This application demonstrates how to implement the deadlock avoiding algorithm, deadlock is a potential problem in any operating system. This helps to understand how to implant can avoid deadlock: by tracking safe and unsafe state. Simulating the deadlock avoiding algorithms We can allocate resources to process at run time and can see the effect of the distribution.

Available.cpp
Available.h
Banker.aps
Banker.clw
Banker.cpp
Banker.dsp
Banker.dsw
Banker.h
Banker.ncb
Banker.opt
Banker.plg
Banker.rc
BankerDlg.cpp
BankerDlg.h
Claim.cpp
Claim.h
hlp
...\AfxDlg.rtf
...\BANKER.HLP
...\Banker.hm
...\Banker.hpj
...\Banker.LOG
...\Banker.ph
MakeHelp.bat
MaxDemand.cpp
MaxDemand.h
MyData.h
Need.cpp
Need.h
Processed.cpp
Processed.h
Readme.doc
ReadMe.txt
Remaining.cpp
Remaining.h
res
resource.h
...\Banker.ico
...\Banker.rc2
...\bitmap1.bmp
...\bitmap2.bmp
...\bmp00001.bmp
...\HardLine Media File.ico
...\ICO00004.ICO
...\icon5.ico
...\Irix-PC Computer.ico
...\Scathe Entire Network.ico
...\Scathe Recycle Bin (empty).ico
...\Scathe Recycle Bin (full).ico
...\SUMMARY.ICO
StdAfx.cpp
StdAfx.h
Summary.cpp
Summary.h
TotalResource.cpp
TotalResource.h

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