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<p><code>...</code>wildcard matches to any characters, and can be combined with other letters and numbers to filter down the root aggregate list. For example, we can run tests on all subproject that starts with <code>foo</code>as follows:</p>
<p>sbt query intentionally uses <code>...</code> (dot dot dot) instead of more intuitive <code>*</code> (asterisk) because<code>*</code>is often used in a shell as a wildcard to match existing files or directories. This would require quoting, and forgetting to quote <code>*/test</code>would match to something like <code>src/test</code>.</p>
<p><code>...</code>wildcard matches to any characters, and can be combined with other letters and numbers to filter down the root aggregate list. For example, we can run tests on all subproject that starts with <code>foo</code>as follows:</p>
<p>sbt query intentionally uses <code>...</code> (dot dot dot) instead of more intuitive <code>*</code> (asterisk) because<code>*</code>is often used in a shell as a wildcard to match existing files or directories. This would require quoting, and forgetting to quote <code>*/test</code>would match to something like <code>src/test</code>.</p>
<p>sbt 2.0 introduces hybrid local/remote cache system, which can cache the task results to local disk and Bazel-compatible remote cache. Throughout sbt releases it has implemented various caches, like <code>update</code> cache, incremental compilation, but sbt 2.x's cache is a significant step change for a few reasons:</p>
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