Hardware Access Console Crack Torrent (Activation Code) (Final 2022)

July 8, 2022 By 0 comment

Hardware Access Console is a free and useful software that allows you to have a direct access to some hardware devices and functions under Windows operating systems. The program interface is in console mode and will be more easy to use for all the people experienced in use the famous “debug.exe” software distributed with each version of MS-DOS.
Physical Memory Address
The program can access any physical memory location under the 32 bit memory space. You can have a memory dump shown in the console or saved in a file in text or binary mode. The program can also read or write to any physical memory address in byte, word or double word mode.
PCI Devices Registry Space
At program startup the software make a scanning of all PCI devices available in the system. To each device found is assigned an identification number used as reference for all the operations of read/write. You can show a detailed list of the PCI devices (with additional information like VendorID, DeviceID and so on) and read or write the PCI registers contained in the 255 bytes PCI space. The read or write operation can be in byte, word or double word mode. Like memory function is possible to have a PCI memory dump showed in the console or saved in a file in text or binary mode.
Direct Input and Output operations
With a simply “debug like” syntax you can make input or output operations to every system port. Like all the other commands the data format of the operation could be in byte, word or double word mode. For the special operation called “registry indexed mode” (one port is used for set the registry to modify and the next is used to read or write the register data) has been added a special command for make this operation as fast as possible.







Hardware Access Console Crack Free X64 Latest

This software allows to read, write and dump PCI and Memory.
Not only PCI and Memory are used but also Direct Input/Output Devices.
Each I/O operation is stored in a separate line. In order to show or hide this line you will have just to change the “b” flag value for each op.

The display of the information is just as shown in the picture in the detail link above.


If you are the parent and the crash is not related to hardware, I’d check the error message first
Please use a hex editor to check the dump file, it’s a bit difficult to read


Run the following command from a command prompt and see what it says:
cat /proc/kcore

This will dump the kernel core file, which is what’s being held by the operating system until the crash occurs. This can be very helpful to understand what’s going on inside the kernel.


How to Create a Custom-Made Divider in a UITableView

I’m trying to create a custom divider in a UITableView, with the divider getting thicker as the index.
I’ve been using the following code, but it keeps appending another divider after the first one, even when the index goes to index path.count:
The code I’m using to make a custom-made divider:
– (UIView *)tableView:(UITableView *)tableView viewForHeaderInSection:(NSInteger)section {

UIView *aCustomView = [[UIView alloc] initWithFrame:CGRectMake(0, 0, tableView.frame.size.width, 1)];
aCustomView.layer.borderWidth = 1;
aCustomView.backgroundColor = [UIColor colorWithRed:192.0/255.0 green:192.0/255.0 blue:192.0/255.0 alpha:1.0];
return aCustomView;

The code for removing the first divider in the viewForHeaderInSection method:
if([[tableData objectAtIndex:indexPath.section] isEqualToString:@””) {
[dividerView removeFromSuperview];
[dividerView removeFromSuper

Hardware Access Console Crack Free License Key

It’s a small console software that gives access to all the hardware devices in windows by using the functions under DOS OS. The operator has a text/console tool that simplifies the use of debug.exe inside the memory dumps process and the data transfer process at the same time. The interface is similar as the original debug.exe (because its was derived from the original) so the user don’t need to learn a new command.
The program can access the following devices:

PCI devices
Real-time Clock (RTC)
AdC10xx Analog Input/Output
And R/W Direct Input/Output ports of main memory
Serial/Parallel Port A/B
Serial/Parallel Port C/D
Tape Devices
I/O ports that can be mapped to PCI devices
Ports that can be part of a Logical Device in Windows

The Hardware Access Console program have the following program features:

DirectInput and DirectOutput to all main memory I/O ports
Reading and writing the main memory A/B, C/D, I/O ports and PCI RAM in word, byte, double word or byte per port (useful to reduce the PCI memory access time)
DirectInput and DirectOutput to all PCI devices in word, byte, double word or byte per port
Simulate keyboard and mouse with the DOS COMMAND.COM
DirectInput or DirectOutput to all Serial, Parallel, and USB Ports
Simulate keyboard and mouse with the Windows COMMAND.COM
Use and set the Registry Keys information
Show the PCI devices register content in system memory (with debugger command dump)
Read all the main memory data (in word, byte, double word mode) by using the “com command” with the [-rp] option
Store the main memory data (that was read by the com command) in a file
Read/Write to all main memory addresses
Store the main memory data (that was read or written) in the main memory A/B, C/D, I/O ports and PCI RAM
Read all the PCI Devices in their main memory address
Show a list of all devices (like an original debug.exe)
Store the PCI Devices memory data (that was read or written) in a file
Control and register a 32-bit color graphic with 16 colors (using windows print service)

Key features of the program:

All the main

Hardware Access Console Crack

The program interface is in Console Mode, this means the program have a few commands only (most of them are self explanatory). Some commands are added only in the second version of the program. The syntax is like the debug.exe program command in Windows.
Example: hacld /V 10 -s d: -c d:\test.txt

hacld/V10 is the program/version number, /V is the option to show the version of the program (the version number appears in the bottom left corner of the window), -s is the program mode:

-s 1 -> Single Mode (one port for the operation, default mode)
-s 2 -> Dual Mode (two ports for the operation, default mode)

-c c:\test.txt -> write the output to a file in text or binary mode.

-l l\test.txt -> write the output to a file in text or binary mode.

-n n -> write (only) to the console.

-e -> start without debugger.

-d d -> set the parameter of the default port for the operation. (for example d: to set the parameter for the default port, d:\ to set the parameter for the default port, etc…)

-w w -> set the parameter of the port in which you will make the operation.

+w w -> set the parameter of the port in which you will make the operation (overwrite the parameter for the default port).

-r r -> Debug the registry.

Note: In the last version the “register mode” was removed, it was self explanatory with the simple operation.

Note: In the second version of the program a new parameter, named ‘port’ has been added to make the parameter of the default port more easy to use.

Port parameter
When the program start the default port is called in the parameter ‘d:’. The parameter can be easily modified with the parameter ‘w:’. And it is possible to have two ports used for the operation.
Program Requirements:

For using the software you need to have a Windows operating system and a active internet connection (the PC should have the drivers for the ‘WinPE’ version of Windows loaded).

Bayesian estimation of blood-brain barrier perfusion parameters from dynamic PET studies.

What’s New in the?

On a single executable file the program don’t need a library. With a.txt or.exe file you can run the Hardware Access Console on any Windows operating system. In Windows the program need some executables located in the following directory to run:
But you can install the program in the Windows main directory and it will work in all the Windows versions.
Download Hardware Access Console
Windows Versions:

Windows 95/98/ME/NT/2000/XP/Vista/7/8/10

Mac OS X:

10.0 – 10.4



Linux Tarball:


Memory space for the console
With the system power on you can have access to the memory space with a “debug.exe” command called “Memory…”. With this command any memory bank is made accessible in the same way of the main command. With a memory write command a memory dump can be made. With the memory dump option the program don’t need a lib to store the data.

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Latest Version

Get latest version

Release history:


Version 1.1


Confirm all the options (or the save command for the pci registry mode) before any of them…
added a check for BAD_ADDR and make sure it never be passed (as a possible error)…
changed the width of the buffer depending on a memory size…
Added a DUMP_MEMORY command for an optional memory dump.
Added a possibility to open any x86 register with different data size in the same command.
Added the possibility to open/read any specific PCI register with a single command.
Added an option to skip the read/write command for PCI devices.
Added more error checks and force to skip.
Added a keep/skip for a read/write command.
Added the possibility to select if the command should add a “\r
” at the end of the

System Requirements For Hardware Access Console:

4GB+ of RAM
Intel Core 2 Duo CPU or AMD Athlon 64 CPU
2560 x 1600 resolution (widescreen) display
DirectX 9.0c compatible video card
Windows Vista, Windows 7, Windows 8
Mac OS X:
OS X 10.5 and OS X 10.6
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