
Juniper Workspace Cloud: Workflow and import guide
Workflow and import guide for Juniper Workspace Cloud. Documents 6 source tables, exact expected totals and supported versus manual workflows.
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Workflow and import guide for Juniper Workspace Cloud. Documents 6 source tables, exact expected totals and supported versus manual workflows.

The same 12-case Novus Checkout run written the way @playwright/test 1.47 junit reporter writes it. Playwright puts the run totals on the <testsuites> root, names each suite after its spec file, and uses the bare describe title as classname. All eight dialect files in this group report 12 tests, 1 failure, 1 error and 1 skip, so a JUnit parser can be held to identical totals across every producer.

240 cases across six classes, three of them failing. Big enough to time a parser and to check that a report UI paginates or virtualises rather than rendering every row, but still small enough to read.

Three suites under a <testsuites> root whose own attributes already hold the aggregate totals. A parser that sums the children and also trusts the root double-counts every case, which is the classic cause of a dashboard reporting 24 tests for a 12-test run.

A clean green run: six passing cases, zero failures, errors and skips. The baseline a CI gate should treat as success, and the control case for any dashboard that colours a build from the failure count.

The single-suite form Gradle and Ant write: the root element is <testsuite> with no <testsuites> wrapper at all. Parsers hardcoded to descend from <testsuites> read this file as empty rather than failing, so it silently reports a run of zero tests.

Captured stdout and stderr wrapped in CDATA, where the stdout text itself looks like XML markup. A parser must treat the CDATA content as opaque characters; one that re-parses it finds a <report> element that does not exist.

A structurally valid report containing a suite with no <testcase> children at all: what a runner writes when a filter matched nothing. Aggregators that divide by the test count to compute a pass rate hit a zero denominator here.

One <failure> (an assertion that did not hold) and one <error> (an exception the test never expected), side by side. Parsers that collapse the two lose the distinction between a broken assertion and a broken environment.

Test names containing &, <, >, quotes and an apostrophe, escaped as XML requires. Round-tripping this report through a converter is the fastest way to find double-escaping bugs that turn & into &amp; one hop at a time.

A suite in which every case was skipped, so tests equals skipped and nothing actually ran. A gate that reads only the failure count calls this green; one that checks executed>0 catches it.

Cases annotated with the source file and line they were declared on, as pytest and several JS runners emit. This is what a code-review annotation bot needs to place a failure comment on the right line of the right file.

The same 12-case Novus Checkout run written the way go-junit-report 2.1 writes it. go-junit-report names each suite after a Go package and carries the toolchain version in a go.version property. All eight dialect files in this group report 12 tests, 1 failure, 1 error and 1 skip, so a JUnit parser can be held to identical totals across every producer.

The same 12-case Novus Checkout run written the way Gradle 8.9 Test task writes it. Gradle writes hostname and timestamp on every suite and an empty self-closing <properties/> element that some parsers mishandle. All eight dialect files in this group report 12 tests, 1 failure, 1 error and 1 skip, so a JUnit parser can be held to identical totals across every producer.

The same 12-case Novus Checkout run written the way jest-junit 16 writes it. jest-junit repeats the whole "describe > it" title in both classname and name, which breaks dashboards that assume classname is a package. All eight dialect files in this group report 12 tests, 1 failure, 1 error and 1 skip, so a JUnit parser can be held to identical totals across every producer.

Durations written four different ways in one file: scientific notation, a comma decimal separator from a German-locale JVM, a bare integer, and a comma that could be either a decimal point or a thousands separator. A parser using a locale-sensitive number reader gets a different answer depending on where it runs.

The same 12-case Novus Checkout run written the way maven-surefire 3.2 writes it. Maven Surefire merges its per-class files under a <testsuites> root and adds a <properties> block plus system-out/system-err on every suite. All eight dialect files in this group report 12 tests, 1 failure, 1 error and 1 skip, so a JUnit parser can be held to identical totals across every producer.

The full canonical run flattened into a single suite: nine passes, one failure, one error and one skip. This is the same twelve cases the eight dialect files carry, so totals can be compared straight across.

A failure whose message contains an expected/actual diff with angle brackets and newlines, the shape assertion libraries actually produce. Good for checking that a dashboard escapes the message for HTML and keeps its line breaks.

Three failures spread across three different classes in one suite. Use it to check that a reporter lists every failure rather than stopping at the first, and that it groups them by classname rather than by suite.

A report from a runner that never records durations: neither the suite nor any case carries a time attribute. Dashboards that parse time unconditionally throw here, and ones that default it to zero quietly report a suite that took no time at all.

Test names in German, French, Japanese, Greek and Russian, stored as UTF-8 with no BOM and an explicit encoding declaration. A reporter that assumes the platform default encoding produces mojibake here rather than an error.

Three cases, one of them failing with an assertion message and a CDATA stack trace. The smallest report that must turn a build red, and the one to test a failure-summary renderer against.

A case that failed on its first attempt and passed on the retry, recorded with Surefire's <flakyFailure> child. The suite counters say zero failures, so a parser that ignores the extension element reports a clean run and loses the flake entirely.
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