Chinese taiwan stroke ci as install

Might need to consider creating a new site and try to migrate posts and pages somehow. Not sure if Export will work since editor is not showing anything in the Posts and Pages.

I will let you know if I have further questions or find out what was wrong in my "patched" site. I suggest attempting the export and then reviewing the XML file. We have seen other instances where the TinyMCE editor was unable to visualize content but the data was still present.

I get some really "funny" results. Export using utf8mb4 shows things like title correctly but the posts are not showing correctly. Changin to UTF-8 show post content correctly but website title and description. Very confusing indeed. If I look in the database itself everything is showing as it should. As part of the PN 1. I configured the encoding to make the posts look ok and made an export.

I could then import into a new WP Website in Azure. But thx for all the help on the way Hi, I just installed the latest version of Project Nami, and I realized that I can't save Chinese characters, neither in a post nor in something like menus.

But the displaying of Chinese is working fine, and I can save English without a problem. When I change the website to Chinese in the General settings, I can't save anything, whenever I tried to save a Chinese menu, it got an error about can't connect to the database. And again everything is fine when I switch the website back to English. During the installation, were you presented the option of setting the SQL Collation? Our testing with other languages indicates that the SQL Collation needs to be set to a codepage which supports the language you intend to use.

Actually at the first time, I installed the English version of WordPress, and things are like what I mentioned before. It seems that nothing can be written into the database, but bellow the error message, it says installation was successful.

So I logged in the admin panel, things are messed up, something shows up and some not. What method did you use? Deploy To Azure, Azure Gallery, etc. The server collation is specified during SQL Server installation. The default server-level collation is based upon the locale of the operating system. For more information, including the list of OS locale to default collation mappings, see the "Server-level collations" section of Collation and Unicode Support.

For more information, see Set or Change the Database Collation. Make sure you have all the information or scripts needed to re-create your user databases and all the objects in them. Export all your data using a tool such as the bcp Utility. Feedback will be sent to Microsoft: By pressing the submit button, your feedback will be used to improve Microsoft products and services.

Privacy policy. When a Dataverse environment is created, admins are asked to select which default language they would like to use. This sets the dictionary, time and date format, number format, and indexing properties for the environment. Language selections for Dataverse also include collation settings that are applied to the SQL database, which stores tables and relational data. These collation settings affect things such as recognized characters, sorting, quick find, and filtering. In some cases things may have been setup purposely to handle specific needs, but this also may have been a mistake that was made during installation and you want to make sure all databases conform to your specifications.

You should test these processes in your development environments before implementing in production. In this tip we will look at three different approaches and the outcome of each approach testing with SQL Server through The purpose of this tip is to change all system databases and user databases to use the new collation setting.

The different scenarios above will show what actually gets changed so you can determine which approach makes sense. The techniques below that will be covered make the DBA's daily work much easier, as well as provide a means to revert a misapplied configuration after the environment has been completely configured, but we always have some caveats to consider.

NOTE: We will make use of some of the available solutions, but problems may occur during their execution and may even cause some issues, so it is very important to note that these features should be tested prior to running in a production environment.

In this first step we will simulate the situation with a new environment, we have the system databases and one user database created for testing purposes.

Once the environment is created and configured, as shown in the images below, we can view the Collation configured for both the instance, the system databases and user database. At this point we will get to know the available techniques, understand them, and know the pros and cons of use, know which versions of SQL Server are compatible with each one and then apply them in our isolated environment for testing, but before that let's get to know a bit more about Collation.

According to Microsoft documentation, we can get a glimpse through the quotes below from the following links:. A collation specifies the bit patterns that represent each character in a data set. Collations also determine the rules that sort and compare data. SQL Server supports storing objects that have different collations in a single database. For non-Unicode columns, the collation setting specifies the code page for the data and which characters can be represented.

Data that is moved between non-Unicode columns must be converted from the source code page to the destination code page. Collations in SQL Server provide sorting rules, case, and accent sensitivity properties for your data. Collations that are used with character data types such as char and varchar dictate the code page and corresponding characters that can be represented for that data type.

Whether you are installing a new instance of SQL Server, restoring a database backup, or connecting server to client databases, it is important that you understand the locale requirements, sorting order, and case and accent sensitivity of the data that you are working with. When you select a collation for your server, database, column, or expression, you are assigning certain characteristics to your data that affects the results of many operations in the database.

A locale is a set of information that is associated with a location or a culture. This can include the name and identifier of the spoken language, the script that is used to write the language, and cultural conventions. Collations can be associated with one or more locales.

A code page is an ordered set of characters of a given script in which a numeric index, or code point value, is associated with each character. A Windows code page is typically referred to as a character set or charset. Code pages are used to provide support for the character sets and keyboard layouts that are used by different Windows system locales. Sort order specifies how data values are sorted. This affects the results of data comparison. Data is sorted by using collations, and it can be optimized by using indexes.

Below we can see that the database collation has changed, but the column in the table was not changed. Note that column "guidd" in the ProductGuid table's collation settings was not changed.

To change the column collation, run the script below. This would be need to be done for each column in the database that you want to change. In this option we can use this approach to change collation for System Databases, User Database and Columns.

Keep in mind this is an undocumented solution and may not be supported by Microsoft if you have issues, so please test carefully before implementing in a production environment. Be aware that a successful operation cannot be guaranteed, but it is an option to try to solve the problem.

We may make use of this technique eventually in some cases, considering its pros and cons and being prepared for surprises that may occur.

This technique should be applied right after a fresh installation of SQL Server in order to modify the collation of both the instance and its databases and objects, but we may face some problems that we will need to understand, try to fix and repeat the process.

A simple way to use this technique is following a few steps that will help us to quickly solver our problem. Its recommended to create a backup of all databases including system databases before take administrative actions on the SQL Server instance.

Its important to ensure that there are no fixed collations inside stored procedures, triggers, etc, otherwise the command below may report problems. Let's confirm the current SQL Server instance collation and all it databases including systems databases collation before taking actions. We have to stop the SQL Server service for the changes to be applied. A lot of information will appear, but no user action is required.

Start the SQL Server instance and confirm that all changes were applied on the server instance and all databases including the system databases. Since this is not a documented technique, it is difficult to seek help for operation errors during execution, but by using caution in an isolated environment, it is possible to validate if the process will occur without errors, so you can consider running in a production environment, of course, always ensuring that the backup of all databases is up to date.

In this option we can use this approach to change collation for System Databases, but it will reset the server back as if it were a new installation. The user databases will not be updated and they will not be attached after the process.

Also, any data added to the system databases will be reset as well. In this last option we will use the SQL Server setup via the command prompt and pass parameters to rebuild the system databases.