Xes network com

Stats: 30,053 versions of 1,966 programsPick a software title...to downgrade to the version you love!VirtualBox 2.1.2 (x64) Change LogThis is a maintenance release. The following items were fixed and/or added: USB: improved support for recent Linux hosts VMM: ?xed guru meditation for PAE guests on non-PAE hosts (AMD-V) VMM: ?xed guru meditation on Mac OS X hosts when using VT-x VMM: allow running up to 1023 VMs on 64-bit hosts (used to be 127) VMM: several FreeBSD guest related ?xes (bugs #2342, #2341, #2761) VMM: ?xed guru meditation when installing Suse Enterprise Server 10U2 (VT-x only; bug #3039) VMM: ?xed guru meditation when booting Novell Netware 4.11 (VT-x only; bug #2898) VMM: ?xed VERR_ADDRESS_TOO_BIG error on some Mac OS X systems when starting a VM VMM: clear MSR_K6_EFER_SVME after probing for AMD-V (bug #3058) VMM: ?xed guru meditation during Windows 7 boot with more than 2 GB guest RAM (VT-x, nested paging only) VMM: ?xed hang during OS/2 MCP2 boot (AMD-V and VT-x only) VMM: ?xed loop during OpenBSD 4.0 boot (VT-x only) VMM: ?xed random crashes related to FPU/XMM with 64 bits guests on 32 bits hosts VMM: ?xed occasional XMM state corruption with 64 bits guests VMM: speed improvements for real mode and protected mode without paging (software virtualization only) GUI: raised the RAM limit for new VMs to 75% of the host memory GUI: added Windows 7 as operating system type VBoxSDL: ?xed -fixed fixedmode parameter (bug #3067) Clipboard: stability ?xes (Linux and Solaris hosts only, bug #2675 and #3003) 3D support: ?xed VM crashes for certain guest applications (bugs #2781, #2797, #2972, #3089) LsiLogic: improved support for Windows guests (still experimental) VGA: ?xed a 2.1.0 regression where guest screen resize events were not properly handled (bug #2783) VGA: signi?cant performance improvements when using VT-x/AMD-V on Mac OS X hosts VGA: better handling for VRAM offset changes (?xes GRUB2 and Dos DOOM display issues) VGA: custom VESA modes with invalid widths are now rounded up to correct ones (bug #2895) IDE: ?xed ATAPI passthrough support (Linux hosts only; bug #2795) Networking: ?xed kernel panics due to NULL pointer dereference in Linux kernels Networking: ?xed intermittend BSODs when using the new host interface (Windows hosts only; bugs #2832, #2937, #2929) Networking: ?xed several issues with displaying hostif NICs in the GUI (Windows hosts only; bugs 2814, #2842) Networking: ?xed the issue with displaying hostif NICs without assigned IP addresses (Linux hosts only; bug #2780) Networking: ?xed the issue with sent packets coming back to internal network when using hostif (Linux hosts only; bug #3056). NAT: ?xed port forwarding (Windows hosts only; bug #2808) NAT: ?xed booting from the builtin TFTP server (bug #1959) NAT: ?xed occasional crashes (bug

Falseshare = truefile access tries = 0network redirector = falseminimum mcb free = 0ems = emm386umb = truequick reboot = falsever = 7.1shellhigh = autolfn = autoautomount = trueautomountall = falsemountwarning = trueautofixwarning = truestartcmd = falsestarttranspath = falsestartwait = truestartquiet = falseint33 = truekeyboardlayout = RUcustomcodepage = dbcs = truedos clipboard device enable = falsedos clipboard device name = CLIP$dos clipboard api = true[ipx]# ipx: Enable ipx over UDP/IP emulation.ipx = false[ne2000]# ne2000: Enable NE2000 Ethernet emulation.# nicbase: The base address of the NE2000 board.# nicirq: The interrupt it uses. Note serial2 uses IRQ3 as default.# macaddr: The MAC address the emulator will use for its network adapter.# If you have multiple DOSBox-Xes running on the same network,# this has to be changed for each. AC:DE:48 is an address range reserved for# private use, so modify the last three number blocks, e.g. AC:DE:48:88:99:AB.# backend: The backend (either pcap or slirp is supported) used for the NE2000 Ethernet emulation.# If set to "auto", then "slirp" is selected when available, otherwise "pcap" is selected when available.# NE2000 Ethernet emulation will be disabled if no backend is available (or the specified backend if unavailble).# Possible values: pcap, slirp, auto, none.ne2000 = truenicbase = 300nicirq = 3macaddr = AC:DE:48:88:99:AAbackend = pcap[ethernet, pcap]# realnic: Specifies which of your host network interfaces is used for pcap.# Write 'list' here to see the list of devices from the Help# menu ('List network interfaces') or from the Status Window.# Then make your choice and put either the interface number# (e.g. 2) or a part of your adapters name (e.g. VIA here).# timeout: Specifies the read timeout for the device in milliseconds for the pcap backend, or the default value will be used.realnic = 10#Realtek PCIe GbE Family Controllertimeout = default[ethernet, slirp]# ipv4_network: The IPv4 network the guest and host services are on.# ipv4_netmask: The netmask for the IPv4 network.# ipv4_host: The address of the guest on the IPv4 network.# ipv4_nameserver: The address of the nameserver service provided by the host on the IPv4 network.# ipv4_dhcp_start: The start address used for DHCP by the host services on the IPv4 network.## Advanced options (see full configuration reference file [dosbox-x.reference.full.conf] for more details):# -> restricted; disable_host_loopback; mtu; mru#ipv4_network = 192.168.100.0ipv4_netmask = 255.255.255.0ipv4_host = 192.168.100.253ipv4_nameserver = 1.1.1.1ipv4_dhcp_start = 10.0.2.15[ide, primary]# enable: Enable IDE interface# pnp: List IDE device in ISA PnP BIOS enumeration## Advanced options (see full configuration reference file [dosbox-x.reference.full.conf] for more details):# -> irq; io; altio; int13fakeio; int13fakev86io; enable pio32; ignore pio32; cd-rom spinup time; cd-rom spindown timeout; cd-rom insertion delay#enable = truepnp = true[ide, secondary]enable = truepnp = true[ide, tertiary]enable = falsepnp = true[ide, quaternary]enable = falsepnp = true[ide, quinternary]enable = falsepnp = true[ide, sexternary]enable = falsepnp = true[ide, septernary]enable = falsepnp = true[ide, octernary]enable = falsepnp = true[fdc, primary]# enable: Enable floppy controller interface# pnp: List floppy controller in ISA PnP BIOS enumeration# mode: Floppy controller mode. What the controller acts like.# ps2 PS/2 mode (most common)# ps2_model30 PS/2 model 30# at AT mode# xt PC/XT mode##

= truexms handles = 0shell configuration as commands = falsehma = truehard drive data rate limit = -1ansi.sys = truelog console = falseshare = truefile access tries = 0network redirector = falseminimum mcb free = 0ems = emm386umb = truequick reboot = falsever = 7.1shellhigh = autolfn = autoautomount = trueautomountall = falsemountwarning = trueautofixwarning = truestartcmd = falsestarttranspath = falsestartwait = truestartquiet = falseint33 = truekeyboardlayout = RUcustomcodepage = dbcs = truedos clipboard device enable = falsedos clipboard device name = CLIP$dos clipboard api = true[ipx]# ipx: Enable ipx over UDP/IP emulation.ipx = false[ne2000]# ne2000: Enable NE2000 Ethernet emulation.# nicbase: The base address of the NE2000 board.# nicirq: The interrupt it uses. Note serial2 uses IRQ3 as default.# macaddr: The MAC address the emulator will use for its network adapter.# If you have multiple DOSBox-Xes running on the same network,# this has to be changed for each. AC:DE:48 is an address range reserved for# private use, so modify the last three number blocks, e.g. AC:DE:48:88:99:AB.# backend: The backend (either pcap or slirp is supported) used for the NE2000 Ethernet emulation.# If set to "auto", then "slirp" is selected when available, otherwise "pcap" is selected when available.# NE2000 Ethernet emulation will be disabled if no backend is available (or the specified backend if unavailble).# Possible values: pcap, slirp, auto, none.ne2000 = truenicbase = 300nicirq = 3macaddr = AC:DE:48:88:99:AAbackend = pcap[ethernet, pcap]# realnic: Specifies which of your host network interfaces is used for pcap.# Write 'list' here to see the list of devices from the Help# menu ('List network interfaces') or from the Status Window.# Then make your choice and put either the interface number# (e.g. 2) or a part of your adapters name (e.g. VIA here).# timeout: Specifies the read timeout for the device in milliseconds for the pcap backend, or the default value will be used.realnic = 10#Realtek PCIe GbE Family Controllertimeout = default[ethernet, slirp]# ipv4_network: The IPv4 network the guest and host services are on.# ipv4_netmask: The netmask for the IPv4 network.# ipv4_host: The address of the guest on the IPv4 network.# ipv4_nameserver: The address of the nameserver service provided by the host on the IPv4 network.# ipv4_dhcp_start: The start address used for DHCP by the host services on the IPv4 network.## Advanced options (see full configuration reference file [dosbox-x.reference.full.conf] for more details):# -> restricted; disable_host_loopback; mtu; mru#ipv4_network = 192.168.100.0ipv4_netmask = 255.255.255.0ipv4_host = 192.168.100.253ipv4_nameserver = 1.1.1.1ipv4_dhcp_start = 10.0.2.15[ide, primary]# enable: Enable IDE interface# pnp: List IDE device in ISA PnP BIOS enumeration## Advanced options (see full configuration reference file [dosbox-x.reference.full.conf] for more details):# -> irq; io; altio; int13fakeio; int13fakev86io; enable pio32; ignore pio32; cd-rom spinup time; cd-rom spindown timeout; cd-rom insertion delay#enable = truepnp = true[ide, secondary]enable = truepnp = true[ide, tertiary]enable = falsepnp = true[ide, quaternary]enable = falsepnp = true[ide, quinternary]enable = falsepnp = true[ide, sexternary]enable = falsepnp = true[ide, septernary]enable = falsepnp = true[ide, octernary]enable = falsepnp = true[fdc, primary]# enable: Enable floppy controller interface# pnp: List floppy controller in ISA PnP BIOS enumeration# mode: Floppy

Redirect RS232 data to TCP Networks with TCP-Com SoftwareHow to redirect RS232 Serial device data to Ethernet or other TCP/IP networks using TCP-Com software from TALtech. TCP-Com is a Serial to TCP Redirector Software TCP-Com is a Six-in-One Serial to TCP Software:One: Share Serial RS232 Device Data over TCP NetworksUse TCP-Com as a PC-based Serial Device Server (also known as a Terminal Server) to make any serialdevice accessible on a TCP/IP network.Attach serial devices to your PC’s serial RS232 or USB ports and TCP-Com will make the data available at an IP address (and port number) on your RJ45 network. Add additional USB or RS232 ports to your PC to make TCP-Com act as a multi-port Serial Device Server or Terminal Server if you need many RS232 serial connections.Serial to TCP Software, TCP-Com2. Convert Ethernet to RS-232. Even create virtual COM ports to receive network data. This allows you to send or receive data over Ethernet or any TCP/IP network using any existing COM port software.Some software only recognizes data coming from RS-232 COM ports. TCP-Com can easily create virtual COM ports and redirect Ethernet, Internet, or network data to these serial COM ports. This allows you to use any existing serial communications software to communicate over and collect data directly from your IP networks.3. Feed RS232 COM port data to multiple PC apps or COM portsUse TCP-Com as a virtual splitter cable.Windows does not allow multiple applications to access the same COM port. Bypass this restriction by using TCP-Com to split a single COM port into multiple Virtual COM ports (which TCP-Com creates). This allows all your existing serial communications applications to access the same data.4. Use an IP network as a giant RS232 cable5. Open network COM ports as local COM ports6. Map one network port to another