Name: Anonymous 2015-03-05 15:20
1.In the case of robot rebellion, they could stopped and crashed.
2.If we get embedded into a virtual Matrix, hack a way out.
3.Job security:C programs always have bugs and adding features with bugs is incredibly easy.
4.Hacking:C programs are incredibly easy to hack into and within.
5.Writing semi-portable assembler code, viruses and exploits.
6.Debugging: Support a vast debugging ecosystem.
7.Virus-prone:Support the entire anti-virus/anti-malware industry.
8.Code ownership:Code which is modified by third-party unaware of subtle design choices will contain bugs. Most C code is sparsely commented. Thus code can only belong to one who fully understands the system.
9.Optimize:Ability to optimize low-level and platform specific code. Win all benchmarks.
10.Writing fast:throwaway C code can be written fast and with macros, even faster. Imperative style with natural syntax which doesn't require much thinking.
2.If we get embedded into a virtual Matrix, hack a way out.
3.Job security:C programs always have bugs and adding features with bugs is incredibly easy.
4.Hacking:C programs are incredibly easy to hack into and within.
5.Writing semi-portable assembler code, viruses and exploits.
6.Debugging: Support a vast debugging ecosystem.
7.Virus-prone:Support the entire anti-virus/anti-malware industry.
8.Code ownership:Code which is modified by third-party unaware of subtle design choices will contain bugs. Most C code is sparsely commented. Thus code can only belong to one who fully understands the system.
9.Optimize:Ability to optimize low-level and platform specific code. Win all benchmarks.
10.Writing fast:throwaway C code can be written fast and with macros, even faster. Imperative style with natural syntax which doesn't require much thinking.