Remove check for strategy type until we handle the STRATEGY_TYPE placement appropriately

Author: disa6302

src/state/src/State.c

@@ -171,13 +171,8 @@ STATUS stepStateMachine(PStateMachine pStateMachine)
     } else {
         // Increment the state retry count
         pStateMachineImpl->context.retryCount++;
-//        pStateMachineImpl->context.time = time + NEXT_SERVICE_CALL_RETRY_DELAY(pStateMachineImpl->context.retryCount);
-        // Call the state machine error handler
-        // This call could be a no-op if the state transition is happening for SERVICE_CALL_RESULT_OK code
-        if (pStateMachineImpl->context.pCurrentState->stateTransitionHookFunc != NULL) {
-            CHK_STATUS(pStateMachineImpl->context.pCurrentState->stateTransitionHookFunc(pStateMachineImpl->customData, &errorStateTransitionWaitTime));
-            pStateMachineImpl->context.time = time + errorStateTransitionWaitTime;
-        }
+        pStateMachineImpl->context.time = time + NEXT_SERVICE_CALL_RETRY_DELAY(pStateMachineImpl->context.retryCount);
+
         // Check if we have tried enough times
         if (pState->retry != INFINITE_RETRY_COUNT_SENTINEL) {
             CHK(pStateMachineImpl->context.retryCount <= pState->retry, pState->status);

src/utils/src/ExponentialBackoffRetryStrategy.c

@@ -239,7 +239,6 @@ STATUS getExponentialBackoffRetryCount(PRetryStrategy pRetryStrategy, PUINT32 pR
     CHK(pRetryStrategy != NULL && pRetryCount != NULL, STATUS_NULL_ARG);
     pRetryState = TO_EXPONENTIAL_BACKOFF_STATE(pRetryStrategy);
     MUTEX_LOCK(pRetryState->retryStrategyLock);
-    DLOGD("Retry count: %d", pRetryState->currentRetryCount);
     *pRetryCount = pRetryState->currentRetryCount;
     MUTEX_UNLOCK(pRetryState->retryStrategyLock);