Coding Standards Enforcement and Map Suite Geocode Usa Software for Windows

URL Escaped Encoding Decoder
$0 - BossEye Inc.

It is used to decode the Escaped-encoding URL.

Escaped-encoding, or sometimes referred to as percent-encoding, is the standard of representing characters within a URI that may need special syntax handling to be correctly interpreted. It uses a sequence of three characters to encode the character to be interpreted. This triplet sequence consists of the percentage character ?%? followed by the two hexadecimal digits representing the octet code of the original character. For example, the US-ASCII character set represents a space with octet code 32, or hexadecimal 20. Thus its URL-encoded representation is %20.

Applications may automatically escape reserved and unreserved characters, or automatically un-escape an escape-encoded sequence within a URI, if there is potential for it to be incorrectly interpreted by the remote application. This conversion may be due to the position of the character or escape-encoded sequence within the URI. For example, "%7e" is sometimes used instead of "~" in an http URL path, but the two are equivalent for an http URL.

Because the percent "%" character always has the reserved purpose of being the escape indicator, it must be escaped as "%25" in order to be used as data within a URI. The RFC for URI encoding recommends that care should be taken not to escape or un-escape the same string more than once, since un-escaping an already un-escaped string might lead to misinterpreting a percent data character as another escaped character, or vice versa in the case of escaping an already escaped string.

Useful Character Escape Code:
SPACE %20
< %3C
> %3E
# %23
% %25
{ %7B
} %7D
| %7C
%5C
^ %5E
~ %7E
[ %5B
] %5D
` %60
; %3B
/ %2F
? %3F
: %3A
@ %40
= %3D
& %26
$ %24

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Map Suite Geocode USA
$2394 - ThinkGeo LLC

Map Suite Geocode USA is a powerful and feature-rich .NET geocoding engine that comes complete with a highly optimized dataset encompassing the entire United States. Map Suite Geocode USA features a fast, user-friendly .NET interface that enables C# and VB.NET software developers to take a United States address and quickly find its geographical location. In addition to geocoding, Map Suite Geocode USA also includes reverse geocoding functionality which allows a developer to take a longitude and latitude point and find the closest address to that location. With Map Suite Geocode USA, a developer can seamlessly integrate geocoding and reverse geocoding into one software application by writing just a few lines of code.

To enhance its geocoding capabilities, Map Suite Geocode USA utilizes the most up-to-date Tiger Dataset from the US Census Bureau. This fully optimized dataset makes it easy to geocode addresses anywhere within the United States. When geocoding an address, not only will you be able to find the latitude and longitude of the address, you will also be able to access other valuable information, such as: county name, time zone, daylight savings time, elevation, FIPS code, and TIGER Line ID. Also, you can customize your geocoding by selecting one or more of the following:

? Exact Match - Will only return a match if it finds the exact address
? Ignore Street Type - Ignores the street type in the search
? Ignore Street Directional - Ignores the street directional in the search
? Zip Centroid - Returns the center of the zip code if there is no match
? Check Nearby Zip Codes - Checks nearby zip codes for a match
? Closest Street Number - Returns the closest street number if there is no match
? Fuzzy Street Name - Ignores misspellings in the search

Finally, Map Suite Geocode USA gives you the ability to geographically plot your entire customer base, which is helpful when you want to gain insight into customer trends and target marketing campaigns.

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Base64
$0 - Canadian Mind Products

Base64 is a freeware way of encoding 8-bit characters using
only ASCII printable characters similar to UUENCODE.
UUENCODE embeds a filename where BASE64 does not. You will
see BASE64 used in encoding digital certificates, in
encoding user:password string in an Authorization: header
for HTTP. The spec is described in RFC 2045.

For more details see

Don't confuse Base64 with x-www-form-urlencoded which
is handled by java.net.URLEncoder.encode/decode or
Base64u.

Base64 armouring uses only the characters A-Z a-z 0-9 +/=.
This makes it suitable for encoding binary data as SQL
strings, that will work no matter what the encoding.
Unfortunately + / and = all have special meaning in URLs.

Base64u gets around this problem. It is a variant on Base64
that uses - _ and * in preference to + / and =, so that it
can be used in URLEncoded contexts with or without
URLEncoding.

Use base64 like this:

// Base64 armouring
import com.mindprod.base64.Base64;
...
// sample byte array to encode
byte[] toSend = { (byte)0xfc, (byte)0x0f, (byte)0xc0};

// create encoder object
Base64 base64 = new Base64();
base64.setLineLength( 72 ); // default

// encoding a byte[]
String send = base64.encoder( toSend );

// decoding a byte[]
byte[] reconstituted = base64.decoder( sent );

use Base64u the same way:

// Base64u armouring
import com.mindprod.base64.Base64u;
...
// sample byte array to encode
byte[] toSend = { (byte)0xfc, (byte)0x0f, (byte)0xc0};

// create encoder object
Base64u base64u = new Base64u();
base64u.setLineLength( 72 ); // default

// encoding a byte[]
String send = base64u.encoder( toSend );

// decoding a byte[]
byte[] reconstituted = base64u.decoder( sent );

For an example that starts and ends with a String, see
Example.java

to run:
java.exe com.mindprod.base64.Example

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Elecard AVC Streaming PlugIn for WMP
$40 - Elecard Ltd

AVC Streaming Plugin for WMP is the package of components for receiving and decoding media data from network (UDP, RTP over UDP, TCP, RTP over TCP) with the RTSP protocol support. The plugin allows decoding of AVC/H.264 (MPEG-4 P.10 ISO/IEC 14496-10) and MPEG-2 video (ISO/IEC 13818-7), and MPEG-4 (ISO/IEC 14496-3) AAC audio received from network only.

Features include:
Software-only ISO/IEC 14496 part 10 AVC / ITU-T Recommendation H.264 stream decoding.
All features of Baseline, Main and High Profiles support.
Full-resolution, full-quality decoding/playback.
Postprocessing (deinterlacing, fields reordering).
Optimized for the most efficient CPU usage ? takes advantage of MMX? Extensions, SSE2?, and 3DNow® SIMD extensions when available.
Optimized for symmetric multiprocessing (Hyper-Threading Technology, multiple CPU and multiple cores).
Closed Captions decoding.
Decodes MPEG-2 (ISO/IEC 13818-7) and MPEG-4 (ISO/IEC 14496-3 not including Amd.1:2003 and Amd.2:2004) AAC audio streams.
Supports Main, LC, LTP and ER BSAC audio object types.
Supports up to 8 audio channels.
Software-only MPEG-2 (ISO/IEC 13818-2) and MPEG-1 (ISO/IEC 11172-2) stream decoding.
Special control interface - programmatic control of decoding quality and frame capture interface.

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Super Replace/Find/Extract/Rename
$29 - newcoding

This software can help you to replace/find/extract strings in your files,or rename these files.You can use regular expression,and very long or mutil-line expression;You can hilight or extract finded strings...
1.It can do many strings in many files at one time;
2.Hilight finded string(for Text/HTML/XML);
3.When rename some files,these files's name can include sequence number;
4.Support regular expression;
5.Support Text/HTML/XML and doc/rtf/xls/ppt;
6.These strings can be long and mutil-line;
7.String expression can be saved and reused;
8.It can extract destination-string,etc.for example,comment for cpp code;
9.Support auto-backup;

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XYNcoder
$0 - bh0k441's lair

XYNCoder is an all audio/video formats to MP4 batch encoding frontend.
It can convert any audio or video file, that can be played back by MPlayer, to MP4.
It uses the x264(mencoder) for video and aac(neroaacenc) for audio encoding. It can use AviSynth(optionally) to perform any preprocessing on the source. Also it can be used as a standalone encoding frontend for NeroAacEnc.


Video(Mencoder) encoding settings:
XYNCoder can encode using 4 different modes:

* 1 pass crf mode
* 1 pass bitrate mode
* 2 pass bitrate mode
* 2 pass optimal quality mode (default)

The last mode is the reason why this tool was written in the first place. This mode can be used for 2 pass encodes where the target size is not as important as the final video quality. It produces high quality 2 pass encodes with a single click.
This is how it achieves that:

* perform the first pass encode with a crf set to 16
* perform the second pass with the target bitrate set to half of the first pass bitrate

This method invariably produces high quality 2 pass encodes with often surprisingly small file sizes. Most of the advanced encoding settings are hidden from the user and have been preset to provide high quality encodes. The only setting exposed is the deblock filter strength, which provides pretty good results at the default of 0,0.
The user can also specify the usage of AviSynth here and then edit the script to suit his needs.

The 1 pass crf(constant ratefactor) mode is to x264 what other codecs refer to as the constant quality mode. The recommended values of crf are in the ranges of 18-28, with lower numbers producing better quality/higher filesizes.

The remaining two modes use the bitrate as a guiding factor.

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