summaryrefslogtreecommitdiff
path: root/src
diff options
context:
space:
mode:
Diffstat (limited to 'src')
-rw-r--r--src/Instruction.scala194
1 files changed, 0 insertions, 194 deletions
diff --git a/src/Instruction.scala b/src/Instruction.scala
index 7177b89..8a4e018 100644
--- a/src/Instruction.scala
+++ b/src/Instruction.scala
@@ -5,196 +5,6 @@ import ixee.cryptopals.utils.FunctionUtils._
import scala.collection.mutable.Map
-case class Source(value: Int)
-case class Destination(value: Int)
-
-sealed trait AddressingMode {
- def modeName: String
- override def toString: String = modeName
- def nameifyRegister(reg: Int): String = reg match {
- case 0 => "pc"
- case 1 => "sp"
- case 2 => "sr"
- case 3 => "cg"
- case num @ _ => s"r$num"
- }
- def stringifyWith(reg: Int): String
-}
-
-sealed trait OneOpAddressing extends AddressingMode
-sealed trait TwoOpAddressing extends AddressingMode
-sealed trait TwoOpSourceAddressing extends TwoOpAddressing
-sealed trait TwoOpDestAddressing extends TwoOpAddressing
-
-object TwoOpSourceAddressingModes {
- // just alias the apply over to make names look right at call sites.
- // think hard about refactoring this
- def apply(register: Int, mode: Int): Option[TwoOpSourceAddressing] = OneOpAddressingModes(register, mode)
-}
-
-object OneOpAddressingModes {
- case class AddressingMode(as: Int, name: String, stringifier: String => String) extends OneOpAddressing with TwoOpSourceAddressing {
- def modeName = name
- def stringifyWith(reg: Int): String = stringifier(nameifyRegister(reg))
- }
-
- def apply(register: Int, mode: Int): Option[AddressingMode] = register match {
- case 0 => PCModes(mode) orElse General(mode)
- case 2 => SRModes(mode) orElse General(mode)
- case 3 => CGModes(mode) orElse General(mode)
- case _ => General(mode)
- }
-
- trait Modes {
- private val modeMap: Map[Int, AddressingMode] = Map()
- def Mode(as: Int, name: String, stringifier: String => String) = AddressingMode(as, name, stringifier).tap(modeMap += as -> _)
-
- def apply(x: Int): Option[AddressingMode] = modeMap.get(x)
- }
-
- object PCModes extends Modes {
- Mode(3, "NextWord", reg => s"@$reg+ (next word)")
- }
- object SRModes extends Modes {
- Mode(2, "Const4", reg => "#4")
- Mode(3, "Const8", reg => "#8")
- }
- object CGModes extends Modes {
- Mode(0, "Const0", reg => "#0")
- Mode(1, "Const1", reg => "#1")
- Mode(2, "Const2", reg => "#2")
- Mode(3, "ConstNeg1", reg => "#-1")
- }
- object General extends Modes {
- Mode(0, "RegisterDirect", ident)
- Mode(1, "Indexed", reg => s"@PC+($reg)")
- Mode(2, "RegisterIndirect", reg => s"@$reg")
- Mode(3, "IndirectAutoInc", reg => s"@$reg+")
- }
-
- PCModes
- SRModes
- CGModes
- General
-}
-
-
-object TwoOpDestAddressingModes {
- case class AddressingMode(as: Int, name: String, stringifier: String => String) extends TwoOpDestAddressing {
- def modeName = name
- def stringifyWith(reg: Int): String = stringifier(nameifyRegister(reg))
- }
-
- def apply(register: Int, mode: Int): Option[AddressingMode] = register match {
- case 0 => PCModes(mode) orElse General(mode)
- case 2 => SRModes(mode) orElse General(mode)
- case _ => General(mode)
- }
-
- trait Modes {
- private val modeMap: Map[Int, AddressingMode] = Map()
- def Mode(as: Int, name: String, stringifier: String => String) = AddressingMode(as, name, stringifier).tap(modeMap += as -> _)
-
- def apply(x: Int): Option[AddressingMode] = modeMap.get(x)
- }
-
- object PCModes extends Modes {
- Mode(1, "Symbolic", reg => s"<??> (symbolic? x(PC)?")
- }
- object SRModes extends Modes {
- Mode(1, "Absolute", reg => s"&@PC+ (value at nextWord)")
- }
- object General extends Modes {
- Mode(0, "RegisterDirect", reg => s"$reg")
- Mode(1, "Indexed", reg => s"@PC+($reg)")
- }
-
- PCModes
- SRModes
- General
-}
-
-sealed trait OpCode {
- def instrName: String
- override def toString: String = instrName
-}
-
-sealed trait NoOpCode extends OpCode
-sealed trait OneOpCode extends OpCode
-sealed trait TwoOpCode extends OpCode
-
-object Opcodes {
- def opcodes: Map[Int, OpCode] = noOpCodes ++ oneOpCodes ++ twoOpCodes
- val noOpCodes: Map[Int, NoOpCode] = Map()
- val oneOpCodes: Map[Int, OneOpCode] = Map()
- val twoOpCodes: Map[Int, TwoOpCode] = Map()
-
- def apply(value: Int) = opcodes.get(value)
- def noOp(value: Int) = noOpCodes.get(value)
- def oneOp(value: Int) = oneOpCodes.get(value)
- def twoOp(value: Int) = twoOpCodes.get(value)
-
- object NoOpCodes {
- val Prefix = 0x01
- case class Code(value: Byte, name: String) extends NoOpCode { def instrName = name }
- object Code {
- def apply(value: Int, name: String) = new Code(value.toByte, name).tap(code => noOpCodes += ((((Prefix << 3) + value) << 10) -> code))
- }
-
- Code(0x00, "JNE")
- Code(0x01, "JEQ")
- Code(0x02, "JNC")
- Code(0x03, "JC ")
- Code(0x04, "JN ")
- Code(0x05, "JGE")
- Code(0x06, "JL ")
- Code(0x07, "JMP")
- }
-
- object OneOpCodes {
- val Prefix = 0x04
- case class Code(value: Byte, name: String) extends OneOpCode { def instrName = name }
- object Code {
- def apply(value: Int, name: String) = new Code(value.toByte, name).tap(code => oneOpCodes += ((((Prefix << 3) + value) << 7) -> code))
- }
-
- Code(0x00, "RRC")
- Code(0x01, "SWPB")
- Code(0x02, "RRA")
- Code(0x03, "SXT")
- Code(0x04, "PUSH")
- Code(0x05, "CALL")
- Code(0x06, "RETI")
-// Code(0x07, "NotImplemented")
- }
-
- object TwoOpCodes {
- val Prefix = 0x1
- case class Code(value: Byte, name: String) extends TwoOpCode { def instrName = name }
- object Code {
- def apply(value: Int, name: String) = new Code(value.toByte, name).tap(code => twoOpCodes += ((value @<< 12) -> code))
- }
-
- Code(0x04, "MOV")
- Code(0x05, "ADD")
- Code(0x06, "ADDC")
- Code(0x07, "SUBC")
- Code(0x08, "SUB")
- Code(0x09, "CMP")
- Code(0x0a, "DADD")
- Code(0x0b, "BIT")
- Code(0x0c, "BIC")
- Code(0x0d, "BIS")
- Code(0x0e, "XOR")
- Code(0x0f, "AND")
- }
-
- // forces the various opcode bodies to be evaluated. kinda weird, but it works so welp.
- NoOpCodes
- OneOpCodes
- TwoOpCodes
-}
-
sealed trait Instruction
case class NoOpInst(code: NoOpCode, offset: Int) extends Instruction {
@@ -300,7 +110,3 @@ object Instruction {
def isTwoOp(instruction: (Byte, Byte)) = twoOp(instruction).isDefined
}
-sealed trait ByteOp {
- override def toString = s"(Single Byte: ${super.toString})"
-}
-
generated by cgit v1.1 at 2024-11-17 12:51:35 +0000