These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
These functions are used to decompose mbuf chains to various data types. The mdchain structure is used as a working context and should be initialized through a call of the mb_initm() function. It has ...
See ppbus(4) for ppbus description and general info about the microsequencer. The purpose of this document is to encourage developers to use the microsequencer mechanism in order to have: 1. a uniform...
The microtime() and getmicrotime() functions store the system time as a struct timeval at the address specified by tv. The nanotime() and getnanotime() functions perform the same utility, but record t...
The microuptime() and getmicrouptime() functions store the time elapsed since boot as a struct timeval at the address specified by tv. The nanouptime() and getnanouptime() functions perform the same u...
The device_ids family of functions take either the raw device ID, id, or a pointer to the device structure, dev, and return the integer value that is the major or minor device ID as requested. The act...
The mi_switch() function implements the machine independent prelude to a thread context switch. It is called from only a few distinguished places in the kernel code as a result of the principle of non...
Each module in the kernel is described by a module_t structure. The structure contains the name of the device, a unique ID number, a pointer to an event handler function and to an argument, which is g...
The MODULE_DEPEND() macro sets a dependency on another kernel module with name moddepend, which has been registered its version with MODULE_VERSION(). Three versions must be specified on which the mod...
