Last 200 lines of result:
WRITE/DMI addr = 10, data = 10 at 0 s delay = 450 ns
WRITE/DMI addr = 14, data = 14 at 0 s delay = 560 ns
WRITE/DMI addr = 18, data = 18 at 0 s delay = 670 ns
WRITE/DMI addr = 1c, data = 1c at 0 s delay = 780 ns
WRITE/DMI addr = 20, data = 20 at 0 s delay = 890 ns
WRITE/DMI addr = 24, data = 24 at 0 s delay = 1 us
READ addr = 0, data = 0 at 1 us delay = 10 ns
WRITE/DMI addr = 28, data = 28 at 1100 ns delay = 10 ns
WRITE/DMI addr = 2c, data = 2c at 1100 ns delay = 120 ns
WRITE/DMI addr = 30, data = 30 at 1100 ns delay = 230 ns
WRITE/DMI addr = 34, data = 34 at 1100 ns delay = 340 ns
WRITE/DMI addr = 38, data = 38 at 1100 ns delay = 450 ns
WRITE/DMI addr = 3c, data = 3c at 1100 ns delay = 560 ns
WRITE addr = 40, data = 40 at 1100 ns delay = 670 ns
WRITE/DMI addr = 44, data = 44 at 1100 ns delay = 780 ns
WRITE/DMI addr = 48, data = 48 at 1100 ns delay = 890 ns
READ addr = 4, data = 4 at 1110 ns delay = 10 ns
READ addr = 8, data = 8 at 1110 ns delay = 120 ns
READ addr = c, data = c at 1110 ns delay = 230 ns
READ addr = 10, data = 10 at 1110 ns delay = 340 ns
READ addr = 14, data = 14 at 1110 ns delay = 450 ns
READ addr = 18, data = 18 at 1110 ns delay = 560 ns
READ addr = 1c, data = 1c at 1110 ns delay = 670 ns
READ addr = 20, data = 20 at 1110 ns delay = 780 ns
READ addr = 24, data = 24 at 1110 ns delay = 890 ns
WRITE/DMI addr = 4c, data = 4c at 2090 ns delay = 10 ns
WRITE/DMI addr = 50, data = 50 at 2090 ns delay = 120 ns
WRITE/DMI addr = 54, data = 54 at 2090 ns delay = 230 ns
WRITE/DMI addr = 58, data = 58 at 2090 ns delay = 340 ns
WRITE/DMI addr = 5c, data = 5c at 2090 ns delay = 450 ns
WRITE/DMI addr = 60, data = 60 at 2090 ns delay = 560 ns
WRITE/DMI addr = 64, data = 64 at 2090 ns delay = 670 ns
WRITE/DMI addr = 68, data = 68 at 2090 ns delay = 780 ns
WRITE/DMI addr = 6c, data = 6c at 2090 ns delay = 890 ns
READ addr = 28, data = 28 at 2100 ns delay = 10 ns
READ addr = 2c, data = 2c at 2100 ns delay = 120 ns
READ addr = 30, data = 30 at 2100 ns delay = 230 ns
READ addr = 34, data = 34 at 2100 ns delay = 340 ns
READ addr = 38, data = 38 at 2100 ns delay = 450 ns
READ addr = 3c, data = 3c at 2100 ns delay = 560 ns
READ addr = 40, data = 40 at 2100 ns delay = 670 ns
READ addr = 44, data = 44 at 2100 ns delay = 780 ns
READ addr = 48, data = 48 at 2100 ns delay = 890 ns
INVALIDATE DMI (c0..ff) for Initiator1 at 3 us
INVALIDATE DMI (40..7f) for Initiator1 at 3 us
INVALIDATE DMI (80..bf) for Initiator1 at 3 us
INVALIDATE DMI (0..3f) for Initiator1 at 3 us
WRITE addr = 70, data = 70 at 3080 ns delay = 10 ns
WRITE/DMI addr = 74, data = 74 at 3080 ns delay = 120 ns
WRITE/DMI addr = 78, data = 78 at 3080 ns delay = 230 ns
WRITE/DMI addr = 7c, data = 7c at 3080 ns delay = 340 ns
WRITE addr = 80, data = 80 at 3080 ns delay = 450 ns
WRITE/DMI addr = 84, data = 84 at 3080 ns delay = 560 ns
WRITE/DMI addr = 88, data = 88 at 3080 ns delay = 670 ns
WRITE/DMI addr = 8c, data = 8c at 3080 ns delay = 780 ns
WRITE/DMI addr = 90, data = 90 at 3080 ns delay = 890 ns
READ addr = 4c, data = 4c at 3090 ns delay = 10 ns
READ addr = 50, data = 50 at 3090 ns delay = 120 ns
READ addr = 54, data = 54 at 3090 ns delay = 230 ns
READ addr = 58, data = 58 at 3090 ns delay = 340 ns
READ addr = 5c, data = 5c at 3090 ns delay = 450 ns
READ addr = 60, data = 60 at 3090 ns delay = 560 ns
READ addr = 64, data = 64 at 3090 ns delay = 670 ns
READ addr = 68, data = 68 at 3090 ns delay = 780 ns
READ addr = 6c, data = 6c at 3090 ns delay = 890 ns
WRITE/DMI addr = 94, data = 94 at 4070 ns delay = 10 ns
WRITE/DMI addr = 98, data = 98 at 4070 ns delay = 120 ns
WRITE/DMI addr = 9c, data = 9c at 4070 ns delay = 230 ns
WRITE/DMI addr = a0, data = a0 at 4070 ns delay = 340 ns
WRITE/DMI addr = a4, data = a4 at 4070 ns delay = 450 ns
WRITE/DMI addr = a8, data = a8 at 4070 ns delay = 560 ns
WRITE/DMI addr = ac, data = ac at 4070 ns delay = 670 ns
WRITE/DMI addr = b0, data = b0 at 4070 ns delay = 780 ns
WRITE/DMI addr = b4, data = b4 at 4070 ns delay = 890 ns
READ addr = 70, data = 70 at 4080 ns delay = 10 ns
READ addr = 74, data = 74 at 4080 ns delay = 120 ns
READ addr = 78, data = 78 at 4080 ns delay = 230 ns
READ addr = 7c, data = 7c at 4080 ns delay = 340 ns
READ addr = 80, data = 80 at 4080 ns delay = 450 ns
READ addr = 84, data = 84 at 4080 ns delay = 560 ns
READ addr = 88, data = 88 at 4080 ns delay = 670 ns
READ addr = 8c, data = 8c at 4080 ns delay = 780 ns
READ addr = 90, data = 90 at 4080 ns delay = 890 ns
WRITE/DMI addr = b8, data = b8 at 5060 ns delay = 10 ns
WRITE/DMI addr = bc, data = bc at 5060 ns delay = 120 ns
WRITE addr = c0, data = c0 at 5060 ns delay = 230 ns
WRITE/DMI addr = c4, data = c4 at 5060 ns delay = 340 ns
WRITE/DMI addr = c8, data = c8 at 5060 ns delay = 450 ns
WRITE/DMI addr = cc, data = cc at 5060 ns delay = 560 ns
WRITE/DMI addr = d0, data = d0 at 5060 ns delay = 670 ns
WRITE/DMI addr = d4, data = d4 at 5060 ns delay = 780 ns
WRITE/DMI addr = d8, data = d8 at 5060 ns delay = 890 ns
READ addr = 94, data = 94 at 5070 ns delay = 10 ns
READ addr = 98, data = 98 at 5070 ns delay = 120 ns
READ addr = 9c, data = 9c at 5070 ns delay = 230 ns
READ addr = a0, data = a0 at 5070 ns delay = 340 ns
READ addr = a4, data = a4 at 5070 ns delay = 450 ns
READ addr = a8, data = a8 at 5070 ns delay = 560 ns
READ addr = ac, data = ac at 5070 ns delay = 670 ns
READ addr = b0, data = b0 at 5070 ns delay = 780 ns
READ addr = b4, data = b4 at 5070 ns delay = 890 ns
WRITE/DMI addr = dc, data = dc at 6050 ns delay = 10 ns
WRITE/DMI addr = e0, data = e0 at 6050 ns delay = 120 ns
WRITE/DMI addr = e4, data = e4 at 6050 ns delay = 230 ns
WRITE/DMI addr = e8, data = e8 at 6050 ns delay = 340 ns
WRITE/DMI addr = ec, data = ec at 6050 ns delay = 450 ns
WRITE/DMI addr = f0, data = f0 at 6050 ns delay = 560 ns
WRITE/DMI addr = f4, data = f4 at 6050 ns delay = 670 ns
WRITE/DMI addr = f8, data = f8 at 6050 ns delay = 780 ns
WRITE/DMI addr = fc, data = fc at 6050 ns delay = 890 ns
READ addr = b8, data = b8 at 6060 ns delay = 10 ns
READ addr = bc, data = bc at 6060 ns delay = 120 ns
READ addr = c0, data = c0 at 6060 ns delay = 230 ns
READ addr = c4, data = c4 at 6060 ns delay = 340 ns
READ addr = c8, data = c8 at 6060 ns delay = 450 ns
READ addr = cc, data = cc at 6060 ns delay = 560 ns
READ addr = d0, data = d0 at 6060 ns delay = 670 ns
READ addr = d4, data = d4 at 6060 ns delay = 780 ns
READ addr = d8, data = d8 at 6060 ns delay = 890 ns

Dump memories at time 7040 ns
mem[0] = 0
mem[4] = 4
mem[8] = 8
mem[c] = c
mem[10] = 10
mem[14] = 14
mem[18] = 18
mem[1c] = 1c
mem[20] = 20
mem[24] = 24
mem[28] = 28
mem[2c] = 2c
mem[30] = 30
mem[34] = 34
mem[38] = 38
mem[3c] = 3c
mem[40] = 40
mem[44] = 44
mem[48] = 48
mem[4c] = 4c
mem[50] = 50
mem[54] = 54
mem[58] = 58
mem[5c] = 5c
mem[60] = 60
mem[64] = 64
mem[68] = 68
mem[6c] = 6c
mem[70] = 70
mem[74] = 74
mem[78] = 78
mem[7c] = 7c
mem[80] = 80
mem[84] = 84
mem[88] = 88
mem[8c] = 8c
mem[90] = 90
mem[94] = 94
mem[98] = 98
mem[9c] = 9c
mem[a0] = a0
mem[a4] = a4
mem[a8] = a8
mem[ac] = ac
mem[b0] = b0
mem[b4] = b4
mem[b8] = b8
mem[bc] = bc
mem[c0] = c0
mem[c4] = c4
mem[c8] = c8
mem[cc] = cc
mem[d0] = d0
mem[d4] = d4
mem[d8] = d8
mem[dc] = dc
mem[e0] = e0
mem[e4] = e4
mem[e8] = e8
mem[ec] = ec
mem[f0] = f0
mem[f4] = f4
mem[f8] = f8
mem[fc] = fc

READ addr = dc, data = dc at 7050 ns delay = 10 ns
READ addr = e0, data = e0 at 7050 ns delay = 120 ns
READ addr = e4, data = e4 at 7050 ns delay = 230 ns
READ addr = e8, data = e8 at 7050 ns delay = 340 ns
READ addr = ec, data = ec at 7050 ns delay = 450 ns
READ addr = f0, data = f0 at 7050 ns delay = 560 ns
READ addr = f4, data = f4 at 7050 ns delay = 670 ns
READ addr = f8, data = f8 at 7050 ns delay = 780 ns
READ addr = fc, data = fc at 7050 ns delay = 890 ns

***** Messages have been written to file output.txt *****
***** Select 'Download files after run' to read file in EDA Playground *****

Done