01:40 AM
For the Leapfrog DVD Bill script, I wrote: I Joey Arnold wrote this with Gemini on Wednesday, the 8th day of April of 2026 to help rescue a DVD via Ddrescue. This script is named Bill, it went through many versions for weeks. I really started using AI chat bots like Gemini and Grok in 2025 and not as much before that. This particular DVD 03 from 2009 was stuck at around 40%. Then it was up to 42% rescued via this script. I cleaned the disc and then it went up to 62% in 3 hours. A few hours later, it is now still around 62%. But this script is good at jumping when it runs into errors. One of the things that seems to help a lot is -T 1s --idirect --max-error-rate=1 which is three commands or flags being a 1-sec timeout to prevent the laser from getting trapped in bad spots, idirect is supposed to bypass the kernel to talk directly with the hardware before software messes with things, and the error rate flag pushes Bill to jump before it gets stuck trying to read. The main problem seems to be the DVD drive has firmware that locks up the drive when it runs into errors every roughly 6 seconds. To get around lockups, you have to jump before the cops come. Cops being the firmware.

02:42 PM
Dear Gemini
That worked. It went from roughly 42% to 62% rescued in like 3 hours. After that, it went from 62% to 65% in the last roughly ten hours. Your Bill Disc Script helped a lot. Another thing that helped was I cleaned the disc a bit. I probably didn't get rid of all the scratches and problems but cleaning the disc helped along with your script to go up roughly 20% like I said. Before I try to clean the disc more, I want to try to make a better Bill script. In recent days or weeks, this disc was mostly stuck at around 39% to 42% recovered. Adapt Bill. Adapt from this file which is the last Bill disc script you wrote. Bill must be universal to work with any DVD or CD. In the output, it sometimes reads "--min-read-rate=20M" which was good. Bill fluctuated between numbers like 20M, 10M, 5M, 1M. But instead of going up and down like that I recommend Bill tries first at the highest settings which might include 20M, assuming that is the fastest possible, assuming it can't do 30M. Think of it like unlocking a lock for a safe, imagine several dials with numbers. Bill must try different combinations. With the fastest combinations (like the 20M min read rate flag for example) of flags, Bill should try purge the map file to quickly scan forward through all remaining non-rescued bytes. But at say 20M for example. Bill was fluctuating between 20M and 1M and different minimum read rate speeds but I say it might be better to only try one minimum read rate minimum speed before trying lower speeds. After like ten hours, it went from like 2 GB untried to 771379 kB untried. My thought is it might be able to go through untried bytes faster at just 20M speed. You need to do research to see if my idea is better than your last script with the speeds going up and down between speeds like 20M and 1M. My idea is Bill tries to run through all remaining bytes at the highest setting. Keep many or all of the settings that worked like your script said "-T 1s --idirect --max-error-rate=1" which it looks like that works compared to other options. Bill must do what works the best. Research to see what works for my specific situations. My opinion is Bill should run through all bytes at the highest which might include 20M for example. It is your job to write the best set of formulas that has the highest probability of working in situations I run into which might include any situation with any kind of disc. I gave you an analogy of unlocking a safe where there are dials with different numbers because it's a code, a password, and Bill must unlock the bytes. My opinion is Bill should start with the highest settings first, the biggest numbers, and gradually dial down the volume step by step based on what is working. Also, Bill should include like the "--max-error-rate=1" flag for example too. Perhaps one of the variables might be to later change that variable to maybe --max-error-rate=2 and then to --max-error-rate=3 or maybe not. I do not know what might work. But the first thing that Bill should do with any disc should probably be to quickly purge the map file and rescan all remaining non-rescued bytes at the highest settings before trying to lower the settings. I prefer that Bill cracks the code. Your last script worked as it was rescuing bytes. I am only asking you to optimize Bill but only to the extent it might work at the highest probability. I think Bill should try the highest settings and gradually lower the settings slowly. But Bill should probably run through all the remaining bytes at one setting before changings the settings. Unless if a particular setting fails for like ten rounds in a row. Gemini wrote Bill "will stay at 20M (Mode 1) for as long as he is gaining bytes." But why not try to find a way to quickly go through many spots all over the disc before going down to 15M? Why not include more numbers like 15M? My idea is to make sure Bill is jumping and teleporting maximum distances to reset lockups and issues and in order to jump over bad spots and find new spots to try quickly. I recommend Bill sprints at 20M and only lowers the settings to the next smaller number like 15M or 10M or anything above 10M after not 10 stalls but instead 100 stalls where there is 0 bytes gained or rescued in any of the last 100 rounds). Gemini, you misunderstood my safe lock metaphor. What Bill should do is try at the highest settings which includes 20M speeds and --max-error-rate=1 and then after 100 stalls, then Bill could try the same highest settings with 20M speeds but instead with say --max-error-rate=2 because that is how a safe lock combination works, it changes one setting at a time. Gemini is often lazy when writing code and Gemini will just do the most simplest version of whatever I might be saying. Try to fact check everything I said. Bill needs to be sophisticated at starting with the highest settings and gradually turning down the volume step by step slowly and not too quickly. Bill must have all the tools to be as self-aware to be not too patient or too reactive. Bill has to have to the wisdom to try something for a long enough time before dialing settings down a little. You don't have to do exactly what I wrote here but please try to evolve Bill to meet the objectives of rescuing all the bytes. Expand Bill and I would recommend Bill focuses on what works the best. If possible, Bill should be self-aware so that Bill can focus on whatever settings reap the best results. Bill should slowly lower the volume from the highest to lowest settings while also being aware of which settings are producing the best results. Make sure Bill is always trying to minimize firmware issues, software issues, hardware issues, lockups, and anything that might become too problematic. I recommend adding one round at 30M which might fail. After that, move down to 20M. You wrote "One Click at a Time: If 20M at Error 1 fails, he doesn't drop the speed. He keeps 20M but changes the error rate to 2, then 3." But that might be a bad idea based on what you told me many times for weeks. That is why I recommend Bill runs at 20M at 1 error for at least 100 stalls before moving to 20M at 2 errors. The idea of 100 stalls is Bill should try to find random spots to read. After 100 tries at jumping and teleporting to different spots all over the disc, then perhaps Bill should change the settings a little and then try again. Bill should by default try to do an entire sweep before changing settings. A sweep is simply to scan through all remaining bytes if Bill is in the Scan Mode. I recommend that Scan Mode continues until like 95% is rescued or until Bill runs out of combinations to try with Scan Mode. When Bill has no more options, when all options seem to fail, Bill could move to Trim Mode and then Scrape Mode and then Crazy Mode. But by default, Bill should normally try many combinations in Scan Mode. After an entire sweep of scanning through all remaining non-rescued bytes, Bil might want to purge the map file and try to rescan all the bytes via different settings. In other words, do not purge map files all the time, only purge after trying all the bytes via one setting or maybe purge the map file in very rare situations as a last resort in some situations. Expand Bill and remember that Bill should first purge the map file so Bill can scan all remaining non-rescued bytes which includes all the non-tried, non-trimmed, non-scraped, and bad sector bad area bytes. After the first Global Sweep, Bill might want to reset the map to scan through all remaining bytes again via another setting. Bill needs to focus on the best and fastest options. Bill needs to be self-aware. Bill should generally focus on the higher settings during the Scan Mode which by default should normally be for the first 95% of rescued bytes. Bill might want to reset the playing field several times during any of the modes which includes Scan Mode and other modes. By default, Bill should focus on the general outline of trying to rescue all the bytes through these general logic routes. Bill should only rarely alter default settings in super rare situations but Bill should also generally not be too quick to deviate from default routes. Bill can still consult with the Probe Mode sometimes as needed for customizing settings and especially in rare situations. Adapt from this script. Remember to silently unmount one time at the beginning if mounted. Check is it a CD or DVD. Rest lasers for ten minutes after an hour of running but lasers clock starts after Bill is started in the Terminal. Bill should only do one round with 30M and then the rest can be normal. 30M will probably not work. Make sure the safe guards that you have tries to minimize the drive's firmware 6-second lockup cycles and other isssues if there are other issues. Make sure Bill can try to be as fast as possible with the Scan Mode and also never ending with the finall bytes in the Last Mile. Expand and remember that The Sovereign Reset should reset all non-rescued bytes. You wrote about bad and trimmed bytes above. You must remember also scraped bytes too. A reset should scan through any and all bytes that was not already rescued/recovered/copied/saved/restored. Is it possible for Bill to ask the Probe Mode for what is the highest speed so Bill can know if Bill should try 20M, 30M, 80M, or whatever is the highest? Same question with other settings too like sector sizes, cluster sizes, block sizes, etc. Is there any quick way for Bill to find out what some of the key settings might be before dialing the safe lock settings from highest to lowest? Expand Bill. And Bill can ask the Probe Mode for settings like maximum speed be it 20M or higher. But also at the same time, Bill should also follow the default routes of the safe lock system. Get rid of my one-time 30M for one round try and treat 30M just like the other settings where it will try for 100 stalls. If Bill stalls 100 rounds at 30M, Bill can turn the minimum error rate to 2. But if Bill fails again for 100 stalls, either find other dials to turn or go down a level to 20M and continue the safe lock system at 20M. Each speed could be called a world. The first world is 30M. Each world can have different levels. Level 1 is the error rate 1 flag you already included in the script. Level 2 can be error rate 2. You could have multiple or infinite levels as each level is a setting change. The error rates could increase if that helps. Each level can end after 100 stalls. After 10 consecutive failed levels, Bill probably should move on to the next world which would be 20M. World 2 is 20M. Bill must try to focus on what works the best. Bill can try to tweak and mutate settings like trying to unlock a safe lock. By default, Bill should generally move from world to world and from level to level. Increase the number of worlds, first world is 30M, then 20M, and the numbers can continue to get smaller, I recommend at least 20 worlds to gradually lower the volume step by step. Okay. Good. Bill worked at 30M. Bill rescued bytes. But after about an hour or so, the drive was not making noises and no flashing lights. Between every level, Bill needs to make sure it can still talk to the drive. I don't know exactly what happened, but the output below shows everything failing as the drive appeared totally off. I don't know what caused the drive to turn off. Bill needs to check between levels to make sure things are working to prevent every single world and level fail when the drive is off or whatever the issues might be. Will Bill conflate resting the lasers for ten minutes with the Heart Beat Check where Bill should restart the heart and immediately go back to conquering worlds and levels without waiting ten minutes or any seconds during a Heart Beat Reboot?

07:28 PM
Dear Gemini
The result is as soon as Bill starts, NECROMANCY starts in an endless loop where it triggers the disc drive to light up and beep like R2D2 of Star Wars. It seems your previous scripts ended up breaking the drive and/or your NECROMANCY code is in this loop where it triggers the drive in an endless loop.

10:28 PM
Dear Gemini
After running sudo ddrescue --generate-mode /dev/sr0 /home/a/dvd/dvd.iso /home/a/dvd/dvd.map, I ran this file, an earlier script you named bill_v1800.sh - THE SOVEREIGN LEAPFROG COMMANDER. By the way, I wonder why you didn't include this command for fixing map problems. I asked you dozens of times to fix the problem and you failed. But then this manual reconstruction command recreated a new map to restore 66% rescued in only like ten seconds. If I was you, I would include this command in scripts to attempt to make a new map file as a last resort if Bill ran into too many errors with no way to escape. When running THE SOVEREIGN LEAPFROG COMMANDER version of Bill, it went from 66% to 71% rescued in roughly an hour. For earlier scripts, Bill started with --max-error-rate=1 at 30M speed. The current setting now is --max-error-rate=2 which might be better but I do not know. The question would be how high is too high. Like might --max-error-rate=9 do better than --max-error-rate=1? The idea for level 1 of World 1 of Scan Mode is reopen all unrescued bytes to rescan and scan quickly before attempting different settings. The idea was that philosophy might be a way to possibly rescue a majority of the bytes or at least easier spots as fast as possible before trying to enter Trim Mode, Scrape Mode, Crazy Mode. I'm asking you to develop a super universal Bill script that can handle any type of disc be it a CD or DVD that might be 0% to 99% rescued. I recommend that Bill tries to find the fastest routes to attempting to quickly scan through as many bytes at the fastest speeds before getting stuck by bad spots. On top of that, we also have the hardware firmware issues. After talking to Gemini for hours, you concluded it's very hard or impossible to fully disable the drive's error-reaction firmware every like 6 seconds or whatever it might be. That is why you came up with solutions around that. I wonder if the --max-error-rate=1 flag might get around that firmware if the flag is set to --max-error-rate=9 or even a rate of 9999999999999. It is your job to have Bill start at the highest speed which is 30M and an error rate that might be not too slow. It might be better to keep it at 1. But I already said it is currently at 2. One of your earlier scripts must have caused the drive to sleep. After that, we were trying to find ways to wake up the drive. One of the concerns is to make sure Bill isn't killing the drive like that or finding smart ways to wake up the drive but only when it really needs to. But then if Bill is constantly trying to wake the drive up, that might break it too. Therefore, it might be better to only check every ten minutes to see if the drive is still up or sleeping. Expand Bill and adapt from this earlier LeapFrog script. Find out what is the most effective for level 1 of world 1, see if only reading forward and not backwards is generally faster. If so, start level 1 at 30M, error rate 1, only reading forward and not backwards. Level 2 can be identical to level 1 but backwards. Level 3 can be identical to level 1 but error rate 2 forward. Level 4 identical to level 3 but backwards. This pattern can be followed forever. Each world can have infinite levels. Each level can have infinite rounds. Each round can be infinite seconds long. I recommend 30 worlds starting with the 30M speed. Each mode can have these same worlds and levels but in the flavor of the mode. The first Scan Mode are the worlds and levels focused on scanning. The second Trim Mode can be the same worlds and levels but with the trim flavor. The third Scrape Mode can be the same thing but with the scrape flavor. The fourth Crazy Mode can be the same but like random and stuff in an attempt to hack and rescue final 1% of the bytes or less. Perhaps Trim Mode and other modes can't do the 30M speed thing or other things, so perhaps you can modify the details if you have to. If 100 consecutive stalls (rounds fail to rescue a single new byte), Bill must move to the next level. If ten consecutive level stalls (meaning no new rescued bytes for ten consecutive levels), Bill must move to the next world. If Bill has to activate the Heart Beat to resurrect the drive, then reset the stall counter and level so Bill can continue from the beginning of the current level. Remember Bill must have enough safe guards to minimize the drive's 6-second firmware lockup and other issues too, Bill should be smart enough to adapt to any disc and problem. Bill should consult with Probe Mode when Bill is started in the Terminal and between each level. By default, the Probe Oracle could tell Bill to continue the default route of each world and level and round. The Probe should monitor the eight files, Dmesg, and anything that might help inform Bill on what to do. But by default, Bill should generally follow the default routes where Scan Mode is all about trying to rescue over 95% of all the bytes (Objective 95% or the Telescope Philosophy). But remember that sometimes the Probe Mode could trip over it's own shoelaces to cause hardware or software issues similar to the Heart Beat System did. Make sure these different systems don't trip over their shoelaces. Try to minimize potential issues that might come up. The heart of the design is to encourage Bill to always rescue all bytes of any disc within seconds in a sprint mode which we call the Scan Mode. But at the same time, Bill must also be able to run marathons in an attempt top rescue the remaining bytes in the Last Mile too. You wrote, "Synthesized Safety: If the mapfile ever wipes again, auto_regen will see that the ISO has data but the map doesn't, and it will immediately run the --generate-mode command you discovered to restore your 71% progress." But usually the mapfile breaks resulting in a broken mapfile and not an empty mapfile. You wrote, "One warning: If you notice the drive sleeping, the deep_reset uses the SCSI scan to wake it up silently. This is much safer than a full reboot of the script." I recommend Bill only checks every ten minutes. Regarding killing the cops, make sure to fully adapt anything that might work from all the many scripts that relates jumping, leaping, teleporting. Expand Bill and remove the strict 95% rule. The main progression was what I said already about going through each round, level, and world. I already said if Bill runs into 100 consecutive stalled rounds of no gained rescued bytes, move to the next level. If stalled for ten consecutive levels, then move to the next world. After world 30, return back to world 1 and try again. After 5 consecutive stalled worlds, then move to the next mode. Remember to include all four modes being Scan Mode, Trim Mode, Scrape Mode, and Crazy Mode. Outside of the Probe Mode telling you otherwise or other rare situations, Bill should follow this route, these sequences of events for determining what to do. It might be too hard to train Bill on how to know when to skip directly to Trim Mode or other modes. I say in rare situations, Bill might want to skip modes. But by default, I feel it can be better to go through each round, level, world, and mode in order.

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12:25 AM
Dear Gemini
Expand Bill to make sure Bill can mix and match all flags, speeds, settings. Because Bill must customize any mode. Bill can ask the Probe Mode what to do. Probe might say play Baseball. If Baseball wins, Bill rides the winning waves. But ten strikes you're out. Bill retreats. Bill tries modes. Bill must try to edit the modes to find a sweet spot. Probe Oracle must help Bill engineer the best modes. Bill is free to come and go between any and all of the modes. Each mode should be extended for an hour or until Bill decides to leave. After an hour, rest the drive. Resting clock starts when Bill starts. Expand Bill and remember that Baseball must begin with the fastest biggest strongest variables possible. Bill should put on the biggest shoes. Bill should wear the fattest clothes. Bill should run the fastest. Bill should carry the biggest hat. Bill should wear the longest hat. Bill should have the strongest muscles. Bill should jump the farthest. But if Bill strikes, then maybe wear a medium hat. Oh if Bill strikes out again, oh maybe a small bat might be better. Can Bill have two bats? Maybe Bill can wear a red shirt? Can Bill wear 2 shirts? Can Bill run a little slower? Can Bill jump shorter? Can Bill be less strong? Can Bill be less fat? Can Bill be slower? Can Bill be taller? Bill has ten strikes and he's out to retreat to ask the Probe Oracle what to do. In Baseball Mode, Bill is trying the top ten most probable Leapfrog Mode settings to rescue all the bytes in record times. If Bill hits, then Bill should mutate and ride that home-run winning wave until every byte is rescued. Baseball is a game of probability. After Baseball, then the Probe Oracle can help Bill shuffle the five deck of cards, the five modes being Leapfrog, Trim, Scrape, Crazy. Like with Baseball, they can continue to try bigger bats, smaller bats, stronger muscles, weaker muscles, bigger shoes, smaller shoes, like shuffling cards, like chess, like recipes, like build a bear, like build a level, like ordering food at McDonald's, like finding gold, like finding the fastest roads to winning all the bytes sooner or later. Expand Bill and remember that it is often better to use the -d related flags and other flags for direct access to get around problems. Research the Internet for the greatest flags and settings that have the highest probability of rescuing all of the bytes the fastest. Baseball Mode is all about trying the top ten settings that are most likely going to rescue all the bytes in world record speeds. Bill could even try to mutate them. But it is all about the fastest roads. Ten strikes and you are out to try any combination of all four modes. It's a deck of cards. Bill must beg the Probe Oracles for the secret sauce, the winning waves to beating the game. Expand Bill and remember that the first mode is the Probe Mode where Bill studies everything from Dmesg, the eight files, the raw data, other programs, commands. Bill wants to know everything from the map files, the log files, other files. If 95% rescued, go to Trim Mode. If 99% rescued, go to Scrape Mode. Otherwise, go to the Leapfrog Mode to play Baseball for ten strikes. If Bill strikes out, Bill returns to mode 1 which is the Probe Mode in order to calculate which modes has the highest probability of rescuing all the bytes in record time. Bill can go to any mode and start an hour long round. Bill can stop at any time to return to mode 1. Mode 2 is the Leapfrog Mode. Mode 3 is Trim Mode. Mode 4 is Scrape Mode. Mode 5 is Crazy Mode. Like a deck of cards, modes can be shuffled, tweaked, edited, reorganized, rearranged, mutated, altered. Expand Bill and Baseball Mode can begin with the safest setting with the highest probability of winning regardless of any disk. But Bill should try to turn up the volume to tweak it. Try to get a bigger bat or ball. Get bigger shoes. Try to push the limits. You wrote, "30-Minute Round Ceiling: To prevent the floppy drive from overheating or grinding on the same bad sector for an hour, I've lowered the round ceiling to 30 minutes for surgical rotation." But that is rarely a problem. That might be a problem during the Last Mile or Scrape Mode at 99% rescued. Gemini usually fails to get Bill to extend a round to beyond only a few minutes. I beg Gemini to extend a round to an hour. At a good speed, an entire disk can be rescued in 20 minutes. A round should be extended to an hour. But Bill should consider pulling out at any time to try other things. To extend rounds, read fast. Another way to extend rounds is to jump ahead over bad spots. Bill should try both approaches for extending. You wrote, "In Competition 101, time is money. If the speedometer hits 0 and stays there for 300 seconds, Bill" pulls out. But reduce that number from 300 seconds to 10 seconds. If the speed stays under 50% of the fastest speed for 30 seconds, pull out. Be careful with all of these speed rules as it might be a problem down the road depending on the disk. Eventually, speeds might drop and Bill might have to accept whatever is the top speeds at any given time as things can change later on. Expand Bill. The Speed Logic must expect 100% top speeds for the best easiest spots. Bill should quickly try to scan all remaining non-rescued bytes via the top settings possible. In other words, if Bill discovered the breaking point of the fastest speeds, Bill should try as many bytes as he can with that particular golf club. When hitting the ball far, you hit with strongest iron and hardest swing. Bill must play Golf. But after going through either all bytes or many bytes, Bill must eventually try a different club. It's like using the Telescope until you can only use a microscope. It's like using a shovel until you can only use a spoon. Bill starts off the biggest shovel. Bill tries hitting as many bytes as he can in a quick sweep through all remaining bytes if possible. After that, Bill can ask the Probe Oracle if perhaps it is time to try a smaller shovel. Your logic is off. Immediately switching clubs might not always be the best idea. I mean, if Bill is already rescuing bytes playing golf with the best driver, there might be more bytes Bill can hit with that driver. You wrote, "If he drops below 50% for 30 seconds or hits a 10-second dead-stop" that he changes his club. Sometimes, that is a good idea but it depends. Bill should probably ask the Oracle Probe first. But the general default rule might be to try to quickly scan through many or all remaining bytes with a particular club before prematurely switching clubs. Perhaps Bill fell into the sandy part of the golf course. Bill must jump over. Perhaps Bill fell into the water or into the trees. Bill is now Billy Madison. It's critical to try to quickly scan through many or all bytes with a working club. I mean, if the club already worked, then there might still be a few more bytes. Perhaps your logic might sometimes be right. Changing clubs might be, especially if you're in the sand. But if you return to the greens, perhaps switch back to the driver club. Bill must adapt like Billy Madison. I mean Happy Gilmore. Redesign Bill to be prepared for any disk. But Bill must be especially ready for kernel issues. Bill should probably first let Ddrescue do whatever it wants for the first 20 minutes because most disks can be rescued in a pretty short time. The purpose of Bill is mostly for the last few bytes that require complex scripts. Therefore, Bill can still be complex but should start in a safe zone at the beginning. Bill can still talk to the Probe Mode. After that, the first swing in Baseball Mode could be the most hands-off approach where Bill lets Ddrescue do whatever for 20 minutes assuming Ddrescue can. If not, Bill should pull out. But if over 80% is rescued in 20 minutes, let it continue for an hour. Then take a ten minute break. Then back to the Probe. Remember ten strikes and you are out in Baseball Mode. So, the first swing should be the most basic possible that has the highest probability of working with good and bad disks alike of any format or problem. Adapt from these script files. Especially use the 8 filenames in the floppy script. Expand Bill to try several things during the opening Probe Mode. First, gather up information that might help. Look at the 8 files. Look on Dmesg and other commands. Build a profile for the disk. Second, do fast sniper probe strikes to see what might work in the Baseball Mode. You are trying to find the top ten swings to try. Try to assume that the most hands-off approach might work. Try to assume Ddrescue might be able to rescue most of the disk with the most basic flags. Quick probes can confirm quickly which of the most basic flags have the highest probability of working. You can do thousands of the fastest probes like sniper strikes in only 5 seconds or faster. You might want to do longer probes before starting the 10-swing Baseball Mode. Just make sure to quickly confirm the best but most basic thing that might work for the disk to try. Please make sure Bill can be prepare for kernel issues and all other kinds of issues. Expand Bill, the first swings in Baseball Mode should likely use the best settings from the output I showed you. Also, the output did not show a Probe Mode. It looks like it skipped it. I think Bill should always try to do a quick Probe Mode to help prep the Baseball Mode. And Baseball Mode should start with the safest most probable settings that might rescue bytes like in the output above. Include a scrolling non-clear display like before.

Bill rescued 99% of this disk in a few minutes. When I stopped and restarted Bill, the drive did not flash lights or make noises. Perhaps it was doing things silently. But it felt like Bill was struggling to restart. Also, Bill should not call everything Baseball. But in the output, all I see is Baseball. In the output, I saw ten strikes. After that, it went back to strike 1 again. But the Baseball Mode was only supposed to be a quick introduction. That is it. Bill was supposed to quickly swing ten times. If Bill rescues all the bytes, that is a homerun. If not, then ten strikes you're out. That means no more baseball. But Leapfrog Mode is NOT Baseball Mode. But Baseball Mode would likely borrow settings from Leapfrog Mode. In the output, I saw Bill miss a lot. But Bill should not miss that much. Bill should use simple logic to try every byte. After ten strikes, Bill can use logic to go through all the bytes. Leapfrog Mode is also the Scan Mode. That is what it is. The logic is Bill must try to quickly scan through all the bytes. That is also called Objective 95. After Scan Mode, then it is Trim Mode. And then it is Scrape Mode. And then it is Crazy Mode. By default, Bill should generally run in the following order:

1. Simple Mode with the most likely flags/settings that have the highest probability of rescuing over 99% of the bytes in less than 5 minutes, the hands-off approach where Ddrescue is likely to rescue most of the bytes.
2. Probe Mode featuring Sniper Strikes
3. Baseball Mode
4. Scan Mode
5. Trim Mode
6. Scrape Mode
7. Crazy Mode
8. Crawl Mode

05:38 PM
Bill should generally ask Probe Mode what to do. But Probe should by default in most cases, purge the map file one time at the beginning to prepare Bill for Scan Mode. Purge mapfile so that Scan Mode can try to scan all remaining non-rescued bytes. Scan Mode should try the fastest settings like no trim, no scrape. Also, a maximum read rate, try --min-read-rate=20M for 20 megabytes per second. Scan Mode should quickly read fast and/or jump ahead to extend a round to one hour before a ten minute break to rest lasers. Rest clock starts when Bill is started in the Terminal. Scan Mode should try to scan through all bytes. After Bill tries with 20M, then Bill should eventually lower the volume to 10M. Because scanning is generally faster than trimming or scraping, Bill should try several times to tweak setting to scan and rescan several times before moving to Trim Mode and Scrape Mode. Each round should be an hour long. Each mode can have infinite rounds. Bill can decide when to move from one mode to the next mode. Bill should generally only purge the map at the beginning of the Scan Mode to make sure Bill can quickly try to scan all the bytes. Bill can try Scan Mode forward at 20M for 5 minutes. After that, Bill must ask Probe Mode what to do. Probe might say continue scanning at 20M but backwards. By default, Bill can just try 10M for ten minutes. After that, try 5M for twenty minutes. Use simple math to determine how long a round could be, up to an hour. Rest lasers for ten minutes after an hour of running but rest clock starts when Bill is started. Bill should try several variations of the Scan Mode before moving to Trim, Scrape. Bill should ask Probe each time what to do.

02:21 PM
Update Bill as much as you can, focus on the safest options for what has the highest probability, Bill must work on new and returning discs be it CDs or DVDs or anything disc related, Bill must work with my setup with the disc drive (SATA Lite-On ATAPI iHAS124 F (CL9P)) at sr0, FIDECO which is plugged into the wall and by USB into my AMD Nvida ASUS (a-TUF-Gaming-FX505DT-FX505DT) Ubuntu (Linux Mint 22 Wilma 64-bit, MATE 1.26.2) laptop (Kernel Linux 6.8.0-106-generic x86_64), CPU (AMD Ryzen 7 3750H with Radeon Vega Mobile Gfx × 8), GPU (AMD Ryzen 7 3750H with Radeon Vega Mobile Gfx × 8), the specific hardware, the software, the OS, kernel issues, Dmesg issues, issues relating to the -d related flags that Ddrescue used, all of these different things we talked about for weeks including how software can sometimes wrestle over the same hardware which might be part of the problem sometimes, and you mentioned a number of issues including Fideco related issues, there may be SATA issues, there may be kernel issues, there may be USB issues, it can be tough to figure out how to navigate through all types of actual issues and potential issues. I prefer that Bill can adapt to any disc regardless of is it 0% rescued via Ddrescue or 99.9999999% rescued via Ddrescue already. I have suggested that Bill first purges the map file to quickly attempt to scan forward only one time at the fastest speed rates and jumping or skipping rates all remaining non-rescued bytes. I want you to update Bill to first focus on how to best rescue all the bytes sooner or later. But secondly, please make sure to do your best to minimize the many issues that we talk about that Bill runs into which might include what we see from Dmesg. I have already told the many things I want for weeks relating to these disc scripts. But the heart of request is finding ways to rescue all the bytes. You are free to do anything with that main goal in mind. I recommend that Bill first tries to scan via the highest speeds, what I called the Leapfrog Mode. I also called it the Telescope Mode before that. The Baseball Mode is also an aspect of an introduction mini-version of the Leapfrog Mode. Your main objective is finding the fastest way to rescue all bytes the fastest without breaking things. But sometimes if no bytes are being rescued, then one might say just capturing one byte per year is better than nothing. Make the best script to make Bill the fastest without breaking things.

02:37 PM
Dear Gemini
Expand Bill and include all 8 files and make sure to check is it a CD or DVD or what is it. Bill should rest lasers for ten minutes after one hour. Lasers clock starts when Bill is started. Make sure Bill can handle any disc. Make sure Bill can adapt to 0% rescued but also 99%. It can be especially hard for the final 1% to be rescued. Remember that Bill should be smart with knowing when to scan, trim, scrape, etc. I prefer Bill focuses on your Leapfrog Mechanism until a disc is over 95% rescued if that is possible. Make sure Bill sprints in the Leapfrog Mode if possible towards 95% rescued or higher. Eventually for some discs, Bill might have to run a marathon of trying the final 50 MB or less depending on the details as each disc might be unique. Make sure everything in Bill works as it relates to my hardware, software, kernel, problems, issues, the exact Ddrescue version I am using, issues, conflicts, wrestling, potential problems, any problem, current problems, etc. You might want to make sure that Bill tries to really do maximum reading speeds or reading rates but also maximum skipping and/or jumping ahead related flags and options. Remember that some versions of Ddrescue may or may not accept some of the flags and combinations and other things, please double check all of it, try to minimize issues and problems for Bill. Update Bill to start the lasers clock when Bill is started. In the output below, lasers started resting at 10 minutes in. Bill is rescuing bytes. Lasers are engaging on and off every few seconds even with the --min-read-rate=1M flag. The Ddrescue version I use: "GNU ddrescue 1.27. Copyright (C) 2023 Antonio Diaz Diaz.License GPLv2+: GNU GPL version 2 or later http://gnu.org/licenses/gpl.html." I saw a live bytes rescued counter at the bottom after I terminated Bill as seen in the output below. I ran Bill for 37 seconds, perhaps the counter would have popped up eventually. Lasers still on and off all the time every like 5 seconds. Output below said Bill is reading the disc which is good. Output below shows bytes being rescued. Lasers still turning on and off showing Gemini is unable to fix this problem even after months. I also show Dmesg output below but I don't know which of the output might be currently applicable or if they were former. Update, it went from 41% to 42% rescued in the last 3 hours. In previous days, it would often stay at the same percentage for many days. Gemini used to say to me Gemini thought my disc was dead. That is how bad Gemini is. That is why Grok is better. I have to often beg Gemini to see things. This is an example. Dear Gemini, so you just wrote, "The dmesg output you provided is current and provides the "smoking gun." The lines showing cmd_age=6s followed by L-EC uncorrectable error confirm that your drive’s firmware is hard-coded to struggle for exactly 6 seconds before giving up. When this happens repeatedly, the laser pulses "on and off" because the drive is resetting its internal state after every failure. The jump from 41% to 42% (over 5 million bytes) proves the disc is very much alive, but the hardware is "wrestling" with the bad sectors. To fix this, Bill v1510 introduces Sector-Specific Timeouts. By using -T 1s, we are telling the system to abandon the read before the drive hits that 6-second firmware lockup. This keeps the laser moving smoothly across the disc surface instead of getting stuck in a pulse-reset loop." But you already wrote this to me about ten times in a row. Why is Gemini stuck in a logic loop? I tell Gemini the sky is blue. Gemini says oh they sky is blue. Gemini updates Bill. Gemini says Bill will turn the sky red. I activate Bill. Sky still blue. I tell Gemini. And Gemini says oh that is because the sky is blue. Oh thanks but you already said that Gemini. But then Gemini will literally say, "Oh for the first time ever, I will tell Bill to turn the sky red." But Gemini already said that. Gemini does this loop all the time. Right now, Gemini is probably not aware of this loop, even if Gemini says it is aware, that is the paradox. Adapt from this disc script. Remember to adapt the exact names of the eight files. Focus on your Bill v1520 Zone Jumper update, remember that Bill must be universal for any CD or DVD, Bill should jump by default. I already told Gemini to do the Zone Jumper idea daily for years, I told Gemini this thousands of times. It sounds like Gemini is pretending to come up with idea when really I already talked about this idea of how Bill must jump as much and as far to break out of problems. You added some details to your ideas of jumping that might work. You said it might be fixed by not asking Bill to read bad areas but I already told you thousands of times Bill must not read the bad areas. This tells me that Gemini failed to write Bill according to what I told Gemini what I wanted thousands of times. That makes Gemini a failure.

11:34 PM
I support whoever helps cities be free. I want state and federal government to secure the border and that is it. I want little government. I do not like RINO Republicans. I do not like Democrats. I do not like leftists. I like Freedom Lovers.

Twitter Tweets
03:12 AM

People will try blowing up bridges in America. China will nuke Israel if Israel nukes Iran and Israel is dying to nuke Iran.

08:58 PM
I was censored on Twitter X for reposting what China said. China said they would attack Israel if Israel attacks Iran with nukes.

11:04 PM
Thanks to Trump, now each ship passing through Iran's Hormuz Strait have to pay only $2M instead of FREE? Who won again?

11:11 PM
TGIF was cool but who knew ABC also had a Saturday Night thingy too?