Although the UCC provides for three years, the bank deposit agreement could restrict that somewhat. If the check is over-encoded, the drawer of the check has the claim. The drawer of the check has no loss, and therefore, cannot look to the warranty. But encoding of VS Codes Output window is (probably) UTF-8 so if I add compile option '-fexec-charsetCP949' to gcc/g++, text printing error occurs. If the check is under-encoded, the payee or the depositary bank is presumably the party that stands the loss, and if it?s the payee, it should look to the depositary bank for an adjustment. The warranty is made not by the paying bank, but by the depositary bank (and its customer if the customer did the encoding).
#Ctivo encoding errors code
Question: If a customer reports an encoding error nine months old, does the paying bank have to reimburse us? What does the Uniform Commercial Code say about it?Īnswer: An encoding error is subject to the warranty provisions of UCC ?4-209, which falls under the ?4- 111 statute of limitations provisions (three years in the standard version of the UCC).
Lavavej, Casey Carter and Billy O’Neal for e-mail communication on this issue. ctrl-alt-5 launch live server on port 5000. ctrl-alt-4 launch live server on port 4000. ctrl-alt-3 launch live server on port 3000. ctrl-alt-l launch live server on port 3000. This package is based on awesome Live Server project. Maybe the best thing would be writing custom code to get the message string from the error code identifier, and encoding it using UTF-8 (basically invoking FormatMessage followed by WideCharToMultiByte with CP_UTF8). Launch a simple development http server with live reload capability.
#Ctivo encoding errors windows
So, my point is still that char-strings should in general use the UTF-8 encoding but unless the Windows console and cout/printf move to UTF-8 as their default encoding, it sounds like the current usage of CP_ACP in the error message string is understandable.Īnyway, due to the use of CP_ACP in the wchar_t-to-char string conversion discussed above, you should pay attention when writing error_code::message strings to UTF-8-encoded log files. However, this would cause mojibake bugs for C++/Windows code that uses cout or printf to print message strings, as this code assumes CP_ACP by default. So, I’d have preferred using the CP_UTF8 flag with the WideCharToMultiByte call above, getting a char-string containing the error message encoded as a UTF-8 string. The code pages are a source of subtle bugs, as there are many of them, they can change, and you end up getting garbage characters ( mojibake) when different char-strings using different code pages are mixed and appended together (e.g. I think in modern C++ code, in general it’s a good practice to store UTF-8-encoded text in std::strings. The conversion is done invoking the WideCharToMultiByte API, and the CodePage parameter is set to CP_ACP, meaning “the system default Windows ANSI code page” (copy-and-paste’d from the official MSDN documentation). Then, the returned wchar_t-string is converted to a char-string, that is written to an output buffer allocated by the caller. This function first calls the FormatMessageW API to get the error message encoded in Unicode UTF-16. To answer this question, I spelunked inside the MSVC STL implementation code, and found this _Winerror_message helper function that is used to get the description of a Windows error code.
So, what is the encoding used to store the text in the returned std::string object? UTF-8? Some other code-page? The error_code::message method returns an explanatory string for the error code. The platform-dependent error code is represented using the std::error_code class (returned by system_error::code). Std::system_error is an exception class introduced in C++11, that is thrown by various functions that interact with OS-specific APIs.
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