I've noticed that grunt-openui5 provides a task to generate a library-preload.json file. But I can't find any information on how to build a fully functional SAPUI5 library?
I'm thinking of a gulp/grunt build generating all necessary library metafiles, less compilation and combining of multiple .less files into one library.css
Related
I am trying to figure out which dependency includes the org.json library. The project clearly contains something that references the org.json library, because I am able to refer to things in that library in the code and it will compile and run. I tried using sbt "inspect tree clean" but the resulting information did not include "org.json" at all.
Using maven you can do dependency:tree which will show you how every single library that is included got included (by following the dependencies brought in by the dependencies). In maven I can find a jar (e.g. the org.json one) and move up the dependency tree to figure out which thing I included brought in the library in question.
I would like to do this using sbt.
So I've been trying to do some AWS lambda with scala and sbt. And one of the recommendations is
Minimize your deployment package size to its runtime necessities. This
will reduce the amount of time that it takes for your deployment
package to be downloaded and unpacked ahead of invocation. For
functions authored in Java or .NET Core, avoid uploading the entire
AWS SDK library as part of your deployment package.
I've been using sbt-assembly to create fat jars for my code and dependencies, but it seems like sbt-assembly will package all library dependencies when I only use like 10% of the aws-core library which adds a lot of content. Was wondering if there is something I can do to cut down on the number of dependencies to what is actually imported in my code (and their dependencies).
As far as I know, there is no direct and safe way to selectively contains the dependent classes in a fat jar generated by the sbt-compile plugin.
First of all, you should understand that sbt plugins just provide a settings and jar files required to invoke methods in your project. It means that the dependent plugin is brought to your project with the pre-compiled jar file, which is determined by the version that you specified on your build setting (e.g., plugins.sbt in your project dir).
For example, the jars of sbt-assembly are brought to your project from this link when you specify that you want to use the sbt-assembly (although it is brought to your project when you use recent sbt version by default).
Therefore, at least you may have two choices to shrink your jar files.
Compile the jar file from the scratch
For the sbt-aws, its source code is provided on this link, so you may selectively compile the source codes to get the classes that your program is going to use.
Use the tool for shrinking jar file
There are several tools to shrink your jar file based on the dependencies. The most popular tool is proguard; it seems that there is a proguard support for sbt.
Warning
As mentioned in another stack overflow answer, selectively choosing some classes from the jar may cause your program crash depending on the input value and several other conditions. You've said that only 10 percent of the jar file is used, but you cannot ensure whether other classes are required from your code and library that your project depends on. When you use the tool for helping you to shrink the jar file, be careful when the program is security critical one.
I am trying to achieve what a resourceGenerator in Runtime would do: create a resource that is available on the classpath during runtime, however that would not be packaged under the main configuration.
In my specific case, I am trying to create an sbt plugin that facilitates dealing with JNI native libraries. The above mentioned resource would be a "fat" jar containing a shared library, thus it is not required for compilation but only during runtime.
My goal in the end is to publish the standard jar (in the Compile configuration) and publish the fat jar as an extra artifact (in the Runtime configuration). However, during local testing, I would like the shared libraries to be available on the classpath when simply calling run from sbt.
I tried implementing a resourceGenerator in Runtime, however with no success. An alternative approach I could imagine would be to modify runtime:exportedProducts or alter runtime:managedClasspath directly, however I first wanted to know if there is already a way to include resources only in the runtime configuration?
If I have several applications to separately compile, but they will all individually have the same library compiled into them, does Closure Compiler give you a set of compilation data such that you can compile the library separately from the individual applications and then include that data when compiling the applications so that the library part doesn't need to be recompiled every time?
If so, how does that work?
I'm using the accordion, tooltips and transition components of UI Bootstrap.
I can create a custom build with the online tool on the UI Bootstrap website, which will create a minified and non-minified JS file containing only the components I selected, without overhead.
However, I don't want to use the online tool to compile my custom version of UI Bootstrap, instead I want to compile my own version locally, preferably using the tools I already use; Bower, Grunt and NPM.
So my question: How can I create my own version of UI Bootstrap locally?
bower install angular-ui-bootstrap, and then calling Grunt build in bower_components/angular-ui-bootstrap creates a UI Bootstrap build that includes all modules, there's probably a way to do the same with only a subset of the modules, but I could not figure this out.
It can be done by using the following command
grunt build:moduleName1:moduleName2:moduleName3....:moduleNameN
For example if you require the build to contain only tabs and buttons module , then the grunt command will be like
grunt build:tabs:buttons
The generated files will be present in dist folder
For the list of module names , check all folder names in src folder
The documentation for this is sparse , but if you check the Gruntfile.js , where they register the build task , they mention about how to build modules selectively
It is not as easy as I expected (and as it should be).
Take a look at the Gruntfile.js of the project. You will see that they do quite a lot. Converting HTML and CSS to JS, concating all the scripts in such way they are loadable by others. Moreover the file is quite difficult for orientation; it even includes custom tasks.
To mimic its behaviour I suggest this: Download it via Bower as you normally do. Copy its node dependecies to your package.json dependencies. Then copy the Gruntfile.js, change he routes, and try deleting some parts of the code until you reach a point when you cannot remove more lines without breaking it. It is not a nice way, it should be however successful.
If one had a lot of time, the build script is a good candidate for a deep refactoring. Moving custom tasks to standalone files (or projects), documenting the flow, and maybe implementing standard tasks for some steps (e.g. CSS minification).