Папки Local, LocalLow и Roaming в Windows 10

Returns the reference to the attached file on a given draft invoice. Returns the file attachment for the given draft invoice. File is always returned as .pdf. Allows attaching a document to the draft invoice. Only valid PDF files are supported. Please note that for the file upload “application/json” is not a valid content-type. Upload of binary data requires the content-type header to be “multipart/form-data”. ” where boundary defines the file part of the multipart stream. Returns status code 201 upon successful creation. Maximum file size is 9.0 MB per request. Removes the entire attached document that is associated with the given draft invoice. Returns status code 204 upon successful deletion. Journals contain your draft transactions, that can be modified until the journal is booked or the drafts are deleted. Journals are known as Kassekladder in Danish. This is the root endpoint for the journals endpoint. It provides you with an overview of available journals on the agreement.
In other words, internationalization is the process of adapting your software to support multiple cultures (currency format, date format, and so on), while localization is the process of implementing one or more culture. These two processes are usually adopted by companies that have interests in different countries, however they might also come in handy for a single developer working on their own site. For example, as you might know, I’m Italian and I own a website. My website is currently in English but I might decide to internationalize it and then localize it into Italian. This is beneficial for those that are native Italian speakers and aren’t well accustomed to the English language. In this article I’ll introduce you to Globalize, a JavaScript library for internationalization and localization developed by some members of the jQuery team. All the snippets demonstrated in this article can be found on our GitHub repository. Developers think i18n is about translations to non-English languages.
Variables provided on the command line (and in the environment if the ‘-e’ option is in force) will take precedence. Specifying the override directive will allow the target-specific variable value to be preferred. There is one more special feature of target-specific variables: when you define a target-specific variable that variable value is also in effect for all prerequisites of this target, and all their prerequisites, etc. CFLAGS to ‘-g’ in the recipe for prog, but it will also set CFLAGS to ‘-g’ in the recipes that create prog.o, foo.o, and bar.o, and any recipes which create their prerequisites. Be aware that a given prerequisite will only be built once per invocation of make, at most. If the same file is a prerequisite of multiple targets, and each of those targets has a different value for the same target-specific variable, then the first target to be built will cause that prerequisite to be built and the prerequisite will inherit the target-specific value from the first target.
Also, listing the target pattern of a pattern rule as a prerequisite of .NOTINTERMEDIATE ensures that no targets generated using that pattern rule are considered intermediate. You can disable intermediate files completely in your makefile by providing .NOTINTERMEDIATE as a target with no prerequisites: in that case it applies to every file in the makefile. If you do not want make to create a file merely because it does not already exist, but you also do not want make to automatically delete the file, you can mark it as a secondary file. To do this, list it as a prerequisite of the special target .SECONDARY. Marking a file as secondary also marks it as intermediate. A chain can involve more than two implicit rules. For example, it is possible to make a file foo from RCS/foo.y,v by running RCS, Yacc and cc. Then both foo.y and foo.c are intermediate files that are deleted at the end.
Several of the built-in expansion functions relate specifically to taking apart file names or lists of file names. Each of the following functions performs a specific transformation on a file name. The argument of the function is regarded as a series of file names, separated by whitespace. Each file name in the series is transformed in the same way and the results are concatenated with single spaces between them. Extracts the directory-part of each file name in names. The directory-part of the file name is everything up through (and including) the last slash in it. If the file name contains no slash, the directory part is the string ‘./’. Extracts all but the directory-part of each file name in names. If the file name contains no slash, it is left unchanged. Otherwise, everything through the last slash is removed from it. A file name that ends with a slash becomes an empty string.
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