search for: d7

...0000f0000 - 0000000000100000 = 2 RESERVED (d6) 3: 0000000000100000 - 00000000bf7ff000 = 1 RAM (d6) 4: 00000000bf7ff000 - 00000000bf800000 = 2 RESERVED (d6) 5: 00000000fc000000 - 0000000100000000 = 2 RESERVED (d6) enter handle_19: (d6) NULL (d6) Booting from Hard Disk... (d6) Booting from 0000:7c00 (d7) HVM Loader (d7) Detected Xen v4.6.6-9.el7 (d7) Xenbus rings @0xfeffc000, event channel 1 (d7) System requested SeaBIOS (d7) CPU speed is 3607 MHz (d7) Relocating guest memory for lowmem MMIO space disabled (d7) PCI-ISA link 0 routed to IRQ5 (d7) PCI-ISA link 1 routed to IRQ10 (d7) PCI-ISA link 2 r...

...D > (d6) 3: 0000000000100000 - 00000000bf7ff000 = 1 RAM > (d6) 4: 00000000bf7ff000 - 00000000bf800000 = 2 RESERVED > (d6) 5: 00000000fc000000 - 0000000100000000 = 2 RESERVED > (d6) enter handle_19: > (d6) NULL > (d6) Booting from Hard Disk... > (d6) Booting from 0000:7c00 > (d7) HVM Loader > (d7) Detected Xen v4.6.6-9.el7 > (d7) Xenbus rings @0xfeffc000, event channel 1 > (d7) System requested SeaBIOS > (d7) CPU speed is 3607 MHz > (d7) Relocating guest memory for lowmem MMIO space disabled > (d7) PCI-ISA link 0 routed to IRQ5 > (d7) PCI-ISA link 1 ro...

...ion 43 values (should be over 1200 characters long, 3 times total length minus 1). Using wireshark and right-clicking on each option 43 instance, copy, bytes, as hexstream, and leaving the option 255s in I get: 01:04:e0:01:01:03:02:02:de:06:03:02:df:06:04:01:01:05:01:01:06:01:0b:08:70:aa:aa:01:0a:d7:90:3c:00:a0:01:0a:d7:90:3c:00:81:01:0a:d7:90:3c:00:a1:01:0a:d7:90:3c:00:a2:01:0a:d7:90:3c:00:a4:01:0a:d7:90:3c:00:a5:01:0a:d7:90:3c:00:a6:01:0a:d7:90:3c:00:a7:01:0a:d7:90:3c:00:a8:01:0a:d7:90:3c:00:a9:01:0a:d7:90:3c:00:aa:01:0a:d7:90:3c:00:ab:01:0a:d7:90:3c:00:ac:01:0a:d7:90:3c:00:83:01:0a:d7:90:3c...

...Protocol) SMB MailSlot Protocol Microsoft Windows Browser Protocol No. Time Source Destination Protocol Info 11 8.162855 192.168.1.105 128.118.25.3 NTP NTP client Frame 11 (90 bytes on wire, 90 bytes captured) Ethernet II, Src: Intel_6d:d7:6a (00:04:23:6d:d7:6a), Dst: Cisco-Li_d0:46:9e (00:0c:41:d0:46:9e) Internet Protocol, Src: 192.168.1.105 (192.168.1.105), Dst: 128.118.25.3 (128.118.25.3) User Datagram Protocol, Src Port: ntp (123), Dst Port: ntp (123) Network Time Protocol No. Time Source Destination...

=BE=B4=C6=F4=D5=DF=A3=BA =A1=B0=B5=DA=CB=C4=BD=EC=B1=B1=BE=A9=B3=AF=D1=F4=B9=FA=BC=CA=C9=CC=CE=F1= =BD=DA=A1=B1=BD=AB=D3=DA2003=C4=EA10=D4=C2=D4=DA=B1=B1=BE=A9=BE=D9=B0=EC=A1= =A3=BD=EC=CA=B1=A3=AC=B9=FA=BC=D2=C1=EC=B5=BC=C8=CB=A1=A2=CD=E2=B9=FA=D5=FE= =D2=AA=BA=CD=C0=B4=D7=D4=C3=C0=A1=A2=B5=C2=A1=A2=B7=A8=A1=A2=B0=C4=B4=F3=C0= =FB=D1=C7=B5=C8=B9=FA=B5=C4=C9=CC=CE=F1=B4=FA=B1=ED=CD=C5=BC=B0=C6=F3=D2=B5= =BC=D2=BD=AB=DD=B0=C1=D9=B4=F3=BB=E1=A1=A3=D5=E2=C6=DA=BC=E4=C2=A1=D6=D8=CD= =C6=B3=F6=B5=C4=A1=B0=C9=CC=CE=F1=B2=CE=D4=DE=CD=B6=D7=CA=C7=A2=CC=B8=CD=C6= =BD=E9=BB=E1=...

...s sending the PXEClient vendor class ID and a (zero) > mtftp IP address. If I wanted to be sure, I'd send discovery control > and a 0.0 boot item, but I'm not that surprised it works without them. 01:04:e0:01:01:03:02:02:de:06:03:02:df:06:04:01:01:05:01:01:06:01:0b:08:70:aa:aa:01:0a:d7:90:3c:00:a0:01:0a:d7:90:3c:00:81:01:0a:d7:90:3c:00:a1:01:0a:d7:90:3c:00:a2:01:0a:d7:90:3c:00:a4:01:0a:d7:90:3c:00:a5:01:0a:d7:90:3c:00:a6:01:0a:d7:90:3c:00:a7:01:0a:d7:90:3c:00:a8:01:0a:d7:90:3c:00:a9:01:0a:d7:90:3c:00:aa:01:0a:d7:90:3c:00:ab:01:0a:d7:90:3c:00:ac:01:0a:d7:90:3c:00:83:01:0a:d7:90:3c...

On Fri, Mar 7, 2014 at 4:00 PM, Jeffrey Hutzelman <jhutz at cmu.edu> wrote: > On Fri, 2014-03-07 at 05:49 -0500, Gene Cumm wrote: >> 1) Thinking about the responses again, I'm absolutely surprised that >> you can even boot PXELINUX. I would have expected the response from >> the Altiris server to override your attempts to block it. > > Nope. The PXE spec

...into an obscure issue with ExpandPostRA. Does anyone recognizes the following: The pass replaces a real copy with a "transfer" instruction: ********** EXPANDING POST-RA PSEUDO INSTRS ********** ********** Function: main real copy: %R15<def> = COPY %R4, %D2<imp-use,kill>, %D7<imp-use,kill>, %D7<imp-def> replaced by: %R15<def> = TFR %R4, %D7<imp-def> The R4 is a subreg of D2 double register (basically R0:R1==D0; R4:R5==D2 etc.). After this copy D2 is dead, and is marked as such. Register allocator did not mark R4 as <kill>, and when ExpandP...

On Thu, 2014-03-06 at 16:52 -0500, Gene Cumm wrote: > > RFC2131, section 4.1, and particularly the second paragraph on page 24. > > Conditionally. "Options may appear only once, unless otherwise > specified in the options document." I don't see any indication of any > options that DO allow it unless "The information is an opaque object > of n

Hello all, # I am trying to read the text in this URL: u <- http://google.com/complete/search?output=toolbar&q=%d7%a9%d7%9c%d7%95%d7%9d # By using this command: readLines(u) And no matter what variation I tried, I keep getting this output: [1] "<?xml version=\"1.0\"?><toplevel><CompleteSuggestion><suggestion data=\"&#x5E9;&#x5DC;&#x5D5;&#x5DD;\"/&gt...

On Jul 8, 2012, at 3:42 PM, Sergei Larin <slarin at codeaurora.org> wrote: > ********** EXPANDING POST-RA PSEUDO INSTRS ********** > ********** Function: main > real copy: %R15<def> = COPY %R4, %D2<imp-use,kill>, %D7<imp-use,kill>, > %D7<imp-def> > replaced by: %R15<def> = TFR %R4, %D7<imp-def> > > The R4 is a subreg of D2 double register (basically R0:R1==D0; R4:R5==D2 > etc.). After this copy D2 is dead, and is marked as such. > Register allocator did not mark R4 as...

...t_high_f32(SUMM)); > + tv = vtrn_f32(tv.val[0], ZERO); > + tv.val[0] = vadd_f32(tv.val[0], tv.val[1]); > + > + vst1_lane_f32(&sumi, tv.val[0], 0); Accessing tv.val[0] and tv.val[1] directly seems to send these values through the stack, e.g., f4: f3ba7085 vtrn.32 d7, d5 f8: ed0b7b0f vstr d7, [fp, #-60] fc: ed0b5b0d vstr d5, [fp, #-52] ... 114: ed1b6b09 vldr d6, [fp, #-36] 118: ed1b7b0b vldr d7, [fp, #-44] 11c: f2077d06 vadd.f32 d7, d7, d6 120: f483780f vst1.32 {d7[0]}, [r3]...

>myDF = data.frame(id=c("A10","A20"),d1=c(.3,.3),d2=c(.4,.4),d3=c(-.2,.5),d4=c(-.3,.6),d5=c(.5,-.2),d6=c(.6,-.4),d7=c(-.9,-.5),d8=c(-.8,-.6)) >doit=function(x)c(x[1],sum_LK_positive=sum(x[-1][x[-1]>0]),sum_LK_negative=sum(x[-1][x[-1]<0])) > myDF id d1 d2 d3 d4 d5 d6 d7 d8 1 A10 0.3 0.4 -0.2 -0.3 0.5 0.6 -0.9 -0.8 2 A20 0.3 0.4 0.5 0.6 -0.2 -0.4 -0.5 -0.6 > t(apply(myDF,1,do...

...*********** Below.... 2 work fine ******************* [root@abc ~]# for i in wiki mail; do echo "# $i"; ssh $i arp; ssh $i "ping -c 4 4.2.2.2"; done # wiki Address HWtype HWaddress Flags Mask Iface 10.20.10.125 ether 00:19:B9:D7:FB:4B C eth0 10.20.10.199 ether 00:07:E9:82:60:33 C eth0 PING 4.2.2.2 (4.2.2.2) 56(84) bytes of data. >From 10.20.10.125: icmp_seq=1 Redirect Host(New nexthop: 10.20.10.1) 64 bytes from 4.2.2.2: icmp_seq=1 ttl=56 time=37.1 ms >From 10....

...either Priority Band 2 or 3 depending on the type of their traffic (or Priority Band 1 if it happens to be VoIP, Telnet, SSH, or DNS). This should happen for all traffic going in both directions. These are my iptables rules for a single client: - Adding rules to classify traffic for 00:13:D3:67:D7:05 - iptables -A macfilter -m mac --mac-source 00:13:D3:67:D7:05 - iptables -I macfilter_nat -t nat -m mac --mac-source 00:13:D3:67:D7:05 -j ACCEPT - Adding rules to flag General traffic - iptables -A PREROUTING -t mangle -m mac --mac-source 00:13:D3:67:D7:05 -j MARK --set-mark 0x1A5 - i...

...r. 35d: 81 c9 08 04 00 00 or $0x408,%ecx 363: 89 4c 24 28 mov %ecx,0x28(%esp) 367: 89 df mov %ebx,%edi 369: 83 e7 10 ​ ​ and $0x10,%edi 36c: 89 7c 24 20 mov %edi,0x20(%esp) 370: 0f 45 d1 ​ ​ cmovne %ecx,%edx 373: 89 d7 mov %edx,%edi 375: 81 cf 10 08 00 00 or $0x810,%edi 37b: 89 7c 24 14 mov %edi,0x14(%esp) 37f: 89 d9 mov %ebx,%ecx 381: 83 e1 20 ​ ​ and $0x20,%ecx 384: 89 4c 24 1c mov %ecx,0x1c(%esp) 388: 0f 45 d7 ​ ​...

...way to write the following R code including nested for loops. I cannot do it by using expand.grid function because it results with memory allocation problems. Thanks for your time and consideration. for(d1 in 0:n){ for(d2 in 0:n){ for(d3 in 0:n){ for(d4 in 0:n){ for(d5 in 0:n){ for(d6 in 0:n){ for(d7 in 0:n){ for(d8 in 0:n){ for(d9 in 0:n){ for(d10 in 0:n){ for(d11 in 0:n){ for(d12 in 0:n){ for(d13 in 0:n){ for(d14 in 0:n){ for(d15 in 0:n){ for(d16 in 0:n){ for(d17 in 0:n){ for(d18 in 0:n){ for(d19 in 0:n){ for(d20 in 0:n){ list=c(d1,d2,d3,d4,d5,d6,d7,d8,d9,d10,d11,d12,d13,d14,d15,d16,d17,d18,...

..., O=Let's Encrypt, CN=Let's Encrypt Authority X3 Subject Public Key Info: Public Key Algorithm: rsaEncryption Public-Key: (2048 bit) Modulus: 00:9c:d3:0c:f0:5a:e5:2e:47:b7:72:5d:37:83:b3: 68:63:30:ea:d7:35:26:19:25:e1:bd:be:35:f1:70: 92:2f:b7:b8:4b:41:05:ab:a9:9e:35:08:58:ec:b1: 2a:c4:68:87:0b:a3:e3:75:e4:e6:f3:a7:62:71:ba: 79:81:60:1f:d7:91:9a:9f:f3:d0:78:67:71:c8:69: 0e:95:91:cf:fe:e6:99:e9:60:3c:48:cc:7e:ca:4d:...

...2^(MS-3)) d3.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-3)) d4.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-4)) d5.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-5)) d6.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-6)) d7.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-7)) d8.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-8)) d9.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-9)) d10.mat <- matrix (data=list(), nrow=TotNumCycles, ncol=2^(MS-10)) d11.mat <-...

...20NW 0 5 C C20 C20SO 0 5 C C20 C20SW 0 7 C C3 C3NO 0 5 C C3 C3NW 0 9 C C3 C3SO 0 8 C C3 C3SW 0 6 C C4 C4NO 0 9 C C4 C4NW 0 3 C C4 C4SO 0 4 C C4 C4SW 0 8 C C6 C6NO 0 9 C C6 C6SO 0 7 C C6 C6SW 0 10 C C6 C6W 0 9 D D1 D1NO 0 9 D D1 D1SO 0 12 D D4 D4NO 0 10 D D4 D4NW 0 12 D D4 D4SO 0 12 D D4 D4SW 0 13 D D7 D7NO 0 11 D D7 D7NW 0 9 D D7 D7SO 0 9 D D7 D7SW 0 9 A A12 A12SW 1 0 A A11 A11NO 1 2 A A11 A11NW 1 1 A A11 A11SO 1 4 A A11 A11SW 1 2 A A12 A12NO 1 2 A A12 A12NW 1 1 A A12 A12SO 1 1 A A14 A14NO 1 1 A A14 A14NW 1 1 A A14 A14SO 1 1 A A14 A14SW 1 1 A A15 A15NO 1 1 A A15 A15NW 1 2 A A15 A15SO 1 2 A A15 A...