What BlackBerry Java code can be used to find a device's IMEI number?
The net.rim.device.api.system.GPRSInfo class has a static getIMEI() method. See:
http://www.blackberry.com/developers/docs/5.0.0api/net/rim/device/api/system/GPRSInfo.html
Try This One:
import net.rim.device.api.system.*;
public String imei_num = new String(GPRSInfo.imeiToString(GPRSInfo.getIMEI()));
Where imei_num holds the IMEI Number.
Related
I have no experience with iOS, but I am trying to redesign my Android Project for the iOS Guys to use it as well for iOS.
After search in internet I find out that this can happens by using the page factory and locating elements by #iOSFindBy,
After trying to use #iOSFindby for locating element using the page factory method, the compiler indicate that it is deprecated.
#iOSFindBy (Accessibility = "button_login")
#AndroidFindBy(id = "net.myApp.int:id/loginBtn")
private MobileElement login_Button2;
what Can I use instead of this?
I saw also in Appium java client (https://static.javadoc.io/io.appium/java-client/7.0.0/index.html?deprecated-list.html) :
*io.appium.java_client.pagefactory
Annotation Type iOSFindBy
Deprecated.
UIAutomation is going to get deprecated. Use iOSXCUITFindBy instead It is recommended to use XCUITest
#Retention(value=RUNTIME) #Target(value={FIELD,TYPE})
#Repeatable(value=iOSFindBySet.class) public #interface iOSFindBy
Used to mark a field on a Page Object to indicate an alternative mechanism for locating the element or a list of elements. Used in conjunction with PageFactory this allows users to quickly and easily create PageObjects. using iOS UI selectors, accessibility, id, name, class name, tag and xpath*
but I dont know if this is the solution and how to use
If I use it in my Code also get Error:
#iOSXCUITFindBy Accessibility = "button_login"
#AndroidFindBy(id = "net.myApp.int:id/loginBtn")
private MobileElement login_Button1;
Annotation are not allowed here.
Thanks for any Tip in advance
The best way to know how things work is to check related tests in appium-java-client repository on github:
#iOSXCUITFindBy(accessibility = "IntegerB")
private MobileElement textField2;
So in your case, it should be:
#iOSXCUITFindBy(accessibility = "button_login")
#AndroidFindBy(id = "net.myApp.int:id/loginBtn")
private MobileElement login_Button1;
I want to store phone numbers in Grails domain classes. I am not sure what is the best way of doing this. Storing as int does not seems to be a good idea because leading zero is impossible for that.
What is the best way to store and validate phone numbers in Grails domain classes?
I would store phone as a String - nullable and blank too. For display purposes, simply provide your own tag in grails's tablib package.
For example, with a property inside some domain class like this:
String phone
And a taglib class like this:
class MyTagLib {
static defaultEncodeAs = [taglib:'html']
def phone334 = { attrs ->
String phone = attrs.phone
def formatted =
"(".concat(phone.substring(0, 3)).concat(") ")
.concat(phone.substring(3, 6)).concat("-").concat(phone.substring(6))
out << formatted
}
}
and a usage like this inside a gsp:
<g:phone334 phone="${theInstance.phone}" />
Then if phone = '4165557799', the output would be displayed like this: (416) 555-7799.
You can build as many formatters as you want; for example, if your number is 011218213334488 and you need it to look like +(218) 21 333 4488, simply build a formatter for that depending on the length and/or the pattern detected in the input.
You can also build simple validators right there too to make sure for example that all characters are made up of digits and parentheses and dashes, but I don't think taglibs are the right place for that - perform a bit of filtering and validation as suggested in the other posts before getting to displaying what should be correct input material.
You could most probably use matches constraint and store phone numbers as String as there is no predefined constraints for phone numbers. There in matches you can use any regex pattern required according to your needs.
static constraints = {
phone(matches: "^(?:0091|\\+91|0)[7-9][0-9]{9}$")
}
The above regex will work like :-
Begins with 0, +91 or 0091
Followed by a 7-9
Followed by exactly 9 numbers
Must match entire input
You can change it according to your needs.
You can store the phone number as string. To validate the phone number you can use google phone number java library to validate international numbers. Or more easily you can use this grails plugin in your code: https://github.com/ataylor284/grails-phonenumbers . Here is a sample from the plugin home page.
class MyDomain {
String phoneNumber
static constraints = {
phoneNumber(phoneNumber: true)
}
}
Edit:
To validate the number if it is not blank you have to define your custom constraint class which extends PhoneNumberConstraint class.
class CustomPhoneNumberConstraint extends PhoneNumberConstraint{
#Override
protected void processValidate(target, propertyValue, Errors errors) {
//check if phone number is blank
if (propertyValue instanceof String && GrailsStringUtils.isBlank((String)propertyValue)) {
if (!blank) {
super.processValidate(target,propertyValue, errors)
}
}
return true
}
}
For Testing purposes I'm trying to design a way to verify that the results of statistical tests are identical across versions, platforms and such. There are a lot things that go on that include ints, nums, dates, Strings and more inside our collections of Objects.
In the end I want to 'know' that the whole set of instantiated objects sum to the same value (by just doing something like adding the checkSum of all internal properties).
I can write low level code for each internal value to return a checkSum but I was thinking that perhaps something like this already exists.
Thanks!
_swarmii
This sounds like you should be using the serialization library (install via Pub).
Here's a simple example to get you started:
import 'dart:io';
import 'package:serialization/serialization.dart';
class Address {
String street;
int number;
}
main() {
var address = new Address()
..number = 5
..street = 'Luumut';
var serialization = new Serialization()
..addRuleFor(address);
Map output = serialization.write(address, new SimpleJsonFormat());
print(output);
}
Then depending on what you want to do exactly, I'm sure you can fine tune the code for your purpose.
Is there a way to do something akin to import <BLAH> as in actionscript? I've got some classes that I don't want to type the full class name out for every time I use them. That's why I'm trying to find an import as, or var C = ImportedClassThatIDontWantToTypeEveryTime. I've tried a few different ways, such as:
package com.mysite.blah {
// doesn't work
import com.mysite.ImportedClassThatIDontWantToTypeEveryTime as C;
// also doesn't work
import com.mysite.ImportedClassThatIDontWantToTypeEveryTime;
var C:Class = ImportedClassThatIDontWantToTypeEveryTime;
// ????
public class SomeOtherClass {
public function blah():void {
C.doSomething();
}
}
}
I know there is a way to do this - I've done it before years ago. However, I can't remember how to do it. Help?
What IDE are you using? I ask this because I haven't had to type out a class-path in full in years. The auto-complete features of both FlashDevelop and FlashBuilder will allow you to type the first couple of letters of the class you want in place, select it from a list, and it will automatically add the appropriate import statement to the top of your class.
I've tried to use the new Groovy Grape capability in Groovy 1.6-beta-2 but I get an error message;
unable to resolve class com.jidesoft.swing.JideSplitButton
from the Groovy Console (/opt/groovy/groovy-1.6-beta-2/bin/groovyConsole) when running the stock example;
import com.jidesoft.swing.JideSplitButton
#Grab(group='com.jidesoft', module='jide-oss', version='[2.2.1,)')
public class TestClassAnnotation {
public static String testMethod () {
return JideSplitButton.class.name
}
}
I even tried running the grape command line tool to ensure the library is imported. Like this;
$ /opt/groovy/groovy-1.6-beta-2/bin/grape install com.jidesoft jide-oss
which does install the library just fine. How do I get the code to run/compile correctly from the groovyConsole?
There is still some kinks in working out the startup/kill switch routine. For Beta-2 do this in it's own script first:
groovy.grape.Grape.initGrape()
Another issue you will run into deals with the joys of using an unbounded upper range. Jide-oss from 2.3.0 onward has been compiling their code to Java 6 bytecodes, so you will need to either run the console in Java 6 (which is what you would want to do for Swing anyway) or set an upper limit on the ranges, like so
import com.jidesoft.swing.JideSplitButton
#Grab(group='com.jidesoft', module='jide-oss', version='[2.2.1,2.3.0)')
public class TestClassAnnotation {
public static String testMethod () {
return JideSplitButton.class.name
}
}
new TestClassAnnotation().testMethod()
I finally got it working for Groovy Shell (1.6.5, JVM: 1.6.0_13). This should be documented better.
First at the command line...
grape install org.codehaus.groovy.modules.http-builder http-builder 0.5.0-RC2
Then in groovysh...
groovy:000> import groovy.grape.Grape
groovy:000> Grape.grab(group:'org.codehaus.groovy.modules.http-builder', module:'http-builder', version:'0.5.0-RC2')
groovy:000> def http= new groovyx.net.http.HTTPBuilder('http://rovio')
===> groovyx.net.http.HTTPBuilder#91520
The #grab is better used in a file than the shell.
Ok. Seems like this a short working demo (running from the groovyConsole)
groovy.grape.Grape.initGrape()
#Grab(group='com.jidesoft', module='jide-oss', version='[2.2.1,2.3.0)')
public class UsedToExposeAnnotationToComplier {}
com.jidesoft.swing.JideSplitButton.class.name
When run it produces
Result: "com.jidesoft.swing.JideSplitButton"
Very cool!!
The import statement must appear after the grabs.
Ps. At least one import statement must exists after the grabs
#Grab(group='com.jidesoft', module='jide-oss', version='[2.2.1,)')
import com.jidesoft.swing.JideSplitButton
public class TestClassAnnotation {
public static String testMethod () {
return JideSplitButton.class.name
}
}
Different example using latest RC-2 (note: Grab annotates createEmptyInts):
// create and use a primitive array
import org.apache.commons.collections.primitives.ArrayIntList
#Grab(group='commons-primitives', module='commons-primitives', version='1.0')
def createEmptyInts() { new ArrayIntList() }
def ints = createEmptyInts()
ints.add(0, 42)
assert ints.size() == 1
assert ints.get(0) == 42
Another example (note: Grab annotates getHtml):
// find the PDF links in the Java 1.5.0 documentation
#Grab(group='org.ccil.cowan.tagsoup', module='tagsoup', version='0.9.7')
def getHtml() {
def parser = new XmlParser(new org.ccil.cowan.tagsoup.Parser())
parser.parse("http://java.sun.com/j2se/1.5.0/download-pdf.html")
}
html.body.'**'.a.#href.grep(~/.*\.pdf/).each{ println it }
Another example (note: Grab annotates getFruit):
// Google Collections example
import com.google.common.collect.HashBiMap
#Grab(group='com.google.code.google-collections', module='google-collect', version='snapshot-20080530')
def getFruit() { [grape:'purple', lemon:'yellow', orange:'orange'] as HashBiMap }
assert fruit.inverse().yellow == 'lemon'