Thanks for the test case. I understand your question now, and yes, I don't
think depending on an Android application would work. You'd either put your
tests inside your app itself, or create a jar.


On Thu, Jul 24, 2014 at 2:53 PM, Michael Wallstedt <[email protected]
> wrote:

> I've attached a simple application that demonstrates the issue. With this
> example, if I invoke the gradle task project-test:compileDebugJava, the
> compilation fails with:
>
> /usr/local/google/home/mikewallstedt/dev/bigtop_android/test_proj_poc/project-test/java/com/google/example/test/MainTest.java:3:
> error: cannot find symbol
> import com.google.example.Main;
>                          ^
>   symbol:   class Main
>   location: package com.google.example
> /usr/local/google/home/mikewallstedt/dev/bigtop_android/test_proj_poc/project-test/java/com/google/example/test/MainTest.java:6:
> error: cannot find symbol
>   private Main main;
>           ^
>   symbol:   class Main
>   location: class MainTest
> 2 errors
> :project-test:compileDebugJava FAILED
>
>
>
> On Monday, July 14, 2014 6:20:49 PM UTC-7, Siva Velusamy wrote:
>
>> Could you provide a sample project that demonstrates this issue? Just a
>> simple "Hello world" app module and an additional test module would do.
>>
>>
>> On Mon, Jul 14, 2014 at 6:08 PM, Michael Wallstedt <[email protected]>
>> wrote:
>>
>>> I have a project with separate modules for several libraries, a module
>>> for the application, and another module for the tests. In the test module,
>>> there are references back to the application, which IntelliJ seems to
>>> handle just find (i.e. ctrl+click takes me where I expect). However, if I
>>> "make" the test module, there are several errors about missing symbols from
>>> the application.
>>>
>>> I assume that when gradle eventually calls out to javac, the classpath
>>> is missing a reference to the application source. Could this be because the
>>> application module is generated from the 'com.android.application' plugin,
>>> as opposed to 'com.android.library'? I suppose I could extract another
>>> library just for the source that is referenced in tests, and wrap that with
>>> a thin shell to create the actual application, but this seems rather heavy
>>> handed. Is there a better way?
>>>
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>>
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