spec-template.md

<% def stats = utils.stats( data ) %># Report for ${utils.getSpecClassName( data )}

##Summary

• Total Runs: ${stats.totalRuns}
• Success Rate: ${fmt.toPercentage(stats.successRate)}
• Failures: ${stats.failures}
• Errors: ${stats.errors}
• Skipped: ${stats.skipped}
• Total time: ${fmt.toTimeDuration(stats.time)}

<% def specTitle = utils.specAnnotation( data, spock.lang.Title )?.value() if ( specTitle ) { specTitle.split('\n').each { out << '##' << it << '\n' } } if ( data.info.narrative ) { if ( specTitle ) { out << '\n' } out << '

\n' << data.info.narrative << '\n

' }

def writeTagOrAttachment = { feature ->
    def tagsByKey = feature.tags.groupBy( { t -> t.key } )
    tagsByKey.each { key, values ->
        out << '\n#### ' << key.capitalize() << 's:\n\n'
        values.each { tag ->
            out << '* ' << tag.url << '\n'
        }
    }
    if ( feature.attachments.size() > 0 ) {
        out << '\n#### ' << 'See:' << '\n\n'
        feature.attachments.each { value ->
            out << '* ' << value.url << '\n'
        } 
    }
}
def writePendingFeature = { pendingFeature ->
    if ( pendingFeature ) {
        out << '\n> Pending Feature\n'
    }
}
def writeHeaders = { headers ->
    if ( headers ) {
        headers.each { h ->
            out << '> ' << h << '\n'
        }
    }
}
def writeExtraInfo = { extraInfo ->
    if ( extraInfo ) {
        extraInfo.each { info ->
            out << '* ' << info << '\n'
        }
    }
}
writeHeaders( utils.specHeaders( data ) )
writeTagOrAttachment data.info

%>

Features

<% features.eachFeature { name, result, blocks, iterations, params -> %>

$name

<% writePendingFeature( featureMethod.getAnnotation( spock.lang.PendingFeature ) ) def feature = delegate writeTagOrAttachment( feature ) if (result != "IGNORED") { if ( utils.isUnrolled( feature ) ) { iterations.each { iter -> writeExtraInfo( utils.nextSpecExtraInfo( data, feature, iter.info ) ) } } else { writeExtraInfo( utils.nextSpecExtraInfo( data, feature ) ) } } def iterationTimes = iterations.collect { it.time ?: 0L } def totalTime = fmt.toTimeDuration( iterationTimes.sum() ) %> Result: $result Time: $totalTime <% for ( block in blocks ) { %>

• ${block.kind} ${block.text} <% if ( block.sourceCode && block.kind != 'Where:' ) { out << "\n\n" block.sourceCode.each { codeLine -> out << codeLine << '\n' } out << "\n" } } def executedIterations = iterations.findAll { it.dataValues || it.errors }

    if ( params && executedIterations ) {
        def iterationReportedTimes = executedIterations.collect { it.time ?: 0L }
                    .collect { fmt.toTimeDuration( it ) }
        def maxTimeLength = iterationReportedTimes.collect { it.size() }.sort().last()
  

%> | ${params.join( ' | ' )} | ${' ' * maxTimeLength} | |${params.collect { ( '-' * ( it.size() + 2 ) ) + '|' }.join()}${'-' * ( maxTimeLength + 2 )}| <% executedIterations.eachWithIndex { iteration, i -> %> | ${( iteration.dataValues + [ iterationReportedTimes[ i ] ] ).join( ' | ' )} | ${iteration.errors ? '(FAIL)' : '(PASS)'} <% } } def problems = executedIterations.findAll { it.errors } if ( problems ) { out << "\nThe following problems occurred:\n\n" for ( badIteration in problems ) { if ( badIteration.dataValues ) { out << '* ' << badIteration.dataValues << '\n' } for ( error in badIteration.errors ) { out << '\n' << error << '\n\n' } } } } %>

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