Status Update
Comments
da...@google.com <da...@google.com> #2
Lint options:
lintOptions {
lintConfig = file('lint.xml')
abortOnError true
xmlReport true
htmlReport true
checkDependencies true
}
Also, our project has custom lint rules. Failure happens with a dependency of 26.6.3 and 27.0.0.
Is any way to downgrade lint runner? This problem is keeping us from using AGP 4.0
sm...@google.com <sm...@google.com>
an...@google.com <an...@google.com> #3
Attached slightly different stacktrace for the same problem.
Wonder if disabling some lint rules could help to "fix" this problem, as it is also blocking for us 4.0 AGP upgrade.
ma...@gmail.com <ma...@gmail.com> #4
Notes:
I suspect the exceptions are happening now because JetBrains recently changed an assert
statement into a hard failure (see
I.e., it's possible that Lint has been hitting this code path all along, and only now it is causing a problem.
This has been difficult to investigate so far because the failure is nondeterministic and also deep inside the Kotlin compiler. Plus, JetBrains seems to be hitting this code path occasionally too (hence why they changed the assert into a hard failure), so I'm not even sure whether Lint is implicated or not.
wa...@gmail.com <wa...@gmail.com> #5
It could also explain why not all lint rules were working from time to time (
Is any public issue created I could follow?
mu...@gmail.com <mu...@gmail.com> #6
Has anyone tried this with 4.1.0-beta2? We're using a more recent version of UAST and the Kotlin compiler there. It's not clear that it's fixed but -- there's a chance :-)
ar...@google.com <ar...@google.com> #7
I tried. The same error. I am wondering, is any way to know which lint checks cause failure? I have a few custom lint checks. Or, is any way downgrade compiler for lint checks?
da...@gmail.com <da...@gmail.com> #8
I did more tests and probably narrow down a cause. I did all tests on 4.1.0-beta2
. Original configuration have enabled checkDependencies
and included custom lint checks. Custom lint checks are compiled using 26.6.3
version:
checkDependencies = true, customLintChecks = true
= 20% chance of successcheckDependencies = true, customLintChecks = false
= 57% chance of successcheckDependencies = false, customLintChecks = true
= 100% chance of success
It is a clear evidence that checkDependencies
feature is not stable. In addition, custom lint checks is not friendly with checkDependencies
and increases the risk of failure. Or maybe just an old lint SDK used is to blame.
It is very similar to
I have a theory, but do not know how to test. Maybe crashes happening because there are some lint checks from libs built upon old lint SDK version?
da...@gmail.com <da...@gmail.com> #9
To me this is happening on 4.2.0-alpha04 too.
Can someone confirm that this is happening if you have these three conditions met?:
- checkDependencies=true on your app module
- have a custom lint rule using lintChecks on your app module
- have a custom lint rule using lintChecks on your library module
For me the error went away after I removed the lintChecks on the library module.
sm...@gmail.com <sm...@gmail.com> #10
could you clarify exactly what you mean in these?
have a custom lint rule using lintChecks on your app module have a custom lint rule using lintChecks on your library module
By this I mean a declaration in your modules dependency block:
lintChecks project(":features:language_lint")
sm...@gmail.com <sm...@gmail.com> #11
As opposed to lintPublish
? Or is that not relevant?
sm...@gmail.com <sm...@gmail.com> #12
For me this is for local checks so I'm using lintChecks. Removing lintChecks from the library module and only applying it on the app module fixed the lint crash. However that's not optimal as I want to run the lint checks individually on the library module as well. It would not be interesting if this is really the cause of the issue or if it doesn't fix it for others.
ma...@gmail.com <ma...@gmail.com> #13
I do not have any custom lint checks declared but there might be a transient lint check pulled in.
Description
Android Studio 2.2.1
Build #AI-145.3324680, built on October 4, 2016
JRE: 1.8.0_76-release-b03 amd64
JVM: OpenJDK 64-Bit Server VM by JetBrains s.r.o
NDK: 13.0.3299515
LLDB: 2.2.3271982
Steps to reproduce:
1. Import the sample Hello JNI
2. Have breakpoint in C++ code
3. Hit the debug button to deploy the app and debug
4. Now once the debugger hits the breakpoint press either Shift + F8 or just F8 to get back into java code
5. Once back in java code observe the variable's window (both app and app-java)
Expected result:
I expect to see variables in the app-java window
Actual result:
It remains in the app window and no variables are displayed in either of the windows