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Upload KECCAK examples
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@nicolaimueller
nicolaimueller committed Oct 4, 2022
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226 changes: 113 additions & 113 deletions examples/GHPC_Gadgets_d1_w_Optional_Regs/results/compact_mode/Report.dat
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38 changes: 19 additions & 19 deletions examples/GHPC_Gadgets_d1_w_Optional_Regs/results/compact_mode/Report_1000000.dat
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Original file line number Diff line number Diff line change
Expand Up @@ -2,25 +2,25 @@ Report file after 1000000 simulations:

1.) Summary of most leaking (and already active) probing sets per clock cycle:

Cycle 2: @[inst1_out0_mid_0_(2)] ==> [inst1_out0_mid_0_(2), inst1_out0_mid_0_(1)] -log10(p) = 1.0769 --> OKAY
Cycle 3: @[t[1](3)] ==> [inst1_Step2_inst_Step2_reg[0](3), inst1_Step2_inst_Step2_reg[1](3), inst1_Step2_inst_Step2_reg[2](3), inst1_Step2_inst_Step2_reg[3](3), inst1_Step2_inst_Step2_reg[0](2), inst1_Step2_inst_Step2_reg[1](2), inst1_Step2_inst_Step2_reg[2](2), inst1_Step2_inst_Step2_reg[3](2)] -log10(p) = 0.724169 --> OKAY
Cycle 4: @[inst2_Step1_ins_Step1[0](4)] ==> [t[0](4), r[1](4), c[0](4), t[0](3), r[1](3), c[0](3)] -log10(p) = 1.48759 --> OKAY
Cycle 5: @[inst2_Step2_inst_step2_ins_0_1_value(5)] ==> [inst2_Step1_reg[1](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4)] -log10(p) = 2.28014 --> OKAY
Cycle 6: @[d[0](6)] ==> [d[0](6), d[0](5)] -log10(p) = 1.4352 --> OKAY
Cycle 7: @[inst2_Step1_ins_Step1[2](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 2.12548 --> OKAY
Cycle 8: @[inst2_Step1_ins_Step1[0](8)] ==> [t[0](8), r[1](8), c[0](8), t[0](7), r[1](7), c[0](7)] -log10(p) = 1.45427 --> OKAY
Cycle 9: @[inst2_Step2_inst_step2_ins_0_2_value(9)] ==> [inst2_Step1_reg[2](9), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[2](8), inst2_in1_reg[0](8), inst2_in1_reg[1](8)] -log10(p) = 0.792715 --> OKAY
Cycle 10: @[c[1](10)] ==> [c[1](10), c[1](9)] -log10(p) = 0.675267 --> OKAY
Cycle 2: @[inst2_Step2_inst_step2_ins_0_3_value(2)] ==> [inst2_Step1_reg[3](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[3](1), inst2_in1_reg[0](1), inst2_in1_reg[1](1)] -log10(p) = 1.10313 --> OKAY
Cycle 3: @[c[1](3)] ==> [c[1](3), c[1](2)] -log10(p) = 0.98162 --> OKAY
Cycle 4: @[inst2_Step1_ins_Step1[3](4)] ==> [t[0](4), r[1](4), c[0](4), t[0](3), r[1](3), c[0](3)] -log10(p) = 1.03034 --> OKAY
Cycle 5: @[inst2_Step2_inst_step2_ins_0_1_value(5)] ==> [inst2_Step1_reg[1](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4)] -log10(p) = 1.81788 --> OKAY
Cycle 6: @[inst2_Step2_inst_step2_ins_0_3_value(6)] ==> [inst2_Step1_reg[3](6), inst2_in1_reg[0](6), inst2_in1_reg[1](6), inst2_Step1_reg[3](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5)] -log10(p) = 1.64583 --> OKAY
Cycle 7: @[inst2_Step1_ins_Step1[0](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 1.67909 --> OKAY
Cycle 8: @[inst2_Step1_ins_Step1[3](8)] ==> [t[0](8), r[1](8), c[0](8), t[0](7), r[1](7), c[0](7)] -log10(p) = 1.33898 --> OKAY
Cycle 9: @[c[1](9)] ==> [c[1](9), c[1](8)] -log10(p) = 0.98162 --> OKAY
Cycle 10: @[c[1](10)] ==> [c[1](10), c[1](9)] -log10(p) = 0.98162 --> OKAY

2.) Summary of the most leakging (and already active) probing sets:

@[inst2_Step2_inst_step2_ins_0_1_value(5)] ==> [inst2_Step1_reg[1](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4)] -log10(p) = 2.28014 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(5)] ==> [inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[0](5), inst2_in1_reg[0](4), inst2_in1_reg[1](4), inst2_Step1_reg[0](4)] -log10(p) = 2.27533 --> OKAY
@[inst2_Step1_ins_Step1[2](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 2.12548 --> OKAY
@[inst2_Step1_ins_Step1[0](4)] ==> [t[0](4), r[1](4), c[0](4), t[0](3), r[1](3), c[0](3)] -log10(p) = 1.48759 --> OKAY
@[inst2_Step1_ins_Step1[0](8)] ==> [t[0](8), r[1](8), c[0](8), t[0](7), r[1](7), c[0](7)] -log10(p) = 1.45427 --> OKAY
@[d[0](6)] ==> [d[0](6), d[0](5)] -log10(p) = 1.4352 --> OKAY
@[inst2_out0_mid_0_(5)] ==> [inst2_out0_mid_0_(5), inst2_out0_mid_0_(4)] -log10(p) = 1.4352 --> OKAY
@[d[1](6)] ==> [inst2_Step2_inst_Step2_reg[0](6), inst2_Step2_inst_Step2_reg[1](6), inst2_Step2_inst_Step2_reg[2](6), inst2_Step2_inst_Step2_reg[3](6), inst2_Step2_inst_Step2_reg[0](5), inst2_Step2_inst_Step2_reg[1](5), inst2_Step2_inst_Step2_reg[2](5), inst2_Step2_inst_Step2_reg[3](5)] -log10(p) = 1.37648 --> OKAY
@[inst2_Step2_inst_step2_ins_0_3_value(6)] ==> [inst2_Step1_reg[3](6), inst2_in1_reg[0](6), inst2_in1_reg[1](6), inst2_Step1_reg[3](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5)] -log10(p) = 1.28038 --> OKAY
@[inst2_Step2_inst_step2_ins_0_1_value(7)] ==> [inst2_Step1_reg[1](7), inst2_in1_reg[0](7), inst2_in1_reg[1](7), inst2_Step1_reg[1](6), inst2_in1_reg[0](6), inst2_in1_reg[1](6)] -log10(p) = 1.27828 --> OKAY
@[inst2_Step2_inst_step2_ins_0_1_value(5)] ==> [inst2_Step1_reg[1](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4)] -log10(p) = 1.81788 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(5)] ==> [inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[0](5), inst2_in1_reg[0](4), inst2_in1_reg[1](4), inst2_Step1_reg[0](4)] -log10(p) = 1.76025 --> OKAY
@[inst2_Step1_ins_Step1[0](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 1.67909 --> OKAY
@[inst2_Step2_inst_step2_ins_0_1_value(7)] ==> [inst2_Step1_reg[1](7), inst2_in1_reg[0](7), inst2_in1_reg[1](7), inst2_Step1_reg[1](6), inst2_in1_reg[0](6), inst2_in1_reg[1](6)] -log10(p) = 1.65099 --> OKAY
@[inst2_Step2_inst_step2_ins_0_3_value(6)] ==> [inst2_Step1_reg[3](6), inst2_in1_reg[0](6), inst2_in1_reg[1](6), inst2_Step1_reg[3](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5)] -log10(p) = 1.64583 --> OKAY
@[inst1_Step2_inst_step2_ins_0_0_value(5)] ==> [inst1_in1_reg[0](5), inst1_in1_reg[1](5), inst1_Step1_reg[0](5), inst1_in1_reg[0](4), inst1_in1_reg[1](4), inst1_Step1_reg[0](4)] -log10(p) = 1.43283 --> OKAY
@[inst2_Step2_inst_step2_ins_0_2_value(7)] ==> [inst2_Step1_reg[2](7), inst2_in1_reg[0](7), inst2_in1_reg[1](7), inst2_Step1_reg[2](6), inst2_in1_reg[0](6), inst2_in1_reg[1](6)] -log10(p) = 1.38852 --> OKAY
@[inst2_Step1_ins_Step1[3](8)] ==> [t[0](8), r[1](8), c[0](8), t[0](7), r[1](7), c[0](7)] -log10(p) = 1.33898 --> OKAY
@[inst2_out0_mid_0_(5)] ==> [inst2_out0_mid_0_(5), inst2_out0_mid_0_(4)] -log10(p) = 1.13556 --> OKAY
@[d[0](6)] ==> [d[0](6), d[0](5)] -log10(p) = 1.13556 --> OKAY
38 changes: 19 additions & 19 deletions examples/GHPC_Gadgets_d1_w_Optional_Regs/results/compact_mode/Report_10000000.dat
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Original file line number Diff line number Diff line change
Expand Up @@ -2,25 +2,25 @@ Report file after 10000000 simulations:

1.) Summary of most leaking (and already active) probing sets per clock cycle:

Cycle 2: @[inst2_Step2_inst_step2_ins_0_2_value(2)] ==> [inst2_Step1_reg[2](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[2](1), inst2_in1_reg[0](1), inst2_in1_reg[1](1)] -log10(p) = 1.60029 --> OKAY
Cycle 3: @[inst2_Step2_inst_step2_ins_0_2_value(3)] ==> [inst2_Step1_reg[2](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3), inst2_Step1_reg[2](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2)] -log10(p) = 0.887815 --> OKAY
Cycle 4: @[inst2_Step2_inst_step2_ins_0_1_value(4)] ==> [inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4), inst2_Step1_reg[1](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3)] -log10(p) = 1.05123 --> OKAY
Cycle 5: @[inst2_Step2_inst_step2_ins_0_3_value(5)] ==> [inst2_Step1_reg[3](5), inst2_in1_reg[0](5), inst2_in1_reg[1](5), inst2_Step1_reg[3](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4)] -log10(p) = 0.664603 --> OKAY
Cycle 6: @[t[1](6)] ==> [inst1_Step2_inst_Step2_reg[0](6), inst1_Step2_inst_Step2_reg[1](6), inst1_Step2_inst_Step2_reg[2](6), inst1_Step2_inst_Step2_reg[3](6), inst1_Step2_inst_Step2_reg[0](5), inst1_Step2_inst_Step2_reg[1](5), inst1_Step2_inst_Step2_reg[2](5), inst1_Step2_inst_Step2_reg[3](5)] -log10(p) = 0.731045 --> OKAY
Cycle 7: @[inst2_Step1_ins_Step1[2](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 0.93251 --> OKAY
Cycle 8: @[inst1_out0_mid_0_(8)] ==> [inst1_out0_mid_0_(8), inst1_out0_mid_0_(7)] -log10(p) = 0.734166 --> OKAY
Cycle 9: @[inst2_Step2_inst_step2_ins_0_2_value(9)] ==> [inst2_Step1_reg[2](9), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[2](8), inst2_in1_reg[0](8), inst2_in1_reg[1](8)] -log10(p) = 0.924651 --> OKAY
Cycle 10: @[inst2_Step1_ins_Step1[0](10)] ==> [t[0](10), r[1](10), c[0](10), t[0](9), r[1](9), c[0](9)] -log10(p) = 1.32644 --> OKAY
Cycle 2: @[inst2_Step2_inst_step2_ins_0_0_value(2)] ==> [inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[0](2), inst2_in1_reg[0](1), inst2_in1_reg[1](1), inst2_Step1_reg[0](1)] -log10(p) = 1.90403 --> OKAY
Cycle 3: @[inst2_Step2_inst_step2_ins_0_0_value(3)] ==> [inst2_in1_reg[0](3), inst2_in1_reg[1](3), inst2_Step1_reg[0](3), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[0](2)] -log10(p) = 1.09188 --> OKAY
Cycle 4: @[inst2_Step2_inst_step2_ins_0_1_value(4)] ==> [inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4), inst2_Step1_reg[1](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3)] -log10(p) = 1.07966 --> OKAY
Cycle 5: @[t[1](5)] ==> [inst1_Step2_inst_Step2_reg[0](5), inst1_Step2_inst_Step2_reg[1](5), inst1_Step2_inst_Step2_reg[2](5), inst1_Step2_inst_Step2_reg[3](5), inst1_Step2_inst_Step2_reg[0](4), inst1_Step2_inst_Step2_reg[1](4), inst1_Step2_inst_Step2_reg[2](4), inst1_Step2_inst_Step2_reg[3](4)] -log10(p) = 0.666908 --> OKAY
Cycle 6: @[t[1](6)] ==> [inst1_Step2_inst_Step2_reg[0](6), inst1_Step2_inst_Step2_reg[1](6), inst1_Step2_inst_Step2_reg[2](6), inst1_Step2_inst_Step2_reg[3](6), inst1_Step2_inst_Step2_reg[0](5), inst1_Step2_inst_Step2_reg[1](5), inst1_Step2_inst_Step2_reg[2](5), inst1_Step2_inst_Step2_reg[3](5)] -log10(p) = 0.724407 --> OKAY
Cycle 7: @[inst2_Step1_ins_Step1[0](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 0.889973 --> OKAY
Cycle 8: @[inst1_out0_mid_0_(8)] ==> [inst1_out0_mid_0_(8), inst1_out0_mid_0_(7)] -log10(p) = 0.635601 --> OKAY
Cycle 9: @[inst2_Step2_inst_step2_ins_0_2_value(9)] ==> [inst2_Step1_reg[2](9), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[2](8), inst2_in1_reg[0](8), inst2_in1_reg[1](8)] -log10(p) = 0.80146 --> OKAY
Cycle 10: @[inst2_Step1_ins_Step1[3](10)] ==> [t[0](10), r[1](10), c[0](10), t[0](9), r[1](9), c[0](9)] -log10(p) = 1.64809 --> OKAY

2.) Summary of the most leakging (and already active) probing sets:

@[inst2_Step2_inst_step2_ins_0_2_value(2)] ==> [inst2_Step1_reg[2](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[2](1), inst2_in1_reg[0](1), inst2_in1_reg[1](1)] -log10(p) = 1.60029 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(2)] ==> [inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[0](2), inst2_in1_reg[0](1), inst2_in1_reg[1](1), inst2_Step1_reg[0](1)] -log10(p) = 1.60029 --> OKAY
@[inst2_Step1_ins_Step1[0](10)] ==> [t[0](10), r[1](10), c[0](10), t[0](9), r[1](9), c[0](9)] -log10(p) = 1.32644 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(10)] ==> [inst2_in1_reg[0](10), inst2_in1_reg[1](10), inst2_Step1_reg[0](10), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[0](9)] -log10(p) = 1.15947 --> OKAY
@[inst2_Step2_inst_step2_ins_0_1_value(4)] ==> [inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4), inst2_Step1_reg[1](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3)] -log10(p) = 1.05123 --> OKAY
@[inst1_out0_mid_0_(2)] ==> [inst1_out0_mid_0_(2), inst1_out0_mid_0_(1)] -log10(p) = 0.986088 --> OKAY
@[inst2_Step1_ins_Step1[2](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 0.93251 --> OKAY
@[inst2_Step2_inst_step2_ins_0_2_value(9)] ==> [inst2_Step1_reg[2](9), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[2](8), inst2_in1_reg[0](8), inst2_in1_reg[1](8)] -log10(p) = 0.924651 --> OKAY
@[inst2_Step2_inst_step2_ins_0_2_value(3)] ==> [inst2_Step1_reg[2](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3), inst2_Step1_reg[2](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2)] -log10(p) = 0.887815 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(3)] ==> [inst2_in1_reg[0](3), inst2_in1_reg[1](3), inst2_Step1_reg[0](3), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[0](2)] -log10(p) = 0.887815 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(2)] ==> [inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[0](2), inst2_in1_reg[0](1), inst2_in1_reg[1](1), inst2_Step1_reg[0](1)] -log10(p) = 1.90403 --> OKAY
@[inst2_Step2_inst_step2_ins_0_2_value(2)] ==> [inst2_Step1_reg[2](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[2](1), inst2_in1_reg[0](1), inst2_in1_reg[1](1)] -log10(p) = 1.90403 --> OKAY
@[inst2_Step1_ins_Step1[3](10)] ==> [t[0](10), r[1](10), c[0](10), t[0](9), r[1](9), c[0](9)] -log10(p) = 1.64809 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(3)] ==> [inst2_in1_reg[0](3), inst2_in1_reg[1](3), inst2_Step1_reg[0](3), inst2_in1_reg[0](2), inst2_in1_reg[1](2), inst2_Step1_reg[0](2)] -log10(p) = 1.09188 --> OKAY
@[inst2_Step2_inst_step2_ins_0_2_value(3)] ==> [inst2_Step1_reg[2](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3), inst2_Step1_reg[2](2), inst2_in1_reg[0](2), inst2_in1_reg[1](2)] -log10(p) = 1.09188 --> OKAY
@[inst2_Step2_inst_step2_ins_0_1_value(4)] ==> [inst2_Step1_reg[1](4), inst2_in1_reg[0](4), inst2_in1_reg[1](4), inst2_Step1_reg[1](3), inst2_in1_reg[0](3), inst2_in1_reg[1](3)] -log10(p) = 1.07966 --> OKAY
@[inst2_Step2_inst_step2_ins_0_0_value(10)] ==> [inst2_in1_reg[0](10), inst2_in1_reg[1](10), inst2_Step1_reg[0](10), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[0](9)] -log10(p) = 1.04865 --> OKAY
@[inst1_out0_mid_0_(2)] ==> [inst1_out0_mid_0_(2), inst1_out0_mid_0_(1)] -log10(p) = 1.03262 --> OKAY
@[inst2_Step1_ins_Step1[0](7)] ==> [t[0](7), r[1](7), c[0](7), t[0](6), r[1](6), c[0](6)] -log10(p) = 0.889973 --> OKAY
@[inst2_Step2_inst_step2_ins_0_2_value(9)] ==> [inst2_Step1_reg[2](9), inst2_in1_reg[0](9), inst2_in1_reg[1](9), inst2_Step1_reg[2](8), inst2_in1_reg[0](8), inst2_in1_reg[1](8)] -log10(p) = 0.80146 --> OKAY
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