256 lines
10 KiB
C++
256 lines
10 KiB
C++
//
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// MODULE: APGTSINF.H
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//
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// PURPOSE: Inference support header
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//
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// PROJECT: Generic Troubleshooter DLL for Microsoft AnswerPoint
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//
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// COMPANY: Saltmine Creative, Inc. (206)-284-7511 support@saltmine.com
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//
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// AUTHOR: Roman Mach, Joe Mabel
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//
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// ORIGINAL DATE: 8-2-96
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//
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// NOTES:
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// 1. Based on Print Troubleshooter DLL
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//
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// Version Date By Comments
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//--------------------------------------------------------------------
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// V0.1 - RM Original
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// V3.0 7-21-98 JM Major revision, deprecate IDH in favor of NID, use STL.
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//
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#if !defined(APGTSINF_H_INCLUDED)
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#define APGTSINF_H_INCLUDED
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#if _MSC_VER >= 1000
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#pragma once
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#endif // _MSC_VER >= 1000
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#include "propnames.h"
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#include "topic.h"
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using namespace std;
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#define MAXBUF 256 // length of text buffers used for filenames,
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// IP adresses (this is plenty big), HTTP response ( like
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// "200 OK", again, plenty big), registry keys,
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// and occasionally just to format an arbitrary string.
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//--------------------------------------------------------------------
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// Default Values for localizable text
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#define SZ_UNKNOWN _T("Unknown")
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#define SZ_NEXT_BTN _T("Next")
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#define SZ_START_BTN _T("StartOver")
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#define SZ_BACK_BTN _T("Back")
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#define SZ_PP_SNIF_BTN _T("Investigate")
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//#define SZ_I_NO_RESULT_PAGE _T("<HR>Not Enough Information was available to provide a useful result\n <BR>It is also possible that the information you provided is not correct, please check your entries\n <BR>Please amend your choices\n <P><INPUT TYPE=SUBMIT VALUE=\"Continue\"><BR>")
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#define SZ_I_NO_RESULT_PAGE _T("<HR>This troubleshooter can't diagnose the cause of your problem based on the information you have provided.\n <BR>Either start the troubleshooter over, change your answers in the table and continue, or search for other resources.\n <P><INPUT TYPE=SUBMIT VALUE=\"Continue\"><BR>")
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#define SZ_HIST_TABLE_SNIFFED_TEXT _T("INVESTIGATED")
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#define SZ_ALLOW_SNIFFING_TEXT _T("I want the troubleshooter to investigate settings on this computer")
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#define SZ_SNIFF_ONE_NODE _T("Investigate")
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#define SZ_SNIFF_FAILED _T("The troubleshooter was unable to investigate the necessary settings. Follow the remaining instructions on this page to complete the task manually.")
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#define SZ_INPUT_TAG_NEXT _T("<INPUT tag=next TYPE=SUBMIT VALUE=\"")
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#define SZ_INPUT_TAG_STARTOVER _T("<INPUT tag=startover TYPE=BUTTON VALUE=\"")
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#define SZ_INPUT_TAG_BACK _T("<INPUT tag=back TYPE=BUTTON VALUE=\"")
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#define SZ_INPUT_TAG_SNIFFER _T("<INPUT tag=sniffer TYPE=BUTTON VALUE=\"")
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// Text forms of some special state values
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#define SZ_ST_FAILED _T("0") // "failed" on fixable node is considered normal
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// 101 - Go to "Bye" Page (User succeeded)
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#define SZ_ST_WORKED _T("101")
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// 102 - Unknown (user doesn't know the correct answer here - applies to Fixable/Unfixable and
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// Info nodes only)
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#define SZ_ST_UNKNOWN _T("102")
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// 103 - "Anything Else?" (effectively, "retry a skiped node?"
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#define SZ_ST_ANY _T("103")
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//
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#define SZ_ST_SNIFFED_MANUALLY_TRUE _T("true")
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//
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#define SZ_ST_SNIFFED_MANUALLY_FALSE _T("false")
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class CSniffConnector;
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class CSniff;
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//
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class CInfer
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{
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// This class is an instrument to restore m_arrInitial - like order of
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// elements in array, passed to its "Restore" function
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class CArrayOrderRestorer
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{
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vector<NID> m_arrInitial;
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public:
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CArrayOrderRestorer(const vector<NID>& initial) : m_arrInitial(initial) {}
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public:
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bool Restore(long base_length, vector<NID>& arr_to_restore);
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};
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public:
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CInfer(CSniffConnector* pSniffConnector);
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~CInfer();
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int INode(LPCTSTR sz) {return m_pTopic->INode(sz);};
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void SetTopic(CTopic *pTopic);
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void SetNodeState(NID nid, IST ist);
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void AddToSniffed(NID nid, IST ist);
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void IdentifyPresumptiveCause();
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void FillInHTMLFragments(CHTMLFragmentsTS &frag);
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bool AppendBESRedirection(CString & str);
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NID NIDFromIDH(IDH idh) const;
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NID NIDSelected() const;
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CSniff* GetSniff();
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void SetLastSniffedManually(bool);
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private:
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enum ActionButtons {
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k_BtnNext = 0x01,
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k_BtnBack = 0x02,
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k_BtnStartOver = 0x04,
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k_BtnPPSniffing = 0x08, // Problem Page sniff button for expensive sniffing
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// of multiple nodes
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k_BtnManualSniffing = 0x10, // for manual sniffing of a single node
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};
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typedef UINT ActionButtonSet; // should be an OR of 0 or more ActionButtons
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private:
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bool IsProblemNode(NID nid) const;
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void AddToBasisForInference(NID nid, IST ist);
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void GetRecommendations();
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void RecycleSkippedNode();
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bool AllCauseNodesNormal();
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bool IsInSniffedArray(NID nid) const;
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bool IsPresumptiveCause(NID nid) const;
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void CreateUnknownButtonText(CString & strUnknown) const;
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void AppendNextButtonText(CString & str) const;
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void AppendBackButtonText(CString & str) const;
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void AppendPPSnifferButtonText(CString & str) const;
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void AppendStartOverButtonText(CString & str) const;
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void AppendManualSniffButtonText(CString & str) const;
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void AppendHistTableSniffedText(CString & str) const;
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void AppendAllowSniffingText(CString & str) const;
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void AppendSniffFailedText(CString & str) const;
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void AppendActionButtons(CString & str, ActionButtonSet btns, NID nid = -1) const;
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void AppendNextButton(CString & str) const;
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void AppendStartOverButton(CString & str) const;
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void AppendBackButton(CString & str) const;
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void AppendPPSnifferButton(CString & str) const;
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void AppendManualSniffButton(CString & str, NID nid) const;
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void AppendMultilineNetProp(CString & str, LPCTSTR szPropName, LPCTSTR szFormat);
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void AppendMultilineNodeProp(CString & str, NID nid, LPCTSTR szPropName, LPCTSTR szFormat);
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void AppendCurrentRadioButtons(NID nid, CString & str);
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static void AppendRadioButtonCurrentNode(
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CString &str, LPCTSTR szName, LPCTSTR szValue, LPCTSTR szLabel, bool bChecked =false);
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void AppendRadioButtonVisited(CString &str, NID nid, UINT value, bool bSet,
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LPCTSTR szLabel, bool bShowHistory) const;
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void CreateProblemVisitedText(CString & str, NID nidProblem, bool bShowHistory);
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bool AppendVisitedNodeText(CString & str, NID nid, bool bShowHistory) const;
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void AppendStateText(CString & str, NID nid, UINT state, bool bSet, bool bSkipped,
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bool bShowHistory, int nStateSet);
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void AppendHiddenFieldSniffed(CString &str, NID nid) const;
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void AddAllowAutomaticSniffingHiddenField(CString &str) const;
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void AppendCurrentNodeText(CString & str);
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void AppendByeMsg(CString & str);
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void AppendFailMsg(CString & str);
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void AppendServiceMsg(CString & str);
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void AppendNIDPage(NID nid, CString & str);
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void AppendImpossiblePage(CString & str);
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void AppendSniffAllCausesNormalPage(CString & str);
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void AppendProblemPage(CString & str);
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void AppendProblemNodes(CString & str);
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void AppendLinkAsButton(
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CString & str,
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const CString & strTarget,
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const CString & strLabel) const;
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// JSM V3.2 wrapper for AppendMultilineNetProp() used by FillInHTMLFragments()
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CString ConvertNetProp(const CString &strNetPropName);
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bool ShowFullBES();
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bool TimeForBES();
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void OutputBackend(CString & str);
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static bool HideState(LPCTSTR szStateName);
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bool SymbolicFromNID(CString & str, NID nid) const;
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static bool IsCause (ESTDLBL lbl);
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bool IsSkipped(NID nid) const;
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bool ManuallySniffedNodeExists() const;
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bool IsManuallySniffedNode(NID nid) const;
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private:
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CTopic *m_pTopic; // associated belief network
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CSniff *m_pSniff; // associated sniffing object
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// History, extracted from the query from the user.
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// All this is known _before_ we seek a recommendation.
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CBasisForInference m_BasisForInference; // tie together nodes & their states; excludes
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// skipped nodes
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CBasisForInference m_SniffedStates; // tie together successfully sniffed nodes & their states
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vector<NID> m_arrnidSkipped; // nodes for which the user has been unable to give
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// a yes or no answer (or, in the case of multistate,
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// any useful answer at all).
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vector<NID> m_arrnidVisited; // node numbers of recommendations the user has visited
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// This includes skipped nodes, but excludes the selected problem
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// and excludes pseudo-nodes like the FAIL node.
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NID m_nidProblem; // problem node indicated by user request.
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// set to nidNil if no problem node yet specified.
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bool m_bDone; // TRUE ==> we got back state ST_WORKED (better be
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// for the last node in the list!) so it's time to
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// show the BYE page
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CString m_strStartOverLink; // For Online TS, URL of Problem page
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// Recommendations
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CRecommendations m_Recommendations; // new recommendations. We only care about the
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// first recommendation not already offered and skipped.
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bool m_bRecOK; // true ==> m_Recommendations is valid. (Can be valid and
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// empty if nothing to recommend).
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CNodeStatePair m_SniffedRecommendation; // if a recommendation from a sniffer overrides normal;
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// method of getting a recommendation, here's where we store it.
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// Otherwise, nidNil.
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// Because this is always a Cause node in its abnormal state,
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// it is actually redundant (but harmless) to track state as
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// well as node ID.
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// Back End Search
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bool m_bUseBackEndRedirection;// Set true when user asks for Back End Search
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CString m_strEncodedForm; // URL-encoded search form (like the contents of a Get-method
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// query). This is built as a side effect when we construct
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// the full BES page.
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// Variables related to re-offering a previously skipped node
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bool m_bRecycleSkippedNode; // Set TRUE if user (responding to service node) wants
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// to revisit a previously skipped node. May be set false
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// if we discover there is no such node to revisit.
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NID m_nidRecycled; // Node to use if m_bRecycleSkippedNode is TRUE
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bool m_bRecyclingInitialized;// Protects against multiple calls to RecycleSkippedNode()
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// ------------- Misc -------------
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NID m_nidSelected; // once we work out what node to show the user, we keep this
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// around for logging.
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bool m_bLastSniffedManually; // identifies that last node was sniffed manually
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};
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#endif // !defined(APGTSINF_H_INCLUDED)
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