Google Reader Help - keyboard shortcuts

Are there any keyboard shortcuts? - Google Reader Help

AJAX, XML, XSLT (and some ASP) tricks: Login to Google Data API

AJAX, XML, XSLT (and some ASP) tricks: Login to Google Data API
Google Data API has numerous client-side libraries, but not an ASP/VBScript one. Here’s the first routine you need: it authenticates you with the Google API and returns a handle you can use in subsequent calls.

Dim XRQ ' global XMLHttpRequest object

Function GoogleLogin(UN,Pwd,Svc)
  Dim RQData,I,RT

  GoogleLogin = Null
  RQData = EncodeFormData(Array("Email","Passwd","service","source"), _
    Array(UN,Pwd,Svc,"VBScript-BloggerLibrary-0.1"))

  If Not IsObject(XRQ) Then Set XRQ = CreateObject("Microsoft.XMLHTTP")
  XRQ.open "POST","https://www.google.com/accounts/ClientLogin",false
  XRQ.setRequestHeader "Content-Type", "application/x-www-form-urlencoded"
  XRQ.send RQData
  If HTTPCheck(XRQ,"Google login response", _
    "https://www.google.com/accounts/ClientLogin") Then
    RT = XRQ.responseText
    I = InStr(RT,"Auth=")
    If I = 0 Then wr "Google response has no AUTH data" : Exit Function
    RT = Mid(RT,I+5,Len(RT))
    I = InStr(RT,Chr(10)) : If I > 0 Then RT = Left(RT,I-1)
    GoogleLogin = RT
  End If
End Function

xwrt 3.2 command line options for good compression results

Large Text Compression Benchmark (read more)

xwrt 3.2 (Oct. 29, 2007) is a dictionary preprocessor frontend to LZMA, PPMVC and lpaq6 as well as a standalone preprocessor. Option
-l14 selects lpaq6 option 9 (1542 MB).
-b255 selects 255 MB memory (maximum) for building the dictionary.
-m96 selects 96 MB buffer during compression. (Higher values cause out of memory error).
-s turns of space modeling.
-e40000 limits the dictionary size to 40000 words.
-f200 limits the dictionary to words that occur at least 200 times.

Compression                      Compressed size      Decompressor  Total size   Time (ns/byte)Program           Options                       enwik8      enwik9     size (zip)   enwik9+prog  Comp Decomp  Mem Alg Note-------           -------                     ----------  -----------  -----------  -----------  ----- -----  --- --- ----xwrt 3.2     -l14 -b255 -m96 -s -e40000 -f200 18,679,742  151,171,364     52,569 s  151,223,933   2537  2328 1691 CM

NetFlow Reliable Export With SCTP - Cisco Systems

NetFlow Reliable Export With SCTP - Cisco Systems
Cisco IOS NetFlow Advanced Configuration Guides

NetFlow Reliable Export With SCTP (pdf)

Configuring a Virtual Tunnel Interface with IP Security - Cisco Systems

Configuring a Virtual Tunnel Interface with IP Security - Cisco Systems
This document provides a sample configuration for a virtual tunnel interface (VTI) with IP Security (IPSec). This configuration uses RIP version 2 routing protocol to propagate routes across the VTI. With a VTI, VPN traffic is forwarded to the IPSec virtual tunnel for encryption and then sent out of the physical interface. This sample configuration also demonstrates the use of Cisco Quality of Service with VTIs.

Cisco IOS IPsec High Availability - Cisco Systems

Cisco IOS IPsec High Availability - Cisco Systems
The Cisco IOS® IPsec High Availability (IPsec HA) Enhancements feature provides an infrastructure for reliable and secure networks to provide transparent availability of the VPN gateways---that is, Cisco IOS Software-based routers. This feature works well for all IP Security (IPsec)-based networks. In an Enterprise-Class Teleworker (ECT) solution, which encompasses a Dynamic Multipoint VPN (DMVPN) architecture for data gateway infrastructure and plain IPsec for management gateway infrastructure, IPsec HA can be used to provide redundancy---that is, stateful failover and rollback of the gateways to provide uninterrupted management connectivity to the spokes. For more details about ECT deployment, please refer to the link given in the references section.

Configuring DMVPN Spoke Router in Full Mesh IPsec VPN Using SDM - Cisco Systems

Configuring DMVPN Spoke Router in Full Mesh IPsec VPN Using SDM - Cisco Systems
This document provides a sample configuration for configuring Dynamic Multipoint spoke router into a full mesh Dynamic Multipoint VPN (DMVPN). DMVPN allows users to scale large and small IPsec VPNs more effectively by combining generic routing encapsulation (GRE) tunnels, IPsec encryption, and Next Hop Resolution Protocol (NHRP). Security Device Manager (SDM) is an embedded security configuration management tool used to configure Cisco IOS Software routers with variety of security features. This sample configuration relies on SDM version 1.2 that supports hub and spoke DMVPN configurations and shows how to configure dynamic Spoke to Spoke tunnels.

Cisco IOS IPsec Accounting with Cisco IOS NetFlow - Cisco Systems

Cisco IOS IPsec Accounting with Cisco IOS NetFlow - Cisco Systems
Cisco IOS NetFlow is the primary denial of service (DoS) identification, accounting, and analysis technology for IP networks at Cisco and in the networking industry. Cisco IOS NetFlow provides valuable information about network users, applications usage, timing, and traffic direction on the network. Cisco is a leader in IP traffic flow technology and invented Cisco IOS NetFlow.
Cisco IOS IPsec provides security for transmission of sensitive information over unprotected networks (ie: Internet). IPsec acts as the network layer by protecting and authenticating IP packets between participating IPsec devices ("peers"), such as Cisco routers.
This document will discuss how Cisco IOS NetFlow can be leveraged to provide accounting information in an IPsec tunneling network topology.

Stateful Failover for IPSec - Cisco Systems

Stateful Failover for IPSec - Cisco Systems
Stateful failover for IP Security (IPSec) enables a router to continue processing and forwarding IPSec packets after a planned or unplanned outage occurs. Customers employ a backup (secondary) router that automatically takes over the tasks of the active (primary) router if the active router loses connectivity for any reason. This process is transparent to the user and does not require adjustment or reconfiguration of any remote peer.
Stateful failover for IPSec is designed to work in conjunction with stateful switchover (SSO) and Hot Standby Routing Protocol (HSRP). HSRP provides network redundancy for IP networks, ensuring that user traffic immediately and transparently recovers from failures in network edge devices or access circuits. That is, HSRP monitors both the inside and outside interfaces so that if either interface goes down, the whole router is deemed to be down and ownership of Internet Key Exchange (IKE) and IPSec security associations (SAs) is passed to the standby router (which transitions to the HSRP active state). SSO allows the active and standby routers to share IKE and IPSec state information so that each router has enough information to become the active router at any time. To configure stateful failover for IPSec, a network administrator should enable HSRP, assign a virtual IP address, and enable the SSO protocol.

SpeedGuide.net - TCP Optimizer

SpeedGuide.net :: TCP Optimizer / Downloads

JavaScript Kit- Your comprehensive JavaScript, DHTML, CSS, and Ajax stop

JavaScript Kit- Your comprehensive JavaScript, DHTML, CSS, and Ajax stop

Adler-32 - VB6

Adler-32 Digest in VB6

Function Adler32(sBuffer$) As Long
   Dim Seed As Long
   Dim S1 As Long
   Dim S2 As Long
   Dim N As Long
   Dim CrcBase As Long
   CrcBase = 65521
   Seed = 1
   S1 = Seed And &HFFFF
   S2 = (Seed / 65536) And &HFFFF
   For N = 1 To Len(sBuffer$)
       S1 = (S1 + Asc(Mid$(sBuffer$, N, 1))) Mod CrcBase
       S2 = (S2 + S1) Mod CrcBase
   Next
   Adler32 = (S2 * 65536) + S1
End Function