fasadgeta.blogg.se - Easy cd extractor key 16

#EASY CD EXTRACTOR KEY 16 CODE#
#EASY CD EXTRACTOR KEY 16 SERIES#

The frequencies in stereo-waves are stored in blocks like. Wave-data in stereo needs twice the size as mono-data. Usual values are 1 (mono) and 2 (stereo).

Count of Channels: Specifies the count of channels the wave-data uses.

As you may suppose, a single 16 bit-frequency needs a 16-bit-word-variable to be contained.

Bits per sample:The bits per sample determine the accuracy and bandwidth of frequencies which a sound contains.

The attributes which decide about a wave-data's appearance are: So don't ask me anything about MP3s or the like.

In the whole article I talk about uncompressed wave-audio in the PCM-Format. Regarding the fact that I did not find any reliable C++ source about ripping audio-CDs for hours of searching, I decided to publish my class with some explaining around. So I wrote my class with the basic functionality (and some of it stolen from Idael and Larry).

#EASY CD EXTRACTOR KEY 16 SERIES#

The other article, in fact a series of articles by Larry Osterman, didn't make it that easy to rebuild code.

#EASY CD EXTRACTOR KEY 16 CODE#

One of them, written by Idael Cardoso and published here at CodeProject, is unfortunately written in C# and the technique of audio-CD-ripping isn't explained at all, as well as the code is not commented that well. On my way up to my code I basically relied on two articles. I found a few with some documentation about the structure of an audio-CD, but nothing that I could use for my "Save-Down-Audio-Tracks-To-File"-class. I really got mad trying to find tutorials about audio-CDs.