Need help faithfully translating the below Python code (ignoring type hints) into a properly commented MIPS program. Please ensure that while passing arguments to the function, you should pass 'the_list' as the first argument and 'hulk_power' as the second argument. Included is an example run of the expected output of the program as well as a MIPS sheet of allowed instructions that can be used. Thank you in advance for your help :) from typing import Listdef smash_or_sad (the_list: List[int], hulk_power: int) - int:smash_count=0for i in range (len (the_list)):if the list[i] :(")smash_count += 1else:print("Hulk Sad :(")return smash_countdef main() - None:my_list = [10, 14, 16]hulk power15print (f"Hulk smashed {smash_or_sad (my_list, hulk_power)} people")main ()You can test your program by clicking "Run", or by running the following command in the Terminal:An example of a run is:Hulk SMASH! :(Hulk SMASH! :(Hulk Sad (Hulk smashed 2 people. Call code Service($v0)145=8910Print integerPrint stringInput integerInput stringOn function call:Instruction formatadd Rdest, Rarel, Hare2sub Rdest, Rarel, Rare2mult Rsrel, Rare2div Rarel, Rsrc2j labeljal labeland Rdest, Rsrel, Rsre2or Rdest, Rsrel, Rare2xor Rdest, Rarel, Rare2nor Rdest, Rarel, Rsre2sllv Rdest, Rarel, Rare2srlv Rdest, Rarel, Rare2srav Rdest, Rarel, Rarc2jr Rarejair RaresyscallArgumentsAllocate memory $a0= number of bytesExitmfhi Rdestmflo Rdestw Rdest, Addrsw Rsre, Addrla Rdest, Addr(or label)**beq Rarel, Rare2, labelbne Rarel, Rare2, labelslt Rdest, Rarel. Rsre2$a0 value to print$a0-address of string to print$20 address at which thestring will be stored$a1 = maximum number ofcharacters in the stringR29R30R31NumberROOR01R02, R03Table 1: System calls.R24, R25R28Purposeprovides constant zeroreserved for assemblersystem call code, return valueR04-R07 $20--$23system call and function argumentsR08-R15 $t0--$17 temporary storage (caller-saved)R16-R23 $20-$s7Sat$v0, $v1Table 2: General-purpose registersName$zero$18, $19$KP$sp$fp$raCaller:sets $v0 to return valueclears local variables off stackOn function return: restores saved $fp off stackrestores saved $ra off stackreturns to caller with jr $raSubtractMultiplyDivideTable 3: Assembler directivesdataassemble into data segmenttextassemble into text (code) segmentword wl, w2, ...] allocate word(s) with initial value(s)space nascii "string"asciiz "string"Returns$v0 = entered integerCaller:saves temporary registers on stackpasses arguments on stackcalls function using jal falabel$v0 address of first bytetemporary storage (callee-saved)temporary storage (caller-saved)pointer to global area.Table 5: A partial instruction set is provided below. The following conventions apply.Instruction Format columnRare, Rarel, Rsre2: register source operand(s) - must be the name of a registerRdest: register destination must be the name of a registerAddr: address in the form offset (Rarc), that is, absolute address Rarc offsetlabel: label of an instruction.**: pseudoinstructionstack pointerframe pointerreturn addressallocate n bytes of uninitialized, unaligned space.allocate ASCII string, do not terminateallocate ASCII string, terminate with "\0*Table 4: Function calling conventionCallee:saves value of $ra on stacksaves value of $fp on stackImmediate Form columnAssociated instruction where Rsre2 is an immediate. Symbol - appears if there is no immediate form.Unsigned or overflow columnAssociated unsigned (or overflow) instruction for the values of Rsrel and Rsre2. Symbol - if no such form.Bitwise ANDBitwise ORBitwise XORBitwise NORShift Left LogicalShift Right LogicalShift Right ArithmetMove from HiMove from LoLoad wordStore wordLoad Address (forprinting strings)Branch if equalBranch if not equalSet if less thanJumpJump and linkcopies $sp to $fpallocates local variables on stackTable 6: Allowed MIPS instruction (and pseudoinstruction) setMeaningOperationAddCaller:clears arguments off stackrestores temporary registers off stackuses return value in $v0Rdest = Rsrel + Rsrc2Rdest=Rsrel- Rare2Hi:Lo Rarel Rare2Lo Rarel/Rsrc2;Hi Rsrel % Rsrc2Rdest Rsrel & Rsrc2Rdest Rarel | Rsrc2Rdest Rarel A Rare2Rdest(Rarel | Rare2)Rdest = Rsrel Rsrc2(MSB-0)Rdest Rarel Rare2(MSB preserved)Rdest = HiRdest LoRdest meen32 Addrmem32[Addr] RareRdest=AddrRdest=label)if (Rarel Rsrc2)PC = labelif (Rarel ! Rare2)PC label(orif (Rarel

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Need help faithfully translating the below Python code (ignoring type hints) into a properly commented MIPS program. Please ensure that while passing arguments to the function, you should pass 'the_list' as the first argument and 'hulk_power' as the second argument. Included is an example run of the expected output of the program as well as a MIPS sheet of allowed instructions that can be used. Thank you in advance for your help :) from typing import Listdef smash_or_sad (the_list: List[int], hulk_power: int) -> int:smash_count=0for i in range (len (the_list)):if the list[i] <= hulk_power:print("Hulk SMASH! >:(")smash_count += 1else:print("Hulk Sad :(")return smash_countdef main() -> None:my_list = [10, 14, 16]hulk power15print (f"Hulk smashed {smash_or_sad (my_list, hulk_power)} people")main ()You can test your program by clicking "Run", or by running the following command in the Terminal:An example of a run is:Hulk SMASH! >:(Hulk SMASH! >:(Hulk Sad (Hulk smashed 2 people. Call code Service($v0)145=8910Print integerPrint stringInput integerInput stringOn function call:Instruction formatadd Rdest, Rarel, Hare2sub Rdest, Rarel, Rare2mult Rsrel, Rare2div Rarel, Rsrc2j labeljal labeland Rdest, Rsrel, Rsre2or Rdest, Rsrel, Rare2xor Rdest, Rarel, Rare2nor Rdest, Rarel, Rsre2sllv Rdest, Rarel, Rare2srlv Rdest, Rarel, Rare2srav Rdest, Rarel, Rarc2jr Rarejair RaresyscallArgumentsAllocate memory $a0= number of bytesExitmfhi Rdestmflo Rdestw Rdest, Addrsw Rsre, Addrla Rdest, Addr(or label)**beq Rarel, Rare2, labelbne Rarel, Rare2, labelslt Rdest, Rarel. Rsre2$a0 value to print$a0-address of string to print$20 address at which thestring will be stored$a1 = maximum number ofcharacters in the stringR29R30R31NumberROOR01R02, R03Table 1: System calls.R24, R25R28Purposeprovides constant zeroreserved for assemblersystem call code, return valueR04-R07 $20--$23system call and function argumentsR08-R15 $t0--$17 temporary storage (caller-saved)R16-R23 $20-$s7Sat$v0, $v1Table 2: General-purpose registersName$zero$18, $19$KP$sp$fp$raCaller:sets $v0 to return valueclears local variables off stackOn function return: restores saved $fp off stackrestores saved $ra off stackreturns to caller with jr $raSubtractMultiplyDivideTable 3: Assembler directivesdataassemble into data segmenttextassemble into text (code) segmentword wl, w2, ...] allocate word(s) with initial value(s)space nascii "string"asciiz "string"Returns$v0 = entered integerCaller:saves temporary registers on stackpasses arguments on stackcalls function using jal falabel$v0 address of first bytetemporary storage (callee-saved)temporary storage (caller-saved)pointer to global area.Table 5: A partial instruction set is provided below. The following conventions apply.Instruction Format columnRare, Rarel, Rsre2: register source operand(s) - must be the name of a registerRdest: register destination must be the name of a registerAddr: address in the form offset (Rarc), that is, absolute address Rarc offsetlabel: label of an instruction.**: pseudoinstructionstack pointerframe pointerreturn addressallocate n bytes of uninitialized, unaligned space.allocate ASCII string, do not terminateallocate ASCII string, terminate with "\0*Table 4: Function calling conventionCallee:saves value of $ra on stacksaves value of $fp on stackImmediate Form columnAssociated instruction where Rsre2 is an immediate. Symbol - appears if there is no immediate form.Unsigned or overflow columnAssociated unsigned (or overflow) instruction for the values of Rsrel and Rsre2. Symbol - if no such form.Bitwise ANDBitwise ORBitwise XORBitwise NORShift Left LogicalShift Right LogicalShift Right ArithmetMove from HiMove from LoLoad wordStore wordLoad Address (forprinting strings)Branch if equalBranch if not equalSet if less thanJumpJump and linkcopies $sp to $fpallocates local variables on stackTable 6: Allowed MIPS instruction (and pseudoinstruction) setMeaningOperationAddCaller:clears arguments off stackrestores temporary registers off stackuses return value in $v0Rdest = Rsrel + Rsrc2Rdest=Rsrel- Rare2Hi:Lo Rarel Rare2Lo Rarel/Rsrc2;Hi Rsrel % Rsrc2Rdest Rsrel & Rsrc2Rdest Rarel | Rsrc2Rdest Rarel A Rare2Rdest(Rarel | Rare2)Rdest = Rsrel << Rsre2Rdest = Rsrel >> Rsrc2(MSB-0)Rdest Rarel >> Rare2(MSB preserved)Rdest = HiRdest LoRdest meen32 Addrmem32[Addr] RareRdest=AddrRdest=label)if (Rarel Rsrc2)PC = labelif (Rarel ! Rare2)PC label(orif (Rarel< Rare2)Rdest 1else Rdest 0PC labelSra PC + 4;PC labelJump registerPC- RareJump and link register Sra = PC + 4PC Raresystem calldepends on the value of$VOImmediateaddi-andioriNotesvalue is signedstring must be termi-nated with 0value is signedreturns if $a1-1 characters or Enter typed,the string is termi-nated with 10ends simulationxorisllsrlsra-sltiUnsigned or Overflowaddu (no overflow trap)subu (no overflow trap)divu.situ, sitiu

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