Test Adapters: Always use the last output for score runs
* This prevents learners from cheating by printing the required status line themselves
This commit is contained in:
@ -14,10 +14,10 @@ class CppCatch2Adapter < TestingFrameworkAdapter
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if ALL_PASSED_REGEXP.match(output[:stdout])
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if ALL_PASSED_REGEXP.match(output[:stdout])
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{count: Regexp.last_match(1).to_i, passed: Regexp.last_match(1).to_i}
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{count: Regexp.last_match(1).to_i, passed: Regexp.last_match(1).to_i}
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else
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else
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count = COUNT_REGEXP.match(output[:stdout]).try(:captures).try(:first).try(:to_i) || 0
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count = output[:stdout].scan(COUNT_REGEXP).try(:last).try(:first).try(:to_i) || 0
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failed = FAILURES_REGEXP.match(output[:stdout]).try(:captures).try(:first).try(:to_i) || 0
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failed = output[:stdout].scan(FAILURES_REGEXP).try(:last).try(:first).try(:to_i) || 0
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error_matches = ASSERTION_ERROR_REGEXP.match(output[:stdout]).try(:captures) || []
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error_matches = output[:stdout].scan(ASSERTION_ERROR_REGEXP) || []
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{count: count, failed: failed, error_messages: error_matches}
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{count: count, failed: failed, error_messages: error_matches.flatten.reject(&:blank?)}
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end
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end
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end
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end
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end
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end
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@ -10,13 +10,13 @@ class Junit5Adapter < TestingFrameworkAdapter
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end
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end
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def parse_output(output)
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def parse_output(output)
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count = COUNT_REGEXP.match(output[:stdout]).try(:captures).try(:first).try(:to_i) || 0
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count = output[:stdout].scan(COUNT_REGEXP).try(:last).try(:first).try(:to_i) || 0
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failed = FAILURES_REGEXP.match(output[:stdout]).try(:captures).try(:first).try(:to_i) || 0
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failed = output[:stdout].scan(FAILURES_REGEXP).try(:last).try(:first).try(:to_i) || 0
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if failed.zero?
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if failed.zero?
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{count: count, passed: count}
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{count: count, passed: count}
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else
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else
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error_matches = ASSERTION_ERROR_REGEXP.match(output[:stdout]).try(:captures) || []
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error_matches = output[:stdout].scan(ASSERTION_ERROR_REGEXP) || []
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{count: count, failed: failed, error_messages: error_matches}
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{count: count, failed: failed, error_messages: error_matches.flatten.reject(&:blank?)}
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end
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end
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end
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end
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end
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end
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@ -3,7 +3,7 @@
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class JunitAdapter < TestingFrameworkAdapter
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class JunitAdapter < TestingFrameworkAdapter
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COUNT_REGEXP = /Tests run: (\d+)/.freeze
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COUNT_REGEXP = /Tests run: (\d+)/.freeze
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FAILURES_REGEXP = /Failures: (\d+)/.freeze
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FAILURES_REGEXP = /Failures: (\d+)/.freeze
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SUCCESS_REGEXP = /OK \((\d+) tests?\)/.freeze
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SUCCESS_REGEXP = /OK \((\d+) tests?\)\s*(?:\x1B\]0;)?\z/.freeze
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ASSERTION_ERROR_REGEXP = /java\.lang\.AssertionError:?\s(.*?)\tat org.junit|org\.junit\.ComparisonFailure:\s(.*?)\tat org.junit/m.freeze
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ASSERTION_ERROR_REGEXP = /java\.lang\.AssertionError:?\s(.*?)\tat org.junit|org\.junit\.ComparisonFailure:\s(.*?)\tat org.junit/m.freeze
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def self.framework_name
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def self.framework_name
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@ -14,10 +14,10 @@ class JunitAdapter < TestingFrameworkAdapter
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if SUCCESS_REGEXP.match(output[:stdout])
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if SUCCESS_REGEXP.match(output[:stdout])
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{count: Regexp.last_match(1).to_i, passed: Regexp.last_match(1).to_i}
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{count: Regexp.last_match(1).to_i, passed: Regexp.last_match(1).to_i}
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else
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else
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count = COUNT_REGEXP.match(output[:stdout]).try(:captures).try(:first).try(:to_i) || 0
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count = output[:stdout].scan(COUNT_REGEXP).try(:last).try(:first).try(:to_i) || 0
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failed = FAILURES_REGEXP.match(output[:stdout]).try(:captures).try(:first).try(:to_i) || 0
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failed = output[:stdout].scan(FAILURES_REGEXP).try(:last).try(:first).try(:to_i) || 0
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error_matches = ASSERTION_ERROR_REGEXP.match(output[:stdout]).try(:captures) || []
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error_matches = output[:stdout].scan(ASSERTION_ERROR_REGEXP) || []
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{count: count, failed: failed, error_messages: error_matches}
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{count: count, failed: failed, error_messages: error_matches.flatten.reject(&:blank?)}
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end
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end
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end
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end
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end
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end
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@ -9,10 +9,8 @@ class MochaAdapter < TestingFrameworkAdapter
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end
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end
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def parse_output(output)
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def parse_output(output)
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matches_success = SUCCESS_REGEXP.match(output[:stdout])
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success = output[:stdout].scan(SUCCESS_REGEXP).try(:last).try(:first).try(:to_i) || 0
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matches_failed = FAILURES_REGEXP.match(output[:stdout])
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failed = output[:stdout].scan(FAILURES_REGEXP).try(:last).try(:first).try(:to_i) || 0
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failed = matches_failed ? matches_failed.captures.first.to_i : 0
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success = matches_success ? matches_success.captures.first.to_i : 0
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{count: success + failed, failed: failed}
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{count: success + failed, failed: failed}
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end
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end
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end
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end
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@ -9,12 +9,12 @@ class PyLintAdapter < TestingFrameworkAdapter
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end
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end
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def parse_output(output)
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def parse_output(output)
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regex_match = REGEXP.match(output[:stdout])
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regex_match = output[:stdout].scan(REGEXP).try(:last)
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if regex_match.blank?
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if regex_match.blank?
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count = 0
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count = 0
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failed = 0
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failed = 0
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else
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else
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captures = regex_match.captures.map(&:to_f)
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captures = regex_match.map(&:to_f)
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count = captures.second
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count = captures.second
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passed = captures.first >= 0 ? captures.first : 0
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passed = captures.first >= 0 ? captures.first : 0
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failed = count - passed
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failed = count - passed
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@ -39,9 +39,13 @@ class PyLintAdapter < TestingFrameworkAdapter
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Sentry.capture_message({stdout: output[:stdout], regex: ASSERTION_ERROR_REGEXP}.to_json)
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Sentry.capture_message({stdout: output[:stdout], regex: ASSERTION_ERROR_REGEXP}.to_json)
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assertion_error_matches = []
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assertion_error_matches = []
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end
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end
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concatenated_errors = assertion_error_matches.map {|result| "#{result[:name]}: #{result[:result]}" }.flatten
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concatenated_errors = assertion_error_matches.map {|result| "#{result[:name]}: #{result[:result]}" }
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{count: count, failed: failed, error_messages: concatenated_errors,
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{
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detailed_linter_results: assertion_error_matches}
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count: count,
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failed: failed,
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error_messages: concatenated_errors.flatten.reject(&:blank?),
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detailed_linter_results: assertion_error_matches.flatten.reject(&:blank?)
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}
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end
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end
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def self.translate_linter(assessment, locale)
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def self.translate_linter(assessment, locale)
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@ -12,11 +12,9 @@ class PyUnitAdapter < TestingFrameworkAdapter
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def parse_output(output)
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def parse_output(output)
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# PyUnit is expected to print test results on Stderr!
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# PyUnit is expected to print test results on Stderr!
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count = COUNT_REGEXP.match(output[:stderr]).captures.first.to_i
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count = output[:stderr].scan(COUNT_REGEXP).try(:last).try(:first).try(:to_i) || 0
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failures_matches = FAILURES_REGEXP.match(output[:stderr])
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failed = output[:stderr].scan(FAILURES_REGEXP).try(:last).try(:first).try(:to_i) || 0
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failed = failures_matches ? failures_matches.captures.try(:first).to_i : 0
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errors = output[:stderr].scan(ERRORS_REGEXP).try(:last).try(:first).try(:to_i) || 0
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error_matches = ERRORS_REGEXP.match(output[:stderr])
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errors = error_matches ? error_matches.captures.try(:first).to_i : 0
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begin
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begin
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assertion_error_matches = Timeout.timeout(2.seconds) do
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assertion_error_matches = Timeout.timeout(2.seconds) do
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output[:stderr].scan(ASSERTION_ERROR_REGEXP).map do |match|
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output[:stderr].scan(ASSERTION_ERROR_REGEXP).map do |match|
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@ -28,12 +26,12 @@ class PyUnitAdapter < TestingFrameworkAdapter
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else
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else
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"#{testname}: #{error}"
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"#{testname}: #{error}"
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end
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end
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end.flatten || []
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end || []
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end
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end
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rescue Timeout::Error
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rescue Timeout::Error
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Sentry.capture_message({stderr: output[:stderr], regex: ASSERTION_ERROR_REGEXP}.to_json)
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Sentry.capture_message({stderr: output[:stderr], regex: ASSERTION_ERROR_REGEXP}.to_json)
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assertion_error_matches = []
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assertion_error_matches = []
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end
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end
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{count: count, failed: failed + errors, error_messages: assertion_error_matches}
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{count: count, failed: failed + errors, error_messages: assertion_error_matches.flatten.reject(&:blank?)}
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end
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end
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end
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end
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@ -9,11 +9,11 @@ class RScriptAdapter < TestingFrameworkAdapter
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end
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end
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def parse_output(output)
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def parse_output(output)
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captures = REGEXP.match(output[:stdout]).captures.map(&:to_i)
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captures = output[:stdout].scan(REGEXP).try(:last).map(&:to_i)
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count = captures.first
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count = captures.first
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passed = captures.second
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passed = captures.second
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failed = count - passed
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failed = count - passed
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assertion_error_matches = output[:stdout].scan(ASSERTION_ERROR_REGEXP).flatten || []
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assertion_error_matches = output[:stdout].scan(ASSERTION_ERROR_REGEXP) || []
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{count: count, failed: failed, error_messages: assertion_error_matches}
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{count: count, failed: failed, error_messages: assertion_error_matches.flatten.reject(&:blank?)}
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end
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end
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end
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end
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@ -8,7 +8,7 @@ class RspecAdapter < TestingFrameworkAdapter
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end
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end
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def parse_output(output)
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def parse_output(output)
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captures = REGEXP.match(output[:stdout]).captures.map(&:to_i)
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captures = output[:stdout].scan(REGEXP).try(:last).map(&:to_i)
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count = captures.first
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count = captures.first
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failed = captures.second
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failed = captures.second
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{count: count, failed: failed}
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{count: count, failed: failed}
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