393 lines
13 KiB
C++
393 lines
13 KiB
C++
//
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// MODULE: APGTS.H
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//
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// PURPOSE: Main header file for DLL
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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)-633-4743 support@saltmine.com
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//
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// AUTHOR: Roman Mach
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// further work by Richard Meadows (RWM), Joe Mabel, Oleg Kalosha
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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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// V0.2 6/4/97 RWM Local Version for Memphis
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// V0.3 3/24/98 JM/OK+ Local Version for NT5
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//
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//#define __DEBUG_HTTPQUERY_ 1
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//-----------------------
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// !!! NOTE !!!
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// THIS DEFINE IS USED TO CREATE "Single Thread" VERSION FOR DEVELOPMENT
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// MAKE SURE THIS IS COMMENTED OUT FOR RELEASE VERSION!
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//
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// Purpose of Single Thread Version: To allow noncaching of DLL to allow easy
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// update of dll w/o dealing with shutting down server/starting it up.
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//
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#define SINGLE_THREAD_VER
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//-----------------------
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// for belief networks
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#define MAXBNCFG 1 // An allocation unit, not really relevant here in the Local Troubleshooter,
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// because (unlike the Online Troubleshooter) this is _not_ a server which
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// handles multiple troubleshooting networks simultaneously.
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//
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#define MAXBUF 256 * 2 // length of text buffers used for filenames and other purposes
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// *2 is because we need a larger buffer for the MBCS strings.
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#define STRBUFSIZE 258 // CString buffer size for calling BNTS functions.
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#define CHOOSE_TS_PROBLEM_NODE _T("TShootProblem")
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#define TRY_TS_AT_MICROSOFT_SZ _T("TShootGotoMicroSoft")
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#define TRY_TS_AT_MICROSOFT_ID 2020
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// Note: put no trailing slashes on this...
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#define TSREGKEY_MAIN _T("SOFTWARE\\Microsoft\\TShoot")
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#define TSREGKEY_TL _T("SOFTWARE\\Microsoft\\TShoot\\TroubleshooterList")
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#define TSREGKEY_SFL _T("SOFTWARE\\Microsoft\\TShoot\\SupportFileList")
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#define FULLRESOURCE_STR _T("FullPathToResource")
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#define LOCALHOST_STR _T("LocalHost")
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#define TS_REG_CLASS _T("Generic_Troubleshooter_DLL")
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#define REG_EVT_PATH _T("SYSTEM\\CurrentControlSet\\Services\\EventLog\\Application")
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#define REG_EVT_MF _T("EventMessageFile")
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#define REG_EVT_TS _T("TypesSupported")
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#define REGSZ_TSTYPES _T("TroubleShooterList")
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#define FRIENDLY_NAME _T("FName")
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#define FRIENDLY_PATH _T("Path")
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// reg class (optional)
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#define TSLCL_REG_CLASS _T("LOCALTS")
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// value names under file type
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#define TSLCL_FVERSION _T("Version")
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#define TSLCL_FMAINEXT _T("FExtension")
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// DSC file extensions.
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#define DSC_COMPRESSED _T(".dsz")
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#define DSC_UNCOMPRESSED _T(".dsc")
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#define DSC_DEFAULT _T(".dsz")
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#define CHM_DEFAULT _T(".chm")
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#define HTI_DEFAULT _T(".hti")
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// max search terms to send to index server
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#define MAX_TERMS_PER_SEARCH 8
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// maximum cache for belief networks
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#define MAXCACHESIZE 200
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#define evtype(e) ( 1 << (3 - ((e >> 30))))
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//------------- Growable string object ---------------//
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#define CSTRALLOCGRAN 4096
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//------------- Log File ---------------
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#define LOGFILEPREFACE _T("gt")
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#define MAXLOGSBEFOREFLUSH 5
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#define MAXLOGSIZE 1000
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//------------- Generic Object list ---------------
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// This really should have been a template class, but when it was first written that
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// technology was not available. VOID *m_tlist should really be a pointer to the type
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// specified in this use of the template.
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class COBList {
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public:
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COBList(UINT incsize);
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~COBList();
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DWORD GetStatus();
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VOID *AddItemSpace(UINT itemsize); // caller must pass in token size in bytes,
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// because this class doesn't know.
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VOID *GetList();
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UINT GetCount();
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VOID IncrementCount();
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protected:
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UINT m_tokencount; // number of tokens actually used. Mostly managed from outside
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// the class by calls to IncrementCount(). Grows monotonically.
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UINT m_tokenlistsize; // number of "chunks" we've allocated to the list of tokens
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UINT m_incsize; // size of a chunk (number of tokens)
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VOID *m_tlist, // points to array of "tokens" (e.g. WORD_TOKEN). Type here really
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// ought to be argument to a template.
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*m_memerror; // after a memory reallocation failure, this takes on the old value
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// of m_tlist so the caller, aware of what the underlying type is,
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// can clean it up.
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DWORD m_dwErr; // NOTE: once this is set nonzero, it can never be cleared, effectively
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// disabling AddItemSpace.
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};
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//------------- Word List Manager ---------------
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// Not currently used in Local TS. Commented-out code here from Online TS.
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/*
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typedef struct _WORD_TOKEN {
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TCHAR *token; // pointer to the keyword (or other) text
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// >> what else besides keywords are typical uses?
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UINT state; // >>> (a guess JM 10/24/97:)state number: small integer indicating
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// state of a node. *token is the name of this state.
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BOOL bDiscard; // >>> what does it mean to "discard" a token?
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BOOL bKeyword; // keyword >>> vs. what?
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} WORD_TOKEN;
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//
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class CWordList {
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public:
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CWordList(BOOL bSorted, BOOL bAddDuplicates, BOOL bExceptCheck);
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~CWordList();
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DWORD GetStatus();
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VOID ReadWordsFromFile(TCHAR *filepath);
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WORD_TOKEN *FindWord(TCHAR *token, UINT state, BOOL bDiscard);
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WORD_TOKEN *FindWordContained(TCHAR *token, UINT *puStartOff);
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BOOL AddWord(TCHAR *token, UINT state, BOOL bDiscard, BOOL bKeyword);
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VOID ScanInString(CWordList *pWL, const TCHAR *txtptr, UINT state, BOOL bDiscard);
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VOID ScanInKeywordString(CWordList *pWL, const TCHAR *txtptr, UINT state, BOOL bDiscard);
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BOOL ProcessToken(CWordList *pWL, TCHAR *token, UINT state, BOOL bDiscard, BOOL bKeyword);
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VOID SetOffset(UINT uOff, BOOL bSkipDiscard);
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UINT GetOffset();
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WORD_TOKEN *GetAtCurrOffset();
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VOID IncCurrOffset(BOOL bSkipDiscard);
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BOOL IsValidChar(int ch);
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BOOL IsTokenChar(INT ch);
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UINT CountNonDiscard();
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VOID OrderContents(UINT uMaxCount);
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VOID DumpContents(UINT nodeid);
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protected:
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void CleanStr(TCHAR *str);
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VOID SkipDiscards();
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protected:
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// The text associated with an item (indexed by i) in the list is
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// *((static_cast<WORD_TOKEN *>(m_list->m_tlist))[i].token)
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// For simplicity, the following comments refer to that as "TOKEN"
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COBList *m_list;
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DWORD m_dwErr; // NOTE: once this is set nonzero, it can never be cleared.
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UINT m_uOff; // an index into m_list->m_tlist. "Current Offset"
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BOOL m_bSorted, // if true, m_list->m_tlist is sorted by alphabetical order on
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// TOKEN
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m_bAddDuplicates, // TRUE ==> may have two or more identical TOKEN values.
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m_bExceptCheck; // (>>> conjecture JM 10/28/97) do not allow words from
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// ARTICLES.TXT in this list
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};
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*/
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//------------- Node-Word List Manager ---------------
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// Not currently used in Local TS. Commented-out code here from Online TS.
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/*
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typedef struct _WNODE_ELEM {
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UINT nodeid;
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CWordList *words; // a word-list associated with this node, >>>but just what is
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// in this word list?
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} WNODE_ELEM;
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//
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class CWNodeList {
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public:
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CWNodeList();
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~CWNodeList();
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DWORD GetStatus();
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WNODE_ELEM *FindNode(UINT nodeid);
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CWordList *AddNode(UINT nodeid);
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UINT GetNodeCount();
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WNODE_ELEM *GetNodeAt(UINT uOffset);
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VOID DumpContents();
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protected:
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COBList *m_list;
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DWORD m_dwErr; // NOTE: once this is set nonzero, it can never be cleared.
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};
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*/
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//------- cache classes ------------
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//
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typedef struct _BN_CACHE_ITEM {
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UINT uNodeCount, // number of items in array pointed to by uName (& also uValue)
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uRecCount; // number of items in array pointed to by uRec
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UINT *uName; // array of Node IDs from a single belief network. Typically not all
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// the nodes in the belief network, just the ones on which we
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// have state data from the user.
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UINT *uValue; // array of States. These are in 1-1 correspondence to *uName.
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// uValue is a state # within the states of the corresponding node.
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UINT *uRec; // array of Node IDs. Only the first one really matters because we will
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// only give one recommendation at a time. This is effectively an
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// output we give on a perfect match to the network state expressed
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// by arrays *uName and *uValue.
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} BN_CACHE_ITEM;
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//
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//
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class CBNCacheItem
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{
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public:
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CBNCacheItem(const BN_CACHE_ITEM *, CBNCacheItem*);
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~CBNCacheItem();
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BN_CACHE_ITEM m_CItem;
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CBNCacheItem* m_pcitNext;
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DWORD GetStatus();
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protected:
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DWORD m_dwErr; // NOTE: once this is set nonzero, it can never be cleared.
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};
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//
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//
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class CBNCache
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{
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public:
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CBNCache();
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~CBNCache();
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BOOL AddCacheItem(const BN_CACHE_ITEM *);
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BOOL FindCacheItem(const BN_CACHE_ITEM *pList, UINT& count, UINT Name[]);
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UINT CountCacheItems() const;
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DWORD GetStatus();
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protected:
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protected:
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CBNCacheItem* m_pcit; // points to most recently used cache item, which is head
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// of a singly linked list
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DWORD m_dwErr; // NOTE: once this is set nonzero, it can never be cleared.
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};
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//------- index server search file -----------
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// Not currently used in Local TS. Commented-out code here from Online TS.
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/*
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class CSearchForm {
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public:
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CSearchForm(TCHAR *filepath);
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~CSearchForm();
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DWORD Initialize();
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DWORD Reload();
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TCHAR *GetEncodedSearchString();
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TCHAR *GetHTMLSearchString();
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static void ToURLString(TCHAR *ptr, TCHAR *tostr);
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BOOL IsAND();
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protected:
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VOID Destroy();
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DWORD HTMLFormToURLEncoded(TCHAR *szStr, CString *pCOutStr); // Note arg type is our CString, not MFC - JM 10/97
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static DWORD DecodeInputAttrib(TCHAR *str, TCHAR **ptrtype, TCHAR **ptrname, TCHAR **ptrvalue);
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protected:
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CString // Note this is our CString, not MFC - 10/97
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*m_pCOutStr, // URL encoded string derived from contents of BES file indicated by
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// m_filepath, and sufficient to reconstruct that BES file
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*m_pCFormStr; // Raw copy of entire contents of BES file indicated by m_filepath
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TCHAR m_filepath[MAXBUF]; // fully qualified filename of a BES file
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BOOL m_bIsAND; // Normally TRUE. Set FALSE if we encounter " OR" in the search string
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};
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*/
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//------- property types -----------
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//
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// Node Properties ---------------------------------------
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#define H_ST_NORM_TXT_STR _T("HStNormTxt") // text for radio button for "normal" state
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// (state 0)
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#define H_ST_AB_TXT_STR _T("HStAbTxt") // text for radio button for "abnormal" state
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// (state 1)
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#define H_ST_UKN_TXT_STR _T("HStUknTxt") // text for radio button for "no state" (e.g.
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// "I don't want to answer this right now"
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// (pseudo state 102)
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#define H_NODE_HD_STR _T("HNodeHd") // Header text for this node
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#define H_NODE_TXT_STR _T("HNodeTxt") // Body text for this node
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#define H_NODE_DCT_STR _T("HNodeDct") // Special text to indicate that this node
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// was sniffed as being in an abnormal
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// state. Only relevant for a fixable node
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// that can be sniffed.
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#define H_PROB_TXT_STR _T("HProbTxt") // Only relevant to problem nodes. Problem
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// text (e.g. "Gazonk is broken.")
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#define H_PROB_SPECIAL_STR _T("HProbSpecial") // If this contains the string "hide", then
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// this problem is never actually shown on a
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// problem page
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// Network Properties -------------------------------------
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#define H_PROB_HD_STR _T("HProbHd") // Header text for problem page
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#define HTK_BACK_BTN _T("HTKBackBtn") // Text for "BACK" button
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#define HTK_NEXT_BTN _T("HTKNextBtn") // Text for "NEXT" button
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#define HTK_START_BTN _T("HTKStartBtn") // Text for "START OVER" button
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#define HX_SER_HD_STR _T("HXSERHd") // Header text for server page
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#define HX_SER_TXT_STR _T("HXSERTxt") // Body text for server page
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#define HX_SER_MS_STR _T("HXSERMs") // NOT CURRENTLY USED 3/98. For service page,
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// offers option of downloading a TS from
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// Microsoft's site.
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#define HX_SKIP_HD_STR _T("HXSKIPHd") // Header for "skip" page (e.g. "This
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// troubleshooter was unable to solve your
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// problem.")
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#define HX_SKIP_TXT_STR _T("HXSKIPTxt") // Text for "skip" page (e.g."Some questions
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// were skipped. Try providing answers..."
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#define HX_SKIP_MS_STR _T("HXSKIPMs") // NOT CURRENTLY USED 3/98. For skip page,
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// offers option of downloading a TS from
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// Microsoft's site.
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#define HX_SKIP_SK_STR _T("HXSKIPSk") // for "skip" page (e.g. "I want to see the
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// questions that I skipped.")
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#define HX_IMP_HD_STR _T("HXIMPHd") // Header text for "impossible" page
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#define HX_IMP_TXT_STR _T("HXIMPTxt") // Body text for "impossible" page
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#define HX_FAIL_HD_STR _T("HXFAILHd") // Header text for "fail" page
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#define HX_FAIL_TXT_STR _T("HXFAILTxt") // Body text for "fail" page
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#define HX_FAIL_NORM_STR _T("HXFAILNorm") // NOT CURRENTLY USED 3/98.
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#define HX_BYE_HD_STR _T("HXBYEHd") // Header text for "Bye" (success) page
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#define HX_BYE_TXT_STR _T("HXBYETxt") // Body text for "Bye" (success) page
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#define HX_SNIFF_AOK_HD_STR _T("HXSnOkHd") // Header text for "Sniff AOK" page (page
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// you hit when there is nothing at all to
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// recommend for a problem because sniffing
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// says every single node on the path is OK)
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// If missing, "fail" page header should be
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// used
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#define HX_SNIFF_AOK_TXT_STR _T("HXSnOkTxt") // Body text for "Sniff AOK" page
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// If missing, "fail" page body should be
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// used
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//------------- Event Handling ---------------
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// event name (goes under application)
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#define REG_EVT_ITEM_STR _T("APGTS")
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// event prototypes
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VOID ReportWFEvent(LPTSTR string1,LPTSTR string2,LPTSTR string3,LPTSTR string4,DWORD eventID);
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