private static CommandResultsWriter GetVerifyRulesWriter(CLIVerifyRulesCmdOptions options)
{
CommandResultsWriter?writer;
switch (options.OutputFileFormat.ToLower())
{
case "_dummy":
writer = new VerifyRulesDummyWriter();
break;
case "json":
writer = new JsonWriter();
break;
case "text":
writer = new VerifyRulesTextWriter();
break;
default:
WriteOnce.Error(MsgHelp.FormatString(MsgHelp.ID.CMD_INVALID_ARG_VALUE, "-f"));
throw new OpException((MsgHelp.FormatString(MsgHelp.ID.CMD_INVALID_ARG_VALUE, "-f")));
}
//assign the stream as a file or console
writer.OutputFileName = options.OutputFilePath;
writer.TextWriter = GetTextWriter(writer.OutputFileName);
return(writer);
}
private static int VerifyOutputArgsRun(CLIVerifyRulesCmdOptions options)
{
loggerFactory = options.GetLoggerFactory();
CommonOutputChecks(options);
return(RunVerifyRulesCommand(options));
}
private static int VerifyOutputArgsRun(CLIVerifyRulesCmdOptions options)
{
Logger logger = Utils.SetupLogging(options, true);
WriteOnce.Log = logger;
options.Log = logger;
CommonOutputChecks(options);
return(RunVerifyRulesCommand(options));
}
/// <summary>
/// Responsible for returning the correct cmd and format writer for output of cmd results. An an output
/// file will be opened as a stream if provided otherwise the console.out stream is used
/// A downcast is expected as the input param containing the common output format and filepath for simplifying
/// the allocation to a single method and serves as a type selector but is also recast for command specific
/// options in the writer as needed
/// </summary>
/// <param name="options"></param>
/// <returns></returns>
public CommandResultsWriter GetWriter(CLICommandOptions options)
{
return(options switch
{
CLIAnalyzeCmdOptions cliAnalyzeCmdOptions => GetAnalyzeWriter(cliAnalyzeCmdOptions),
CLITagDiffCmdOptions cliTagDiffCmdOptions => GetTagDiffWriter(cliTagDiffCmdOptions),
CLIExportTagsCmdOptions cliExportTagsCmdOptions => GetExportTagsWriter(cliExportTagsCmdOptions),
CLIVerifyRulesCmdOptions cliVerifyRulesCmdOptions => GetVerifyRulesWriter(cliVerifyRulesCmdOptions),
CLIPackRulesCmdOptions cliPackRulesCmdOptions => GetPackRulesWriter(cliPackRulesCmdOptions),
_ => throw new OpException($"Unrecognized object type {options.GetType().Name} in writer request")
});
private static int RunVerifyRulesCommand(CLIVerifyRulesCmdOptions cliOptions)
{
VerifyRulesCommand command = new(new VerifyRulesOptions()
{
VerifyDefaultRules = cliOptions.VerifyDefaultRules,
CustomRulesPath = cliOptions.CustomRulesPath,
ConsoleVerbosityLevel = cliOptions.ConsoleVerbosityLevel,
Failfast = cliOptions.Failfast,
Log = cliOptions.Log
});
VerifyRulesResult exportTagsResult = command.GetResult();
ResultsWriter.Write(exportTagsResult, cliOptions);
return((int)exportTagsResult.ResultCode);
}
private static int RunVerifyRulesCommand(CLIVerifyRulesCmdOptions cliOptions)
{
VerifyRulesCommand command = new(new VerifyRulesOptions()
{
VerifyDefaultRules = cliOptions.VerifyDefaultRules,
CustomRulesPath = cliOptions.CustomRulesPath,
CustomCommentsPath = cliOptions.CustomCommentsPath,
CustomLanguagesPath = cliOptions.CustomLanguagesPath,
Failfast = cliOptions.Failfast,
}, loggerFactory);
VerifyRulesResult exportTagsResult = command.GetResult();
ResultsWriter writer = new(loggerFactory);
writer.Write(exportTagsResult, cliOptions);
return((int)exportTagsResult.ResultCode);
}
