FIX: Check each error code instead of just last

[david-cortes-intel]

Description

This PR modifies the logic for summary statistics to make a check after each call to MKL to verify that no error occurred, instead of checking only the last one. Theoretically it shouldn't matter as only the 'compute' step is somewhat expected to fail when the rest of the procedure is correct, but internal errors in logic can still happen.

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[david-cortes-intel]

/intelci: run

[david-cortes-intel]

/intelci: run

[david-cortes-intel]

/intelci: run

[david-cortes-intel]

CI failures are either timeouts, or not related to the changes here.

[Vika-F]

Let's do it in more c++ way. Something like this:

    #define __DAAL_VSLFN_CALL_AND_CHECK_ERROR(f_name, f_args, errcode)      \
        errcode = f_name f_args;                                            \
        if (errcode != 0) return errcode;
    
    static int xcp(double * data, __int64 nFeatures, __int64 nVectors, double * nPreviousObservations, double * sum, double * crossProduct,
                   __int64 method)
    {
        struct Helper
        {
            VSLSSTaskPtr task;
            double * mean;

            Helper(__int64 nFeatures, __int64 nVectors, double * data, int &errcode)
            {
                __int64 dataStorage = __DAAL_VSL_SS_MATRIX_STORAGE_COLS;
                mean = (double *)daal::services::daal_malloc(nFeatures * sizeof(double));
                if (!mean) return;

                __DAAL_VSLFN_CALL(vsldSSNewTask, (&task, (const MKL_INT *)&nFeatures, (const MKL_INT *)&nVectors, (const MKL_INT *)&dataStorage, data, 0, 0), errcode);
            }

            ~Helper()
            {
                int errcode = 0;
                __DAAL_VSLFN_CALL(vslSSDeleteTask, (&task), errcode);
                daal::services::daal_free(mean);
            }
            
            //  rule of three
            Helper(const Helper&) = delete;
            Helper& operator=(const Helper&) = delete;
        }
        
        int errcode = 0;
        __int64 cpStorage   = __DAAL_VSL_SS_MATRIX_STORAGE_FULL;
        Helper helper(nFeatures, nVectors, data, errcode);
        if (!helper.mean)
            return VSL_SS_ERROR_ALLOCATION_FAILURE;
        if (errcode != 0)
            return errcode;
        if (method == __DAAL_VSL_SS_METHOD_FAST_USER_MEAN)
        {
            double invNVectors = 1.0 / (double)nVectors;
            for (size_t i = 0; i < nFeatures; i++)
            {
                helper.mean[i] = sum[i] * invNVectors;
            }
        }

        double weight[2] = { *nPreviousObservations, *nPreviousObservations };

        __DAAL_VSLFN_CALL_AND_CHECK_ERROR(vsldSSEditTask, (helper.task, __DAAL_VSL_SS_ED_SUM, sum), errcode);
        __DAAL_VSLFN_CALL_AND_CHECK_ERROR(vsldSSEditTask, (helper.task, __DAAL_VSL_SS_ED_MEAN, helper.mean), errcode);
        __DAAL_VSLFN_CALL_AND_CHECK_ERROR(vsldSSEditTask, (helper.task, __DAAL_VSL_SS_ED_CP, crossProduct), errcode);
        __DAAL_VSLFN_CALL_AND_CHECK_ERROR(vsliSSEditTask, (helper.task, __DAAL_VSL_SS_ED_CP_STORAGE, (const MKL_INT *)&cpStorage), errcode);
        __DAAL_VSLFN_CALL_AND_CHECK_ERROR(vsldSSEditTask, (helper.task, __DAAL_VSL_SS_ED_ACCUM_WEIGHT, weight), errcode);
        __DAAL_VSLFN_CALL_AND_CHECK_ERROR(vsldSSCompute, (helper.task, __DAAL_VSL_SS_CP | __DAAL_VSL_SS_SUM, method), errcode);

        return errcode;
    }