config MADWIFI_DEBUG
bool "Enable compilation of debugging features"
- depends on EXPERIMENTAL
+ depends on DEVEL && PACKAGE_kmod-madwifi
default n
-choice
- prompt "Bus selection"
- default MADWIFI_BUS_DEFAULT
+config MADWIFI_COMPRESSION
+ bool "Enable Atheros Super A/G Compression"
+ depends on PACKAGE_kmod-madwifi
+ depends !TARGET_ar71xx
+ default n
help
- This option controls how MadWifi communicates with the hardware.
+ Enables Atheros Super A/G Hardware Compression Engine.
-config MADWIFI_BUS_DEFAULT
- bool "Use default bus"
+config MADWIFI_SINGLE_MODULE
+ bool "Combine driver and net80211 into a single module"
+ depends on PACKAGE_kmod-madwifi
+ default y
help
- This makes MadWifi determine the needed bus based on the target
- hardware. This will generally work most of the time, but there are some
- cases where you need to override it.
-
-config MADWIFI_BUS_PCI
- bool "Use PCI bus"
- depends on PCI_SUPPORT
-
-config MADWIFI_BUS_AHB
- bool "Use AHB bus"
- depends on TARGET_atheros
-
-endchoice
-
-choice
- prompt "HAL selection"
- default MADWIFI_HAL_DEFAULT
- help
- This option controls how MadWifi communicates with the hardware.
-
-config MADWIFI_HAL_DEFAULT
- bool "Use default HAL"
- help
- This makes MadWifi determine the needed HAL based on the target
- hardware. This will generally work most of the time, but there are some
- cases where you need to override it.
-
-config MADWIFI_HAL_MIPS_BE_ELF
- bool "Use MIPS big endian ELF HAL"
- depends on mips
- depends on BIG_ENDIAN
-
-config MADWIFI_HAL_MIPS_LE_ELF
- bool "Use MIPS little endian ELF HAL"
- depends on mips
- depends on !BIG_ENDIAN
-
-config MADWIFI_HAL_I386_ELF
- bool "Use i386 ELF HAL"
- depends on TARGET_x86
-
-config MADWIFI_HAL_XSCALE_BE_ELF
- bool "Use XScale big endian ELF HAL"
- depends TARGET_ixp4xx
- depends on BIG_ENDIAN
-
-config MADWIFI_HAL_XSCALE_LE_ELF
- bool "Use XScale little endian ELF HAL"
- depends TARGET_iop32x
- depends on !BIG_ENDIAN
-
-config MADWIFI_HAL_ARMV4_LE_ELF
- bool "Use ARMV4 little endian ELF HAL"
- depends TARGET_storm
- depends on !BIG_ENDIAN
-
-config MADWIFI_HAL_AP30
- bool "Use AP30 HAL"
- depends on TARGET_atheros
-
-config MADWIFI_HAL_AP43
- bool "Use AP43 HAL"
- depends on TARGET_atheros
-
-config MADWIFI_HAL_AP51
- bool "Use AP51 HAL"
- depends on TARGET_atheros
-
-config MADWIFI_HAL_AP61
- bool "Use AP61 HAL"
- depends on TARGET_atheros
-
-endchoice
+ This option combines all driver and stack related code (except for HAL)
+ into a single module, thus saving space and removing unnecessary kernel
+ exports
choice
prompt "Rate control algorithm selection"
+ depends on PACKAGE_kmod-madwifi
default MADWIFI_RCA_MINSTREL
help
This option controls how MadWifi chooses its bitrate.
always wander in directions where he/she feels he/she will get paid
the best for his/her work.
-config MADWIFI_RCA_ONOE
- bool "Use the Onoe rate control algorithm"
- help
- Onoe is a credit based RCA where the value of the credit is determined
- by the frequency of successful, erroneous and retransmissions
- accumulated during a fixed invocation period of 1000 ms. If less than
- 10% of the packets need to be retransmitted at a particular rate, Onoe
- keeps increasing its credit point till the threshold value of 10 is
- reached. At this point, the current transmission rate is increased to
- the next available higher rate and the process repeated with credit
- score of zero. Similar logic holds for deducting the credit score and
- moving to a lower bit-rate for failed packet
- transmission/retransmission attempts. However, once a bit-rate has
- been marked as failure in the previous attempt, Onoe will not attempt
- to select that bit-rate until 10 seconds have elapsed since the last
- attempt. Due to the manner in which it operates, Onoe is conservative
- in rate selection and is less sensitive to individual packet failure.
-
-config MADWIFI_RCA_AMRR
- bool "Use the AMRR rate control algorithm"
- help
- AMRR uses Binary Exponential Backoff (BEB) technique to adapt the
- length (threshold) of the sampling period used to change the values of
- bit-rate and transmission count parameters. It uses probe packets and
- depending on their transmission status adaptively changes the threshold
- value. The adaptation mechanism ensures fewer failed
- transmission/retransmission and higher throughput by not switching to a
- higher rate as specified by the backoff mechanism. In addition to this,
- the AMRR employs heuristics to capture the short-term variations of the
- channel by judiciously setting the rate and transmission count
- parameters.
-
config MADWIFI_RCA_SAMPLERATE
bool "Use the SampleRate rate control algorithm"
help
projects / openwrt.git / blobdiff