for dID, v := range sr.M {
		t := newXferStats()
		mx := make(map[RMetricName]XferStats)

		if v.XferRateLrg != nil {
			mx[Large] = *v.XferRateLrg.Clone()
			m := t.merge(*v.XferRateLrg)
			t = &m
		}
		if v.XferRateSml != nil {
			mx[Small] = *v.XferRateSml.Clone()
			m := t.merge(*v.XferRateSml)
			t = &m
		}

		mx[Total] = *t
		metric := SRMetric{
			ReplicatedSize:  v.ReplicatedSize,

							suffix="errors.front_suffix" />
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a-rettalp,re:.bew,,?r&ddaym,eyalplacol,?s&egap,r&ahc21,e&krow,niatnocnur,???t&i&lper:.&arik,d&eer,i,racip,?e&kip,saelererp,?frow,gnigats,k&cops,rik,?labolg,mik,o&do,ksis,?re&hcra,k&c&ah,ut,?ir,??s&enob,irap,maet,?tiprat,ulus,y&awenaj,elsew,ranac,??,mx,?luavreve.yaler,?vresi,weiverpbuhtig,x&dom,obdnas-ahcom,?y&lf,srab,???ih?l!.&di?fnoc?gro?lim?moc?nsa?ten?ude?vog???m!.&eman?gro?lim?m&oc?uesum??o&fni?r&ea?p???pooc?t&en?ni??ude?vog?zib???o&g?m??rt?s!.&bog?der?gro?moc?ude???t!.&arukas,bew-eht-no,mor...

#define CAR1 V8 #define CAR2 V9 #define TT0 V11 #define TT1 V12 #define T2 V13 // p256MulAsm Parameters #define X0 V0 #define X1 V1 #define Y0 V2 #define Y1 V3 #define T0 V4 #define T1 V5 #define PL V30 #define PH V31 /* * https://delta.cs.cinvestav.mx/~francisco/arith/julio.pdf "Software Implementation of the NIST Elliptic Curves Over Prime Fields" * * A = X₁×Z₂² * B = Y₁×Z₂³ * C = X₂×Z₁²-A * D = Y₂×Z₁³-B * X₃ = D² - 2A×C² - C³ * Y₃ = D×(A×C² - X₃) - B×C³ * Z₃ = Z₁×Z₂×C * * Three-operand formula...

#define CAR1 V8 #define CAR2 V9 #define TT0 V11 #define TT1 V12 #define T2 V13 // p256MulAsm Parameters #define X0 V0 #define X1 V1 #define Y0 V2 #define Y1 V3 #define T0 V4 #define T1 V5 #define PL V30 #define PH V31 /* * https://delta.cs.cinvestav.mx/~francisco/arith/julio.pdf "Software Implementation of the NIST Elliptic Curves Over Prime Fields" * * A = X₁×Z₂² * B = Y₁×Z₂³ * C = X₂×Z₁²-A * D = Y₂×Z₁³-B * X₃ = D² - 2A×C² - C³ * Y₃ = D×(A×C² - X₃) - B×C³ * Z₃ = Z₁×Z₂×C * * Three-operand formula...