That's a mouthful to remember ! You could write a batch file and run it in the command line in windows, naming it write_flash.bat. Here pwmeg1.hex is the Intel hex file to be "burned" or "flashed" into the "target MCU" in microcontroller Lingo. WRITE TO FLASH : AVRdude -s -c avrisp -p t44 -P usb -U "flash:w:D:\ARDUINO\pwmeg1.hex:a" You undoubtedly know how to generate a Hex file using the Atmel Studio (I still use AVR Studio v4.19 instead of the latest v7 because its snappier and faster on my light single core CPU laptop)/ Netbook and WINAVR install if you are reading this.Anything written in DotNet runs SLOW ! and the later versions are designed to make your laptop run like a tortoise ! You can use Studio v4.19 the greatest version of Studio from ATMEL for AVR microcontrollers, switching over to version 7 when you really need it for the later chips, and make your time on the laptop more productive, working instead of waiting ! This is what I recommend.Ī typical AVR dude command line to program an Atmega with a Hex file, runs like this: These can be obtained for under 5$, as chinese clones of the Open source USB-ASP ! AVRdude is the software to program them. So you bought a USBASP because its cheap and effective to flash the ROM on your Atmega device, or maybe the ATTINY range. Anything lower than 20ms will not work due to javascript limitations.All you AVR user fraternity out there, and those just entering the stream, Some of you started with PIC microcontrollers and some started with ATMEL AVRs, this is written for you ! You can utilize batches to prepare a server by using no hack threads during preparation.ĭepending on your computer’s performance as well as a few other factors, the necessary delay between script execution times may range between 20ms and 200ms, you want to fine-tune this value to be as low as possible while also avoiding your scripts finishing out of order. The following is an image demonstrating batches in action:īatches only function predictably when the target server is at minimum security and maximum money, so your script must also handle preparing a server for your batches. It is possible to create batches with 3 scripts (HGW) but the efficiency of grow will be harmed by the security increase caused by the hack scripts. ![]() ![]() This is the reason for the delay in the scripts. It is also important that these 4 scripts finish in the order specified above, and all of their effects be precalculated to optimize the ratios between them. A weaken script counters the security increase caused by the grow script.A grow script counters the money decrease caused by the hack script.A weaken script counters the security increase of the hack script.A hack script removes a predefined, precalculated amount of money from the target server.Weaken should occur when security is not at a minimum due to a hack or grow increasing it. Grow should finish when security is minimum, shortly after a hack occurred. Hack should finish when security is minimum and money is maximum. The effects of hack, grow, and weaken, are determined when the time is completed, rather than at the beginning.You only want these effects to start when the security level is minimized. The time taken to execute hack, grow, or weaken is determined when the function is called and is based on the security level of the target server and your hacking level.You only want these effects to occur when the security level is minimized. The effects of hack and grow depend on the server security level, a higher security level results in a reduced effect.Sleep ( a bit ) hack ( target ) // or grow, or weakenĪ few things need to be known before this algorithm can be implemented: Only one manager should be launched per target, but multiple managers can be used to target multiple servers. ![]() After that is done, the manager copies hacking scripts over and launches them at the target, and waits until they are finished this can be done by utilizing formulas to find out the time required, or by saving PIDs of the scripts launched, and checking if they’re still running periodically. In order to find available RAM, the manager needs to be able to scan the network to find all servers with RAM and root access. ![]() The idea here it to use methods like hackAnalyze and growthAnalyze or methods from formulas to avoid using more threads (and thus, RAM) than necessary, and to not overhack the server.
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