sdk: remodelled files and license

.gitignore

@@ -2,18 +2,18 @@
 .Makefile
 # Ignore Gradle project-specific cache directory
 .gradle
-
+local.properties
 # Ignore Gradle/CMake build output directory
 build
 docs/doxygen
 cmake-build
 dependencies
 electrostatic4j-examples/libs
-electrostatic-sandbox-framework/electrostatic4j/electrostatic4j-examples/libelectrostatic4j.so
-electrostatic-sandbox-framework/electrostatic4j/electrostatic4j-examples/libs/
-electrostatic-sandbox-framework/electrostatic4j/serial4j/serial4j-examples/libbulletjme.so
-electrostatic-sandbox-framework/electrostatic4j/serial4j/serial4j-examples/libs/
-electrostatic-sandbox-framework/electrostatic4j/serial4j/serial4j-examples/libserial4j.so
+sdk/electrostatic4j/electrostatic4j-examples/libelectrostatic4j.so
+sdk/electrostatic4j/electrostatic4j-examples/libs/
+sdk/electrostatic4j/serial4j/serial4j-examples/libbulletjme.so
+sdk/electrostatic4j/serial4j/serial4j-examples/libs/
+sdk/electrostatic4j/serial4j/serial4j-examples/libserial4j.so
 .so
 .cache
 .idea

README.md

@@ -16,7 +16,7 @@ _[Jump to the Electrobox Specification](https://github.com/Electrostat-Lab/Elect
 
 ### Provisional Hardware/Software Abstraction Layer (HAL):
 
-The _HAL_ is a type of software hierarchial architectural design that provides generic Application Programming Interfaces for the system as abstractions with replaceable infrastructure. The _Infrastructure_ is decomposed into major bulky parts _Networking Infrastructure_, _Software Infrastructure_, and _Simulation Infrastructure (aka. IEEE-1516 HLA RTI)_. Each infrastructure is further decomposed into finer components that operate on specific resources. _System Resources_ are either OS Resources, Hardware Resources, or Simulation Resources. Development phases are created by introducing a milestone, the milestone operates on one or more of the major bulky _infrastructures_ and brings decomposed features to the SDK gradually until the milestone is achieved.
+The _HAL_ is a type of software hierarchical architectural design that provides generic Application Programming Interfaces for the system as abstractions with replaceable infrastructure. The _Infrastructure_ is decomposed into major bulky parts _Networking Infrastructure_, _Software Infrastructure_, and _Simulation Infrastructure (aka. IEEE-1516 HLA RTI)_. Each infrastructure is further decomposed into finer components that operate on specific resources. _System Resources_ are either OS Resources, Hardware Resources, or Simulation Resources. Development phases are created by introducing a milestone, the milestone operates on one or more of the major bulky _infrastructures_ and brings decomposed features to the SDK gradually until the milestone is achieved.
 
 * Simplified Paradigm:
 
@@ -241,8 +241,7 @@ title The Electrostatic-Sandbox SDK Milestones
 > [!IMPORTANT]
 > **Migration Milestones:**
 > - [x] Migrating Serial4j to the project.
-> - [ ] Migrating ShiftAvr to the project.
-> - [ ] Migrating jSnapLoader to the project.
+> - [x] Migrating ShiftAvr to the project.
 > - [ ] Migrating Automata4j to the project.
 > - [ ] Migrating Jector to the project.
 
@@ -283,33 +282,6 @@ title The Electrostatic-Sandbox SDK Milestones
 - Building in-home, office, and outdoor distributed IoT projects (e.g., Smart Homes, Smart Hospitals, Switch Control Military and Traffic control systems).
 - Solving the devastating issue of [work that cannot be fully remote due to the embedded hardware at the company site.](https://www.reddit.com/r/embedded/comments/16ok23y/best_way_to_get_a_remote_job_as_an_embedded/).
 
-### Board Overview (Migrated Projects Dismissed):
-![HAL-Electrostatic](https://github.com/Electrostat-Lab/Electrostatic-Sandbox/blob/master/assets/HAL-Electrostatic.jpeg)
-
-## General progress:
-**API used:**
-- [x] Serial4j.
-- [x] Articular-ES.
-- [x] Automata4j.
-- [x] Jector.
-- [ ] ShiftAvr.
-- [ ] Parallel4j.
-- [ ] Socket4j.
-- [x] Electrostatic-sandbox-framework.
-
-**Environment Setup**:
-- [x] `setup-tools` scripting.
-- [x] `setup-framework` scripting.
-
-**Electrostatic-sandbox framework**:
-- [ ] Electroserial API: wraps Serial4j API providing a generic boundary to the Electrocomponent API.
-- [ ] Electroparallel API: wraps Parallel4j API providing a generic boundary to the Electrocomponent API.
-- [ ] Electrosocket API: wraps Socket4j API providing a generic boundary to the Electrocomponent API.
-- [ ] Electrocomponent API: provides the vertical HAL for interacting with devices through device managers based on the scientific model provided by the _Set Theory_.
-- [x] Electrostatic-sandbox-examples: examples and techdemos utilizing the HAL API directly to interact with peripheral devices and/or use one of the above core APIs.
-- [ ] Deployment to Maven Central.
-- [ ] Build the framework into an SDK.
-
 ## References (Direct links to useful topics):
 ### Operational:
 - [GNU/Linux glibc reference manual on terminal I/O](https://sourceware.org/glibc/manual/latest/html_mono/libc.html#Low_002dLevel-Terminal-Interface)