C# Class InfoPathScraper.Reporting.CommandLineProcessor

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Private Properties

Свойство	Type	Description
ExpectReadyForNewState	void
HandleAppend	bool
HandleArgument	bool
HandleCsvFile	bool
HandleFile	bool
HandleFileList	bool
HandleOutFile	bool
HandleTextFile	bool
ProcessArgState	void
ProcessArgument	void
VerifyArgState	void

Méthodes publiques

Méthode	Description
CommandLineProcessor ( ) : System	Initialize collections
ProcessArguments ( string args ) : void	Process each arg and maintain of state machine in ParseState. Once all are processed, check if we could possibly succeed, then process all the info we have to fully set up our Report object.

Private Methods

Méthode	Description
ExpectReadyForNewState ( string arg ) : void	Helper for switch processors. A switch is unexpected right after /file or /output
HandleAppend ( string arg ) : bool	Self-explanatory
HandleArgument ( string arg ) : bool	This is the trickiest one. It handles all non-switch arguments and must use the value of ParseState to decide what to do in each case. For example, in the default state it interprets an arg as a /file name. In each case it needs to know if the switch can take a list or a single parameter. Ex: '/output outfile' we need to flip back to Default state after a single arg Ex: '/file f1 f2 f3 ...' we flip back to Default state after a single arg because Default and File are handled the same Ex: '/filelist fl1 fl2 fl3 ...' we flip to WasInputFile to keep track that fl2, etc need to be treated as such, but to also be ready for other switches
HandleCsvFile ( string arg ) : bool	Self-explanatory
HandleFile ( string arg ) : bool	Self-explanatory
HandleFileList ( string arg ) : bool	Self-explanatory
HandleOutFile ( string arg ) : bool	Self-explanatory
HandleTextFile ( string arg ) : bool	Self-explanatory
ProcessArgState ( ) : void	Use the data we've collected and initialize all the info for our Report
ProcessArgument ( string argument ) : void	Per-argument step function to our state machine. Each handler communicates whether or not it's suitable to handle the argument in question. For example HandleFileList looks only for "/filelist", and returns false for all others. The assumption is that each handler knows what state to leave ParseState in.
VerifyArgState ( ) : void	Self-explanatory

Method Details

CommandLineProcessor() public méthode

Initialize collections

public CommandLineProcessor ( ) : System
Résultat	System

ProcessArguments() public méthode

Process each arg and maintain of state machine in ParseState. Once all are processed, check if we could possibly succeed, then process all the info we have to fully set up our Report object.

public ProcessArguments ( string args ) : void
args	string
Résultat	void