If Linux kernel were exposed as COM interfaces

linux_com.h

class Linux_0_01
{
  int restart_syscall();  //0
  int exit();  //1
  int fork();  //2
  int read();  //3
  int write();  //4
  int open();  //5
  int close();  //6
  int waitpid();  //7
  int creat();  //8
  int link();  //9
  int unlink();  //10
  int execve();  //11
  int chdir();  //12
  int time();  //13
  int mknod();  //14
  int chmod();  //15
  int lchown();  //16
  int break();  //17
  int oldstat();  //18
  int lseek();  //19
  int getpid();  //20
  int mount();  //21
  int umount();  //22
  int setuid();  //23
  int getuid();  //24
  int stime();  //25
  int ptrace();  //26
  int alarm();  //27
  int oldfstat();  //28
  int pause();  //29
  int utime();  //30
  int stty();  //31
  int gtty();  //32
  int access();  //33
  int nice();  //34
  int ftime();  //35
  int sync();  //36
  int kill();  //37
  int rename();  //38
  int mkdir();  //39
  int rmdir();  //40
  int dup();  //41
  int pipe();  //42
  int times();  //43
  int prof();  //44
  int brk();  //45
  int setgid();  //46
  int getgid();  //47
  int signal();  //48
  int geteuid();  //49
  int getegid();  //50
  int acct();  //51
  int umount2();  //52
  int lock();  //53
  int ioctl();  //54
  int fcntl();  //55
  int mpx();  //56
  int setpgid();  //57
  int ulimit();  //58
  int oldolduname();  //59
  int umask();  //60
  int chroot();  //61
  int ustat();  //62
  int dup2();  //63
  int getppid();  //64
  int getpgrp();  //65
  int setsid();  //66
};

class Linux_0_10 : public Linux_0_01
{
  int sigaction();  //67
};

class Linux_0_11 : public Linux_0_10
{
  int sgetmask();  //68
  int ssetmask();  //69
  int setreuid();  //70
  int setregid();  //71
};

class Linux_0_12 : public Linux_0_11
{
  int sigsuspend();  //72
  int sigpending();  //73
  int sethostname();  //74
  int setrlimit();  //75
  int getrlimit();  //76
  int getrusage();  //77
  int gettimeofday();  //78
  int settimeofday();  //79
  int getgroups();  //80
  int setgroups();  //81
  int select();  //82
  int symlink();  //83
  int oldlstat();  //84
  int readlink();  //85
  int uselib();  //86
};

class Linux_0_95 : public Linux_0_12
{
  int swapon();  //87
  int reboot();  //88
};

class Linux_0_95c : public Linux_0_95
{
  int readdir();  //89
};

class Linux_0_96a : public Linux_0_95c
{
  int mmap();  //90
  int munmap();  //91
  int truncate();  //92
  int ftruncate();  //93
  int fchmod();  //94
  int fchown();  //95
  int getpriority();  //96
  int setpriority();  //97
  int profil();  //98
  int statfs();  //99
  int fstatfs();  //100
  int ioperm();  //101
  int socketcall();  //102
  int syslog();  //103
};

class Linux_0_96a2p : public Linux_0_96a
{
  int setitimer();  //104
  int getitimer();  //105
};

class Linux_0_96b : public Linux_0_96a2p
{
  int stat();  //106
  int lstat();  //107
  int fstat();  //108
  int olduname();  //109
};

class Linux_0_96c : public Linux_0_96b
{
  int iopl();  //110
};

class Linux_0_97_1 : public Linux_0_96c
{
  int vhangup();  //111
  int idle();  //112
};

class Linux_0_97_2 : public Linux_0_97_1
{
  int vm86old();  //113
};

class Linux_0_97_3 : public Linux_0_97_2
{
  int wait4();  //114
  int swapoff();  //115
};

class Linux_0_97_6 : public Linux_0_97_3
{
  int sysinfo();  //116
};

class Linux_0_99_7 : public Linux_0_97_6
{
  int ipc();  //117
  int fsync();  //118
  int sigreturn();  //119
  int clone();  //120
  int setdomainname();  //121
  int uname();  //122
  int modify_ldt();  //123
  int adjtimex();  //124
  int mprotect();  //125
  int sigprocmask();  //126
};

class Linux_0_99_14d : public Linux_0_99_7
{
  int create_module();  //127
  int init_module();  //128
  int delete_module();  //129
  int get_kernel_syms();  //130
};

class Linux_0_99_14s : public Linux_0_99_14d
{
  int quotactl();  //131
  int getpgid();  //132
};

class Linux_0_99_14t : public Linux_0_99_14s
{
  int fchdir();  //133
};

class Linux_0_99_14y : public Linux_0_99_14t
{
  int bdflush();  //134
};

class Linux_1_1_11 : public Linux_0_99_14y
{
  int sysfs();  //135
};

class Linux_1_1_20 : public Linux_1_1_11
{
  int personality();  //136
};

class Linux_1_1_33 : public Linux_1_1_20
{
  int afs_syscall();  //137
};

class Linux_1_1_44 : public Linux_1_1_33
{
  int setfsuid();  //138
  int setfsgid();  //139
};

class Linux_1_1_46 : public Linux_1_1_44
{
  int _llseek();  //140
};

class Linux_1_3_0 : public Linux_1_1_46
{
  int getdents();  //141
  int _newselect();  //142
  int flock();  //143
};

class Linux_1_3_21 : public Linux_1_3_0
{
  int msync();  //144
};

class Linux_1_3_31 : public Linux_1_3_21
{
  int readv();  //145
  int writev();  //146
};

class Linux_1_3_44 : public Linux_1_3_31
{
  int getsid();  //147
};

class Linux_1_3_55 : public Linux_1_3_44
{
  int fdatasync();  //148
};

class Linux_1_3_57 : public Linux_1_3_55
{
  int _sysctl();  //149
};

class Linux_1_3_43 : public Linux_1_3_57
{
  int mlock();  //150
  int munlock();  //151
  int mlockall();  //152
  int munlockall();  //153
};

class Linux_1_3_55 : public Linux_1_3_43
{
  int sched_setparam();  //154
  int sched_getparam();  //155
  int sched_setscheduler();  //156
  int sched_getscheduler();  //157
  int sched_yield();  //158
  int sched_get_priority_max();  //159
  int sched_get_priority_min();  //160
  int sched_rr_get_interval();  //161
};

class Linux_1_3_67 : public Linux_1_3_55
{
  int nanosleep();  //162
};

class Linux_1_3_78 : public Linux_1_3_67
{
  int mremap();  //163
};

class Linux_2_1_4 : public Linux_1_3_78
{
  int setresuid();  //164
  int getresuid();  //165
};

class Linux_2_1_19 : public Linux_2_1_4
{
  int vm86();  //166
  int query_module();  //167
};

class Linux_2_1_23 : public Linux_2_1_19
{
  int poll();  //168
};

class Linux_2_1_31 : public Linux_2_1_23
{
  int nfsservctl();  //169
};

class Linux_2_1_44 : public Linux_2_1_31
{
  int setresgid();  //170
  int getresgid();  //171
};

class Linux_2_1_57 : public Linux_2_1_44
{
  int prctl();  //172
};

class Linux_2_1_68 : public Linux_2_1_57
{
  int rt_sigreturn();  //173
  int rt_sigaction();  //174
  int rt_sigprocmask();  //175
  int rt_sigpending();  //176
  int rt_sigtimedwait();  //177
  int rt_sigqueueinfo();  //178
  int rt_sigsuspend();  //179
};

class Linux_2_1_86 : public Linux_2_1_68
{
  int pread64();  //180
  int pwrite64();  //181
};

class Linux_2_1_87 : public Linux_2_1_86
{
  int chown();  //182
};

class Linux_2_1_92 : public Linux_2_1_87
{
  int getcwd();  //183
};

class Linux_2_1_100 : public Linux_2_1_92
{
  int capget();  //184
  int capset();  //185
};

class Linux_2_1_106 : public Linux_2_1_100
{
  int sigaltstack();  //186
};

class Linux_2_1_108 : public Linux_2_1_106
{
  int sendfile();  //187
};

class Linux_2_1_125 : public Linux_2_1_108
{
  int getpmsg();  //188
  int putpmsg();  //189
};

class Linux_2_2_0 : public Linux_2_1_125
{
  int vfork();  //190
};

class Linux_2_3_25 : public Linux_2_2_0
{
  int ugetrlimit();  //191
};

class Linux_2_3_30 : public Linux_2_3_25
{
  int mmap2();  //192
};

class Linux_2_3_31 : public Linux_2_3_30
{
  int truncate64();  //193
  int ftruncate64();  //194
};

class Linux_2_3_34 : public Linux_2_3_31
{
  int stat64();  //195
  int lstat64();  //196
  int fstat64();  //197
};

class Linux_2_3_39 : public Linux_2_3_34
{
  int lchown32();  //198
  int getuid32();  //199
  int getgid32();  //200
  int geteuid32();  //201
  int getegid32();  //202
  int setreuid32();  //203
  int setregid32();  //204
  int getgroups32();  //205
  int setgroups32();  //206
  int fchown32();  //207
  int setresuid32();  //208
  int getresuid32();  //209
  int setresgid32();  //210
  int getresgid32();  //211
  int chown32();  //212
  int setuid32();  //213
  int setgid32();  //214
  int setfsuid32();  //215
  int setfsgid32();  //216
};

class Linux_2_3_41 : public Linux_2_3_39
{
  int pivot_root();  //217
};

class Linux_2_3_52 : public Linux_2_3_41
{
  int mincore();  //218
};

class Linux_2_3_99 : public Linux_2_3_52
{
  int madvise();  //219
  int madvise1();  //219
};

class Linux_2_4_0 : public Linux_2_3_99
{
  int getdents64();  //220
  int fcntl64();  //221
};

class Linux_2_4_10 : public Linux_2_4_0
{
  int gettid();  //224
};

class Linux_2_4_12 : public Linux_2_4_10
{
  int readahead();  //225
};

class Linux_2_5_3 : public Linux_2_4_12
{
  int setxattr();  //226
  int lsetxattr();  //227
  int fsetxattr();  //228
  int getxattr();  //229
  int lgetxattr();  //230
  int fgetxattr();  //231
  int listxattr();  //232
  int llistxattr();  //233
  int flistxattr();  //234
  int removexattr();  //235
  int lremovexattr();  //236
  int fremovexattr();  //237
};

class Linux_2_5_4 : public Linux_2_5_3
{
  int tkill();  //238
};

class Linux_2_5_5 : public Linux_2_5_4
{
  int sendfile64();  //239
};

class Linux_2_5_6 : public Linux_2_5_5
{
  int futex();  //240
};

class Linux_2_5_8 : public Linux_2_5_6
{
  int sched_setaffinity();  //241
  int sched_getaffinity();  //242
};

class Linux_2_5_31 : public Linux_2_5_8
{
  int set_thread_area();  //243
  int get_thread_area();  //244
};

Beautiful!

Awesome! 正在拜读著作中...

Great!!
通过这个来了解linux系统调用的变化还是很给力的。

Powerful!!

蛤蛤, 硕爷真幽默

看着眼晕！

很多syscall完全不了解

private non-inherited interfaces…

cool

Windows 也有 syscall 吧？COM 在 Windows 上不是作为内核接口吧？

好家伙

为什么Windows不用COM作为内核接口，而用他来坑用户呢，只能说明不同的场景有不同的需求，有优点就有缺点

🤦‍♀️

自带diff效果，清晰，一目了然！

一代传一代哈哈