Searched refs:target_cylinder (Results 1 – 5 of 5) sorted by relevance
2177 uint32 block, target_cylinder; in start_seek() local2186 …target_cylinder = 0; /* seek to cylinder 0 and don't reset the EOC … in start_seek()2189 target_cylinder = cvptr->cylinder; /* seek to the controller cylinder */ in start_seek()2193 if (target_cylinder >= drive_props [model].cylinders) { /* is the cylinder out of bounds? */ in start_seek()2199 … delta = abs (uptr->CYL - (int32) target_cylinder); /* calculate the relative movement */ in start_seek()2200 uptr->CYL = target_cylinder; /* and move the positioner */ in start_seek()
2220 uint32 block, target_cylinder; in start_seek() local2229 …target_cylinder = 0; /* seek to cylinder 0 and don't reset the EOC … in start_seek()2232 target_cylinder = cvptr->cylinder; /* seek to the controller cylinder */ in start_seek()2236 if (target_cylinder >= drive_props [model].cylinders) { /* is the cylinder out of bounds? */ in start_seek()2242 delta = abs (uptr->Cyl - (int32) target_cylinder); /* calculate the relative movement */ in start_seek()2243 uptr->Cyl = target_cylinder; /* and move the positioner */ in start_seek()
2218 uint32 block, target_cylinder; in start_seek() local2227 …target_cylinder = 0; /* seek to cylinder 0 and don't reset the EOC … in start_seek()2230 target_cylinder = cvptr->cylinder; /* seek to the controller cylinder */ in start_seek()2234 if (target_cylinder >= drive_props [model].cylinders) { /* is the cylinder out of bounds? */ in start_seek()2240 delta = abs (uptr->CYL - (int32) target_cylinder); /* calculate the relative movement */ in start_seek()2241 uptr->CYL = target_cylinder; /* and move the positioner */ in start_seek()
4043 uint32 target_cylinder; in start_seek() local4055 …target_cylinder = 0; /* then seek to cylinder 0 and don't reset t… in start_seek()4058 target_cylinder = cvptr->cylinder; /* so seek to the controller cylinder */ in start_seek()4062 if (target_cylinder >= drive_props [model].cylinders) { /* if the cylinder is out of bounds */ in start_seek()4068 delta = abs (uptr->CYL - (int32) target_cylinder); /* calculate the relative movement */ in start_seek()4069 uptr->CYL = target_cylinder; /* and move the positioner */ in start_seek()
4044 uint32 target_cylinder; in start_seek() local4056 …target_cylinder = 0; /* then seek to cylinder 0 and don't reset t… in start_seek()4059 target_cylinder = cvptr->cylinder; /* so seek to the controller cylinder */ in start_seek()4063 if (target_cylinder >= drive_props [model].cylinders) { /* if the cylinder is out of bounds */ in start_seek()4069 delta = abs (uptr->Cyl - (int32) target_cylinder); /* calculate the relative movement */ in start_seek()4070 uptr->Cyl = target_cylinder; /* and move the positioner */ in start_seek()