Add the answer to the parts that say #TODO ..... . this is in yaml! ΘΟΔΟ179180181182183184185186187188189190 DependsOn: NATGatewayProperties:191192ImageId: !Find InMap193AWSRegionUbuntu194195UserData:риит соо.Fn::Base64:!Sub |Serv1Instance:—IType: 'AWS::EC2::Instance'HC! Ref 'AWS::Region'! FindInMapHCtJ#!/bin/bash -xeapt-get update && \# TODO need to install haproxyapt-get install -y git python3 python3-pip && \hostnamectl set-hostname proxy && \rebootCLn 178, Col 71-vallPSpaces: 2anuDa 3 and 1. FPC. Bachstane pois a privata 17 and is pr10dagaskalan 1 100 Yer Busta server in much supported regan38 akala + 40 +UTF-8 CRLF YAML Q f¤8.9208209210211212213214215216217218219220221222223224225226227228! Ref SecurityGroupAssociatePublicIpAddress: 'false'DeviceIndex: '0'DeleteOnTermination: 'true'SubnetId: !Ref PrivateSubnetPrivateIpAddress: 10.0.1.10 # TODO make sure unique to the instanceUserData:Fn::Base64:!Sub |#!/bin/bash -xeapt-get update && \# TODO need to install apache or nginxapt-get install -y git && \# TODO give it a hostname hostnamectlreboot&& \matate Flat GripPIA WAmpany me

Answered: Add the answer to the parts that say…

Engineering

Computer Science

Add the answer to the parts that say #TODO ..... . this is in yaml!

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Focus on string operations and methods You work for a small company that keeps the following information about its clients: • first name • last name • a 5-digit user code assigned by your company. The information is stored in a file clients.txt with the information for each client on one line (last name first), with commas between the parts. For example Jones, Sally,00345 Lin ,Nenya,00548 Fule,A,00000 Smythe , Mary Ann , 00012 Your job is to create a program assign usernames for a login system. First: write a function named get_parts(string) that will that will receive as its arguments a string with the client data for one client, for example “Lin ,Nenya,00548”, and return the separate first name, last name, and client code. You should remove any extra whitespace from the beginning and newlines from the end of the parts. You’ll need to use some of the string methods that we covered in this lesson You can test your function by with a main() that is just the function call with the…
ONE X Intrd X O ssd ( X O Task: X Z Zote x O Diffe x G Uset x • Ident X ملفات البريد M i Fiver x C Get x + A elearning.utm.my/21221/pluginfile.php/318427/mod_resource/content/2/Module%205%20-%20Central%20Processing%20Unit%20AA24Apr2021-StudentPar. Q Intrduction 74 / 88 75% Trace the execution of the instruction by showing Activity 1 all the changes in CPU registers (control and general purpose registers) as well as the micro- operations related to the instructions. Use the given initial table. Exercise 5.2 : Memory address 39D Memory Content A450 Instruction/Data L1: XCHG CX, NUM 39E B451 SUB VAL1,CX 39F C39D JMP L1: 450 100 NUM 451 500 VAL1 Clock IP/PC MAR MBR IR CX NUM VAL1 Micro-operation to 200 100 74 Module 5 - Central.pdf Show all 1:43 PM P Type here to search 85°F 12/16/2021
1 Module Modulel Sub Main() 3 4 5 6 7 8 9 10 12345678192812324252627 28 29 201233435 36初 38 39 48 4 2 3 4 45 46 7 48 20 37 40 41 42 43 44 Dim intArray() As Integer = {1.5, 5.2, 6.5, 12} Dim intFixed (3) As Integer Dim sngA As Single = Console.ReadLine() Dim sngB As Single = Console.ReadLine() Dim intN As Integer = Console.ReadLine() Dim TestExpression As Single = Math. Round ((sngB sngA+ 1), 0) 'The value of TestExpression after line 8 is Dim sngSum As Single Select Case TestExpression Case 0 ReDim Preserve intArray (intN - 1) intArray (intN- 1) = sngA+ sngB For intCounter As Integer = 0 To (intN - 1) sngSum += intArray (intCounter) - sngA intArray (intCounter) = sngSum Next Case Is < 5 47 End Module For intCounter As Integer = 0 To UBound(intFixed) intFixed (intCounter) = intArray (intCounter) + sngB Next sngSum= intFixed (1) + intArray(2) + sngA Case 2, 5, 8 ReDim intArray (intN - 1) For intCounter As Integer = 1 To UBound(intArray) intArray (intCounter) += 1.5 Next For intCounter =…
DEFAULT_SIZE = (256, 512) import torch class LaneDataset(torch.utils.data.Dataset): def__init__(self, dataset_path, train=True, size=DEFAULT_SIZE): # code here def__getitem__(self, idx): # code here return image, segmentation_image, instance_image # l x H x W [[0, 1], [2, 0]] def__len__(self): # code here The output dimension of the instance segmentation embedding should be equal to 5.
Focus on string operations and methodsYou work for a small company that keeps the following information about its clients: • first name• last name • a 5-digit user code assigned by your company.The information is stored in a file clients.txt with the information for each client on one line(last name first), with commas between the parts. For exampleJones, Sally,00345Lin ,Nenya,00548Fule,A,00000Smythe , Mary Ann , 00012Your job is to create a program assign usernames for a login system. First: write a function named get_parts(string) that will that will receive as its arguments a string with the client data for one client, for example “Lin ,Nenya,00548”, and return the separate first name, last name, and client code. You should remove any extra whitespace from the beginning and newlines from the end of the parts.You’ll need to use some of the string methods that we covered in this lessonYou can test your function by with a main() that is just the function call with the argument typed…
Focus on string operations and methodsYou work for a small company that keeps the following information about its clients: • first name• last name • a 5-digit user code assigned by your company.The information is stored in a file clients.txt with the information for each client on one line(last name first), with commas between the parts. For exampleJones, Sally,00345Lin ,Nenya,00548Fule,A,00000Smythe , Mary Ann , 00012Your job is to create a program assign usernames for a login system. First: write a function named get_parts(string) that will that will receive as its arguments a string with the client data for one client, for example “Lin ,Nenya,00548”, and return the separate first name, last name, and client code. You should remove any extra whitespace from the beginning and newlines from the end of the parts.You’ll need to use some of the string methods that we covered in this lessonYou can test your function by with a main() that is just the function call with the argument typed…
Q4. The attached Java program (Recursion_Demo.java) (C# version is also attached) demonstrates the concept of recursion. The program inputs the value of n from the user and then the recursive RDemo method prints the following sequence: n (n-1) (n-2)... 1123... n Execute the program and check it out for yourself. You will write a MIPS program which MUST use a non-leaf procedure to implement this recursive method. Your program will define a non-leaf procedure RDemo which will be called recursively for n>=1. RDemo will return when n<1. Your program will print the user prompt and take n as an input in the main program. The output on the screen must be just similar to the Java program - there will be space between the integers. Obviously, your MIPS program will not implement the concept of class. (See next page)
PYTHON import pandas as pdfrom datetime import dateimport sys from sklearn.preprocessing import OrdinalEncoder def series_report( series, is_ordinal=False, is_continuous=False, is_categorical=False): print(f"{series.name}: {series.dtype}") ###### Your code here ###### # Check command line argumentsif len(sys.argv) < 2: print(f"Usage: python3 {sys.argv[0]} <input_file>") exit(1) # Read in the datadf = pd.read_csv( sys.argv[1], index_col="employee_id") # Convert strings to dates for dob and deathdf['dob'] = df['dob'].apply(lambda x: date.fromisoformat(x))df['death'] = df['death'].apply(lambda x: date.fromisoformat(x)) # Show the shape of the dataframe(row_count, col_count) = df.shapeprint(f"*** Basics ***")print(f"Rows: {row_count:,}")print(f"Columns: {col_count}") # Do a report for each columnprint(f"\n*** Columns ***")series_report(df.index, is_ordinal=True)series_report(df["gender"], is_categorical=True)series_report(df["height"], is_ordinal=True,…
Buffer overlow :computer security In a C program, we print the address of relevant variables and arrays and get the following: 0xbfffe7b8 i 0xbfffe7bc length 0xbfffe7c0 hash_ptr 0xbfffe7ce targetuid 0xbfffe7d5 userid 0xbfffe817 pw 0xbfffe858 t 0xbfffe899 hashhex 0xbfffe8da target 0xbfffe91b hash 0xbfffe95c buffer The program executes the following instruction: strcpy(pw, buffer); You want to exploit the buffer overflow vulnerability by putting in buffer a string aaaaaaaaaaaaa ... 0c0beacef8877bbf2416eb00f2b5dc96354e26dd1df5517320459b1236860f8c with the goal of putting the hash 0c0beacef8877bbf2416eb00f2b5dc96354e26dd1df5517320459b1236860f8c variable target. If you count offset as 0 for the first a, 1 for the second a, and so on, what should be the offset of 0, the first character of the hash? In other words, how many a's should you put before the first zero character? (You can give the answer in decimal or in hexadecimal, but please specify.)
Tracethefollowingcodebyshowingthevaluesofthe3variablesinthetableontheright,foreachlineof code thatis executed (afterthe line is executed): //Start of execution x y z varx= 5; ----------------> var y = 10; ----------------> varz =7; ----------------> x = (y+z)/2; ----------------> y = 8; ----------------> z=(x-y)/2; ----------------> y/=2; ----------------> z*=y; ---------------->
Scenario: You have been tasked with building a URL file validator for a web crawler. A web crawler is an application that fetches a web page, extracts the URLs present in that page, and then recursively fetches new pages using the extracted URLs. The end goal of a web crawler is to collect text data, images, or other resources present in order to validate resource URLs or hyperlinks on a page. URL validators can be useful to validate if the extracted URL is a valid resource to fetch. In this scenario, you will build a URL validator that checks for supported protocols and file types.
In java: containerdata.txt: 438118Vela7335 58025357780Guangzhou7821 49562228320Calumet8268 42566166336Canadian Miner8154 53127688309Empire MacMahon7148 78880272124Costa Marina8216 48293144769Carl D. Bradley7702 69160345120Baie Comeau7928 59558154640W.H. Gilcher7432 52093569191Burns Harbor7304 31962732239Mesabi Miner7906 52416579241SS Minnow7511 32289732723Western Reserve7457 55462342817Osaka Express7015 48816353071Gudrun Mrsk7965 20312110167Georgic8394 51067293443Gallic8294 44519621580Monterey7672 35540101609Napoli8385 58804376662Nuria7619 57902603981Pamela8022 96674603603Robert S Pierson7620 59019259076Sabrina7389 57665569887William C. Moreland8089 55155313818McKay5148 61598 Cargo Container Report. You will be producing a program which will allow the user to generate the container report on the following page in Container Number order or Ship Name order. The program will also the user to lookup the data for any given Container by number. The % cargo weight is the percentage of…