public void HeaderStringSanitizerQuietlyExits(string targetKey, string targetValue, string replacementValue, string recordingFile)
{
var session = TestHelpers.LoadRecordSession(recordingFile);
var untouchedSession = TestHelpers.LoadRecordSession(recordingFile);
var targetUntouchedEntry = untouchedSession.Session.Entries[0];
var targetEntry = session.Session.Entries[0];
var matcher = new RecordMatcher();
var sanitizer = new HeaderStringSanitizer(targetKey, targetValue, value: replacementValue);
session.Session.Sanitize(sanitizer);
Assert.Equal(0, matcher.CompareHeaderDictionaries(targetUntouchedEntry.Request.Headers, targetEntry.Request.Headers, new HashSet <string>(), new HashSet <string>()));
Assert.Equal(0, matcher.CompareHeaderDictionaries(targetUntouchedEntry.Response.Headers, targetEntry.Response.Headers, new HashSet <string>(), new HashSet <string>()));
}
public void HeaderStringSanitizerApplies(string targetKey, string targetValue, string replacementValue, string recordingFile)
{
var session = TestHelpers.LoadRecordSession(recordingFile);
var targetEntry = session.Session.Entries[0];
var originalHeaderValue = targetEntry.Request.Headers[targetKey].First().ToString();
var sanitizer = new HeaderStringSanitizer(targetKey, targetValue, value: replacementValue);
session.Session.Sanitize(sanitizer);
var resultHeaderValue = targetEntry.Request.Headers[targetKey].First().ToString();
Assert.NotEqual(resultHeaderValue, originalHeaderValue);
Assert.Contains(replacementValue, resultHeaderValue);
Assert.DoesNotContain(targetValue, resultHeaderValue);
}
