![]() You only have to execute the command :DoxUndoc(DEBUG) ! In vim, if you want to ignore all code fragment placed in a block such as : Will generate the skeleton and leave the cursor after the tag. In vim, place the cursor on the line of the function header (or returned Skeleton and leave the cursor just after tag if no variable In vim, place the cursor on the line that will follow doxygen authorĬomment. This will generate licenseĬomment and leave the cursor on the line just after. In vim, place the cursor on the line that will follow doxygen licenseĬomment. But if you prefer to use ///ĭoxygen comments just add 'let g:DoxygenToolkit_commentType = "C++"' Generate a doxygen group (begining and ending). You also have to set ENABLE_PREPROCESSING to YES. PREDEFINED value in your doxygen configuration file with correct block name. In all the file will be treated and placed in a new block DOX_SKIP_BLOCK (orĪny other name that you have configured). Theīlock name must be given to the function. Ignore code fragment placed in a block defined by #ifdef. Text as well as a comment block header and footer are configurable. Including (for each named argument), and The tag ![]() Generates a doxygen comment skeleton for a C, C++ or Python function or class, If we change bool to boolean, and rename one_flip to oneFlip… we have a Java : Simplify Doxygen documentation in C, C++, Python.Ĭurrently five purposes have been defined : Both p and the possible return values are documented. * true if the result is heads and false if the result is tails Which one do I get for heads? Let us add an /** Now what about the return? We know that bool means a true or false. What does p represent? Does it represent the probability of heads or tails? /** The one_flip function needs a description. Seed the random number generator with the current time Suppose we have just finished writing a quick program to simulate a trick coin (i.e., a coin where heads and tails are not equally probable). However, I will leave those tweaks as a practice exercise. There are a few more tweaks to be made to the Java Cookbook documentation. We just updated the Java Constructor using the same process from the C++ version! What does r represent? Let us by add r to the documentation and clean up the description. Similar to the C++ Cookbook… the second constructor looks incomplete. * List each Recipe, seperating them with a blank line followed by "-" * This depends on implementation decisions (e.g., selected data Iterator iterator() * Compute the hashcode by adding all recipe hashcodes together. * true if both this and rhs are Cookbooks with the same boolean equals(Object rhs) * Compare two recipes based on the recipes they contain, ignoring the Let us perform a quick audit of a Java Cookbook Example. We revised the description for brevity and clarity.Īny time a function has a parameter it should be documented.We documented the input into the constructor (i.e., the parameter r) with an tag.* Create a Cookbook with a set recipe limit. The description should probably be cleaned up a little. * r max number of recipes that can be stored. What does r represent? Let us start by adding r to the documentation /** * outs output destination (e.g., cout or a file) * Display the Cookbook with each recipe separator by `\n-\n`. ![]() * true if both `this` should be listed before `rhs`īool operator<(const Cookbook& rhs) const * recipes then compare each pair of recipes, basing lhs < rhs on the * - If lhs and rhs have the same number of recipes, sort each set of * - If lhs has fewer recipes than rhs, lhs < rhs. ![]() * true if both this and rhs are Cookbooks with the same recipesīool operator=(const Cookbook& rhs) const * Compare two cookbooks based on the recipes they contain, ignoring the Void removeRecipe(const Recipe& to_remove) * part of this cookbook, this method becomes a no-op (it completes * `to_remove` is present in the cookbook. * to_remove recipe to remove from the cookbook * Create a Cookbook that can contain at most _r_ * Create a Cookbook that can contain at most MAX_RECIPES
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