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std::wstring = L"welcome" on the line this is not to in any format, but since it's C++ I didn't find such an opportunity, i.e.The encoding options for a particular character helped to understand this It reads such an L "string" in ram, will bring this string to
UTF 8 CONVERTER LINUX CODE
Despite the fact that in my Linux, the utf8 encoding in the system is the default, and the source code is saved in it, the copywriter itself, when So, summarizing the answers to the questions: Guys, if you want to help let's give the answer to the essence, and not just for the sake of flame, as now there is one of the answers below - which does not answer any of the questions posed, but wants to learn about "going beyond the boundaries of the string":) Is there a way to make std::wstring = L"добро" saved in utf8 and not in an incomprehensible format?įor some reason, I now think that there should be some kind of option in g++, perhaps for it to work with utf-8, and by default it converts L "good" into something else.Īm I constructing wchar_t correctly symbols for x86-64?Īre there any lightweight libraries that, when compiled statically into a project, will not weigh it down much, provide a high-level and simple syntax like the same std:: wstring = makeUTF8Str (const std::string&) - and without any incomprehensible manipulations with updating wstring_convert templates and a bunch of other squats?Īll the code that I'm trying to understand utf-8 is here In what encoding will the string std::wstring = L"добро" be stored in the program memory ? UTF-8 in the system and console, the source code is saved in UTF-8. Should not affect the byte / bit representation of the values that will be assigned in this way std::wstring = L"добро"ĭebian 8, gcc - all standard, standard locale ru_RU. Do I understand correctly that there are no manipulations with standard sets of locales like this: locale::global(std::locale("") )
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Website also says that the encoding of the letter ' d ' is correct.Īs it turned out, its internal representation is not utf8 at all (although the source code itself is saved in this encoding) But if you pass the constructed string to wcout in this way, it will output crocosabras and hieroglyphs. After the work of this f-ii the letter 'd' will correspond to the code 11010000 10110100 00000000 00000000 Which seems to be true.
UTF 8 CONVERTER LINUX MANUAL
It seems to be yes, but for some reason the manual conversion does not work. The code of the letter ' D ' is independent of any manipulations with the locale (or the absence of these manipulations) 1101000010110100 Right? Right? After all, this is what utf8 exists for, in order to uniquely represent the characters of different countries with a code. But it is the words encoded in utf8 that should not be affected by manipulations with locales in any way. I understand that this will give no more than some " national conversions " for example, dates, monetary formats, fractional formats. That is, you just need to insertinto the code Now a question for the experts, I have never worked closely with the locale, so to my shame I do not know all the subtleties, I perceive working with the locale as described here I decided to do the construction from string to wstring myself somehow like this ( pastebin) I can read it exclusively with std::ifstream (without std::wifstream).Īfter reading the file, I want to be able to iterate over utf-8 characters, and even compare them for (size_t i = 0 i wstring can be done But in my gcc there is no such header as #include