Comments (4)
Keep it named java-allocation-instrumenter-3.0.jar. The JAR file contains metadata that makes the loading JVM put it on the bootclasspath, which is required to instrument JDK classes. The metadata has the name of the JAR file.
Alternatively, you can build from scratch and change in pom.xml to be whatever you want it to be.
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Looking at this issue again, I don't think it's a good idea to try to simplify the running process by hard coding the bootstrap classpath in the manifest file, because it's assuming the jar file is in the current working directory with a fixed name, which imposes unwritten constraints to the user and it's hard to follow. I would suggest just removing this file from the generated manifest file and update the document to let user specify -Xbootclasspath/a:allocation-instrumenter.jar just like specifying path in the -javaagent flag.
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s/removing this file/removing this line/
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There is nothing stopping the user from renaming it and adding the bootclasspath flag if they want to do so. This just provides them a way not to do so.
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Related Issues (20)
- Support for JDK 11? HOT 9
- What happens if the constructor throws exception? HOT 3
- Filter/limit instrumentation by package or class name? HOT 1
- JDK11 Compilation Error HOT 3
- Support for jdk13? HOT 4
- Instrumenting constructors fails with VerificationError when interacting with classes that lack stack map frames HOT 10
- I don't understand how to integrate it in a standard Gradle-based project HOT 2
- Comparing with another JVMTI way to hook object allocation HOT 2
- There is a vulnerability in Guava: Google Core Libraries for Java 28.1-android,upgrade recommended
- Dynamic load issue
- allocation-instrumenter breaks JPMS compliant builds
- Update shaded ASM copy to 9.2 to support Java 17 HOT 2
- String created through java makeConcat not reported
- CVE-2022-42920 Critical org.apache.bcel propagated in 3.3.0 google/allocation-instrumenter HOT 1
- Will the instrumenter detect allocations made via JNI? HOT 2
- Failing to instrument classes due to needing ASM9 in Java stdlib HOT 5
- Update Guava version - currently the latest released version 3.3.2 mentions Guava version that has known vulnerability. HOT 2
- Support JVM 21 HOT 4
- Capture the location where the new object is created HOT 2
- Failing while building java-allocation-instrumenter version 3.3.0 using mvn clean install (java-allocation-instrumenter3.3.0) HOT 3
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