ApiDoc — Inline Documentation For RESTful Web APIs

A useful feature provided by apiDoc is the ability to maintain the documentation for all previous versions and the latest version of the API. This makes it possible to compare a methods’ version with its predecessor. Frontend Developer can thus simply see what have changed and update their code accordingly. In the example, click on the dropdown box in the top right (the main version) and select Compare all with predecessor. The main navigation mark all changed methods with a green bar. Each method shows the actual difference compare to its predecessor. Green marks contents that were added (in this case title text changed and field registered was added). Red marks contents that were removed. You can change the main version (top right) to a previous version and compare older methods with their predecessor. Before you change your documentation block, copy the old documentation to this file, apiDoc will include the historical information automatically. It is important to set the version with @apiVersion on every documentation block. The version can be used on every block, including inherit-blocks. You don’t have to change the version on an inherit-block, the parser automatically checks for the nearest predecessor.
It is, therefore, necessary to react by calling answerCallbackQuery even if no notification to the user is needed (e.g., without specifying any of the optional parameters). Upon receiving a message with this object, Telegram clients will display a reply interface to the user (act as if the user has selected the bot’s message and tapped ‘Reply’). This can be extremely useful if you want to create user-friendly step-by-step interfaces without having to sacrifice privacy mode. Not supported in channels and for messages sent on behalf of a Telegram Business account. Example: A poll bot for groups runs in privacy mode (only receives commands, replies to its messages and mentions). Explain the user how to send a command with parameters (e.g. May be appealing for hardcore users but lacks modern day polish. Guide the user through a step-by-step process. Please send me your question’, ‘Cool, now let’s add the first answer option’, ‘Great. Keep adding answer options, then send /done when you’re ready’.
’ with this definition! Another form of assignment allows for immediate expansion, but unlike simple assignment the resulting variable is recursive: it will be re-expanded again on every use. The variable OUT is thereafter considered a recursive variable, so it will be re-expanded when it is used. ’ the value on the right-hand side is not expanded immediately. Second, these variables are slightly less efficient than simply expanded variables since they do need to be re-expanded when they are used, rather than merely copied. However since all variable references are escaped this expansion simply un-escapes the value, it won’t expand any variables or run any functions. POSIX specification in Issue 8 to provide portability. There is another assignment operator for variables, ‘? ’. This is called a conditional variable assignment operator, because it only has an effect if the variable is not yet defined. ’ will not set that variable. This section describes some advanced features you can use to reference variables in more flexible ways.
For instance, the ‘-t’, ‘-n’, and ‘-q’ options, if put in one of these variables, could have disastrous consequences and would certainly have at least surprising and probably annoying effects. If you’d like to run other implementations of make in addition to GNU make, and hence do not want to add GNU make-specific flags to the MAKEFLAGS variable, you can add them to the GNUMAKEFLAGS variable instead. This variable is parsed just before MAKEFLAGS, in the same way as MAKEFLAGS. When make constructs MAKEFLAGS to pass to a recursive make it will include all flags, even those taken from GNUMAKEFLAGS. As a result, after parsing GNUMAKEFLAGS GNU make sets this variable to the empty string to avoid duplicating flags during recursion. It’s best to use GNUMAKEFLAGS only with flags which won’t materially change the behavior of your makefiles. If your makefiles require GNU Make anyway then simply use MAKEFLAGS. Flags such as ‘—no-print-directory’ or ‘—output-sync’ may be appropriate for GNUMAKEFLAGS.
The VPATH variable and its special meaning. See Searching Directories for Prerequisites. This feature exists in System V make, but is undocumented. It is documented in 4.3 BSD make (which says it mimics System V’s VPATH feature). Included makefiles. See Including Other Makefiles. Allowing multiple files to be included with a single directive is a GNU extension. Variables are read from and communicated via the environment. See Variables from the Environment. Options passed through the variable MAKEFLAGS to recursive invocations of make. See Communicating Options to a Sub-make. Substitution variable references. See Basics of Variable References. The command line options ‘-b’ and ‘-m’, accepted and ignored. In System V make, these options actually do something. Execution of recursive commands to run make via the variable MAKE even if ‘-n’, ‘-q’ or ‘-t’ is specified. See Recursive Use of make. Support for suffix ‘.a’ in suffix rules. See Suffix Rules for Archive Files.
Подробнее читайте на: news161.ru