Build list

Should get a notification confirming it has been created:New build configuration createdThis time, you don’t need to set up the clean build Gradle tasks, so don’t check any boxes on this page. Instead, click the link above the table that says configure build steps manually.You’ll be taken to the New Build Step page, where you can choose your preferred runner for the build step:Selecting a build runnerChoose Gradle from this list. On the next page that opens, enter clean test%env.FLAVOR%%env.VARIANT% in the Gradle tasks field:Entering a Gradle taskThis will ensure that the runner first cleans the build folders and then runs the test task for the flavor and variant provided by the environment variables. For example, for the release variant of the free app, the task would be called clean testFreeRelease.Scroll down and click the Save button. You’ll then be taken back to the Build Steps page:New build step addedClick the + Add build step button and add another Gradle build step with the task assemble%env.FLAVOR%%env.VARIANT%. This step will generate build artifacts for the given flavor and variant of the app.Once done, your Build Steps page should list the two Gradle-based build steps you created with a quick summary of the Gradle tasks that will be run as part of them:Build steps updatedNow, you need to do two more things: define the values for the two environment variables you used and configure artifact paths.You already know how to set the artifact paths for a build configuration. For this build configuration, set the value of the Artifact paths field to app/build/outputs/apk/*/*/* => output, the same as for the previous one.To set the matrix values for the flavor and variant fields, click Build Features on the left navigation pane. On the Build Features page, click the + Add build feature button and search for Matrix Build in the dropdown menu in the dialog box:Searching for Matrix Build on the Build Features pageOnce you select the Matrix Build option from the dropdown list, you’ll be asked to provide parameters for the matrix build along with their values. Provide a parameter’s name as env.FLAVOR

Binary Tree and Linked List VisualizerA tool to visualize binary trees and linked lists based on GraphViz.RequirementsGraphVizDownload: GraphViz must be added into PATH environment variable.On Ubuntu, it can be installed by APT tools:sudo apt install graphvizBuildMicrosoft Visual StudioCopy binarytree.hpp, linkedlist.hpp, binary-tree-visualizer.cpp and linked-list-visualizer.cpp to your project folder.Add binary-tree-visualizer.cpp and linked-list-visualizer.cpp to source files and add binarytree.hpp and linkedlist.hpp to header files.#include "binarytree.hpp" if you need to visualize binary trees, or #include "linkedlist.hpp" if you need to visualize linked lists.Build and run your code.GNU GCCCopy binarytree.hpp, linkedlist.hpp, binary-tree-visualizer.cpp and linked-list-visualizer.cpp to your project folder.#include "binarytree.hpp" if you need to visualize binary trees, or #include "linkedlist.hpp" if you need to visualize linked lists.Assumed that your source file is demo.cpp, build your source code and the visualizer as the following command shows.g++ -O3 -std=c++11 binary-tree-visualizer.cpp linked-list-visualizer.cpp demo.cpp -o demoRun your codeThe diagram will be generated in the folder of your project.UsageBinary TreeDefinition of TreeNode// This is the same definition in Leetcode.struct TreeNode{ int val; TreeNode *left; TreeNode *right; TreeNode(int x) : val(x), left(NULL), right(NULL) {}};Build a binary treeIn order to build the following binary tree: 5 / \ 2 7 / \ \ 1 4 8 \ / 0 9i.e. 5 / \ / \ / \ 2 7 / \ / \ 1 4 ∅ 8 / \ / \ /∅ 0 ∅ ∅ 9Note: ∅ represents empty node.We may call function makeTree like this:TreeNode *root = makeTree({ 5,2,7,1,4,null,8,null,0,null,null,9 });Note: null represents an empty node. This is compatible with leetcode.Visualize the binary treeCall function showTree like this:The result is shown below:Delete the binary treedelTree(root);root = nullptr;Linked ListDefinition of ListNode// This is the same definition in Leetcode.struct ListNode{ int val; ListNode *next; ListNode(int x) : val(x), next(NULL) {}};Build a linked listIn order to build the following linked list: 2 -> 0 -> 1

Few caveats you need to know for a smooth result. Install and open BS as per your mod manager instructions (for MO2 in particular you need to install it and launch its executable through MO for it to properly work). Select the preset you want to use in the "Preset" field. Enable "Build Morphs" near the "Batch Build" button. Verify there are no active filters ("Group filter" and "Outfit filter" fields should be empty) Press "Batch Build" First "Batch Build" list should have everything selected (right click>Select All for safe measure). Second "Choose output set" list may appear. These are repeated sets for the same in game item (for example different versions of the naked female model, or variations of the same outfit). You need to check the list and select the sets you want (trial and error or reading the description of the mod adding these sets can give you a hint of what you should be building, as you've mentioned the body set to pick here for you should be CBBE Body Physics, or CBBE Body Special). Press confirm/ok and wait for the program to finish. If all the mods you're using are properly made for SE it should end with no errors. That's my recommended way to do it, at least for the first time. After that BS will remember your selections and you can always individually build things instead of doing batch builds. If you're doing an individual build of the body set make sure the file path near the bottom of the BS is enabled and not like this: . This is the equivalent of the "choose output set" list, sets in red won't be built by BS unless you pick them in that batch build list, or manually enable it in the main BS window before a regular build. Also verify the options you choose for Faster HDT are compatible with your CPU, there are a few variations and if you pick the wrong options it likely won't work (most common case is people installing AVX when their cpus don't support it, but Faster HDT has a few more settings). To check if your CPU supports these options you can use CPU-Z or similar free software. I'm fairly certain I did all of those steps exactly as you described (probably because I read them in a list of instructions elsewhere--I doubt I would have figured it out on my own) but I will go through them once again when I have more time later this evening. The list of CBBE presets never matches what I've downloaded and installed via MO2 so it's entirely possible I'm choosing the wrong one. Or I'm not installing presets

Navigator. Click in the toolbar. The Configure Working Set dialog appears. Select all files in your project by checking the root directory. (Later, you may want to create a smaller working set). Give your working set a name (such as "All"). Click Run. You see the analysis output in the Log Console, and if issues are detected, you see the Issues view with a list of issues. Investigate detected issues Fix defects and ignore the rest For a real defect: Fix the issue in your code and save your changes. Run the analysis again by clicking . If the issue disappears from the list, it's fixed. For an issue that doesn't need to be fixed: Right-click the issue in the list and select Change Status > Ignore. Enter a comment and click OK. If you're connected to a project on the Klocwork Server, your changes are now visible to other developers, and in Validate. Your desktop project is also updated with any changes made by other developers. This happens even before another integration build analysis has been run. Keep your build specification up to date Whenever you add files or change build settings, recreate your build specification with kwant. Save the build specification to your .kwlp directory. If your build specification is out of date, the analysis will not be accurate.

This build tier list is not final and will be continuously updated based on the evolution of the meta during the season. Arrows signify that the build was moved from one tier to another since the last update of this build tier list. If you want to challenge the most powerful bosses in Diablo 4, such as the Echo of Lilith, you will have an easier time with the right build for your class. To this end, we have created this tier list, in which we rank the best builds for each class based on their damage output, efficiency, and survivability against challenging bosses. Keep in mind, that lower than A-Tier builds can also defeat Lilith and other difficult bosses, but S-Tier has a clear advantage for it. Please also note that the rankings are based on a max Level (60) character with multiple Paragon boards unlocked, so lower-level characters will be weaker regardless of the build, but the relative rankings should not differ much at lower levels. This build tier list is up to date as of February 14th, 2025, and accounts for all the balance patches since Diablo 4 was launched (including seasons). If you want to learn more about the best endgame push builds, speed farming builds, leveling builds, or overall class rankings, you can check out our other tier lists below. Simply click on the one you are interested in. Keep in mind that these tier lists are based on our own views and experiences, and that they may change over time as the game changes and new updates are released. In the end, the best class and build for any player is the one that matches your playstyle, preferences, and goals. We recommend everyone to try out and have fun with different combinations and options, because each class has unique abilities, and players should choose one that fits their version of fun.