@ -17,11 +17,13 @@
DECLARE_GLOBAL_DATA_PTR ;
static char * get_speed_string ( u32 speed )
static const char * get_speed_string ( u32 speed )
{
char * speed_strings [ ] = { " 1.25 Gbps " , " 1.5 Gbps " , " 2.5 Gbps " ,
" 3.0 Gbps " , " 3.125 Gbps " , " 5 Gbps " , " 6 Gbps " ,
" 6.25 Gbps " , " 10.31 Gbps " } ;
static const char * const speed_strings [ ] = {
" 1.25 Gbps " , " 1.5 Gbps " , " 2.5 Gbps " ,
" 3.0 Gbps " , " 3.125 Gbps " , " 5 Gbps " , " 6 Gbps " ,
" 6.25 Gbps " , " 10.31 Gbps "
} ;
if ( speed < 0 | | speed > PHY_SPEED_MAX )
return " invalid " ;
@ -29,14 +31,16 @@ static char *get_speed_string(u32 speed)
return speed_strings [ speed ] ;
}
static char * get_type_string ( u32 type )
static const char * get_type_string ( u32 type )
{
char * type_strings [ ] = { " UNCONNECTED " , " PEX0 " , " PEX1 " , " PEX2 " , " PEX3 " ,
" SATA0 " , " SATA1 " , " SATA2 " , " SATA3 " , " SGMII0 " ,
" SGMII1 " , " SGMII2 " , " SGMII3 " , " QSGMII " ,
" USB3_HOST0 " , " USB3_HOST1 " , " USB3_DEVICE " ,
" XAUI0 " , " XAUI1 " , " XAUI2 " , " XAUI3 " ,
" RXAUI0 " , " RXAUI1 " , " SFI " , " IGNORE " } ;
static const char * const type_strings [ ] = {
" UNCONNECTED " , " PEX0 " , " PEX1 " , " PEX2 " , " PEX3 " ,
" SATA0 " , " SATA1 " , " SATA2 " , " SATA3 " , " SGMII0 " ,
" SGMII1 " , " SGMII2 " , " SGMII3 " , " QSGMII " ,
" USB3_HOST0 " , " USB3_HOST1 " , " USB3_DEVICE " ,
" XAUI0 " , " XAUI1 " , " XAUI2 " , " XAUI3 " ,
" RXAUI0 " , " RXAUI1 " , " SFI " , " IGNORE "
} ;
if ( type < 0 | | type > PHY_TYPE_MAX )
return " invalid " ;
@ -44,44 +48,6 @@ static char *get_type_string(u32 type)
return type_strings [ type ] ;
}
void reg_set ( void __iomem * addr , u32 data , u32 mask )
{
debug ( " Write to address = %#010lx, data = %#010x (mask = %#010x) - " ,
( unsigned long ) addr , data , mask ) ;
debug ( " old value = %#010x ==> " , readl ( addr ) ) ;
reg_set_silent ( addr , data , mask ) ;
debug ( " new value %#010x \n " , readl ( addr ) ) ;
}
void reg_set_silent ( void __iomem * addr , u32 data , u32 mask )
{
u32 reg_data ;
reg_data = readl ( addr ) ;
reg_data & = ~ mask ;
reg_data | = data ;
writel ( reg_data , addr ) ;
}
void reg_set16 ( void __iomem * addr , u16 data , u16 mask )
{
debug ( " Write to address = %#010lx, data = %#06x (mask = %#06x) - " ,
( unsigned long ) addr , data , mask ) ;
debug ( " old value = %#06x ==> " , readw ( addr ) ) ;
reg_set_silent16 ( addr , data , mask ) ;
debug ( " new value %#06x \n " , readw ( addr ) ) ;
}
void reg_set_silent16 ( void __iomem * addr , u16 data , u16 mask )
{
u16 reg_data ;
reg_data = readw ( addr ) ;
reg_data & = ~ mask ;
reg_data | = data ;
writew ( reg_data , addr ) ;
}
void comphy_print ( struct chip_serdes_phy_config * chip_cfg ,
struct comphy_map * comphy_map_data )
{