Added bscript thing

docs/boottools/bootanim.md

@@ -2,7 +2,7 @@
 
 ## Introduction
 
-The `bootanim` utility is responsible for generating the boot animation. It is used even if the bootloader configuration specify to not play the boot animation, as it contain the Vystem logo blueprint.
+The `bootanim` utility is responsible for generating the boot animation. It is used even if the bootloader configuration specify to not play the boot animation, as it contain the Vystem B logo blueprint.
 
 ## Detailled informations
 
@@ -42,12 +42,12 @@ bootanim logo.png folder 2160 1440
 The first thing to know about Blastproof boot animation is that, due to poor FAT32 read performance, we decided to find a compromise between the amount of data being stored into the generated file and the amount of data computed at each boot. In order to maintain a fluid, 60 fps animation at each boot on most hardware, we landed on this compromise:
 - We only store 16 frames per second, under the form of points coordinates
 - The 48 others frames per second are computed using linear interpolation at each boot
-This result in the `bootanim.bin` file being only 14 megabytes in size, instead of 56 megabytes, for the actual Vystem logo and a resolution of 1920x1080.
+This result in the `bootanim.bin` file being only 14 megabytes in size, instead of 56 megabytes, for the actual Vystem B logo and a resolution of 1920x1080.
 
 The detailled generation procedure is as follow:
 1) Locate and open the logo file in monochrom mode (with only one color channel, conversion is made by stb_image). The utility will reject any non-square logo.
 2) Center the logo on a black canva the size provided by `width` and `height` arguments.
-3) Scan the canva to detect all points that have their value over 127. Save these points with their coordinates. In the Vystem logo, there is over 45k points.
+3) Scan the canva to detect all points that have their value over 127. Save these points with their coordinates. In the Vystem B logo, there is over 45k points.
 4) For each of these points, generate a random position in the canva, the seed doesn't have any cryptographic implication and is randomised for every new build.
 5) Apply two quadratic bezier curves: one for the "explosion" (all points starting from the exact center of the screen and being scattered around the screen to their random position) and one for the logo appearence (each point is assigned a random coordinates in the logo points and will be attrected to this position from their random position).
 6) Generate the selected output media and write it into the files.

docs/boottools/commoncrypto.md

@@ -8,7 +8,7 @@ The `commoncrypto` library is responsible for providing all cryptographic functi
 
 Folder: `Blastproof/commoncrypto`
 
-It's build using VyBuild, as both a static and shared library. The provided build file doesn't allow yet for the library to be build outside of Vystem build process.
+It's build using VyBuild, as both a static and shared library. The provided build file doesn't allow yet for the library to be build outside of Vystem B build process.
 
 The `-Ofast -march=native` is used on every source file, to make it faster in every use case.
 

docs/boottools/fontgen.md

@@ -25,7 +25,7 @@ fontgen <text color> <background color> [ascii/utf8/utf16] <path to folder conta
 ```
 
 The text and background color arguments must be given under a hexadecimal RGB color code, starting with `#`. They serve as boundary for generating the shading scale.
-The encoding argument can be `ascii`, `utf8` or `utf16`, however in Vystem build script, only the `ascii` encoding is used. Others supported encoding modes haven't been tested.
+The encoding argument can be `ascii`, `utf8` or `utf16`, however in Vystem B build script, only the `ascii` encoding is used. Others supported encoding modes haven't been tested.
 The final argument is the path to the folder that contain all images files for the font characters.
 Each character is encoded with the following format:
 - they must named with this format `0xXXXXXXXX` where `X` is an hexadecimal character. All `X` aren't mandatory, and the utility interprete them as characters codepoint. For example, file name `0x00` will be interpreted as a codepoint of value `0x00000000`, resulting in the `\0` character for ASCII

docs/boottools/index.md

@@ -1,6 +1,6 @@
 # Bootloader tools Docs
 
-In order to generate all necessary components for the build of a Vystem disk image, we have created several C++ tools and library designed to help generating these components. All of these tools have been intented to be used only in a normal Linux environnement. Here is the list of bootloader tools:
+In order to generate all necessary components for the build of a Vystem B disk image, we have created several C++ tools and library designed to help generating these components. All of these tools have been intented to be used only in a normal Linux environnement. Here is the list of bootloader tools:
 1) [commoncrypto](commoncrypto.md)
 2) [bootanim](bootanim.md)
 3) [fontgen](fontgen.md)

docs/boottools/initfsgen.md

@@ -9,7 +9,7 @@ The `initfsgen` utility is responsible for generating the InitFS and SignSyst fi
 Folder: `Blastproof/initfsgen`
 Source code file: `initfsgen.cpp`
 
-For building `initfsgen`, you will need to use the provided build file. But for the moment, the provided build file doesn't allow yet for the utility to be build outside of Vystem build process. The build file will require `libcommoncrypto.a` to be provided inside the `initfsgen` folder.
+For building `initfsgen`, you will need to use the provided build file. But for the moment, the provided build file doesn't allow yet for the utility to be build outside of Vystem B build process. The build file will require `libcommoncrypto.a` to be provided inside the `initfsgen` folder.
 
 External library provided by `commoncrypto` and used inside `initfsgen`:
 - SPHINCS+, made by the SPHINCS+ team, sourced from [sphincs/sphincsplus](https://github.com/sphincs/sphincsplus), under the MIT-0 license

docs/boottools/keygen.md

@@ -9,7 +9,7 @@ The `keygen` utility is responsible for generating VFTM keys, SBFIE keys, files
 Folder: `Blastproof/keygen`
 Source code file: `keygen.cpp`
 
-For building `keygen`, use the provided build file. The provided build file doesn't allow yet for the utility to be build outside of Vystem build process.
+For building `keygen`, use the provided build file. The provided build file doesn't allow yet for the utility to be build outside of Vystem B build process.
 
 External libraries provided by `commoncrypto` and used inside `keygen`:
 - SPHINCS+, made by the SPHINCS+ team, sourced from [sphincs/sphincsplus](https://github.com/sphincs/sphincsplus), under the MIT-0 license