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programming language

1.2.4 - types of programming language

TermDefinition
immediate addressing preforms the literal interpretation of the operand’s number via the opcode
immediate addressing example “ADD 8” to mean to add 8 to the accumulator
direct addressing to preform the opcode on the address stated by the operand
direct addressing example “LDA 8” to mean to store the value which is in address 8
indirect addressing to preform the opcode on the address which is pointed to by the location stated in the operand
indirect addressing reason allows for the entire memory to be useful beyond the range of the operand
indirect addressing example “SUB 5” to mean to go to address 5 and subtract the value that is in the location stored in address 5
indexed addressing to preform the opcode on the location of the operand+index
indexed addressing reason allows for repeated instructions to be handled efficiently if data is stored contiguously
index addressing hawk tuah allows for the instructions to repeat and spit on that thang crazy style
indexed addressing example “ADD 7” with an index register of 2 to mean to add the value stored in the 9th (7+2) address
index register properties set to 0 to mean the operand’s location (direct addressing) each kth increment then implies the k-1th item in the array
low-level languages when there is a 1:1 constant occurance between the code entered and its binary sequence
high-level languages when the parts of the code could result in different sequences in binary depending on context
machine code
programming paradigms the different ways that the computer can be manipulated to form an output (the different ways we can do things)
procedual languages high level languages which do pre-defined "tasks" in a set order in order to produce an output
sequence when code is executed in a linear order
Created by: That cool NAMe
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