Develop Reference

Cannot find symbol dependencyResolutionManagement in GradleSettingsModel

I am trying to write a plugin that adds my repo to settings.gradle if available or in build.gradle in other cases, like this:
public static void addLibraryRepositories(GradleBuildModel file, GradleSettingsModel settings, String url) {
// Check if settings.gradle contains the repositories
RepositoriesModel repositoryModel = null;
if (settings != null) {
repositoryModel = settings.dependencyResolutionManagement().repositories();
}
// if not use the build.gradle file
if (repositoryModel == null || repositoryModel.repositories().size() <= 0) {
repositoryModel = file.repositories();
}
// add my maven repo
if (!repositoryModel.containsMavenRepositoryByUrl(url)) {
repositoryModel.addMavenRepositoryByUrl(url, "My Repo");
file.applyChanges();
}
}
But I am getting this error when running gradle task 'buildPlugin':
error: cannot find symbol repositoryModel = settings.dependencyResolutionManagement().repositories();
^
symbol: method dependencyResolutionManagement()
location: variable settings of type GradleSettingsModel
Using IntelliJ 2022.1.3, there is no error on IDE, I can navigate to the definition of the interface and the GradleSettingsModelImpl implementation, in project view I can see it is included in android-gradle-dsl.jar.
I have these deps in plugin.xml
<depends>com.intellij.modules.all</depends>
<depends>com.intellij.modules.java</depends>
<depends>org.jetbrains.android</depends>
<depends>org.intellij.groovy</depends>
I can call other methods of the same class without this error.
Any help is appreciated.
PS Already tried invalidating cache.

How to generate java files from swig?Is this done by gradle or do it with command line?

This is my Build.gradle file:-
project.ext {
// * SWIG options *
// This and the SWIG "task" at the bottom are loosely based on:
//
// http://androiddeveloper.co.il/using-swig/
swigModuleFiles = ['yourfy.i']
swigIncludeDirs = ['src/main/cpp/yourfy/src', 'src/main/cpp/yourfy/src/nxcommon/src/libnxcommon']
swigJavaOutputDir = file("src/main/java/com/yourfy/yourfy/swig").absolutePath
swigCxxOutputDir = file("src/main/cpp/swig").absolutePath
swigModuleFilesAbs = []
swigIncludeDirOpts = []
swigCxxModuleFilesAbs = []
swigModuleFiles.each { moduleFile ->
swigModuleFilesAbs.add(file("src/main/cpp/yourfy/src/yourfy/" + moduleFile).absolutePath)
swigCxxModuleFilesAbs.add(swigCxxOutputDir + "/" + moduleFile + ".cxx")
}
swigIncludeDirs.each { incDir ->
swigIncludeDirOpts.add("-I" + file(incDir).absolutePath)
}
}
// * Generate SWIG wrappers *
// Generate .java and .cxx files for the SWIG bindings.
//
// It has to be done in Gradle (as opposed to the native library's CMakeLists.txt), because
// Gradle calls the Java implementationr BEFORE running the native build, so the .java SWIG files will
// not have been generated yet when the implementationr runs. We have to ensure that they are generated
// before the Java implementationr runs.
//
// Thanks, Gradle!
//
// I would love to do this as a task, but unfortunately, it does not work. For some reason,
// when building from Android Studio (NOT when running Gradle from command line), CMake is
// actually invoked first, before any other tasks, which means that the Gradle-generated SWIG
// CXX source files might still be missing, which CMake then complains about and aborts. For
// now, we will have to run SWIG at the top level all the time to get it working. Right now,
// it's reasonably fast to do so, let's see how long this holds.
// More info:
def swigExec = '/usr/local/bin/swig'
// TODO: Add some auto-detection
if (project.hasProperty('swig.executable')) {
swigExec = project.property('swig.executable')
}
if (swigExec != null && file(swigExec).isFile()) {
file(project.swigJavaOutputDir).mkdirs()
file(project.swigCxxOutputDir).mkdirs()
// Delete previous output files (.cxx, .h and *.java in respective directories)
(file(project.swigJavaOutputDir).listFiles() + file(project.swigCxxOutputDir).listFiles()).each { file ->
if (file.name.toLowerCase().endsWith(".cxx")
|| file.name.toLowerCase().endsWith(".h")
|| file.name.toLowerCase().endsWith(".java")
) {
file.delete()
}
}
[project.swigModuleFilesAbs, project.swigCxxModuleFilesAbs].transpose().each { moduleFile, cxxFile ->
exec {
commandLine(
swigExec,
'-java',
'-c++',
'-package', 'com.yourfy.yourfy.swig',
*project.swigIncludeDirOpts,
'-outdir', project.swigJavaOutputDir,
'-o', cxxFile,
moduleFile
)
}
}
} else {
logger.error('Property swig.executable not set or invalid! You should set it in ' +
'the gradle.properties file of your gradle user home directory, pointing to ' +
'a SWIG > 3.0 executable')
}
How to generate swig wrapper files in android?There are some links added to here but still its not figure out.
Also tried following links also mentioned in the comment:-
Stackoverflow question link
Github link
I was trying both the links but didn't understand but still seems it difficult.

New Relic in Android Studio - newrelic.properties - variants

I'm integrating New Relic in my project (with Android Studio & Gradle) which has 2 variants. Each variant has its own generated token, which I store in each variant's string.xml file.
In the New Relic documentation, it states the following:
In your project’s root directory (projectname/app), add a newrelic.properties file with the following line:
com.newrelic.application_token=generated_token
The problem is, if I do this, how can make the correct token appear for the correct variant? If this file must appear in the project root, I can't create one per variant, and so I'm forced to use the same token for both variants, which doesn't work for my requirements.
Any insight would be appreciated.

Okay, so after contacting the support team at New Relic, there is apparently no direct solution for this as of today, although they said they've opened a feature request, and so this problem might be solved soon.
From what I managed to understand, the reason this file is needed is so that the New Relic system can display an un-obfuscated error log when an exception occurs on a production version which has been obfuscated with ProGuard.
The New Relic system, with the help of this file, will upload the ProGuard mapping.txt file to the New Relic servers and associate it with your app according to the specified token. With this, New Relic can un-obfuscate stack traces and display a descriptive stack trace with actual class & method names, rather a, b, c, etc.
As a workaround, I was told that I can forego this file all together, if I upload the mapping file manually.
The mapping file can be found at:
build/outputs/proguard/release/mapping.txt
In order to manually upload the file, perform the following via command line:
curl -v -F proguard=#"<path_to_mapping.txt>" -H "X-APP-LICENSE-KEY:<APPLICATION_TOKEN>" https://mobile-symbol-upload.newrelic.com/symbol
This must be done for each variant which is being obfuscated with ProGuard (classically, release builds).
Source
Hope this helps someone else.

I solved creating some Gradle tasks. Please, take a look at https://discuss.newrelic.com/t/how-to-set-up-newrelic-properties-file-for-project-with-multiple-build-variants/46176/5
I following a code that worked pretty well for me.
Add the New Relic application token on a string resource file. i.e.: api.xml.
Create a new Gradle file. i.e: newrelic-util.gradle.
Add the following content on the newly created Gradle file:
apply plugin: 'com.android.application'
android.applicationVariants.all { variant ->
//<editor-fold desc="Setup New Relic property file">
def variantName = variant.name.capitalize()
def newRelicTasksGroup = "newrelic"
def projectDirPath = project.getProjectDir().absolutePath
def newRelicPropertyFileName = "newrelic.properties"
def newRelicPropertyFilePath = "${projectDirPath}/${newRelicPropertyFileName}"
// Cleanup task for New Relic property file creation process.
def deleteNewRelicPropertyFile = "deleteNewRelicPropertyFile"
def taskDeleteNewRelicPropertyFile = project.tasks.findByName(deleteNewRelicPropertyFile)
if (!taskDeleteNewRelicPropertyFile) {
taskDeleteNewRelicPropertyFile = tasks.create(name: deleteNewRelicPropertyFile) {
group = newRelicTasksGroup
description = "Delete the newrelic.properties file on project dir."
doLast {
new File("${newRelicPropertyFilePath}").with {
if (exists()) {
logger.lifecycle("Deleting file ${absolutePath}.")
delete()
} else {
logger.lifecycle("Nothing to do. File ${absolutePath} not found.")
}
}
}
}
}
/*
* Fix for warning message reported by task "newRelicMapUploadVariantName"
* Message:
* [newrelic] newrelic.properties was not found! Mapping file for variant [variantName] not uploaded.
* New Relic discussion:
* https://discuss.newrelic.com/t/how-to-set-up-newrelic-properties-file-for-project-with-multiple-build-variants/46176
*/
def requiredTaskName = "assemble${variantName}"
def taskAssembleByVariant = project.tasks.findByName(requiredTaskName)
def createNewRelicPropertyFileVariantName = "createNewRelicPropertyFile${variantName}"
// 0. Searching task candidate to be dependent.
if (taskAssembleByVariant) {
logger.debug("Candidate task to be dependent found: ${taskAssembleByVariant.name}")
// 1. Task creation
def taskCreateNewRelicPropertyFile = tasks.create(name: createNewRelicPropertyFileVariantName) {
group = newRelicTasksGroup
description = "Generate the newrelic.properties file on project dir.\nA key/value propety " +
"will be written in file to be consumed by newRelicMapUploadVariantName task."
logger.debug("Creating task: ${name}")
doLast {
def newRelicPropertyKey = "com.newrelic.application_token"
def newRelicStringResourceKey = "new_relic_key"
def targetResourceFileName = "api.xml"
def variantXmlResourceFilePath = "${projectDirPath}/src/${variant.name}/res/values/${targetResourceFileName}"
def mainXmlResourceFilePath = "${projectDirPath}/src/main/res/values/${targetResourceFileName}"
def xmlResourceFilesPaths = [variantXmlResourceFilePath, mainXmlResourceFilePath]
xmlResourceFilesPaths.any { xmlResourceFilePath ->
// 1.1. Searching xml resource file.
def xmlResourceFile = new File(xmlResourceFilePath)
if (xmlResourceFile.exists()) {
logger.lifecycle("Reading property from xml resource file: ${xmlResourceFilePath}.")
// 1.2. Searching for string name new_relic_key api.xml resource file.
def nodeResources = new XmlParser().parse(xmlResourceFile)
def nodeString = nodeResources.find {
Node nodeString -> nodeString.'#name'.toString() == newRelicStringResourceKey
}
// 1.3. Checking if string name new_relic_key was found.
if (nodeString != null) {
def newRelicApplicationToken = "${nodeString.value()[0]}"
logger.lifecycle("name:${nodeString.'#name'.toString()};" +
"value:${newRelicApplicationToken}")
// 1.4 Checking the content of newRelicApplicationToken
if (newRelicApplicationToken == 'null' || newRelicApplicationToken.allWhitespace) {
logger.warn("Invalid value for key ${newRelicStringResourceKey}. " +
"Please, consider configuring a value for key ${newRelicStringResourceKey}" +
" on ${xmlResourceFile.name} resource file for buildVariant: ${variantName}. " +
"The ${newRelicPropertyFileName} will be not created.")
return true // break the loop
}
// 1.5. File creation.
File fileProperties = new File(newRelicPropertyFilePath)
fileProperties.createNewFile()
logger.lifecycle("File ${fileProperties.absolutePath} created.")
// 1.6. Writing content on properties file.
def fileComments = "File generated dynamically by gradle task ${createNewRelicPropertyFileVariantName}.\n" +
"Don't change it manually.\n" +
"Don't track it on VCS."
new Properties().with {
load(fileProperties.newDataInputStream())
setProperty(newRelicPropertyKey, newRelicApplicationToken.toString())
store(fileProperties.newWriter(), fileComments)
}
logger.lifecycle("Properties saved on file ${fileProperties.absolutePath}.")
return true // break the loop
} else {
logger.warn("The key ${newRelicStringResourceKey} was not found on ${xmlResourceFile.absolutePath}.\n" +
"Please, consider configuring a key/value on ${xmlResourceFile.name} resource file for buildVariant: ${variantName}.")
return // continue to next xmlResourceFilePath
}
} else {
logger.error("Resource file not found: ${xmlResourceFile.absolutePath}")
return // continue next xmlResourceFilePath
}
}
}
}
// 2. Task dependency setup
// To check the task dependencies, use:
// logger.lifecycle("Task ${name} now depends on tasks:")
// dependsOn.forEach { dep -> logger.lifecycle("\tTask: ${dep}") }
tasks['clean'].dependsOn taskDeleteNewRelicPropertyFile
taskCreateNewRelicPropertyFile.dependsOn taskDeleteNewRelicPropertyFile
taskAssembleByVariant.dependsOn taskCreateNewRelicPropertyFile
} else {
logger.error("Required task ${requiredTaskName} was not found. " +
"The task ${createNewRelicPropertyFileVariantName} will be not created.")
}
//</editor-fold>
}
On app/build.gradle file, apply the Gradle file.
apply from: './newrelic-util.gradle'
That’s it. I created a file named newrelic-util.gradle on project app dir. If you execute the task assembleAnyVariantName, the task createNewRelicPropertyFileAnyVarianteName will be performed first. Tip: don’t track the generated file newrelic.properties file. Ignore it on your VCS.
Additionally, the task deleteNewRelicPropertyFile will be performed right before the tasks ‘clean’ and ‘createNewRelicPropertyFileAnyVarianteName’ in order to avoid a file with a wrong New Relic application token.

How can I add 'Options' to the gradlew help --task documentation

I have the following setup in my build.gradle file:
// Task designed to bump version numbers. This should be the first task run
// after a new release branch is created.
task bumpVersion(description: 'Bumps the version number of the current Android release. Should be used as a standalone task, and should only be the first task called after creating a release branch.', group: 'Management') << {
Properties props = new Properties();
File propsFile = new File('gradle.properties');
props.load(propsFile.newDataInputStream());
def currentVersionCode = props.getProperty("CORE_VERSION_CODE") as int;
def currentVersionName = props.getProperty("CORE_VERSION_NAME") as String;
def intPortionsOfVersionName = currentVersionName.tokenize('.').toArray();
def leastSignificantPortion = intPortionsOfVersionName[intPortionsOfVersionName.length - 1] as int;
def newVersionCode = currentVersionCode + 1;
def newVersionName = "";
if (!project.hasProperty('newVersion')) {
leastSignificantPortion = leastSignificantPortion + 1;
intPortionsOfVersionName[intPortionsOfVersionName.length - 1] = leastSignificantPortion;
newVersionName = intPortionsOfVersionName.collect{ it }.join(".");
} else {
newVersionName = project.getProperty('newVersion');
}
props.setProperty("CORE_VERSION_NAME", newVersionName as String);
props.setProperty("CORE_VERSION_CODE", newVersionCode as String);
props.store(propsFile.newWriter(), null);
}
Under the line newVersionName = project.getProperty('newVersion') I try to acquire the property called "newVersion", if it exists, and bump the least significant digit if it's not available.
This works fine, but what I want to do is add a way to specify this option in the documentation (i.e. gradle help --task bumpVersion). For instance, if I run gradle help --task help, it gives me:
:help
Detailed task information for help
Path
:help
Type
Help (org.gradle.configuration.Help)
Options
--task The task, detailed help is requested for.
Description
Displays a help message
Notice how '--task' is under the Options section. I'm wondering how to do this with my own code.

This can be done using the #Option annotation.
#Option(option = "version", description = "Version number to use")
public void setVersion(String version) { ... }
Note: This is an internal API so it may change.
Edit: May have forgotten to mention you will have to implement your task as a custom task class to leverage this capability.

Custom Gradle Task to save parsed Json to file. Android

I want to automate the parsing and saving of a json object to asset or raw directory during gradle build. I have a java Json parsing class and I know how to run it from gradle. What i do not know is how to save the results or that class to either of the above folders. Below is an example of how i will be running the script. Is what i am trying to do possible in its current state??
package com.mrhaki.java;
public class SimpleParser {
public static void main(String[] args) {
//parse content
}
}
Gradle Build
apply plugin: 'java'
task(runSimpleParser, dependsOn: 'classes', type: JavaExec) {
main = 'com.mrhaki.java.SimpleParser'
classpath = sourceSets.main.runtimeClasspath
args 'mrhaki'
systemProperty 'simpleparser.message', 'Hello '
}
defaultTasks 'runSimpleParser'

I thinks that there's no need to use external JSON parser. Instead use JsonSlurper. Works really well. In the task above, create a file, write the parsed content there and save it in the declared folder. That's all. What exactly You don't know?
It will be similar to:
task json() << {
def f1 = new File('path/to/file1')
def f2 = new File('path/to/file2')
f1.text //= set content here
f2.text //= set content here
}
That's all as far as I understood.

Just for a slightly more detailed answer, I had to do something similar recently, iterating over a simple json file and generating a strings.xml pre-build. The relevant bit from build.gradle:
import groovy.json.JsonSlurper
task generateStrings {
def inputFile = new File("app/src/main/assets/localized_strings.json")
def json = new JsonSlurper().parseText(inputFile.text)
def sw = new StringWriter()
def xml = new groovy.xml.MarkupBuilder(sw)
//add json values to the xml builder
xml.resources() {
json.each {
k, v ->
string(name: "${k}", "${v}")
}
}
def stringsFile = new File("app/src/main/res/values/strings.xml")
stringsFile.write(sw.toString())
}
gradle.projectsEvaluated {
preBuild.dependsOn('generateStrings')
}
http://www.veltema.jp/2014/08/27/generating-strings.xml-from-JSON-at-Build-in-Android-Studio/