rewrite, its now a vm for a shitty subset of assembly

MathLib/bin/Release/Core.dll.config

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+<?xml version="1.0" encoding="utf-8"?>
+<configuration>
+	<dllmap dll="SDL2" os="windows" target="SDL2.dll"/>
+	<dllmap dll="SDL2" os="osx" target="libSDL2.dylib"/>
+	<dllmap dll="SDL2" os="linux" target="libSDL2-2.0.so.0"/>
+</configuration>

MathLib/bin/Release/MathLib.exe.config

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+<?xml version="1.0" encoding="utf-8"?>
+<configuration>
+<startup><supportedRuntime version="v4.0" sku=".NETFramework,Version=v4.8"/></startup></configuration>

MathLib/bin/Release/doc.txt

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+:: Registers
+Accumulator (A-Register)
+X, Y registers
+Memory (8kb)
+:: Flags
+Z; Zero
+
+:: Helpers
+NVAR <name>, <value>; Sets new a variable and its value
+RVAR <name>; Removes a variable
+SVAR <name>, <newval>; Sets a variables value
+
+:: Commands (Memory)
+LDA <address>; Loads a memory value into ram
+STA <address>; Seeks to a memory value into the accumulator
+LDX; Loads accumulator into X
+LDY; Loads accumulator into Y
+STX; Stores X into accumulator
+STY; Stores Y into accumulator
+SEA <value>; Sets accumulator
+
+:: Commands (Arithmetic)
+ADD; Adds X + Y then stores in Accumulator
+SUB; Subtracts X - Y then stores in Accumulator
+MUL; Multiplies X * Y then stores in Accumulator
+DIV; Divides X / Y then stores in Accumulator
+
+:: Commands (flow control)
+JZE <pointer>; Jumps to a pointer in the program on zero flag
+JMP <pointer>; Jumps to a pointer in the program
+SFG <flag>; Sets a flag to true
+RFG <flag; Sets a flag to false
+
+:: Commands (Debug)
+PRA; Prints accumulator
+PRX; Prints X
+PRY; Prints Y
+PRM <address>; Prints value of memory address

MathLib/bin/Release/main.asm

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+:: variables
+NVAR var1, 12
+NVAR var2, 10
+NVAR outcome, 0
+JMP 8
+
+
+:: setup
+SEA var1
+LDX
+SEA var2
+LDY
+ADD
+SVAR outcome, ACC
+SEA outcome
+STA 4
+PRM 4
+JMP 21
+
+
+:: end
+RVAR var1
+RVAR var2
+RVAR outcome
+HLT

MathLib/bin/Release/main.asmdump

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+[0] :: variables
+[1] NVAR var1, 12        :: Create 'var1' with value of '12'
+[2] NVAR var2, 10        :: Create 'var2' with value of '10'
+[3] NVAR outcome, 0      :: Create 'outcome' with value of '0'
+[4] JMP 8                :: Jump to line 8
+[5] 
+[6] 
+[7] :: setup
+[8] SEA var1             :: Set Accumulator to 'var1' (12)
+[9] LDX                  :: Load Accumulator (12) into X
+[10] SEA var2             :: Set Accumulator to 'var2' (10)
+[11] LDY                  :: Load Accumulator (10) into Y
+[12] ADD                  :: Add X (12) and Y (10) and store into the Accumulator (22)
+[13] SVAR outcome, ACC    :: Set variable 'outcome' to '0'
+[14] SEA outcome          :: Set Accumulator to 'outcome' (0)
+[15] STA 4                :: Store the Accumulator (0) into Memory address 4
+[16] PRM 4                :: Print value of memory address 4
+[17] JMP 21               :: Jump to line 21
+[18] 
+[19] 
+[20] :: end
+[21] RVAR var1            :: Remove variable 'var1'
+[22] RVAR var2            :: Remove variable 'var2'
+[23] RVAR outcome         :: Remove variable 'outcome'
+[24] HLT                  :: Halt execution

MathLib/bin/Release/test.asm

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+:: variables
+NVAR