UI Translation

Windows 7

  1. Task Scheduler failed to start Task Engine "%1" process due to an error occurring in "%3" . Command="%2" . Additional Data: ...
  2. Task Scheduler service failed to initialize idle state detection module. Idle tasks may not be started as required. Additional ...
  3. Task Scheduler service failed to initialize time change notification. System time updates may not be picked by the service ...
  4. Task Scheduler service failed to set a wakeup timer. As a result, some scheduled tasks may not run while the system is suspended. ...
  5. Task Scheduler service failed to start Task Compatibility module. Tasks may not be able to register on previous Window versions. ...
  6. Task Scheduler service is not available or the folder does not exist. Verify that the service is running and that the folder ...
  7. Task Scheduler service on the target computer cannot be contacted. Please ensure the service is running properly and then ...
  8. Task Scheduler task launching queue quota is approaching its preset limit of tasks currently configured to %1. User Action: ...
  9. Task Scheduler terminated "%2" instance of the "%1" task due to exceeding the time allocated for execution, as configured ...
  10. Task Scheduler validated the configuration for task "%1" , but credentials could not be stored. User Action: Re-register ...
  11. Task scheduler was unable to upgrade the credential store from the Beta 2 version. You may need to re-register any tasks ...
  12. Task Scheduler will continue to execute Instance "%2" of task "%1" even after the designated timeout, due to a failure to ...
  13. TCP Activation supports process activation via TCP. Applications that use TCP Activation can start and stop dynamically in ...
  14. TCP Activation supports process activation via TCP. Applications that use TCP Activation can start and stop dynamically in ...
  15. TCP and UDP traffic directed to %1 that arrives on port %2!d! is balanced across multiple members of the cluster according ...
  16. TCP and UDP traffic directed to %1 that arrives on port %2!d! is handled by the active cluster host with the smallest handling ...
  17. TCP and UDP traffic directed to %1 that arrives on ports %2!d! through %3!d! is balanced across multiple members of the cluster ...
  18. TCP and UDP traffic directed to %1 that arrives on ports %2!d! through %3!d! is balanced equally across all members of the ...
  19. TCP and UDP traffic directed to %1 that arrives on ports %2!d! through %3!d! is handled by the active cluster host with the ...
  20. TCP and UDP traffic directed to any cluster IP address that arrives on port %1!d! is balanced across multiple members of ...
  21. TCP and UDP traffic directed to any cluster IP address that arrives on port %1!d! is balanced equally across all members ...
  22. TCP and UDP traffic directed to any cluster IP address that arrives on port %1!d! is discarded by all members of the cluster. ...
  23. TCP and UDP traffic directed to any cluster IP address that arrives on port %1!d! is handled by the active cluster host with ...
  24. TCP and UDP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is balanced across multiple ...
  25. TCP and UDP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is balanced equally across ...
  26. TCP and UDP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is discarded by all members ...
  27. TCP and UDP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is handled by the active ...
  28. TCP Chimney Statistics for - %1!s! - Interface Index : %2!u! Supports IPv4 connection offload : %3!s! Supports IPv6 connection ...
  29. TCP DMA Statistics - Total bytes copied using NetDMA : %1!s! Total bytes copied using CPU : %2!s! Total NetDMA copy failures ...
  30. TCP Messages: Alloc = %1!10lu! Realloc = %2!10lu! Free = %3!10lu! NetAllocs = %4!10lu! Memory = %5!10lu! Recursion Messages: ...
  31. TCP Offload Bytes Received/sec is the average rate, in bytes per second, at which data was delivered by a network interface ...
  32. TCP Offload Bytes Sent/sec is the average rate, in bytes per second, at which data was delivered to a network interface using ...
  33. TCP Offload Receive Indication Calls/sec is the average rate, in incidents per second, at which NDIS received a TCP offload ...
  34. TCP Offload Send Request Calls/sec is the average rate, in incidents per second, at which the TCP/IP protocol requested a ...
  35. TCP Port Sharing allows multiple net.tcp applications to share a single TCP port. Consequently, these applications can coexist ...
  36. TCP Recursion: Try = %1!10lu! Query = %2!10lu! Response = %3!10lu! Disconnects = %4!10lu! Cache Update Queries: Query = %5!10lu! ...
  37. TCP traffic directed to %1 that arrives on port %2!d! is balanced across multiple members of the cluster according to the ...
  38. TCP traffic directed to %1 that arrives on port %2!d! is handled by the active cluster host with the smallest handling priority ...
  39. TCP traffic directed to %1 that arrives on ports %2!d! through %3!d! is balanced across multiple members of the cluster according ...
  40. TCP traffic directed to %1 that arrives on ports %2!d! through %3!d! is balanced equally across all members of the cluster. ...
  41. TCP traffic directed to %1 that arrives on ports %2!d! through %3!d! is handled by the active cluster host with the smallest ...
  42. TCP traffic directed to any cluster IP address that arrives on port %1!d! is balanced across multiple members of the cluster ...
  43. TCP traffic directed to any cluster IP address that arrives on port %1!d! is balanced equally across all members of the cluster. ...
  44. TCP traffic directed to any cluster IP address that arrives on port %1!d! is handled by the active cluster host with the ...
  45. TCP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is balanced across multiple members ...
  46. TCP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is balanced equally across all members ...
  47. TCP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is discarded by all members of the ...
  48. TCP traffic directed to any cluster IP address that arrives on ports %1!d! through %2!d! is handled by the active cluster ...
  49. TCP/IP failed to establish an outgoing connection because the selected local endpoint was recently used to connect to the ...
  50. TCP/IP has chosen to restrict the scale factor due to a network condition. This could be related to a problem in a network ...
  51. TCP/IP is not installed or is disabled for Routing and Remote Access. In Control Panel, start Network, go to the Services ...
  52. TCP/IP version 6. The latest version of the internet protocol that provides communication across diverse interconnected networks. ...
  53. TCP: connection (local=%2 remote=%4) failed to enter auto-tuning because fine-grained RTT estimation could not be started. ...
  54. TCP: connection (local=%2 remote=%4) failed to enter auto-tuning because receiver bandwidth estimation could not be started. ...
  55. TCP: CTCP Duplicate Ack event. Connection %1, sequence = %6, SndUna = %7, CWnd = %2, DWnd = %11, BaseRtt = %12, DupAckCount ...
  56. TCP: CTcp: Connection %1, DWnd = %2 (Prev = %3), BaseRtt = %4, AverageRtt = %5, CWnd =%6, DiffWnd = %7, DWnd increment = ...
  57. TCP: Global parameters updated for Address Family %1: EnablePMtuDiscovery = %2, UseRfc1122UrgentPointer = %3, DisableTaskOffload ...
  58. TCP: MPP: Episode ended. LowNppEventState = %1 HighNppEventState = %2 EpisodeStartTick = %3 EpisodeStopTick = %4 Reentry ...
  59. TCP: MPP: Episode started. LowNppEventState = %1 HighNppEventState = %2 EpisodeStartTick = %3 EpisodeStopTick = %4 Current ...
  60. TCP: MPP: Epoch %1 ended. LowNppEventState = %2 HighNppEventState = %3 EpochStartTick = %4 EpochStopTick = %5 SynDropRate ...
  61. TCP: MPP: Epoch %1 started. LowNppEventState = %2 HighNppEventState = %3 EpochStartTick = %4 EpochStopTick = %5 SynDropRate ...
  62. TCP: SWS avoidance began on connection %1. Timer set for %2 ms. BytesToSend = %3, SendAvailable = %4, Cwnd = %5, MaxSndWnd ...
  63. TCPIP: NBL %1 fell off the receive fast path, Reason: %10. Protocol = %2, Family = %3, Number of NBLs = %11. SourceAddress ...
  64. TCPIP: Network layer (Protocol %1, AddressFamily = %2) dropped %10 packet(s). SourceAddress = %3 %11 %6. DestAddress = %4 ...
  65. TCPIP: SendDatagram %1 fell off the send fast path, Reason: %10. Protocol = %2, Family = %3, Number of NBLs = %11. SourceAddress ...
  66. TCPIP: Transport (Protocol %1, AddressFamily = %2) dropped %8 packet(s) with Source = %4, Destination = %6. Reason = %7. ...
  67. Tell %1 to start Remote Assistance on computer %2 and invite you using Easy Connect by clicking your name from the contact ...
  68. Tells cmd.exe whether to verify that your files are written correctly to a disk. VERIFY ON | OFF Type VERIFY without a parameter ...
  69. telnet -a][-e escape char][-f log file][-l user][-t term][host port -a Attempt automatic logon. Same as -l option except ...
  70. Telnet Server allows remote users to perform command-line administration and run programs using a Telnet client, including ...
  71. Telnet Server allows remote users to perform command-line administration and run programs using a Telnet client, including ...
  72. Telnet Server failed to initialize a Telnet Session due to lack of system resources. Please free up memory by closing any ...
  73. Templates are available only for an enterprise certification authority (CA) that is running on an advanced server version ...
  74. Templates for Health Policies allow you to create health policies that you can reuse when you select the template in the ...
  75. Templates for IP Filters allow you to create IPv4 and IPv6 IP filters that you can reuse in network policies when you select ...
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