windows-nt/Source/XPSP1/NT/ds/netapi/svcdlls/upssvc/apcsmart/trans.cxx

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2020-09-26 03:20:57 -05:00
/*
* REVISIONS:
* jod30NOV92 Changes made due to GCIP stuff
* ane16DEC92 Added cdefine.h
* pcy02Feb93: AddEvent must return a value. Changed to return ErrNO_ERROR
* cad29Oct93: added get next attr
* cad08Dec93: added extended get/set types
* mwh05May94: #include file madness , part 2
* mwh07Jun94: port for NCR
* jbc07Nov96: added check to only allow one transaction per code
* mds10Jul97: modified Transaction Item Equal() function
* mds10Jul97: changed GetFirstAttribute() to const to work with Equal()
* mds14Jul97: StrIntCmpI was renamed to ApcStrIntCmpI
*/
#define INCL_BASE
#define INCL_NOPM
#include "cdefine.h"
#include "_defs.h"
extern "C" {
#include <stdlib.h>
#include <string.h>
}
#include "trans.h"
#include "apc.h"
#include "err.h"
#include "event.h"
#include "list.h"
#include "message.h"
#include "utils.h"
#if (C_OS & C_NCR)
# include "incfix.h"
#endif
TransactionObject::TransactionObject(Type type, INT anId)
: theType(type),
theId(anId),
theProtocolMessageList((List*)NULL),
thePMIterator((ListIterator*)NULL)
{
theProtocolMessageList = new List();
if (theProtocolMessageList)
thePMIterator = &(RListIterator)(theProtocolMessageList->InitIterator());
else
SetObjectStatus(ErrMEMORY);
}
TransactionObject:: ~TransactionObject()
{
if (theProtocolMessageList)
theProtocolMessageList->FlushAll();
delete theProtocolMessageList;
theProtocolMessageList = (List*)NULL;
delete thePMIterator;
thePMIterator = NULL;
}
VOID TransactionObject::AddMessage(PMessage aMessage)
{
theProtocolMessageList->Append(aMessage);
}
INT TransactionItem::transactionItemCount = 0;
TransactionItem::TransactionItem(Type aType, INT aCode, CHAR* aValue)
: TransactionObject(aType, transactionItemCount++),
theCode(aCode),
theErrorCode(0),
theValue((CHAR*)NULL),
theAttributeList((List*)NULL),
theAttribIterator((ListIterator*)NULL)
{
SetValue(aValue);
theAttributeList = new List();
if (theAttributeList)
theAttribIterator = &(RListIterator)(theAttributeList->InitIterator());
}
TransactionItem::~TransactionItem()
{
if (theValue)
free(theValue);
theValue = (CHAR*)NULL;
if (theAttributeList)
theAttributeList->FlushAll();
delete theAttributeList;
theAttributeList = (List*)NULL;
delete theAttribIterator;
theAttribIterator = (ListIterator*)NULL;
}
VOID TransactionItem::SetValue(CHAR* aValue)
{
if (theValue != (CHAR*)NULL)
{
free(theValue);
theValue = (CHAR*)NULL;
}
if (aValue != (CHAR*)NULL)
theValue = _strdup(aValue);
}
VOID TransactionItem::AddAttribute(PAttribute anAttribute)
{
theAttributeList->Append(anAttribute);
}
VOID TransactionItem::AddAttribute(INT aCode, CHAR* aValue)
{
PAttribute attribute = new Attribute(aCode, aValue);
AddAttribute(attribute);
}
PAttribute TransactionItem:: GetFirstAttribute() const
{
theAttribIterator->Reset();
return (Attribute*)theAttributeList->GetHead();
}
PAttribute TransactionItem:: GetNextAttribute()
{
PAttribute ret = (PAttribute)(theAttribIterator->Next());
return ret;
}
INT TransactionItem:: Equal(RObj obj) const
{
INT ret_value = FALSE;
RTransactionItem trans_item = (RTransactionItem) obj;
if (trans_item.GetCode() == GetCode()){
ret_value = TRUE;
// if the code values are the same, this does not
// necessarily mean that the transaction items are equal
// A transaction item contains a list of attributes, and
// if the first attributes of each transaction item are
// not equal, then the transaction items are not equal.
// get first attributes from the attribute list
PAttribute attrib1 = trans_item.GetFirstAttribute();
PAttribute attrib2 = GetFirstAttribute();
// if both attributes are present
if(attrib1 && attrib2){
// get actual attribute values
PCHAR attrib_str1 = attrib1->GetValue();
PCHAR attrib_str2 = attrib2->GetValue();
// check to make sure that attribute values are not NULL
if(attrib_str1 != NULL && attrib_str2 != NULL){
if(attrib_str1[0] != NULL && attrib_str2[0] != NULL){
// if both of the attribute strings are not equal to
// one another, then return false
if(ApcStrIntCmpI(attrib_str1,attrib_str2) != EQUAL){
ret_value = FALSE;
}
}
}
}
}
return ret_value;
}
INT TransactionGroup::transactionGroupCount = 0;
TransactionGroup::TransactionGroup(Type aType) :
TransactionObject(aType, transactionGroupCount++),
theAuthenticationString((CHAR*)NULL),
theResponse((CHAR*)NULL),
theEventList((List*)NULL),
theEventIterator((ListIterator*)NULL),
theTransactionList((List*)NULL),
theTransactionIterator((ListIterator*)NULL),
InitialSetResponseRepeated(0),
InitialSetResponse((CHAR*)NULL),
theErrorCode(0),
theErrorIndex(0)
{
theEventList = new List();
theEventIterator = &(RListIterator)(theEventList->InitIterator());
theTransactionList = new List();
theTransactionIterator = &(RListIterator)(theTransactionList->InitIterator());
}
TransactionGroup:: ~TransactionGroup()
{
if (theAuthenticationString)
free (theAuthenticationString);
theAuthenticationString =(CHAR*)NULL;
if (theResponse)
free( theResponse);
theResponse =(CHAR*)NULL;
if (InitialSetResponse)
free(InitialSetResponse);
InitialSetResponse = (CHAR*)NULL;
theEventList->FlushAll();
delete theEventList;
theEventList = (List*)NULL;
delete theEventIterator;
theEventIterator = NULL;
theTransactionList->FlushAll();
delete theTransactionList;
theTransactionList = (List*)NULL;
delete theTransactionIterator;
theTransactionIterator = NULL;
}
INT TransactionGroup:: Equal(RObj obj) const
{
// if (strcmp(obj.IsA(), IsA()))
// return FALSE;
RTransactionGroup tg = (RTransactionGroup)obj;
if (tg.GetId() == GetId())
return TRUE;
return FALSE;
}
VOID TransactionGroup::SetAuthentication(CHAR* aString)
{
if (theAuthenticationString != (CHAR*)NULL)
{
free(theAuthenticationString);
theAuthenticationString = (CHAR*)NULL;
}
if (aString != (CHAR*)NULL)
theAuthenticationString = _strdup(aString);
}
VOID TransactionGroup::SetResponse(CHAR* aString)
{
if (theResponse != (CHAR*)NULL)
{
free(theResponse);
theResponse = (CHAR*)NULL;
}
if (aString != (CHAR*)NULL)
theResponse = _strdup(aString);
}
VOID TransactionGroup:: SetInitialSetResponseRepeated(INT repeat)
{
InitialSetResponseRepeated = repeat;
}
VOID TransactionGroup:: SetErrorIndex(INT index)
{
theErrorIndex = index;
}
VOID TransactionGroup:: SetInitialSetResponse(CHAR* initialResponse)
{
InitialSetResponse = _strdup(initialResponse);
}
INT TransactionGroup::AddTransactionItem(PTransactionItem aTransactionItem)
{
int err = ErrNO_ERROR;
Type addType = aTransactionItem->GetType();
// simple transactions types can be added to complex groups, but
// not vice-versa. This is a completely arbitrary exclusion,
// and could be changed if needed. For now it save a couple
// of lines of code.
//
if ((addType == theType) ||
((theType == EXTENDED_GET) && (addType == GET)) ||
((theType == EXTENDED_SET) && (addType == SET)))
{
// Check to see if transaction already exists.
PTransactionItem trans_item = (PTransactionItem)NULL;
trans_item = (PTransactionItem)theTransactionList->Find(aTransactionItem);
// If the transaction was not found, then add it to theTransactionList
if (trans_item==NULL)
{
theTransactionList->Append(aTransactionItem);
}
if (theTransactionIterator == (ListIterator*)NULL) {
theTransactionIterator =
&(RListIterator)(theTransactionList->InitIterator());
}
}
else
{
aTransactionItem->SetErrorCode(ErrTYPE_COMBINATION);
err = ErrTYPE_COMBINATION;
}
return err;
}
INT TransactionGroup::AddEvent(PEvent aEvent)
{
// theEventList->Add(*aEvent);
return ErrNO_ERROR;
}
PTransactionItem TransactionGroup::GetCurrentTransaction()
{
return (PTransactionItem)(& (theTransactionIterator->Current()));
}
PTransactionItem TransactionGroup::GetFirstTransactionItem()
{
theTransactionIterator->Reset();
return (PTransactionItem) theTransactionList->GetHead();
}
PTransactionItem TransactionGroup::GetNextTransactionItem()
{
return (PTransactionItem) theTransactionIterator->Next();
}