить, установить Jailbreak и многое другое.

1.Скачиваем 3UTools и устанавливаем его.

2. Запускаем программа попросит установить драйвера если их нет то ставим.

 3. Потом  через оригинальный кабель подключаем iPhone к компьютеру должно  появиться уведомление даем согласие на подключение и после чего 3uTools распознает ваш iPhone и появится такое окошко. Здесь довольно много полезной информации.

4. Далее выбираем  раздел «Прошивка и JB» «Прошивка» и ставим галочу возле подходящей прошивки желательно не beta. Если нужно сохранить данные то ставим галочку «Прошивка без потери данных» и нажимаем кнопку прошить.

5. Все начитается процесс прошивки если все пройдет удачно iPhone должен заработать .

Аппаратная неисправность 

Основной аппаратной неисправностью, которая вызывает данную ошибку 1100 является выход из строя оперативной памяти.  Современные процессоры iPhone двухслойные первый слой сам процессор, а на него напаивается оперативная память.  Вот, к примеру процессор A9 c выпаянной ОЗУ. Часто после его замены все прошивается без ошибок. 

 Свое мнение по отданной ошибке пишем в комментариях будет интересно почитать.  Спасибо!

Пример замены оперативной памяти на iPhone 7

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Api error code 1100

This forum has migrated to Microsoft Q&A. Visit Microsoft Q&A to post new questions.

Answered by:

Question

Using c# I’m trying to create a location target and link it to an existing campaign. I am able to create the target correctly, and I already have the campaign ID. However, when I call the SetTargetToCampaign service method it returns FaultException with an operational error telling me «The campaign ID is invalid.» Here is a sample of the code I’m using to set the location target

Please let me know if there is anything I appear to be doing wrong here. Thanks!

Answers

Please also make sure the Target identifier came from the same Customer library. Targets can be shared by all campaigns / ad groups in the same Customer (across accounts), but cannot be shared across different Customer entities. I would have expected a different error, but please check if that is the issue. The CustomerId must be the parent of the current account (not the CustomerId of an agency or tool provider customer), and the Target identifier must be within that CustomerId.

• Proposed as answer by Eric Urban [MSFT] Microsoft employee Friday, April 11, 2014 5:00 PM
• Marked as answer by N8Rose Monday, April 14, 2014 10:39 PM

With the help of some of the Bing API guys I was able to figure out what this issue was. It seems that with the targeting functions it’s important to use the customer ID («CustomerId») of the child rather than parent.

The reason this was confusing is that many of the other API functions will work just fine with the customer ID of the parent being used, but this one will create the target at the parent customer level and then try to connect it to a campaign at the child level, and then give a campaign ID not found (vs. target ID not found) when trying to relate the target to the campaign.

The user-customer-account relationship can already be a bit confusing, and add to this a hierarchy where you have a main customer account that manages a collection of child (or client) customers and it can be a bit difficult to know which ID to use for which situation.

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Error codes for Binance (2022-12-13)

Errors consist of two parts: an error code and a message. Codes are universal, but messages can vary. Here is the error JSON payload:

10xx — General Server or Network issues

• An unknown error occured while processing the request.

• Internal error; unable to process your request. Please try again.

• You are not authorized to execute this request.

• Too many requests queued.
• Too much request weight used; current limit is %s request weight per %s. Please use WebSocket Streams for live updates to avoid polling the API.
• Way too much request weight used; IP banned until %s. Please use WebSocket Streams for live updates to avoid bans.

• An unexpected response was received from the message bus. Execution status unknown.

• Timeout waiting for response from backend server. Send status unknown; execution status unknown.

• Server is currently overloaded with other requests. Please try again in a few minutes.

• Too many new orders.
• Too many new orders; current limit is %s orders per %s.

• This service is no longer available.

• This operation is not supported.

• Timestamp for this request is outside of the recvWindow.
• Timestamp for this request was 1000ms ahead of the server’s time.

• Signature for this request is not valid.

11xx — Request issues

• Illegal characters found in a parameter.
• Illegal characters found in parameter ‘%s’; legal range is ‘%s’.

• Too many parameters sent for this endpoint.
• Too many parameters; expected ‘%s’ and received ‘%s’.
• Duplicate values for a parameter detected.

• A mandatory parameter was not sent, was empty/null, or malformed.
• Mandatory parameter ‘%s’ was not sent, was empty/null, or malformed.
• Param ‘%s’ or ‘%s’ must be sent, but both were empty/null!

• Not all sent parameters were read.
• Not all sent parameters were read; read ‘%s’ parameter(s) but was sent ‘%s’.

• A parameter was empty.
• Parameter ‘%s’ was empty.

• A parameter was sent when not required.
• Parameter ‘%s’ sent when not required.

• Precision is over the maximum defined for this asset.

• TimeInForce parameter sent when not required.

• Original client order ID was empty.

• Lookup interval is too big.
• More than %s hours between startTime and endTime.

• Combination of optional parameters invalid.

• Invalid data sent for a parameter.
• Data sent for parameter ‘%s’ is not valid.

• strategyType was less than 1000000.

• Invalid JSON Request
• JSON sent for parameter ‘%s’ is not valid

• Invalid API-key, IP, or permissions for action.

• No trading window could be found for the symbol. Try ticker/24hrs instead.

Messages for -1010 ERROR_MSG_RECEIVED, -2010 NEW_ORDER_REJECTED, and -2011 CANCEL_REJECTED

This code is sent when an error has been returned by the matching engine. The following messages which will indicate the specific error:

Errors regarding POST /api/v3/order/cancelReplace

-2021 Order cancel-replace partially failed

This code is sent when either the cancellation of the order failed or the new order placement failed but not both.

-2022 Order cancel-replace failed.

This code is sent when both the cancellation of the order failed and the new order placement failed.

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REST API Error Codes 101

Some Background

REST APIs use the Status-Line part of an HTTP response message to inform clients of their request’s overarching result.
RFC 2616 defines the Status-Line syntax as shown below:

Status-Line = HTTP-Version SP Status-Code SP Reason-Phrase CRLF

A great amount of applications are using Restful APIs that are based on the HTTP protocol for connecting their clients. In all the calls, the server and the endpoint at the client both return a call status to the client which can be in the form of:

• The success of API call.
• Failure of API call.

In both the cases, it is necessary to let the client know so that they can proceed to the next step. In the case of a successful API call they can proceed to the next call or whatever their intent was in the first place but in the case of latter they will be forced to modify their call so that the failed call can be recovered.

RestCase

To enable the best user experience for your customer, it is necessary on the part of the developers to make excellent error messages that can help their client to know what they want to do with the information they get. An excellent error message is precise and lets the user know about the nature of the error so that they can figure their way out of it.

A good error message also allows the developers to get their way out of the failed call.

Next step is to know what error messages to integrate into your framework so that the clients on the end point and the developers at the server are constantly made aware of the situation which they are in. in order to do so, the rule of thumb is to keep the error messages to a minimum and only incorporate those error messages which are helpful.

HTTP defines over 40 standard status codes that can be used to convey the results of a client’s request. The status codes are divided into the five categories presented here:

• 1xx: Informational — Communicates transfer protocol-level information
• 2xx: Success -Indicates that the client’s request was accepted successfully.
• 3xx: Redirection — Indicates that the client must take some additional action in order to complete their request.
• 4xx: Client Error — This category of error status codes points the finger at clients.
• 5xx: Server Error — The server takes responsibility for these error status codes.

If you would ask me 5 years ago about HTTP Status codes I would guess that the talk is about web sites, status 404 meaning that some page was not found and etc. But today when someone asks me about HTTP Status codes, it is 99.9% refers to REST API web services development. I have lots of experience in both areas (Website development, REST API web services development) and it is sometimes hard to come to a conclusion about what and how use the errors in REST APIs.

There are some cases where this status code is always returned, even if there was an error that occurred. Some believe that returning status codes other than 200 is not good as the client did reach your REST API and got response.

Proper use of the status codes will help with your REST API management and REST API workflow management.

If for example the user asked for “account” and that account was not found there are 2 options to use for returning an error to the user:

Return 200 OK Status and in the body return a json containing explanation that the account was not found.

Return 404 not found status. The first solution opens up a question whether the user should work a bit harder to parse the json received and to see whether that json contains error or not.

There is also a third solution: Return 400 Error — Client Error. I will explain a bit later why this is my favorite solution.

It is understandable that for the user it is easier to check the status code of 404 without any parsing work to do.

I my opinion this solution is actually miss-use of the HTTP protocol

We did reach the REST API, we did got response from the REST API, what happens if the users misspells the URL of the REST API – he will get the 404 status but that is returned not by the REST API itself.

I think that these solutions should be interesting to explore and to see the benefits of one versus the other.

There is also one more solution that is basically my favorite – this one is a combination of the first two solutions, he is also gives better Restful API services automatic testing support because only several status codes are returned, I will try to explain about it.

Error handling Overview

Error responses should include a common HTTP status code, message for the developer, message for the end-user (when appropriate), internal error code (corresponding to some specific internally determined ID), links where developers can find more info. For example:

‘ < «status» : 400,
«developerMessage» : «Verbose, plain language description of the problem. Provide developers suggestions about how to solve their problems here», «userMessage» : «This is a message that can be passed along to end-users, if needed.», «errorCode» : «444444», «moreInfo» : «http://www.example.gov/developer/path/to/help/for/444444, http://tests.org/node/444444», >’

How to think about errors in a pragmatic way with REST?
Apigee’s blog post that talks about this issue compares 3 top API providers.

Facebook

No matter what happens on a Facebook request, you get back the 200 status code — everything is OK. Many error messages also push down into the HTTP response. Here they also throw an #803 error but with no information about what #803 is or how to react to it.

Twilio

Twilio does a great job aligning errors with HTTP status codes. Like Facebook, they provide a more granular error message but with a link that takes you to the documentation. Community commenting and discussion on the documentation helps to build a body of information and adds context for developers experiencing these errors.

SimpleGeo

Provides error codes but with no additional value in the payload.

Error Handling — Best Practises

First of all: Use HTTP status codes! but don’t overuse them.
Use HTTP status codes and try to map them cleanly to relevant standard-based codes.
There are over 70 HTTP status codes. However, most developers don’t have all 70 memorized. So if you choose status codes that are not very common you will force application developers away from building their apps and over to wikipedia to figure out what you’re trying to tell them.

Therefore, most API providers use a small subset.
For example, the Google GData API uses only 10 status codes, Netflix uses 9, and Digg, only 8.

How many status codes should you use for your API?

When you boil it down, there are really only 3 outcomes in the interaction between an app and an API:

• Everything worked
• The application did something wrong
• The API did something wrong

Start by using the following 3 codes. If you need more, add them. But you shouldn’t go beyond 8.

• 200 — OK
• 400 — Bad Request
• 500 — Internal Server Error

Please keep in mind the following rules when using these status codes:

200 (OK) must not be used to communicate errors in the response body

Always make proper use of the HTTP response status codes as specified by the rules in this section. In particular, a REST API must not be compromised in an effort to accommodate less sophisticated HTTP clients.

400 (Bad Request) may be used to indicate nonspecific failure

400 is the generic client-side error status, used when no other 4xx error code is appropriate. For errors in the 4xx category, the response body may contain a document describing the client’s error (unless the request method was HEAD).

500 (Internal Server Error) should be used to indicate API malfunction 500 is the generic REST API error response.

Most web frameworks automatically respond with this response status code whenever they execute some request handler code that raises an exception. A 500 error is never the client’s fault and therefore it is reasonable for the client to retry the exact same request that triggered this response, and hope to get a different response.

If you’re not comfortable reducing all your error conditions to these 3, try adding some more but do not go beyond 8:

• 401 — Unauthorized
• 403 — Forbidden
• 404 — Not Found

Please keep in mind the following rules when using these status codes:

401 (Unauthorized) must be used when there is a problem with the client’s credentials

A 401 error response indicates that the client tried to operate on a protected resource without providing the proper authorization. It may have provided the wrong credentials or none at all.

403 (Forbidden) should be used to forbid access regardless of authorization state

A 403 error response indicates that the client’s request is formed correctly, but the REST API refuses to honor it. A 403 response is not a case of insufficient client credentials; that would be 401 (“Unauthorized”). REST APIs use 403 to enforce application-level permissions. For example, a client may be authorized to interact with some, but not all of a REST API’s resources. If the client attempts a resource interaction that is outside of its permitted scope, the REST API should respond with 403.

404 (Not Found) must be used when a client’s URI cannot be mapped to a resource

The 404 error status code indicates that the REST API can’t map the client’s URI to a resource.

RestCase

Conclusion

I believe that the best solution to handle errors in a REST API web services is the third option, in short:
Use three simple, common response codes indicating (1) success, (2) failure due to client-side problem, (3) failure due to server-side problem:

• 200 — OK
• 400 — Bad Request (Client Error) — A json with error more details should return to the client.
• 401 — Unauthorized
• 500 — Internal Server Error — A json with an error should return to the client only when there is no security risk by doing that.

I think that this solution can also ease the client to handle only these 4 status codes and when getting either 400 or 500 code he should take the response message and parse it in order to see what is the problem exactly and on the other hand the REST API service is simple enough.

The decision of choosing which error messages to incorporate and which to leave is based on sheer insight and intuition. For example: if an app and API only has three outcomes which are; everything worked, the application did not work properly and API did not respond properly then you are only concerned with three error codes. By putting in unnecessary codes, you will only distract the users and force them to consult Google, Wikipedia and other websites.

Most important thing in the case of an error code is that it should be descriptive and it should offer two outputs:

• A plain descriptive sentence explaining the situation in the most precise manner.
• An ‘if-then’ situation where the user knows what to do with the error message once it is returned in an API call.

The error message returned in the result of the API call should be very descriptive and verbal. A code is preferred by the client who is well versed in the programming and web language but in the case of most clients they find it hard to get the code.

As I stated before, 404 is a bit problematic status when talking about Restful APIs. Does this status means that the resource was not found? or that there is not mapping to the requested resource? Everyone can decide what to use and where 🙂

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