Problems with hostap-0.0.3 an 2.4.21-rc6 /wolk 4.0s

Ruben Puettmann ruben at puettmann.net
Mon Jun 2 16:26:10 EDT 2003


        hy,

since I try to update from my old 2.4.19 with hostap to a newer Version 
I get much trouble.

I have try 2.4.21-rc6 + hostap 0.0.3 and an new WOLK (
http://wolk.sourceforge.net)

I can not find any errors in the log files. I have  here an Debian
Sarge.

The wireless Card is an : 

00:13.0 Network controller: National Datacomm Corp: Unknown device 0131
(rev 01) 

It runs with the plx driver.

The Interrupts seems to be O.K. :

cat /proc/interrupts 
           CPU0       
  0:     396468          XT-PIC  timer
  1:          2          XT-PIC  keyboard
  2:          0          XT-PIC  cascade
  5:      37743          XT-PIC  NE2000
  7:       3184          XT-PIC  wlan0
  8:          4          XT-PIC  rtc
 10:      38978          XT-PIC  eth0
 12:        462          XT-PIC  b1pci-e800
 14:       6860          XT-PIC  ide0
 15:       1168          XT-PIC  ide1
NMI:          0 
LOC:          0 
ERR:          0
MIS:          0


The ap will be startet with : 


iface wlan0 inet static
        address 192.168.1.1
        netmask 255.255.255.0
        network 192.168.1.0
        broadcast 192.168.1.255
        wireless_essid WLAN000001
        wireless_mode Master
        wireless_channel 4
        wireless_nick fw-1
        wireless_rate 11M
        wireless_txpower 200mW 
        up /sbin/modprobe hostap_crypt
        up /sbin/modprobe hostap_crypt_wep
        up /usr/sbin/hostap_crypt_conf -1t wlan0 ff:ff:ff:ff:ff:ff WEP
6ec19428ee08a86af1e7944d95


The client is an prism2 card (Dlink 650) with wlan_ng driver. The client
has run with the old modules an 2.4.19 without problems. Now I get an
error like these : 

ping 192.168.1.10
PING 192.168.1.10 (192.168.1.10): 56 data bytes
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2216.5 ms
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2217.6 ms (DUP!)
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2218.8 ms (DUP!)
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2225.3 ms (DUP!)
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2227.4 ms (DUP!)
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2228.4 ms (DUP!)
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2229.5 ms (DUP!)
64 bytes from 192.168.1.10: icmp_seq=0 ttl=64 time=2230.7 ms (DUP!)

--- 192.168.1.10 ping statistics ---
4 packets transmitted, 1 packets received, +7 duplicates, 75% packet
loss
round-trip min/avg/max = 2216.5/2224.2/2230.7 ms

without any error in syslog oder dmesg  

iwconfig wlan0
wlan0     IEEE 802.11b  ESSID:"WLAN000001"  Nickname:"fw-1"
          Mode:Master  Frequency:2.427GHz  Access Point:
00:80:C6:E3:69:1A  
          Bit Rate=11Mb/s   Tx-Power=24 dBm   Sensitivity=1/3  
          Retry min limit:8   RTS thr:off   Fragment thr:off
          Encryption key:6EC1-9428-EE08-A86A-F1E7-944D-95   Encryption
mode:restricted
          Power Management:off
          Link Quality:0  Signal level:0  Noise level:0
          Rx invalid nwid:0  Rx invalid crypt:3  Rx invalid frag:0
          Tx excessive retries:0  Invalid misc:0   Missed beacon:0

seems good to...

Output from  hostap_diag is attached.


Now my knowledge ends. Can you help me ? 


        thx 

            Ruben


-- 
Ruben Puettmann
ruben at puettmann.net
http://www.puettmann.net
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Host AP driver diagnostics information for 'wlan0'

NICID: id=0x8003 v1.0.0 (HWB3163 Rev B, Samsung PC Card Rev. B)
PRIID: id=0x0015 v0.3.0
STAID: id=0x001f v0.8.3 (station firmware)

Known RIDs (Resource IDentifiers)

FC00=CNFPORTTYPE=6
FC01=CNFOWNMACADDR=00:80:c6:e3:69:1a
FC02=CNFDESIREDSSID=WLAN000001
FC03=CNFOWNCHANNEL=4
FC04=CNFOWNSSID=WLAN000001
FC05=CNFOWNATIMWINDOW=0
FC06=CNFSYSTEMSCALE=1
FC07=CNFMAXDATALEN=2304
FC08=CNFWDSADDRESS=00:00:00:00:00:00
FC09=CNFPMENABLED=0
FC0A=CNFPMEPS=0
FC0B=CNFMULTICASTRECEIVE=1
FC0C=CNFMAXSLEEPDURATION=100
FC0D=CNFPMHOLDOVERDURATION=100
FC0E=CNFOWNNAME=fw-1
FC10=CNFOWNDTIMPERIOD=1
FC20=UNKNOWN1=33
FC21=UNKNOWN2=33
FC23=CNFWEPDEFAULTKEYID=0
FC24=CNFDEFAULTKEY0=<21><00><24><fc><00><00>
FC25=CNFDEFAULTKEY1=<21><00><25><fc><00><00>
FC26=CNFDEFAULTKEY2=<21><00><26><fc><00><00>
FC27=CNFDEFAULTKEY3=<21><00><27><fc><00><00>
FC28=CNFWEPFLAGS=<93><00>
FC2A=CNFAUTHENTICATION=1
FC2C=CNFTXCONTROL=512
FC2D=CNFROAMINGMODE=1
FC30=CNFRCVCRCERROR=0
FC31=CNFMMLIFE=65000
FC32=CNFALTRETRYCOUNT=7
FC33=CNFBEACONINT=100
FC35=CNFSTAPCFINFO=<01><00>
FC40=CNFTIMCTRL=1
FC41=UNKNOWN3=<00><00><00><00><00><00>
FC42=CNFTHIRTY2TALLY=0
FC80=GROUPADDRESSES=
FC81=CREATEIBSS=1
FC82=FRAGMENTATIONTHRESHOLD=2346
FC83=RTSTHRESHOLD=2347
FC84=TXRATECONTROL=8
FC85=PROMISCUOUSMODE=0
FCB0=CNFSHORTPREAMBLE=0
FCB3=CNFBASICRATES=<03><00>
FCB4=CNFSUPPORTEDRATES=<08><00>
FCE0=TICKTIME=2000
FCE1=SCANREQUEST=<ff><3f><20><00>
FCE2=JOINREQUEST=<21><00><e2><fc><00><00><00><00>
FD00=MAXLOADTIME=60000
FD01=DOWNLOADBUFFER=<60><00><00><00><00><10>
FD02=PRIID=0x15 v0.3.0
FD03=PRISUPRANGE=0 0x03 1 1-2
FD04=CFIACTRANGES=1 0x02 1 1-1
FD0A=NICSERNUM=SA01000000<00><00>
FD0B=NICID=0x8003 v1.0.0
FD0C=MFISUPRANGE=0 0x01 1 1-1
FD0D=CFISUPRANGE=0 0x02 1 1-1
FD10=CHANNELLIST=<ff><1f>
FD11=REGULATORYDOMAINS=0
FD12=TEMPTYPE=1
FD13=CIS=<01><03><00><00><ff><17><04><67><5a><08><ff><1d><05><03><67><5a><08><ff><15><50><05><00><49><45><45><45><20><38><30><32><2e><31><31><62><00><57><69><72><65><6c><65><73><73><20><4c><41><4e><20><50><43><20><43><61><72><64><2f><31><31><4d><00><56><65><72><73><69><6f><6e><20><30><31><2e><30><32><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><ff><20><04><56><01><02><00><21><02><06><00><22><02><01><07><22><05><02><40><42><0f><00><22><05><02><80><84><1e><00><22><05><02><60><ec><53><00><22><05><02><c0><d8><a7><00><22><02><03><07><22><08><04><06><00><80><c5><e3><0e><d6><22><02><05><01><1a><07><03><01><e0><03><00><00><01><1b><10><c1><01><19><77><b5><1e><35><b5><3c><36><36><05><46><7f> + 295*<ff>
FD20=STAID=0x1f v0.8.3
FD21=STASUPRANGE=0 0x04 1 1-6
FD22=MFIACTRANGES=1 0x01 1 1-1
FD23=CFIACTRANGES2=1 0x02 1 1-1
FD40=PORTSTATUS=8
FD41=CURRENTSSID=WLAN000001
FD42=CURRENTBSSID=00:80:c6:e3:69:1a
FD43=COMMSQUALITY=<00><00><1b><00><1b><00>
FD44=CURRENTTXRATE=2
FD45=CURRENTBEACONINTERVAL=100
FD46=CURRENTSCALETHRESHOLDS=<36><00><36><00><36><00><0a><00><02><00><06><00>
FD47=PROTOCOLRSPTIME=100
FD48=SHORTRETRYLIMIT=8
FD49=LONGRETRYLIMIT=5
FD4A=MAXTRANSMITLIFETIME=512
FD4B=MAXRECEIVELIFETIME=512
FD4C=CFPOLLABLE=0
FD4D=AUTHENTICATIONALGORITHMS=<01><00><01><00>
FD4F=PRIVACYOPTIONIMPLEMENTED=1
FD88=SCANRESULTSTABLE=<01><00><03><00>
FDC0=PHYTYPE=2
FDC1=CURRENTCHANNEL=4
FDC2=CURRENTPOWERSTATE=1
FDC3=CCAMODE=2
FDC6=SUPPORTEDDATARATES=<02><04><0b><16>
FFFE=BUILDSEQ=<00><00><00><00>
FFFF=FWID=0003C0.HEX<00><00>S10008C3.HEX<00><00><00><00>

Unknown RIDs (Resource IDentifiers)


Baseband proccessor (BBP) Configuration Registers

CR0 (Part/Version Code): 19 - Part=1 (HFA3861B series) Version=3 (3861B Version)
CR1 (I/O Polarity): 19 (normal setting 0)
    Phase of RX carrier rotation sense: normal rotation (CCW)
    Phase of TX carrier rotation sense: normal rotation (CCW)
    Phase of TX output clock (TXCLK) pin: NON-Inverted TXCLK
    Active level of the Transmit Ready output: TX_RDY Active 0
    Active level of the transmit enable input: TX_PE Active 1
    Active level of the Clear Channel Assessment output: CCA Active 0
    Active level of the MD_RDY output: MD_RDY Active 0
    Phase of the RX_CLK output: Invert Clk
CR2 (I Cover Code): 72 (nominally 72)
CR3 (Q Cover Code): 72 (nominally 72)
CR4 (TX Preamble Length): 128 (IEEE 802.11: 128)
CR5 (TX Signal Field): 1
    Preamble mode: Normal
    TX data rate: 01 = DQPSK - 11 chip sequence (2Mbps)
CR6 (TX Service Field): 0
CR7 (TX Length Field, High): 1
CR8 (TX Length Field, Low): 8
    TX Length Field: 264 usec
CR9 (TX Configure): 162
    CCA sample mode time: 15.8 usec
    CCA mode: CCA is based on (CS1 OR SQ1/CS2)
    TX test modes: Alternating bits for carrier suppression test
    Enable TX test modes: normal operation
    Antenna choice for TX: Set AntSel low
    TX Antenna Mode: set AntSel pin to antenna for which last valid header CRC occurred
CR10 (RX Configure): 184
    Initial CS2 estimate: Use SQ1 from Barker correlator peaks
    CIR estimate/Dot product clock control: on during acquisition
    SFD Time-out values: 64 usec
    MD_RDY control: After SFD
    Force Frequency Offset Estimating in all antenna diversity timelines: disabled
    Antenna choice for RX when single antenna acquisition is selected: AntSel pin low
    Antenna acquire: dual antenna for diversity acquisition
CR11 (RX/TX Configure): 27
    Continuous internal RX 22 and 44 MHZ clocks: 0
    A/D input coupling: DC
    TX filter / CMF weight select: US
    Ping Pong Differential Encode: normal
    CCA mode: Sampled CCA; CCA will update once per slot (20 usec)
    Precursor value in CIR estimate: 3
CR12 (A/D Test Modes 1): 0
    All DAC and A/D clock source control: normal internal clocks
    TX DAC clock: enable
    RX DAC clock: enable
    I DAC clock: enable
    Q DAC clock: enable
    RF A/D clock: enable
    I A/D clock: enable
    Q A/D clock: enable
CR13 (A/D Test Modes 2): 0
    Standby: disable
    SLEEP TX: disable
    SLEEP RX: disable
    SLEEP IQ: disable
    Analog TX Shut_down: disable
    Analog RX Shut_down: disable
    Analog Standby: disable
    Manual control of mixed signal power down signals (other CR13 bits): disable
CR14 (A/D Test Modes 3): 0
    DFS - select straight binary output of I/Q and RF A/D converters: 0
    I/Q DAC input control: normal (TX filter)
    Enable test bus into RX and TX DAC: disable
    Enable RF A/D into RX DAC: disable
    VRbit1: 0
    VRbit0: 0
CR15 (AGC GainClip): 92
CR16 (AGC Sat Cpints): 130
    AGC mid Sat counts: 8
    AGC low Sat counts: 2
CR17 (AGC Update Control): 32
    AGC update during CIR injest: disable
    AGC timer count: 32 (must be >31)
CR18 (AGC HiSat): 196
CR19 (AGC LockinLevel/CW detect threshold): 23
CR20 (AGC LockWindow, pos side): 10
CR21 (AGC Threshold): 14
CR22 (AGC Lookup Table Addr and Control): 31
CR23 (AGC Lookup Table Data): 127
CR24 (AGC LoopGain): 45
CR25 (AGC RX_IF): 32
CR26 (AGC Test Modes): 144
CR27 (AGC RX_RF Threshold): 24
CR28 (AGC Low SatAtten): 118
CR29 (AGC LockWindow, negative side): 10
CR30 (Carrier Sense 2): 36
CR31 (Manual TX Power Control): 192
CR32 (Test Modes 1): 0
CR33 (Test Modes 2): 0
CR34 (Test Bus Address): 0
CR35 (CMF Coefficient Control): 12
CR36 (Scrambler Seed, Long Preamble Option): 38
CR37 (Scrambler Seed, Short Preamble Option): 91
CR38 (ED Threshold): 127
CR39 (CMF Gain Threshold): 41
CR40 (Threshold for antenna decision): 15
CR41 (Preamble tracking loop lead coefficient): 32
CR42 (Preamble tracking loop lag coefficient): 32
CR43 (Header tracking loop lead coefficient): 16
CR44 (Header tracking loop lag coefficient): 16
CR45 (Data tracking loop lead coefficient): 16
CR46 (Data tracking loop lag coefficient): 16
CR47 (RF attenuator value): 30
CR48 (ED and SQ1 control and SQ1 scale factor): 30
CR49 (Read only register mux control for registers 50 to 63): 152
    CW RSSI threshold: 24
    CR50..CR63: 'a' value
CR50 (Test Bus Read): 0
CR51 (Noise floorAntA): 1
CR52 (Noise floorAntB): 0
CR53 (AGC error): 127
CR54 (Unassigned): 0
CR55 (Unassigned): 0
CR56 (Unassigned): 0
CR57 (Unassigned): 0
CR58 (TX Power Measurement): 196
CR59 (RX Mean Power): 8
CR60 (RX_IF AGC): 17
CR61 (RX Status Reg): 13
CR62 (RSSI): 2
CR63 (RX Status Reg): 0
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