De __P() while I'm here. Done as a separate commit since it is just
stylistic. # Yes, this break K&R, but this file already used so many gcc extensions # keeping K&R support seemed too anachronistic for me. Didn't fix the bug where functions that can only be used in the kernel are exported to userland.
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@ -231,8 +231,8 @@ invd(void)
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* (this is a bug) and the inlining cost is prohibitive since the call
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* executes into the IPI transmission system.
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*/
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void invlpg __P((u_int addr));
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void invltlb __P((void));
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void invlpg (u_int addr);
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void invltlb (void);
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static __inline void
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cpu_invlpg(void *addr)
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@ -501,52 +501,52 @@ critical_exit(critical_t eflags)
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#else /* !__GNUC__ */
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int breakpoint __P((void));
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u_int bsfl __P((u_int mask));
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u_int bsrl __P((u_int mask));
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void disable_intr __P((void));
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void enable_intr __P((void));
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u_char inb __P((u_int port));
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u_int inl __P((u_int port));
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void insb __P((u_int port, void *addr, size_t cnt));
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void insl __P((u_int port, void *addr, size_t cnt));
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void insw __P((u_int port, void *addr, size_t cnt));
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void invd __P((void));
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void invlpg __P((u_int addr));
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void invltlb __P((void));
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u_short inw __P((u_int port));
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void outb __P((u_int port, u_char data));
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void outl __P((u_int port, u_int data));
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void outsb __P((u_int port, void *addr, size_t cnt));
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void outsl __P((u_int port, void *addr, size_t cnt));
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void outsw __P((u_int port, void *addr, size_t cnt));
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void outw __P((u_int port, u_short data));
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u_int rcr2 __P((void));
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u_int64_t rdmsr __P((u_int msr));
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u_int64_t rdpmc __P((u_int pmc));
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u_int64_t rdtsc __P((void));
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u_int read_eflags __P((void));
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void wbinvd __P((void));
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void write_eflags __P((u_int ef));
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void wrmsr __P((u_int msr, u_int64_t newval));
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u_int rfs __P((void));
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u_int rgs __P((void));
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void load_fs __P((u_int sel));
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void load_gs __P((u_int sel));
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critical_t critical_enter __P((void));
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void critical_exit __P((critical_t eflags));
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int breakpoint (void);
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u_int bsfl (u_int mask);
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u_int bsrl (u_int mask);
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void disable_intr (void);
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void enable_intr (void);
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u_char inb (u_int port);
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u_int inl (u_int port);
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void insb (u_int port, void *addr, size_t cnt);
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void insl (u_int port, void *addr, size_t cnt);
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void insw (u_int port, void *addr, size_t cnt);
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void invd (void);
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void invlpg (u_int addr);
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void invltlb (void);
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u_short inw (u_int port);
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void outb (u_int port, u_char data);
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void outl (u_int port, u_int data);
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void outsb (u_int port, void *addr, size_t cnt);
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void outsl (u_int port, void *addr, size_t cnt);
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void outsw (u_int port, void *addr, size_t cnt);
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void outw (u_int port, u_short data);
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u_int rcr2 (void);
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u_int64_t rdmsr (u_int msr);
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u_int64_t rdpmc (u_int pmc);
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u_int64_t rdtsc (void);
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u_int read_eflags (void);
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void wbinvd (void);
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void write_eflags (u_int ef);
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void wrmsr (u_int msr, u_int64_t newval);
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u_int rfs (void);
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u_int rgs (void);
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void load_fs (u_int sel);
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void load_gs (u_int sel);
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critical_t critical_enter (void);
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void critical_exit (critical_t eflags);
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#endif /* __GNUC__ */
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void load_cr0 __P((u_int cr0));
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void load_cr3 __P((u_int cr3));
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void load_cr4 __P((u_int cr4));
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void ltr __P((u_short sel));
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u_int rcr0 __P((void));
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u_int rcr3 __P((void));
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u_int rcr4 __P((void));
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void load_dr6 __P((u_int dr6));
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void reset_dbregs __P((void));
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void load_cr0 (u_int cr0);
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void load_cr3 (u_int cr3);
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void load_cr4 (u_int cr4);
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void ltr (u_short sel);
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u_int rcr0 (void);
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u_int rcr3 (void);
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u_int rcr4 (void);
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void load_dr6 (u_int dr6);
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void reset_dbregs (void);
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__END_DECLS
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#endif /* !_MACHINE_CPUFUNC_H_ */
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@ -231,8 +231,8 @@ invd(void)
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* (this is a bug) and the inlining cost is prohibitive since the call
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* executes into the IPI transmission system.
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*/
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void invlpg __P((u_int addr));
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void invltlb __P((void));
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void invlpg (u_int addr);
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void invltlb (void);
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static __inline void
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cpu_invlpg(void *addr)
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@ -501,52 +501,52 @@ critical_exit(critical_t eflags)
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#else /* !__GNUC__ */
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int breakpoint __P((void));
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u_int bsfl __P((u_int mask));
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u_int bsrl __P((u_int mask));
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void disable_intr __P((void));
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void enable_intr __P((void));
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u_char inb __P((u_int port));
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u_int inl __P((u_int port));
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void insb __P((u_int port, void *addr, size_t cnt));
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void insl __P((u_int port, void *addr, size_t cnt));
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void insw __P((u_int port, void *addr, size_t cnt));
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void invd __P((void));
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void invlpg __P((u_int addr));
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void invltlb __P((void));
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u_short inw __P((u_int port));
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void outb __P((u_int port, u_char data));
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void outl __P((u_int port, u_int data));
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void outsb __P((u_int port, void *addr, size_t cnt));
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void outsl __P((u_int port, void *addr, size_t cnt));
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void outsw __P((u_int port, void *addr, size_t cnt));
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void outw __P((u_int port, u_short data));
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u_int rcr2 __P((void));
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u_int64_t rdmsr __P((u_int msr));
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u_int64_t rdpmc __P((u_int pmc));
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u_int64_t rdtsc __P((void));
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u_int read_eflags __P((void));
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void wbinvd __P((void));
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void write_eflags __P((u_int ef));
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void wrmsr __P((u_int msr, u_int64_t newval));
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u_int rfs __P((void));
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u_int rgs __P((void));
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void load_fs __P((u_int sel));
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void load_gs __P((u_int sel));
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critical_t critical_enter __P((void));
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void critical_exit __P((critical_t eflags));
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int breakpoint (void);
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u_int bsfl (u_int mask);
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u_int bsrl (u_int mask);
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void disable_intr (void);
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void enable_intr (void);
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u_char inb (u_int port);
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u_int inl (u_int port);
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void insb (u_int port, void *addr, size_t cnt);
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void insl (u_int port, void *addr, size_t cnt);
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void insw (u_int port, void *addr, size_t cnt);
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void invd (void);
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void invlpg (u_int addr);
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void invltlb (void);
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u_short inw (u_int port);
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void outb (u_int port, u_char data);
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void outl (u_int port, u_int data);
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void outsb (u_int port, void *addr, size_t cnt);
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void outsl (u_int port, void *addr, size_t cnt);
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void outsw (u_int port, void *addr, size_t cnt);
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void outw (u_int port, u_short data);
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u_int rcr2 (void);
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u_int64_t rdmsr (u_int msr);
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u_int64_t rdpmc (u_int pmc);
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u_int64_t rdtsc (void);
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u_int read_eflags (void);
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void wbinvd (void);
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void write_eflags (u_int ef);
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void wrmsr (u_int msr, u_int64_t newval);
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u_int rfs (void);
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u_int rgs (void);
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void load_fs (u_int sel);
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void load_gs (u_int sel);
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critical_t critical_enter (void);
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void critical_exit (critical_t eflags);
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#endif /* __GNUC__ */
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void load_cr0 __P((u_int cr0));
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void load_cr3 __P((u_int cr3));
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void load_cr4 __P((u_int cr4));
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void ltr __P((u_short sel));
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u_int rcr0 __P((void));
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u_int rcr3 __P((void));
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u_int rcr4 __P((void));
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void load_dr6 __P((u_int dr6));
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void reset_dbregs __P((void));
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void load_cr0 (u_int cr0);
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void load_cr3 (u_int cr3);
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void load_cr4 (u_int cr4);
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void ltr (u_short sel);
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u_int rcr0 (void);
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u_int rcr3 (void);
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u_int rcr4 (void);
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void load_dr6 (u_int dr6);
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void reset_dbregs (void);
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__END_DECLS
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#endif /* !_MACHINE_CPUFUNC_H_ */
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