#18 /etc/inc/config.inc(37): require_once('/etc/inc/notice...') #11 /etc/rc. banner (27): require_once('/etc/inc/config...') #12 {Main} thrown Fatal error: Uncaught ValueError: Path cannot be empty in /etc/inc/notices. inc:1 35 Stack trace: #8 /etc/inc/notices.inc (135): fopen(', 'w') #1 /etc/inc/config. lib. inc (1154): file_notice('phperror', 'PHP ERROR: Type...', 'PHP errors') #2 [internal function]: pfSense_clear_globals() #3 {Main} thrown in /etc/inc/notices, inc on line 135

#18 /etc/inc/config.inc(37): require_once('/etc/inc/notice...') #11 /etc/rc. banner (27): require_once('/etc/inc/config...') #12 {Main} thrown Fatal error: Uncaught ValueError: Path cannot be empty in /etc/inc/notices. inc:1 35 Stack trace: #8 /etc/inc/notices.inc (135): fopen(', 'w') #1 /etc/inc/config. lib. inc (1154): file_notice('phperror', 'PHP ERROR: Type...', 'PHP errors') #2 [internal function]: pfSense_clear_globals() #3 {Main} thrown in /etc/inc/notices, inc on line 135

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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Computer Science A tool is attached to link 3 of the manipulator. This tool is described by TTW, the tool frame relative to the wrist frame. Also, a user has described his work area, the station frame relative to the base of the robot, as TSB. Write the subroutine Procedure SOLVE(VAR trels: frame; VAR current, near, far: vec3; VAR sol: boolean); where “trels” is the {T} frame specified relative to the {S} frame. Other parameters are exactly as in the INVKIN subroutine. The definitions of {T} and {S} should be globally defined variables or constants. SOLVE should use calls to TMULT, TINVERT, and INVKIN
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function loginValidate () { var id = document.getElementById ('myid').value; var pass = document.getElementById('mypassword').value; if ((id == null : id alert ("ID and Pasword both must be filled out") : "") && (pass == null , pass == ")){ == return false: else if (id == null || id == "") { alert ("ID must be filled out "); return false; else if (pass == null || pass == "") { alert ("Password must be filled out "); return false;
Instruction: Create a program that implements a music playlist using linked lists that is sorted by playlist name. The program must continue to run until the user picks exit. Functionalities: 1. Each playlist and song node is defined by the structure below: *refer to the photo below* NOTE: You can add additional members that you think may help you finish the exercise. 2. The program must load the data each time it is run and must save the data each time the user picks exit. (a) Saves Data - You must check whether there is a data to be saved. If there are none, simply print a prompt saying so. Also, save count 0 so that you will be able to keep track if file is empty. - You can use whatever format of data you want as long as you will be able to load the data properly. (b) Load Data - You must check whether the file exists. If the file exists, check if the count is 0. If the count is not 0, read each of the data in the file and save it in the linked lists. 3. Create a menu that shows:…
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main.cc file #include <iostream>#include <memory> #include "customer.h" int main() { // Creates a line of customers with Adele at the front. // LinkedList diagram: // Adele -> Kehlani -> Giveon -> Drake -> Ruel std::shared_ptr<Customer> ruel = std::make_shared<Customer>("Ruel", 5, nullptr); std::shared_ptr<Customer> drake = std::make_shared<Customer>("Drake", 8, ruel); std::shared_ptr<Customer> giveon = std::make_shared<Customer>("Giveon", 2, drake); std::shared_ptr<Customer> kehlani = std::make_shared<Customer>("Kehlani", 15, giveon); std::shared_ptr<Customer> adele = std::make_shared<Customer>("Adele", 4, kehlani); std::cout << "Total customers waiting: "; // =================== YOUR CODE HERE =================== // 1. Print out the total number of customers waiting // in line by invoking TotalCustomersInLine. //…
path = '/Users/Jake' separator = '+' path_tokens = path.split('/') print(separator.join(path_tokens)) what is the output of this program
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Computer Science The application should support integrity verification. That is, your client and server will calculate the checksum of each file after it is transferred and compare them to make sure data is transferred without any error in the network in c++.
HMM Viterbi MLS Calcucation Write a program named hmm_viterbi that takes two command-line arguments: a model file name and a text file name that contains a single untagged sentence. This program should load the given model, then use the viterbi algorithm to find the most likely POS tag sequence for the given sentence.