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398 lines
18 KiB
398 lines
18 KiB
//#pragma title ("SidCache.hpp -- Cache, Tree of SIDs")
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/*
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Copyright (c) 1995-1998, Mission Critical Software, Inc. All rights reserved.
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===============================================================================
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Module - sidcache.hpp
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System - SDResolve
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Author - Christy Boles
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Created - 97/06/27
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Description - Cache of SIDs. Implemented using TNode derived classes, Cache is
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organized as a tree, sorted by Domain B RID. Each node contains
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Domain A RID, Domain B RID, Account Name, and counters for stats.
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Updates -
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===============================================================================
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*/
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#ifndef TSIDCACHE_HEADER
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#define TSIDCACHE_HEADER
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#ifndef TNODEINCLUDED
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#include "Tnode.hpp"
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#define TNODEINCLUDED
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#endif
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//#import "\bin\McsVarSetMin.tlb" no_namespace
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//#import "VarSet.tlb" no_namespace rename("property", "aproperty")//#imported below via sdstat.hpp
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#include "DCTStat.h"
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#include "WorkObj.h"
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#include "sdstat.hpp"
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#include <map>
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#include <string>
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#ifndef IStatusObjPtr
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_COM_SMARTPTR_TYPEDEF(IStatusObj, __uuidof(IStatusObj));
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#endif
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//#define ACCOUNT_NAME_LENGTH 256
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#define NUM_IN_BUF 5000 /* the number of accounts to get at one time NetQueryDisplayInfo()*/
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#define BUFSIZE 100000 /* preferred max size of buffer for receiving accounts NetQueryDisplayInfo()*/
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#define DEFAULT_SID_SIZE 500
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#define EALB_OCX_LOCAL_USER 13
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#define EALB_OCX_GLOBAL_USER 14
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#define EALB_OCX_LOCAL_GROUP 16
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#define EALB_OCX_GLOBAL_GROUP 17
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#define FST_CACHE_SOME_SOURCE 1
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#define FST_CACHE_NO_TARGET 2
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#define FST_CACHE_SOME_TARGET 4
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#define FST_CACHE_NO_DOMAIN 8
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class TAcctNode:public TNode
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{
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protected:
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DWORD owner_changes; // Stats for each node
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DWORD group_changes;
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DWORD ace_changes;
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DWORD sace_changes;
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public:
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TAcctNode();
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virtual WCHAR * GetAcctName() = 0;
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virtual bool IsValidOnTgt() const = 0;
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virtual void AddOwnerChange(objectType type) { owner_changes++; } // Stats functions
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virtual void AddGroupChange(objectType type) { group_changes++; }
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virtual void AddAceChange(objectType type) { ace_changes++; }
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virtual void AddSaceChange(objectType type) { sace_changes++; }
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virtual void DisplayStats() const;
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DWORD OwnerChanges() { return owner_changes; }
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DWORD GroupChanges() { return group_changes; }
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DWORD DACEChanges() { return ace_changes; }
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DWORD SACEChanges() { return sace_changes; }
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BOOL ReportToVarSet(IVarSet * pVarSet, DWORD n);
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};
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class TRidNode:public TAcctNode
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{
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public:
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typedef enum _STATUS { DEFAULT = 0, TARGETSIDISINVALID = 1 } STATUS;
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protected:
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DWORD srcRid; // RID for domain A
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DWORD tgtRid; // RID for domain B
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DWORD status;
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short acct_type;
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int acct_len; // length of account name
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std::wstring srcDomSid; // source domain sid
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std::wstring tgtDomSid; // target domain sid
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std::wstring srcDomName; // source domain name
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std::wstring tgtDomName; // target domain name
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WCHAR acct_name[1]; // source account name \0 target account name
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public:
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void * operator new(size_t sz,const LPWSTR name1,const LPWSTR name2);
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TRidNode(const LPWSTR oldacctname, const LPWSTR newacctname);
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~TRidNode();
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WCHAR * GetAcctName() { return acct_name; } // member "Get" functions
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WCHAR * GetTargetAcctName() { return acct_name + acct_len + 1; }
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DWORD SrcRid() const { return srcRid; }
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DWORD TgtRid() const { return tgtRid; }
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DWORD GetStatus() { return status; }
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void SetStatus(DWORD newStatus) { status = newStatus; }
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bool IsValidOnTgt() const { return tgtRid != 0 && !(status & TARGETSIDISINVALID); }
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short Type() { return acct_type; }
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void Type(short newtype) { acct_type = newtype; }
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void SrcRid(DWORD const val) { srcRid=val; } // member "Set" functions
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void TgtRid(DWORD const val) { tgtRid=val; }
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void DisplayStats() const;
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void DisplaySidInfo() const;
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PCWSTR GetSrcDomSid() { return srcDomSid.c_str(); } // member "Get" function
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PCWSTR GetTgtDomSid() { return tgtDomSid.c_str(); } // member "Get" function
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void SrcDomSid(PCWSTR sSid) { if (sSid) srcDomSid = sSid; else srcDomSid.erase(); } // member "Set" function
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void TgtDomSid(PCWSTR sSid) { if (sSid) tgtDomSid = sSid; else tgtDomSid.erase(); } // member "Set" function
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PCWSTR GetSrcDomName() { return srcDomName.c_str(); } // member "Get" function
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PCWSTR GetTgtDomName() { return tgtDomName.c_str(); } // member "Get" function
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void SrcDomName(PCWSTR sName) { if (sName) srcDomName = sName; else srcDomName.erase(); } // member "Set" function
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void TgtDomName(PCWSTR sName) { if (sName) tgtDomName = sName; else tgtDomName.erase(); } // member "Set" function
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protected:
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};
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class TGeneralSidNode:public TAcctNode
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{
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protected:
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LPWSTR src_acct_name;
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LPWSTR tgt_acct_name;
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PSID src_sid;
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PSID tgt_sid;
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UCHAR src_nsubs;
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UCHAR tgt_nsubs;
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WCHAR * src_domain;
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WCHAR * tgt_domain;
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DWORD sizediff;
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TSDFileDirCell ownerStats;
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TSDFileDirCell groupStats;
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TSDFileDirCell daclStats;
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TSDFileDirCell saclStats;
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public:
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TGeneralSidNode(const LPWSTR name1, const LPWSTR name2);
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TGeneralSidNode(const PSID pSid1, const PSID pSid2);
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~TGeneralSidNode();
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LPWSTR GetAcctName() { return src_acct_name; }
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PSID SrcSid() { return src_sid; }
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PSID TgtSid() { return src_sid; /* this is a hack to allow for counting all references to accounts */ }
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bool IsValidOnTgt() const { return TRUE;/*tgt_sid != NULL;*/ }
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void DisplaySidInfo() const;
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DWORD SizeDiff() const { return 0; }
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TSDFileDirCell * GetOwnerStats() { return &ownerStats; }
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TSDFileDirCell * GetGroupStats() { return &groupStats; }
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TSDFileDirCell * GetDaclStats() { return &daclStats; }
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TSDFileDirCell * GetSaclStats() { return &saclStats; }
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virtual void AddOwnerChange(objectType type)
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{
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switch (type)
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{
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case file: ownerStats.file++; break;
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case directory: ownerStats.dir++; break;
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case mailbox: ownerStats.mailbox++; break;
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case container: ownerStats.container++; break;
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case share: ownerStats.share++; break;
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case groupmember: ownerStats.member++; break;
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case userright: ownerStats.userright++; break;
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case regkey: ownerStats.regkey++; break;
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case printer: ownerStats.printer++; break;
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default:
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break;
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};
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}
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virtual void AddGroupChange(objectType type)
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{
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switch (type)
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{
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case file: groupStats.file++; break;
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case directory: groupStats.dir++; break;
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case mailbox: groupStats.mailbox++; break;
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case container: groupStats.container++; break;
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case share: groupStats.share++; break;
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case groupmember: groupStats.member++; break;
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case userright: groupStats.userright++; break;
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case regkey: groupStats.regkey++; break;
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case printer: groupStats.printer++; break;
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default:
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break;
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};
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}
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virtual void AddAceChange(objectType type)
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{
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switch (type)
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{
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case file: daclStats.file++; break;
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case directory: daclStats.dir++; break;
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case mailbox: daclStats.mailbox++; break;
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case container: daclStats.container++; break;
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case share: daclStats.share++; break;
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case groupmember: daclStats.member++; break;
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case userright: daclStats.userright++; break;
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case regkey: daclStats.regkey++; break;
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case printer: daclStats.printer++; break;
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default:
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break;
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};
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}
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virtual void AddSaceChange(objectType type)
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{
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switch (type)
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{
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case file: saclStats.file++; break;
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case directory: saclStats.dir++; break;
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case mailbox: saclStats.mailbox++; break;
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case container: saclStats.container++; break;
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case share: saclStats.share++; break;
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case groupmember: saclStats.member++; break;
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case userright: saclStats.userright++; break;
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case regkey: saclStats.regkey++; break;
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case printer: saclStats.printer++; break;
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default:
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break;
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};
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}
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};
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/**************************************************************************************************/
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/* TSidCache: Cache for SIDs.
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The cache is filled by calling FillCache(name_of_domain_A, name_of_domain_B)
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Lookup, and GetName search the tree for a domain B SID value.
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Lookup returns a pointer to the node, while GetName returns the account
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name for the node.
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GetSidB( tsidnode *) builds and returns the domain B SID for the node (the node contains only the RID)
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SizeDiff() returns the answer to "How much bigger are domain B sids than domain A sids?"
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this information is needed when allocating space for ACES.
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/**************************************************************************************************/
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class TAccountCache: public TNodeListSortable
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{
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IStatusObjPtr m_pStatus;
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public:
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TAccountCache() { m_cancelled = false; m_bAddIfNotFound = FALSE; }
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~TAccountCache() {}
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virtual TAcctNode * Lookup(const PSID psid) = 0; // sid lookup functions
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virtual LPWSTR GetName(const PSID psid) = 0;
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//virtual BOOL Insert(const LPWSTR acctname,DWORD srcSid, DWORD tgtSid) = 0;
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virtual PSID GetTgtSid(const TAcctNode* tnode) = 0;
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virtual DWORD SizeDiff(const TAcctNode *tnode) const = 0; // returns max( 0 , (length(to_sid) - length(from_sid)) )
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bool IsCancelled()
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{
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if ( m_pStatus )
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{
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LONG status = 0;
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// HRESULT hr = m_pStatus->get_Status(&status);
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m_pStatus->get_Status(&status);
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return (status == DCT_STATUS_ABORTING);
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}
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else
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{
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return m_cancelled;
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}
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}
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void Cancel() { m_cancelled = true; if ( m_pStatus ) m_pStatus->put_Status(DCT_STATUS_ABORTING); }
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void UnCancel() { m_cancelled = false; }
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void AddIfNotFound(BOOL val) { m_bAddIfNotFound = val; }
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BOOL AddIfNotFound() { return m_bAddIfNotFound; }
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void SetStatusObject(IStatusObj * pS) { m_pStatus = pS; }
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protected:
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bool m_cancelled;
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BOOL m_bAddIfNotFound;
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};
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class TGeneralCache;
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class TSDRidCache: public TAccountCache
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{
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protected:
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WCHAR from_domain[MAX_PATH + 1]; // domain names
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WCHAR to_domain[MAX_PATH + 1];
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WCHAR from_dc[MAX_PATH + 1]; // domain controller (machine) names
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WCHAR to_dc[MAX_PATH + 1];
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PSID from_sid; // domain sids (dynamically allocated)
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PSID to_sid;
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UCHAR from_nsubs; // # subauthorities in domain sids
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UCHAR to_nsubs;
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DWORD accts; // statistical stuff
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DWORD accts_resolved;
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TGeneralCache * m_otherAccounts;
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typedef std::multimap<DWORD, TRidNode*> CRidToNodeMap;
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CRidToNodeMap m_mapRidToNode;
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public:
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TSDRidCache();
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~TSDRidCache();
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// filling methods
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WCHAR const * GetSourceDomainName() { return from_domain; }
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WCHAR const * GetTargetDomainName() { return to_domain; }
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WCHAR const * GetSourceDCName() { return from_dc; }
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WCHAR const * GetTargetDCName() { return to_dc; }
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void InsertLast(const LPWSTR acctname,DWORD rida, const LPWSTR newname, DWORD ridb, short type = 0, DWORD status = TRidNode::DEFAULT)
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{ TRidNode * tn = new (acctname,newname) TRidNode(acctname,newname); if (tn){ tn->SetStatus(status); tn->SrcRid(rida); tn->TgtRid(ridb);
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tn->Type(type); if ( ridb != 0 ) accts_resolved++; accts++; TNodeListSortable::InsertBottom((TNode *)tn); }}
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void InsertLastWithSid(const LPWSTR acctname, LPCWSTR srcdomainsid, LPCWSTR srcdomainname, DWORD rida, const LPWSTR newname,
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LPCWSTR tgtdomainsid, LPCWSTR tgtdomainname, DWORD ridb, short type = 0, DWORD status = TRidNode::DEFAULT)
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{ TRidNode * tn = new (acctname,newname) TRidNode(acctname,newname); if (tn){ tn->SetStatus(status); tn->SrcRid(rida); tn->TgtRid(ridb);
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tn->SrcDomSid(srcdomainsid); tn->TgtDomSid(tgtdomainsid); tn->SrcDomName(srcdomainname); tn->TgtDomName(tgtdomainname);
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tn->Type(type); if ( ridb != 0 ) accts_resolved++; accts++; TNodeListSortable::InsertBottom((TNode *)tn); }}
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TAcctNode * Lookup(const PSID psid); // sid lookup functions
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TAcctNode * LookupWODomain(const PSID psid); // sid lookup functions
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LPWSTR GetName(const PSID psid);
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// helper methods
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PSID GetTgtSid(TAcctNode const * tnode) ; // "Get" functions
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DWORD SizeDiff(const TAcctNode *tnode) const ; // returns max( 0 , (length(to_sid) - length(from_sid)) )
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void Display(bool summary, bool detail);
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void ReportToVarSet(IVarSet * pVarSet,bool summary, bool detail);
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PSID GetTgtSid(const PSID psid) { return GetTgtSid(Lookup(psid)); }
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void CopyDomainInfo( TSDRidCache const * other);
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PSID GetTgtSidWODomain(TAcctNode const * tnode); // "Get" functions
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PSID GetTgtSidWODomain(const PSID psid); // "Get" functions
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DWORD GetNumAccts() const {return accts; }
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DWORD GetNumResolvedAccts() const { return accts_resolved; }
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void Clear();
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void SetSourceAndTargetDomains(WCHAR const * src, WCHAR const * tgt) { SetDomainInfo(src,true); SetDomainInfo(tgt,false); }
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void SetSourceAndTargetDomainsWithSids(WCHAR const * src, WCHAR const * srcSid, WCHAR const * tgt,WCHAR const * tgtSid)
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{ SetDomainInfoWithSid(src,srcSid,true); SetDomainInfoWithSid(tgt,tgtSid,false); }
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void ReportAccountReferences(WCHAR const * filename);
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BOOL IsInitialized() { return from_sid!=NULL && to_sid!=NULL; }
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void VerifyTargetSids();
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protected:
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int SetDomainInfo(WCHAR const * domname, bool firstdom);
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int SetDomainInfoWithSid(WCHAR const * domainName, WCHAR const * domainSid, bool firstdom);
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};
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class TGeneralCache : public TAccountCache
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{
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protected:
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DWORD accts; // statistical stuff
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DWORD accts_resolved;
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public:
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TGeneralCache();
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~TGeneralCache();
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TAcctNode * Lookup(const PSID psid) ; // sid lookup functions
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LPWSTR GetName(const PSID psid) ;
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BOOL Insert(const LPWSTR acctname1,const LPWSTR acctname2,PSID sid1, PSID sid2);
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PSID GetTgtSid(const TAcctNode* tnode) { return ((TGeneralSidNode *)tnode)->TgtSid(); }
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DWORD SizeDiff(const TAcctNode *tnode) const { return ((TGeneralSidNode *)tnode)->SizeDiff(); } // returns max( 0 , (length(to_sid) - length(from_sid)) )
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};
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// Global Functions
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struct SDRDomainInfo
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{
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bool valid;
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PSID domain_sid;
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WCHAR domain_name[80];
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WCHAR dc_name[80];
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UCHAR nsubs;
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};
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int vRidComp(const TNode * tn, const void * v1);
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int vNameComp(const TNode * tn, const void * v1);
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int vTargetNameComp(const TNode * tn, const void * v1);
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int RidComp(const TNode * n1, const TNode * n2);
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int CompN(const TNode * n1, const TNode * n2);
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int CompTargetN(const TNode * n1, const TNode * n2);
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void DisplaySid(const PSID); // displays the contents of a SID
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void DisplaySid(const PSID,TAccountCache *); // displays the acct name if in cache, or
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void
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SetDomainInfoStruct(
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WCHAR const * domname, // in -name of domain
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SDRDomainInfo * info // in -struct to put info into
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);
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void
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SetDomainInfoStructFromSid(
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PSID pSid, // in -sid for domain
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SDRDomainInfo * info // in -struct to put info into
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);
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PSID DomainizeSid(PSID psid,BOOL freeOldSid);
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#endif
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