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...e seen when debugging the assembly is that the 3 that work all have JIT function pointer addresses less than a 32 bit value but the one that is failing has a 64 bit address, as indicated in the snippet below: 000007FFFFC511D7 pop rbp 000007FFFFC511D8 ret 000007FFFFC511D9 sub rsp,20h 000007FFFFC511DD mov rcx,qword ptr [rbp-70h] 000007FFFFC511E1 mov edx,0FFFFFFFEh 000007FFFFC511E6 xor r8d,r8d 000007FFFFC511E9 call rsi 000007FFFFC511EB add rsp,20h 000007FFFFC511EF test al,1 000007FFFFC511F2 je 000007FFFFC511C3 000007FF...

...een when debugging the assembly is that the 3 that work all have JIT function pointer addresses less than a 32 bit value but t! he one that is failing has a 64 bit address, as indicated in the snippet below: 000007FFFFC511D7 pop rbp 000007FFFFC511D8 ret 000007FFFFC511D9 sub rsp,20h 000007FFFFC511DD mov rcx,qword ptr [rbp-70h] 000007FFFFC511E1 mov edx,0FFFFFFFEh 000007FFFFC511E6 xor r8d,r8d 000007FFFFC511E9 call rsi 000007FFFFC511EB add rsp,20h 000007FFFFC511EF test al,1 000007FFFFC511F2 je 000007FFFFC511C3 000007FF...

...ent <4 x float> %v3, float %x, i32 3 ; <<4 x float>> [#uses=1] %s = extractelement <4 x float> %v4, i32 3 ; <float> [#uses =1] ret float %s } In Intel assembly, I get the following: 00000000`01b80010 83ec20 sub esp,20h 00000000`01b80013 f30f10442424 movss xmm0,dword ptr [esp+24h] <-- this loads x into the low float of xmm0 00000000`01b80019 0f284c2404 movaps xmm1,xmmword ptr [esp+4] <-- this seg faults because esp+4 isn't 16-byte aligned What is that line trying to achieve? X is at [e...

...this is calling to bar via a jump table 000000000098003C ret Leads to 0000000140001591 jmp bar (1400064E0h) Leads to void bar(int i) { 00000001400064E0 mov dword ptr [rsp+8],ecx 00000001400064E4 push rdi 00000001400064E5 sub rsp,20h 00000001400064E9 mov rdi,rsp 00000001400064EC mov rcx,8 00000001400064F6 mov eax,0CCCCCCCCh 00000001400064FB rep stos dword ptr [rdi] 00000001400064FD mov ecx,dword ptr [rsp+30h] printf("the int is %i\n",i); 0000000140006501 mov...

...[#uses=1] > > %s = extractelement <4 x float> %v4, i32 3 ; > <float> [#uses > > =1] > > ret float %s > > } > > > > In Intel assembly, I get the following: > > > > 00000000`01b80010 83ec20 sub esp,20h > > 00000000`01b80013 f30f10442424 movss xmm0,dword ptr [esp+24h] <-- > this loads x into the low float of xmm0 > > 00000000`01b80019 0f284c2404 movaps xmm1,xmmword ptr [esp+4] <-- > this seg faults because esp+4 isn't 16-byte aligned > > What is tha...

Hello, Is there any possibility of integrating plans of vonage with asterisk. Regards Vijay Gandhi

...t> %v4, i32 3 ; >> <float> [#uses >> >> =1] >> >> ret float %s >> >> } >> >> >> >> In Intel assembly, I get the following: >> >> >> >> 00000000`01b80010 83ec20 sub esp,20h >> >> 00000000`01b80013 f30f10442424 movss xmm0,dword ptr [esp >> +24h] <-- >> this loads x into the low float of xmm0 >> >> 00000000`01b80019 0f284c2404 movaps xmm1,xmmword ptr [esp >> +4] <-- >> this seg faults because esp+4 i...

...jnz loc_100000F29 mov rdi, [rsi+8] ; char * xor r14d, r14d xor esi, esi ; char ** mov edx, 0Ah ; int call _strtol mov r15, rax shl rax, 20h mov rsi, offset __mh_execute_header add rsi, rax sar rsi, 20h ; size_t mov edi, 4 ; size_t call _calloc lea edx, [r15-1] movsxd r8, edx...

...[rsi+8] ; char * >> xor r14d, r14d >> xor esi, esi ; char ** >> mov edx, 0Ah ; int >> call _strtol >> mov r15, rax >> shl rax, 20h >> mov rsi, offset __mh_execute_header >> add rsi, rax >> sar rsi, 20h ; size_t >> mov edi, 4 ; size_t >> call _calloc >> lea ed...

...et], 0 call int13 ; Bogus Dell PC's do not return carry flag correctly - ignoring it ; jnc get_emul_drive_ok ; some bogus bioses (Dell Inspiron 2500) returns packet size 0xff when failed ; Dell Dimension XPsT returns packet size 0x14 when OK cmp [spec_packet], 13h ; anything between 13h and 20h should be OK jb get_emul_trynext cmp [spec_packet], 20h ja get_emul_trynext jmp short get_emul_drive_ok get_emul_trynext: dec dl cmp dl, 80h jb get_emul_drive_nok jmp get_emul_drive1 ; cmp [spec_packet], 0 ; je get_emul_trynext ; jmp get_emul_drive_ok get_emul_drive_nok: xor dl, dl st...

...ar via a jump table > 000000000098003C ret > > Leads to > 0000000140001591 jmp bar (1400064E0h) > > Leads to > void bar(int i) > { > 00000001400064E0 mov dword ptr [rsp+8],ecx > 00000001400064E4 push rdi > 00000001400064E5 sub rsp,20h > 00000001400064E9 mov rdi,rsp > 00000001400064EC mov rcx,8 > 00000001400064F6 mov eax,0CCCCCCCCh > 00000001400064FB rep stos dword ptr [rdi] > 00000001400064FD mov ecx,dword ptr [rsp+30h] > printf("the int is %i\n",i); > 00...

...OE security = DOMAIN password server = PDCSERVER local master = No domain master = No browse list = Yes wins server = 128.173.188.20 Now, looking at the WINS server when nmbd/smbd start, Samba registers: 192.168.1.1 HERMES(00h) 192.168.1.1 HERMES(03h) 192.168.1.1 HERMES(20h) I would like it to register 128.173.188.30 with the PDC, since everyone can get to it with that address. Also, what is the best way to get the SMB traffic to use Subnet B if it can? (IE, between Pluto and Hermes, for example.) I tried using LMHOSTS on NT and UNIX, but to no avail. It was sugge...

...xor r14d, r14d >>>> xor esi, esi ; char ** >>>> mov edx, 0Ah ; int >>>> call _strtol >>>> mov r15, rax >>>> shl rax, 20h >>>> mov rsi, offset __mh_execute_header >>>> add rsi, rax >>>> sar rsi, 20h ; size_t >>>> mov edi, 4 ; size_t >>>> call _ca...

...ses=1] > > %s = extractelement <4 x float> %v4, i32 3 ; > <float> [#uses > > =1] > > ret float %s > > } > > > > In Intel assembly, I get the following: > > > > 00000000`01b80010 83ec20 sub esp,20h > > 00000000`01b80013 f30f10442424 movss xmm0,dword ptr [esp > +24h] ß this loads x into the low float of xmm0 > > 00000000`01b80019 0f284c2404 movaps xmm1,xmmword ptr [esp > +4] ß this seg faults because esp+4 isn’t 16-byte aligned > > What is that line try...

...#uses >>> >>> =1] >>> >>> ret float %s >>> >>> } >>> >>> >>> >>> In Intel assembly, I get the following: >>> >>> >>> >>> 00000000`01b80010 83ec20 sub esp,20h >>> >>> 00000000`01b80013 f30f10442424 movss xmm0,dword ptr [esp >>> +24h] <-- >>> this loads x into the low float of xmm0 >>> >>> 00000000`01b80019 0f284c2404 movaps xmm1,xmmword ptr [esp >>> +4] <-- >>> t...

Well, I decided to get ROSH back out and try to get it functioning in Syslinux-4. As has been my habit, I first recompiled the Linux binary and tried it out. In the beginning of ROSH, it calls console_ansi_std(). When I was working on this in the past, using this function ensured both the Linux and the Syslinux/COM32 binaries function similarly. When using fgets() to get an input string in the

...f,+sse3 It successfully creates a binary, but the binary when run crashes with: Unhandled exception at 0x00007FF7C9913BA7 in test.exe: 0xC0000005: Access violation reading location 0xFFFFFFFFFFFFFFFF. The disassembly of the crashed instruction is: 00007FF7C9913BA7 vmovdqa xmmword ptr [rbp-20h],xmm0 There is no callstack or source in the MSVC debugger. The .pdb produced is 64KB exactly. The file was linked with: lld -NOLOGO -DEBUG -MACHINE:X64 /SUBSYSTEM:console -OUT:.\test.exe -NODEFAULTLIB -ENTRY:_start ./zig-cache/test.obj ./zig-cache/builtin.obj ./zig-cache/compiler_rt.obj ./zig-ca...

...word ptr [rsp] 00000000773A0E14 mov r11,qword ptr [rsp+8] 00000000773A0E19 add rsp,10h 00000000773A0E1D ret That function is called 3 or 4 times from my function like this: 0000000000C700A5 push rax 0000000000C700A6 mov esi,ecx 0000000000C700A8 sub rsp,20h 0000000000C700AC mov rax,76CBC490h 0000000000C700B6 call rax ; this is my call to DebugBreak() which goes first 0000000000C700B8 add rsp,20h 0000000000C700BC mov eax,10h 0000000000C700C1 call 00000000773A0DD0 0000000000C700C...

...est the effect of my factors of interest. First let me explain the structure of the model: I'm measuring animal movements. Explicitly, I am interested in displacement (straight-line distance from an initial point). Displacements are measured longitudinally, with one measurement every 2h (up to 20h). A series of measurements from 2 to 20h makes a "displacement series". We have 2 study areas, with 3 individuals per study area (individuals are different in each area), and data have been taken in 2 seasons for each individual. In each season, we have 10 replicates per individual (10 di...

...ß this is calling to bar via a jump table 000000000098003C ret Leads to 0000000140001591 jmp bar (1400064E0h) Leads to void bar(int i) { 00000001400064E0 mov dword ptr [rsp+8],ecx 00000001400064E4 push rdi 00000001400064E5 sub rsp,20h 00000001400064E9 mov rdi,rsp 00000001400064EC mov rcx,8 00000001400064F6 mov eax,0CCCCCCCCh 00000001400064FB rep stos dword ptr [rdi] 00000001400064FD mov ecx,dword ptr [rsp+30h] printf("the int is %i\n",i); 0000000140006501 mov...