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This document defines a SQL function that takes in an alert ID and flag and returns the frequency name associated with that alert. It queries different tables depending on the flag to retrieve the frequency ID and name for either standard or custom alerts. The function handles retrieving the associated query ID and frequency ID before returning the actual frequency name.
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![USE [iXAlert_Main]
GO
/****** Object: UserDefinedFunction [dbo].[fnGetFrequencyName] Script Date:
07/22/2015 07:25:40 ******/
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
-- Function to return the name of the Frequency setting for an alert
-- Created 2011.01.05 NBl
CREATE Function [dbo].[fnGetFrequencyName]
(
@AlertID int,
@CustomAlert bit
)
Returns varchar(60)
AS
BEGIN
Declare @FrequencyName varchar(60)
Declare @QueryID int
Declare @FrequencyID int
If @CustomAlert = 0
Begin
Set @QueryID = (Select ParamValue
from tbAlertParam where AlertID=@AlertID and ParamName = 'QueryID')
Set @FrequencyID = (Select FrequencyID from tbQuery where QueryID =
@QueryID)
Set @FrequencyName = (Select Frequency from tbFrequency where
FrequencyID = @FrequencyID)
End
Else If @CustomAlert = 1 -- use ty tables for custom alerts
Begin
Set @QueryID = (Select ParamValue
from tyAlertParam where AlertID=@AlertID and ParamName = 'QueryID')
Set @FrequencyID = (Select FrequencyID from tyQuery where QueryID =
@QueryID)
Set @FrequencyName = (Select Frequency from tbFrequency where
FrequencyID = @FrequencyID)
End
Return @FrequencyName
END
GO
EXEC sys.sp_addextendedproperty @name=N'Version', @value=N'7.1.09.01.37197' ,
@level0type=N'SCHEMA',@level0name=N'dbo',
@level1type=N'FUNCTION',@level1name=N'fnGetFrequencyName'
GO](https://image.slidesharecdn.com/ff-150722115524-lva1-app6891/85/Ff-1-320.jpg)
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Actions for Hartleys Function Code
Chad Hartley posted Nov 5, 2015 5:10 PM
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This program will add an integer number and a decimal number up to 2 decimal places. I have included notes in the code to explain what each thing does. I hope I did this right. It compiles successfully.
PseudoCode
Start
Declare int O1; Stands for Output1
O1=sum; Sum is the functions name
Int sum()
Declare variables
Int num1;
Float num2;
Write “Enter a number.”
Scanf num1
Write”Enter a decimal number.”
Scanf num2
Return num1+num2
end
C Code
#include <stdio.h>
int sum();//prototype
int main()//calling program
{
//Declare a varaiable
int O1;
O1=sum();//main is calling sum one time.
//if I listed this twice it would run the function 'sum' twice.
// Example: if I add a new int (int O1, O2) and declare O2 to
//be O2=sum then the function would run twice.
}
int sum ()//function 'sum'
{
int num1;// Declare intergers/variables
float num2;
printf("Enter a number.\n");
scanf("%d",&num1);// Take first input and assign it to num1
printf("Enter a decimal number.\n");
scanf("%.2f",&num2);
//Can use the printf statement but when you are calling an integer you can use the return.
//printf("The sum of %d, %d, is %d", num1,num2,num1+num2);
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}
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Chaotic Function
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Joshua Ray posted Nov 5, 2015 2:33 PM
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float tmp
int i
function float chaos(float num)
{
for i < 20
num = 3.9*num*(1-num)
print num
}
main
print "Program description"
print "Request input btw 0 and 1"
tmp = input
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/*
* File: main.c
* Author: JaiEllRei
*
* Created on November 5, 2015, 2:04 PM
*/
#include <stdio.h>
#include <stdlib.h>
float chaos(float num);
int main(void)
{
float tmp;
printf("This program illustrates a choatic function. \n");
printf("Input a number between 0 and 1: ");
scanf("%f", &tmp);
chaos(tmp);
}
float chaos(float num)
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/*Chaotic Formula*/
num = 3.9 * num * (1-num);
printf("%.3f \n", num);
}
}
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ReactiveCocoa in Practice
Presented at YOW! Connected 2015 (Melbourne) by Jeames Bone & Mark Corbyn:
"There are many great resources for getting started with Functional Reactive Programming and ReactiveCocoa, but what’s the next step? ReactiveCocoa is not just a nice wrapper for KVO, Signals can be used to model many common problems in Cocoa including managing the state of your UI, notifications and even business logic. Adopting ReactiveCocoa can make for more modular, self-documenting code — while still integrating easily with other APIs and your existing code. We would like to share with you some interesting, practical examples where we’ve used ReactiveCocoa to solve problems in our app. Our goal is to inspire you to consider how ReactiveCocoa can be applied in your own apps."
Flink Batch Processing and Iterations
This document discusses batch processing using Apache Flink. It provides code examples of using Flink's DataSet and Table APIs to perform batch word count jobs. It also covers iterative algorithms in Flink, including how Flink handles bulk and delta iterations more efficiently than other frameworks like Spark and MapReduce. Delta iterations are optimized by only processing changes between iterations to reduce the working data set size over time.
#include iostream #includeData.h #includePerson.h#in.pdf
#include
#include\"Data.h\"
#include\"Person.h\"
#include\"Report.h\"
#include
#include
#include \"Menu.h\"
using namespace std;
/*
Programmers: Javier A. Molina, Eduardo Bonnet
Students #:79249
*/
int main()
{
int cnt;
int idx;
string fileName;
Report * telefonia;
Menu menu(\"Reports\");
bool fileNameExists(string fileName);
Report * addReport(Report * reports, int & totalReports);
Report * delReport(Report * reports, int & totalReports, int idx);
int displayReports(Report * reports, int totalReports);
menu.addItem(\"New report\");
menu.addItem(\"Delete a report\");
menu.addItem(\"Display a report\");
cnt = 0;
telefonia = NULL;
do {
cout << menu;
cin >> menu;
//cls();
switch (menu.getOption()) {
case 1:
cout << \"Enter report name (TE?????): \";
cin >> fileName;
if (fileNameExists(fileName + \".tel\")) {
telefonia = addReport(telefonia, cnt);
idx = cnt - 1;
telefonia[idx].setFileName(fileName);
// telefonia[idx].loadReport();
}
else {
cls();
cerr << \"Error: Report name \'\" << fileName << \"\' does not exists!\ \ \ \";
//pause();
}
break;
case 2:
if (telefonia != NULL) {
do {
cls();
cout << \"Delete a Report:\ \ \";
idx = displayReports(telefonia, cnt);
if (between(idx, 0, cnt - 1)) {
cls();
telefonia = delReport(telefonia, cnt, idx);
idx = 0;
// pause();
}
} while (idx != cnt);
}
else {
cerr << \"No reports available for deleting!\ \ \ \";
//pause();
}
break;
case 3:
char ans;
if (telefonia != NULL) {
do {
// cls();
cout << \"Display/Filed a Report:\ \ \";
idx = displayReports(telefonia, cnt);
if (between(idx, 0, cnt - 1)) {
// cls();
cout << \"Would you like the report to be display otherwise save into a file? \";
cin >> ans;
cls();
cin.ignore();
if (upper(ans) == \'Y\') {
cout << telefonia[idx] << endl;
}
else {
//telefonia[idx].saveReport();
cout << \"Report \'\" << telefonia[idx].getFileName() << \"\' saved as \'\" <<
telefonia[idx].getFileName() << \".rep\'.\ \ \";
}
//pause();
}
} while (idx != cnt);
}
else {
cerr << \"No reports available for displaying!\ \ \ \";
// pause();
}
break;
case 4:
cout << \"Thanks for using Telefonia Reports System!!!\ \ \ \";
break;
}
} while (menu.getLast() != menu.getOption());
delete[] telefonia;
return 0;
}
//Funcion que verifica si existe un archivo en disco
bool fileNameExists(string fileName) {
ifstream fin(fileName.c_str());
bool exists = !(fin.fail());
if (exists) fin.close();
return(exists);
}
//Anade dinamicamente objetos tipo Report al arreglo reports
Report * addReport(Report * reports, int & totalReports) {
if (totalReports == 0) {
reports = new Report[1];
}
else {
Report * tmp = new Report[totalReports];
for (int i = 0; i < totalReports; ++i) {
tmp[i] = reports[i];
}
delete[] reports;
reports = new Report[totalReports + 1];
for (int i = 0; i < totalReports; ++i) {
reports[i] = tmp[i];
}
delete[] tmp;
}
totalReports++;
return(reports);
}
//Borra objetos del arreglo reports segun el idx enviado
Report * delReport(Report * reports, int & totalReports, int idx) {
Report * tmp = new Report[tota.
The Ring programming language version 1.7 book - Part 87 of 196
The document discusses embedding Ring language code in C/C++ programs using Ring API functions. It provides an example C program that initializes a Ring state, runs Ring code, and deletes the state. It also describes functions for creating/deleting Ring states, running code, and getting/setting variable values. Ring states allow running Ring code from C/C++ and accessing variables. The code generator tool is described for wrapping C/C++ libraries in Ring. Configuration files define functions to wrap, and options for customizing wrapper generation.
VPN Access Runbook
1. The runbook grants a user VPN access by making changes to their Active Directory profile after their request is approved.
2. It runs .NET scripts to extract the user's SAM account name and grant VPN access by setting the msnpallowdialin property to true.
3. It then gets information on the user and their manager from Active Directory to notify them by email that VPN access was granted.
Array Cont
The document provides examples of using functions in C programming. It explains what a function is, how to define a function with return type, parameters, and body. It also discusses function declaration, calling a function, function arguments, and the difference between call by value and call by reference. Examples are given to demonstrate defining, declaring, calling functions, and how call by value does not actually change the argument values unlike call by reference. The document also briefly mentions formal parameters and how they behave like local variables inside a function.
Part 3-functions1-120315220356-phpapp01
The document provides information about functions in C++. It defines what a function is, how functions are called and defined. It discusses function parameters, return types, and function prototypes. It covers local and global variables, call by value vs call by reference, and recursion. It also discusses function overloading, where multiple functions can have the same name but different parameters.
Js set timeout & setinterval
The document discusses the JavaScript setTimeout and setInterval functions. setTimeout calls a function or executes code after a delay in milliseconds, while setInterval repeatedly calls a function or executes code with a fixed time delay between each call. Both functions return an ID that can be used to clear the timeout or interval. Examples are provided to demonstrate setting, clearing, and using timeouts and intervals for delayed and periodic execution.
Android For All The Things
Android can be used across many different form factors including wearables, TVs, and cars. This document discusses Android Wear for smartwatches, Android TV for televisions, and Android Auto for cars. It provides details on design considerations, common UI patterns, and APIs for each platform. Key features covered include notifications, hardware sensors, device communication, and media browsing for TV. Code samples are also included to demonstrate implementing notifications, sensors, and messaging between devices.
F# in the enterprise
The document discusses the benefits of using F# for object pooling compared to C#. It provides an example of an object pool implementation in both C# and F#. The F# implementation is significantly shorter, with 25 lines of code compared to 61 lines for the C# version. It achieves a 59% reduction in lines of code and 66% reduction in characters. The F# version uses an agent-based approach with asynchronous and parallel processing to provide a thread-safe object pool.
JavaScript Refactoring
This document discusses refactoring code to improve its design without changing external behavior. It notes that refactoring involves making small, incremental changes rather than large "big bang" refactorings. Code smells that may indicate a need for refactoring include duplication, long methods, complex conditional logic, speculative code, and overuse of comments. Techniques discussed include extracting methods, removing duplication, using meaningful names, removing temporary variables, and applying polymorphism. The document emphasizes that refactoring is an investment that makes future changes easier and helps avoid bugs, and encourages learning from other programming communities.
Introduction to android
The document provides an overview of key Android application components:
- Activities represent a single screen in an app and have a defined lifecycle managed by the ActivityManager.
- Services run in the background without a UI and are started via Intents.
- Broadcast receivers listen for system broadcasts and app-defined Intents.
Tame cloud complexity with F# powered DSLs (build stuff)
The emergence of Cloud platforms has fundamentally changed the IT landscape. However, attempting to ride on this ever-expanding platform ecosystem wave has created a new set of challenges.
Join Yan Cui in this talk as he draws on his extensive experience with AWS over the last 7 years to illustrate, with real-world use examples, how you can use F# to build internal and external DSLs to tame the complexity from these cloud services.
Chapter 2
The document provides an overview of key concepts in the C# programming language including variables and data types, arrays, conditional logic, loops, methods, parameters, and delegates. It discusses basic syntax, operators, and how to perform common tasks like type conversions and working with dates and strings. The goal is to give readers enough information to get started with C# as well as refer back to for language details while working through ASP.NET examples.
Fp201 unit5 1
The document discusses functions in C++. It defines a function as a block of code that performs a specific task. There are two types of functions: built-in functions provided by the language and user-defined functions created by the programmer. The components of a function include the function header, body, parameters, return type, local variables, and return statement. Functions can pass arguments either by value or by reference. The document provides examples of built-in and user-defined functions as well as examples demonstrating call by value and call by reference.
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- 1. USE [iXAlert_Main] GO /****** Object: UserDefinedFunction [dbo].[fnGetFrequencyName] Script Date: 07/22/2015 07:25:40 ******/ SET ANSI_NULLS ON GO SET QUOTED_IDENTIFIER ON GO -- Function to return the name of the Frequency setting for an alert -- Created 2011.01.05 NBl CREATE Function [dbo].[fnGetFrequencyName] ( @AlertID int, @CustomAlert bit ) Returns varchar(60) AS BEGIN Declare @FrequencyName varchar(60) Declare @QueryID int Declare @FrequencyID int If @CustomAlert = 0 Begin Set @QueryID = (Select ParamValue from tbAlertParam where AlertID=@AlertID and ParamName = 'QueryID') Set @FrequencyID = (Select FrequencyID from tbQuery where QueryID = @QueryID) Set @FrequencyName = (Select Frequency from tbFrequency where FrequencyID = @FrequencyID) End Else If @CustomAlert = 1 -- use ty tables for custom alerts Begin Set @QueryID = (Select ParamValue from tyAlertParam where AlertID=@AlertID and ParamName = 'QueryID') Set @FrequencyID = (Select FrequencyID from tyQuery where QueryID = @QueryID) Set @FrequencyName = (Select Frequency from tbFrequency where FrequencyID = @FrequencyID) End Return @FrequencyName END GO EXEC sys.sp_addextendedproperty @name=N'Version', @value=N'7.1.09.01.37197' , @level0type=N'SCHEMA',@level0name=N'dbo', @level1type=N'FUNCTION',@level1name=N'fnGetFrequencyName' GO