relay on 127.0.0.1:44089; both ports pre-set to control $00 [A] >>> warp on (C:$ee5a) (C:$ee5a) [B] >>> warp on (C:$eea9) (C:$eea9) [A] >>> break 0800 BREAK: 1 C:$0800 (Stop on exec) (C:$ee5a) [A] loading under warp ... [A] #1 (Stop on exec 0800) 173/$0ad, 36/$24 .C:0800 4C 6C 0A JMP $0A6C - A:F2 X:00 Y:02 SP:fe NV-B...C 73229166 (C:$0800) [A] >>> del Deleting all checkpoints (C:$0800) [A] >>> resourceset "WarpMode" "0" Unknown resource "WarpMode". (C:$0800) [A] >>> resourceset "Warp" "0" Unknown resource "Warp". (C:$0800) [A] >>> resourceset "WarpModeEnabled" "0" Unknown resource "WarpModeEnabled". (C:$0800) [B] >>> break 0800 BREAK: 1 C:$0800 (Stop on exec) (C:$eea9) [B] loading under warp ... [B] #1 (Stop on exec 0800) 15/$00f, 55/$37 .C:0800 4C 6C 0A JMP $0A6C - A:C7 X:00 Y:02 SP:fe NV-B...C 73218915 (C:$0800) [B] >>> del Deleting all checkpoints (C:$0800) [B] >>> resourceset "WarpMode" "0" Unknown resource "WarpMode". (C:$0800) [B] >>> resourceset "Warp" "0" Unknown resource "Warp". (C:$0800) [B] >>> resourceset "WarpModeEnabled" "0" Unknown resource "WarpModeEnabled". (C:$0800) [A] >>> warp off (C:$c504) [A] >>> warp Warp mode is off. (C:$c504) [A] Warp mode is off. (C:$c504) [B] >>> warp off (C:$666d) [B] >>> warp Warp mode is off. (C:$666d) [B] Warp mode is off. (C:$666d) [A] >>> m 91d5 91d5 (C:$4dac) [A] >>> m 91d5 91d5 >C:91d5 01 . (C:$91d6) >C:91d5 01 . (C:$91d6) [A] menu row = 1 [A] >>> m 91d5 91d5 (C:$c86d) [A] >>> m 91d5 91d5 >C:91d5 00 . (C:$91d6) [A] menu row = 0 [B] >>> m 91d5 91d5 (C:$59ba) >C:91d5 01 [B] menu row = 1 [B] >>> m 91d5 91d5 (C:$c50b) >C:91d5 00 [B] menu row = 0 [A] >>> m e000 e00f >C:e000 4c 43 e0 4c 60 e0 4c 75 e0 4c 77 e0 4c 77 e0 60 LC.L`.Lu.Lw.Lw.` (C:$e010) [A] waiting for the module: $E000 = 4C 43 E0 4C 60 E0 4C 75 E0 4C 77 E0 4C 77 E0 60 [A] >>> m e000 e00f >C:e000 4c 43 e0 4c 60 e0 4c 75 e0 4c 77 e0 4c 77 e0 60 LC.L`.Lu.Lw.Lw.` (C:$e010) [A] waiting for the module: $E000 = 4C 43 E0 4C 60 E0 4C 75 E0 4C 77 E0 4C 77 E0 60 [A] >>> m e000 e00f >C:e000 4c 11 e1 4c 9a e2 4c a9 e0 4c f6 e0 4c cb e3 60 L..L..L..L..L..` (C:$e010) [A] the module is resident: the $E000 jump table matches [B] >>> m e000 e00f >C:e000 4c 11 e1 4c 9a e2 4c a9 e0 4c f6 e0 4c cb e3 60 L..L..L..L..L..` (C:$e010) [B] the module is resident: the $E000 jump table matches [A] >>> m de03 de03 >C:de03 00 . (C:$de04) [A] >>> m de02 de02 >C:de02 00 . (C:$de03) [A] >>> m e055 e055 >C:e055 15 . (C:$e056) [A] >>> m e056 e056 >C:e056 50 P (C:$e057) [A] >>> m e726 e726 >C:e726 00 . (C:$e727) [A] >>> m e5bf e5bf >C:e5bf 00 . (C:$e5c0) [A] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [A] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [A] at the A/O prompt, before the preset: control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 shadow=$00 nmiState=$00 [A] control $00 = 8N1, external clock, rate bits $0 = unknown baud on a SwiftLink [A] >>> > de03 00 (C:$fd68) [A] >>> m de03 de03 >C:de03 00 . (C:$de04) [A] >>> m de02 de02 >C:de02 00 . (C:$de03) [A] >>> m e055 e055 >C:e055 15 . (C:$e056) [A] >>> m e056 e056 >C:e056 50 P (C:$e057) [A] >>> m e726 e726 >C:e726 00 . (C:$e727) [A] >>> m e5bf e5bf >C:e5bf 00 . (C:$e5c0) [A] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [A] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [A] after the preset was written: control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 shadow=$00 nmiState=$00 [A] control $00 = 8N1, external clock, rate bits $0 = unknown baud on a SwiftLink [B] >>> m de03 de03 >C:de03 00 . (C:$de04) [B] >>> m de02 de02 >C:de02 00 . (C:$de03) [B] >>> m e055 e055 >C:e055 15 . (C:$e056) [B] >>> m e056 e056 >C:e056 50 P (C:$e057) [B] >>> m e726 e726 >C:e726 00 . (C:$e727) [B] >>> m e5bf e5bf >C:e5bf 00 . (C:$e5c0) [B] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [B] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [B] at the A/O prompt, before the preset: control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 shadow=$00 nmiState=$00 [B] control $00 = 8N1, external clock, rate bits $0 = unknown baud on a SwiftLink [B] >>> > de03 00 (C:$c510) [B] >>> m de03 de03 >C:de03 00 . (C:$de04) [B] >>> m de02 de02 >C:de02 00 . (C:$de03) [B] >>> m e055 e055 >C:e055 15 . (C:$e056) [B] >>> m e056 e056 >C:e056 50 P (C:$e057) [B] >>> m e726 e726 >C:e726 00 . (C:$e727) [B] >>> m e5bf e5bf >C:e5bf 00 . (C:$e5c0) [B] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [B] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [B] after the preset was written: control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 shadow=$00 nmiState=$00 [B] control $00 = 8N1, external clock, rate bits $0 = unknown baud on a SwiftLink [A] >>> screenshot "/home/scott/claude/modemwars/swiftlink/shots/apap0001preset.png" 2 (C:$c4d9) [A] shot /home/scott/claude/modemwars/swiftlink/shots/apap0001preset.png [A] >>> m e5be e5be (C:$0950) [A] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [A] >>> m e5be e5be (C:$0953) >C:e5be 00 [A] >>> m e5be e5be (C:$1bdc) >C:e5be 00 [relay] connection 1 [A] >>> m e5be e5be (C:$6637) [A] >>> m e5be e5be >C:e5be 09 . (C:$e5bf) >C:e5be 09 [A] link opened after 4 attempt(s), command register = $09 [B] >>> m e5be e5be (C:$0974) [B] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [B] >>> m e5be e5be (C:$c634) [B] >>> m e5be e5be >C:e5be 00 . (C:$e5bf) [B] >>> m e5be e5be (C:$0e76) >C:e5be 00 [relay] connection 2 [B] >>> m e5be e5be (C:$c8ee) [B] >>> m e5be e5be >C:e5be 09 . (C:$e5bf) >C:e5be 09 . (C:$e5bf) [B] link opened after 4 attempt(s), command register = $09 [A] >>> m de03 de03 >C:de03 15 . (C:$de04) [A] >>> m de02 de02 >C:de02 05 . (C:$de03) [A] >>> m e055 e055 >C:e055 15 . (C:$e056) [A] >>> m e056 e056 >C:e056 15 . (C:$e057) [A] >>> m e726 e726 >C:e726 15 . (C:$e727) [A] >>> m e5bf e5bf >C:e5bf de . (C:$e5c0) [A] >>> m e5be e5be >C:e5be 05 . (C:$e5bf) [A] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [A] after the link was opened: control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE shadow=$05 nmiState=$00 [A] control $15 = 8N1, internal baud generator, rate bits $5 = 300 baud on a SwiftLink [B] >>> m de03 de03 >C:de03 15 . (C:$de04) [B] >>> m de02 de02 >C:de02 05 . (C:$de03) [B] >>> m e055 e055 >C:e055 15 . (C:$e056) [B] >>> m e056 e056 >C:e056 15 . (C:$e057) [B] >>> m e726 e726 >C:e726 15 . (C:$e727) [B] >>> m e5bf e5bf >C:e5bf de . (C:$e5c0) [B] >>> m e5be e5be >C:e5be 05 . (C:$e5bf) [B] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [B] after the link was opened: control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE shadow=$05 nmiState=$00 [B] control $15 = 8N1, internal baud generator, rate bits $5 = 300 baud on a SwiftLink [A] >>> m e040 e040 >C:e040 02 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 2, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} [A] >>> m e040 e040 >C:e040 03 . (C:$e041) [B] >>> m e040 e040 >C:e040 02 . (C:$e041) phases: {'A': 3, 'B': 2} both in the packet phase: False ({'A': 3, 'B': 2}) [A] >>> m de03 de03 >C:de03 15 . (C:$de04) [A] >>> m de02 de02 >C:de02 05 . (C:$de03) [A] >>> m e055 e055 >C:e055 15 . (C:$e056) [A] >>> m e056 e056 >C:e056 15 . (C:$e057) [A] >>> m e726 e726 >C:e726 15 . (C:$e727) [A] >>> m e5bf e5bf >C:e5bf de . (C:$e5c0) [A] >>> m e5be e5be >C:e5be 05 . (C:$e5bf) [A] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [A] in the packet phase: control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE shadow=$05 nmiState=$00 [A] control $15 = 8N1, internal baud generator, rate bits $5 = 300 baud on a SwiftLink [B] >>> m de03 de03 >C:de03 15 . (C:$de04) [B] >>> m de02 de02 >C:de02 05 . (C:$de03) [B] >>> m e055 e055 >C:e055 15 . (C:$e056) [B] >>> m e056 e056 >C:e056 15 . (C:$e057) [B] >>> m e726 e726 >C:e726 15 . (C:$e727) [B] >>> m e5bf e5bf >C:e5bf de . (C:$e5c0) [B] >>> m e5be e5be >C:e5be 05 . (C:$e5bf) [B] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [B] in the packet phase: control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE shadow=$05 nmiState=$00 [B] control $15 = 8N1, internal baud generator, rate bits $5 = 300 baud on a SwiftLink [A] >>> screenshot "/home/scott/claude/modemwars/swiftlink/shots/apap0002linked.png" 2 (C:$11b1) [A] shot /home/scott/claude/modemwars/swiftlink/shots/apap0002linked.png [B] >>> screenshot "/home/scott/claude/modemwars/swiftlink/shots/apap0002linkedB.png" 2 (C:$1194) [B] shot /home/scott/claude/modemwars/swiftlink/shots/apap0002linkedB.png [A] >>> stopwatch Stopwatch: 386877729 (C:$1283) [B] >>> stopwatch Stopwatch: 321660302 (C:$e006) [A] >>> stopwatch Stopwatch: 464471930 (C:$1301) [B] >>> stopwatch Stopwatch: 398946796 (C:$12a4) === window 'adopt $00': 75.16 s wall === [A] 77594201 emulated cycles = 75.87 emulated seconds = 100.9% of real time [B] 77286494 emulated cycles = 75.57 emulated seconds = 100.5% of real time conn0 -> peer: 769 bytes in 75.16 s = 10.23 bytes/s = 102 bit/s of 8N1 line time; wire: {'bytes': 769, 'zeroRuns8': 1, 'longestZeroRun': 10, 'leadBytes55': 286} conn1 -> peer: 768 bytes in 75.16 s = 10.22 bytes/s = 102 bit/s of 8N1 line time; wire: {'bytes': 768, 'zeroRuns8': 0, 'longestZeroRun': 1, 'leadBytes55': 281} conn0 per second: min 7.9, max 30.0, seconds carrying nothing: 0 of 74 conn1 per second: min 6.9, max 30.0, seconds carrying nothing: 0 of 74 [A] >>> m de03 de03 >C:de03 15 . (C:$de04) [A] >>> m de02 de02 >C:de02 09 . (C:$de03) [A] >>> m e055 e055 >C:e055 15 . (C:$e056) [A] >>> m e056 e056 >C:e056 15 . (C:$e057) [A] >>> m e726 e726 >C:e726 15 . (C:$e727) [A] >>> m e5bf e5bf >C:e5bf de . (C:$e5c0) [A] >>> m e5be e5be >C:e5be 09 . (C:$e5bf) [A] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [A] at the end of the window: control=$15 command=$09 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE shadow=$09 nmiState=$00 [A] control $15 = 8N1, internal baud generator, rate bits $5 = 300 baud on a SwiftLink [B] >>> m de03 de03 >C:de03 15 . (C:$de04) [B] >>> m de02 de02 >C:de02 05 . (C:$de03) [B] >>> m e055 e055 >C:e055 15 . (C:$e056) [B] >>> m e056 e056 >C:e056 15 . (C:$e057) [B] >>> m e726 e726 >C:e726 15 . (C:$e727) [B] >>> m e5bf e5bf >C:e5bf de . (C:$e5c0) [B] >>> m e5be e5be >C:e5be 05 . (C:$e5bf) [B] >>> m e5bd e5bd >C:e5bd 00 . (C:$e5be) [B] at the end of the window: control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE shadow=$05 nmiState=$00 [B] control $15 = 8N1, internal baud generator, rate bits $5 = 300 baud on a SwiftLink ---- uartRxCount $E42D sampled repeatedly ---- [A] >>> m e42d e42f >C:e42d 00 0b 0b ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 01 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 88 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 00] [A] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 03 03 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 01 . (C:$e415) [ring 00] [B] uartRxCount=0 uartTxCount=1 phase=3 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 06 06 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 90 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 01] [A] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 02 02 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 00 90 00 09 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 01] [B] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$00 cmd=$09 [A] >>> m e42d e42f >C:e42d 00 02 02 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 02] [A] uartRxCount=0 uartTxCount=0 phase=3 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 01 02 01 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 00 90 00 09 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 02] [B] uartRxCount=1 uartTxCount=0 phase=3 active=$01 err=0 tx=$00 cmd=$09 [A] >>> m e42d e42f >C:e42d 00 11 11 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 90 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 03] [A] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 13 13 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 00 98 00 09 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 03] [B] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$00 cmd=$09 [A] >>> m e42d e42f >C:e42d 00 0c 0c ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 03 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 00 98 00 09 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 04] [A] uartRxCount=0 uartTxCount=0 phase=3 active=$01 err=0 tx=$00 cmd=$09 [B] >>> m e42d e42f >C:e42d 00 01 01 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 01 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 04] [B] uartRxCount=0 uartTxCount=0 phase=3 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 08 08 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 90 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 05] [A] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 01 01 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 01 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 05] [B] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 02 02 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 02 . (C:$e415) [ring 06] [A] uartRxCount=0 uartTxCount=2 phase=3 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 0b 0b ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 90 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 06] [B] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 00 00 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 00 90 00 09 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 07] [A] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$00 cmd=$09 [B] >>> m e42d e42f >C:e42d 00 00 00 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 06 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 03 . (C:$e415) [ring 07] [B] uartRxCount=0 uartTxCount=3 phase=3 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 13 13 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 98 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 02 . (C:$e415) [ring 08] [A] uartRxCount=0 uartTxCount=2 phase=3 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 01 01 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 01 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 90 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 02 . (C:$e415) [ring 08] [B] uartRxCount=0 uartTxCount=2 phase=3 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 13 13 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 01 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 98 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 02 . (C:$e415) [ring 09] [A] uartRxCount=0 uartTxCount=2 phase=3 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 00 02 02 ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 03 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 01 . (C:$e415) [ring 09] [B] uartRxCount=0 uartTxCount=1 phase=3 active=$01 err=0 tx=$01 cmd=$05 [A] >>> m e42d e42f >C:e42d 00 0f 0f ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 01 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 01 88 00 05 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 10] [A] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [B] >>> m e42d e42f >C:e42d 01 0b 0a ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 00 90 00 09 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 10] [B] uartRxCount=1 uartTxCount=0 phase=3 active=$01 err=0 tx=$00 cmd=$09 [A] >>> m e42d e42f >C:e42d 00 12 12 ... (C:$e430) [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [A] >>> m e5bb e5be >C:e5bb 00 98 00 09 .... (C:$e5bf) [A] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 11] [A] uartRxCount=0 uartTxCount=0 phase=3 active=$01 err=0 tx=$00 cmd=$09 [B] >>> m e42d e42f >C:e42d 00 0e 0e ... (C:$e430) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 01 ff 00 ............. (C:$e048) [B] >>> m e5bb e5be >C:e5bb 01 90 00 05 .... (C:$e5bf) [B] >>> m e414 e414 >C:e414 00 . (C:$e415) [ring 11] [B] uartRxCount=0 uartTxCount=0 phase=2 active=$01 err=0 tx=$01 cmd=$05 [A] uartRxCount over 12 samples: min 0, max 0, mean 0.0, at the 20-byte limit 0 times; connectionPhase values seen [2, 3] [B] uartRxCount over 12 samples: min 0, max 1, mean 0.2, at the 20-byte limit 0 times; connectionPhase values seen [2, 3] [A] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 02 00 00 00 02 05 ff 00 ............. (C:$e048) [A] >>> m e0a5 e0a5 >C:e0a5 00 . (C:$e0a6) [A] >>> m e055 e056 >C:e055 15 15 .. (C:$e057) [A] >>> m e5bb e5be >C:e5bb 00 98 00 09 .... (C:$e5bf) [A] >>> m de00 de03 >C:de00 00 10 09 15 .... (C:$de04) [A] >>> m eab7 eab7 >C:eab7 09 . (C:$eab8) [A] >>> m 0b7d 0b7d >C:0b7d 00 . (C:$0b7e) [B] >>> m e03b e047 >C:e03b 01 f8 f8 00 00 03 00 00 00 02 02 ff 00 ............. (C:$e048) [B] >>> m e0a5 e0a5 >C:e0a5 02 . (C:$e0a6) [B] >>> m e055 e056 >C:e055 15 15 .. (C:$e057) [B] >>> m e5bb e5be >C:e5bb 01 00 00 05 .... (C:$e5bf) [B] >>> m de00 de03 >C:de00 55 00 05 15 U... (C:$de04) [B] >>> m eab7 eab7 >C:eab7 04 . (C:$eab8) [B] >>> m 0b7d 0b7d >C:0b7d 00 . (C:$0b7e) [A] phase=2 isLinkActive=1 linkErrorCount=0 linkStatus=$F8 baudIndex=21 $DE03=$15 $DE01=$10 $DE02=$09 bitPeriodLo=$15 statusSave=$98 cmdShadow=$09 txCharActive=$00 uartPending=$00 syncRound=$09 lastHotkey=$FF lockout=0 [B] phase=3 isLinkActive=1 linkErrorCount=0 linkStatus=$F8 baudIndex=21 $DE03=$15 $DE01=$00 $DE02=$05 bitPeriodLo=$15 statusSave=$00 cmdShadow=$05 txCharActive=$01 uartPending=$02 syncRound=$04 lastHotkey=$FF lockout=0 [A] >>> screenshot "/home/scott/claude/modemwars/swiftlink/shots/apap0003end.png" 2 (C:$1344) [A] shot /home/scott/claude/modemwars/swiftlink/shots/apap0003end.png [B] >>> screenshot "/home/scott/claude/modemwars/swiftlink/shots/apap0003endB.png" 2 (C:$1339) [B] shot /home/scott/claude/modemwars/swiftlink/shots/apap0003endB.png ================ SUMMARY ================ preset control $00 [A] atPrompt control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 [A] preset control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 [A] opened control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE [A] phase3 control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE [A] afterWindow control=$15 command=$09 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE [B] atPrompt control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 [B] preset control=$00 command=$00 baudIndex=$15 live=$50 adoptSlot=$00 latch=$00 [B] opened control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE [B] phase3 control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE [B] afterWindow control=$15 command=$05 baudIndex=$15 live=$15 adoptSlot=$15 latch=$DE window 75.16 s wall; speeds {'A': 100.9, 'B': 100.5} conn0 769 bytes = 10.23 B/s; wire {'bytes': 769, 'zeroRuns8': 1, 'longestZeroRun': 10, 'leadBytes55': 286} conn1 768 bytes = 10.22 B/s; wire {'bytes': 768, 'zeroRuns8': 0, 'longestZeroRun': 1, 'leadBytes55': 281} seconds carrying nothing: {'conn0': 0, 'conn1': 0} both reached phase 3: False ({'A': 3, 'B': 2}) [relay] conn0 total 6323 bytes [relay] conn1 total 6349 bytes