ucs2

I have a script that I put together after going over many different ways that I could do an encoding conversion using ADODB in VBScript. Option Explicit Sub UTFConvert() Dim objFSO, objStream, file file = "FileToConvert.csv" Set objStream = CreateObject( "ADODB.Stream" ) objStream.Open objStream.Type = 2 objStream.Position = 0 objStream.Charset = "utf-8" objStream.LoadFromFile file objStream.SaveToFile file, 2 objStream.Close Set objStream = Nothing End Sub UTFConvert The file is supposed to be converted from UCS-2 Little Endian, or whichever readable format it is in (within limitations), to

Any one can help me ? how could I get UCS2/HexEncoded characters like 'Hello' will return "00480065006C006C006F" This are the HexEncoded values: 0048 = H 0065 = e 006C = l 006C = l 006F = o* Also in arabic (!مرحبا عالم) will return 06450631062d0628064b06270020063906270644064500200021 How I can get the encoded UCS2 in php? mb_convert_encoding($str, 'UCS-2', 'auto') works correctly to convert the string, but you'll have to do extra work to get the proper output in a browser. You'll need to change the character set of your output to match UCS-2 in order to be able to use echo to output it to a

I've understood that an USSD message consists of 160 bytes. For 7 bit data coding schemes, the maximum number of characters is 160*8/7 which gives 182 characters. It's unclear to me what is the maximum number of characters for UCS2 encoding. Normally, it would be something like 160/2, but I have some mixed information on this. The maximum size of a USSD message is 160 bytes. For GSM 7 Bit messages you are correct in saying the limit is 182 characters. UC2 encoding per definition is fixed 2 bytes per character so you will have a maximum of 80 characters. 来源： https://stackoverflow.com/questions

While researching options for storing mostly-English-but-sometimes-not data in a SQL Server database that can potentially be quite large, I'm leaning toward storing most string data as UTF-8 encoded. However, Microsoft chose UCS-2 for reasons that I don't fully understand which is causing me to second-guess that leaning. The documentation for SQL Server 2012 does show how to create a UTF-8 UDT , but the decision for UCS-2 presumably pervades SQL Server. Wikipedia (which interestingly notes that UCS-2 is obsolete in favor of UTF-16) notes that UTF-8 is a variable-width character set capable of

According to this , SQL Server 2K5 uses UCS-2 internally. It can store UTF-16 data in UCS-2 (with appropriate data types, nchar etc), however if there is a supplementary character this is stored as 2 UCS-2 characters. This brings the obvious issues with the string functions, namely that what is one character is treated as 2 by SQL Server. I am somewhat surprised that SQL Server is basically only able to handle UCS-2, and even more so that this is not fixed in SQL 2K8. I do appreciate that some of these characters may not be all that common. Aside from the functions suggested in the article,

Just what the title says. $ ./configure --help | grep -i ucs --enable-unicode[=ucs[24]] Searching the official documentation, I found this: sys.maxunicode : An integer giving the largest supported code point for a Unicode character. The value of this depends on the configuration option that specifies whether Unicode characters are stored as UCS-2 or UCS-4. What is not clear here is - which value(s) correspond to UCS-2 and UCS-4. The code is expected to work on Python 2.6+. When built with --enable-unicode=ucs4: >>> import sys >>> print sys.maxunicode 1114111 When built with --enable-unicode