PseudoAssembler had been developed for training purposes. This very simple programming language allows beginners to painlessly acquire fundamental ideas of algorithmic programming.

Group	Command	Explanation
Arithmetic operators	a = b	assign value of variable b to variable a
	a = b + c	assign sum of variables b and c to variable a
	a = b - c	assign difference of variables b and c to variable a
	a = b * c	assign product of variables b and c to variable a
	a = b / c	assign b divided by c to a
	a = b ^ c	assign b in power c to a
Check conditions or Conditional jumps or Logic operators	a > b, lab	go to label lab if a is greater then b
	a < b, lab	go to label lab if a is less then b
	a >= b, lab	go to label lab if a is greater or equal to b
	a <= b, lab	go to label lab if a is less or equal to b
	a == b, lab	go to label lab if a is equal to b
	a != b, lab	go to label lab if a is not equal b
Unconditional move of point of execution or jump operator	jmp lab	go to label lab
Memory addressing operators	a = addrof b	assign address of variable b to a
	operation a,i	operation with data from memory location with address from variable a (indirectly)
Input / Output operators	inchar a	get a character from input device and put it into a
	innum a	get a number from input device and put it into a
	outchar a	put the character from a to output device
	outnum a	put the number from variable a to output device
	end	stop program execution
Memory reservation operator	def count a	reserve count bytes (8 bits each) for variable a
Non operational lexicon	Lab:	Declares label Lab as label in code, that can be used for jumps
	/*...*/	Comments: everything in between is ignored by processor

Note: place holders, which could be substituted, are shown in italic.