#contentvalue

[virtualize123]

Don't post valuable content!

Because your value isn't your audiences' value. What does valuable content actually means?

Your content doesn't need to be smart. It just needs to be useful to people.

Make more useful content and watch your growth skyrocket. Visit- https://www.virtualizesolutions.com

[kaeraemarketing]

Website Authority Simplified Domain Authority represents your website's overall reputation in Google's rankings, while Page Authority measures the credibility of individual pages targeting specific keywords. Like a business's general reputation versus the trust in a particular service it offers, high Domain Authority provides a foundation for all your content, but you still need strong Page Authority for competitive keywords. Please visit my website to book a free call to discuss questions or to request a proposal: https://ift.tt/4Na280x ✅ Important Links to Follow - Google Audit: https://ift.tt/sD7wheB - Google Ads Management: https://ift.tt/BmaMdT4 - SEO Website Update: https://ift.tt/f27xWrv - Visit for digital resources: https://ift.tt/k9x37Xo - Join a free community: https://ift.tt/jauZBrz 🔔𝐃𝐨𝐧'𝐭 𝐟𝐨𝐫𝐠𝐞𝐭 𝐭𝐨 𝐬𝐮𝐛𝐬𝐜𝐫𝐢𝐛𝐞 𝐭𝐨 𝐦𝐲 𝐜𝐡𝐚𝐧𝐧𝐞𝐥 𝐟𝐨𝐫 𝐦𝐨𝐫𝐞 𝐮𝐩𝐝𝐚𝐭𝐞𝐬. https://www.youtube.com/@kaeraemarketing/?sub_confirmation=1 🔗 Stay Connected With Me. Facebook: https://ift.tt/PJjHcQl Instagram: https://ift.tt/zD1IgyL Tiktok: https://ift.tt/q5SaxjR Linkedin: https://ift.tt/B927gzY Pinterest: https://ift.tt/DUamAtb Website: https://ift.tt/4Na280x 📩 For business inquiries: kaeraemarketing@gmail.com ============================= 🎬Suggested videos for you: ▶️ https://youtu.be/8ld3_DuQqXg ▶️ https://youtu.be/XOYPpbh3zaY ▶️ https://youtu.be/mQJoodRwM84 ▶️ https://youtu.be/xex_HqP0QWU ▶️ https://youtu.be/p_x_ubfygfM ▶️ https://youtu.be/pFkiL4fh6o0 ▶️ https://youtu.be/00tcBgRxjAI ▶️ https://youtu.be/Lc-F8HzoyFY ▶️ https://youtu.be/poLpFGWBvFM ▶️ https://youtu.be/E8mUUvMsUmU ▶️ https://youtu.be/d-o5pv-HDFw ▶️ https://youtu.be/NTdbrijJKyM ▶️ https://youtu.be/I5sxI9RaHXY ================================= ✅ About Kelsey Flannery (KaeRae Marketing). Welcome! I’m Kelsey Flannery, also known as KaeRae, a Google Ads expert helping business owners navigate Google tools with ease. Through simple, informative videos, I provide guidance on Google Analytics, Google Ads, Google Business, Search Console, Tag Manager, YouTube Ads, Local Services Ads, Merchant Center, and more. As the owner of KaeRae Marketing, Inc., I provide results-driven marketing for home service businesses and eCommerce. Certified in key Google tools, I specialize in lead generation, PPC advertising, and online growth strategies. Let’s maximize your business’s online reach and drive real results! For Business inquiries, please use the contact information below: 📩 Email: kaeraemarketing@gmail.com 🔔 Struggling with Google Analytics, Ads, or SEO? Subscribe for expert tips, effective strategies, & the best tools on PPC, lead generation, and maximizing your online reach! https://www.youtube.com/@kaeraemarketing/?sub_confirmation=1 ================================= 🔎 Related Phrases: Domain Authority, Page Authority, Website Reputation, Google Rankings, SEO Fundamentals, Backlink Quality, Content Value, Keyword Rankings, SEO Metrics, Search Engine Credibility, Website Authority, SEO Simplified, Ranking Factors, Website Credibility, Backlink Strategy Hashtags: #DomainAuthority #PageAuthority #WebsiteReputation #GoogleRankings #SEOFundamentals #BacklinkQuality #ContentValue #KeywordRankings #SEOMetrics #SearchEngineCredibility #WebsiteAuthority #SEOSimplified #RankingFactors #WebsiteCredibility #BacklinkStrategy via Kelsey Flannery (KaeRae Marketing) https://www.youtube.com/channel/UCji8NuY6sx7RVYD85k_XJlQ May 06, 2025 at 03:30AM

[shipon2004]

DataBaseHelper class . java---------------

public class DataBaseHelper extends SQLiteOpenHelper {

public DataBaseHelper(Context context) { // টেবিল এর ন���ম digital_moneybag super(context, "digital_moneybag", null, 1); }

@Override public void onCreate(SQLiteDatabase db) { // এখানে দুইটি টিবিল তৈরি করা হইছে । একটি নাম: expense ও আরেক টির নাম income । চারটি কলাম নেয়া হইছে id,amount,reason, time; db.execSQL("Create table expense (id INTEGER primary key autoincrement, amount DOUBLE, reason TEXT,time DOUBLE )"); db.execSQL("Create table income (id INTEGER primary key autoincrement, amount DOUBLE, reason TEXT,time DOUBLE )");

}

@Override public void onUpgrade(SQLiteDatabase db, int oldVersion, int newVersion) { // ইরর বা কোনো সমস্যর জন্য এটি ডিলিট করে দেয় db.execSQL("drop table if exists expense"); db.execSQL("drop table if exists income");

}

// ----------------------- --------------------------- public void addExpense(double amount,String reason){

// টেবিল এর মধ্যে ডাটা ইন্সাট করানে হলো SQLiteDatabase db=this.getWritableDatabase();

ContentValues values=new ContentValues(); // ContentValues এটি hasmap এর কাজ করে values.put("amount",amount); values.put("reason", reason); values.put("time",System.currentTimeMillis()); db.insert("expense",null,values);

// db.insert এরে লিষ্ট এর মতো কাজ করে ------------ } //- ----------------------------------------------------------- // ----------------------- --------------------------- public void addIncome(double amount,String reason){

// this.getWritableDatabase(); এটার মানে হলো ডাটাবেজ এর মধ্যে ডাটা ডোকানো / ডাটা লিখা -- SQLiteDatabase db=this.getWritableDatabase(); ContentValues values=new ContentValues(); values.put("amount",amount); values.put("reason", reason); values.put("time",System.currentTimeMillis()); db.insert("income",null,values);

} //- ----------------------------------------------------------- //=================================================================== public double calcularTotalExpense(){

double totalExpense=0;

// this.getReadableDatabase(); এটার মানে হলো ডাটাবেজ এর মধ্যে ডাটা খুজে বাহির করা / পড়া SQLiteDatabase db=this.getReadableDatabase(); Cursor cursor=db.rawQuery("select * from expense",null);

if (cursor!=null && cursor.getCount()>0){ while (cursor.moveToNext()){// while এর মানে হলো যত খন পর্যন্ত কলাম শেষ না হবে ততখন পর্যন্ত কন্ডিশন চালো রাখা double amount=cursor.getDouble(1); totalExpense=totalExpense +amount; }

} return totalExpense;

} // ---------------------------------- //=================================================================== public double calcularTotalIncome(){

double totalIncome=0;

SQLiteDatabase db=this.getReadableDatabase(); Cursor cursor=db.rawQuery("select * from income",null);

if (cursor!=null && cursor.getCount()>0){ while (cursor.moveToNext()){ double amount=cursor.getDouble(1); totalIncome=totalIncome +amount; }

} return totalIncome;

} // ---------------------------------- public Cursor getAllExpense(){

SQLiteDatabase db=this.getReadableDatabase(); Cursor cursor=db.rawQuery("select * from expense",null);

return cursor; }

public Cursor getAllIncom(){ SQLiteDatabase db=this.getReadableDatabase(); Cursor cursor=db.rawQuery("select * from income",null); return cursor; }

public void deleteExpense(String id){

SQLiteDatabase db=this.getReadableDatabase(); db.execSQL("DELETE from expense where id like "+id);// এই লাইনটার মানে হলো ডাটা বেজ থেকে ডাটা ডিলিট করা -- } public void deleteIncome(String id){

SQLiteDatabase db=this.getReadableDatabase(); db.execSQL("DELETE from income where id like "+id);

}

[dggrowthworld]

6 EASY WAYS TO DETERMINE IF YOUR CONTENT IS ATTRACTIVE - What signals will help you determine if your content is really interesting? - This article provides valuable tips to help you determine how well your content is engaging your audience. - - #digitalgrowthworld #contentstrategy #contentmarketing #contentcreation #digitalmarketing #contenttips #attractivecontent #contentvalue #contentisking #learndigitalmarketing #DigitalVaranasi #digitalmarketingcoursevaranasi #digitaltips #joindigitalgrowthworld #career #dgwnews #dgwtips - - Follow ➡️ @digitalgrowth.world for ⚡digital marketing tips⚡ and 🔥more updates (at Digital Growth World) https://www.instagram.com/p/CEjGliRh1eE/?igshid=1ih3eqeaupgx0

[t-baba]

Simplify Android App Development With Anko

Designed by JetBrains, the organization behind Kotlin, Anko is an open-source library that can radically change the way you create Android apps. It leverages Kotlin's syntax to offer a large collection of helper functions that help you reduce the verbosity of your code while also improving its performance.

Anko doubles as a DSL, short for domain-specific language, for creating Android layouts. In other words, it can act as a type-safe, dynamic, and more reusable alternative to layout XML files, which, as you might already know, tend to get unwieldy for large apps.

In this tutorial, I'll help you get started with Anko by showing you how to use some of its most popular features.

1. Project Setup

To be able to use the core features of Anko in your Android Studio project, all you need to do is add the following implementation dependency in the app module's build.gradle file:

implementation 'org.jetbrains.anko:anko:0.10.1'

If you want Anko to work with widgets from Android's support libraries, however, you'll need the following additional dependencies:

implementation 'org.jetbrains.anko:anko-appcompat-v7:0.10.1' implementation 'org.jetbrains.anko:anko-design:0.10.1' implementation 'org.jetbrains.anko:anko-recyclerview-v7:0.10.1' implementation 'org.jetbrains.anko:anko-cardview-v7:0.10.1'

2. Creating Layouts

The Anko DSL has helper functions for almost every widget that's offered by the Android SDK and the Android support libraries. Using them, you can create your layouts programmatically. The names of the functions match the names of the widgets, but they start with a lowercase letter. For example, to create a TextView widget, you use Anko's textView() function. Similarly, to create a FloatingActionButton widget, you can use the floatingActionButton() function.

Inside the functions, you'll have access to all the properties and event listeners of the associated widgets. For instance, you can change the text size of a TextView widget by updating the value of the textSize property inside the textView() function. Similarly, you can add an on-click event listener to it using the onClick method.

To help you better understand how to use the DSL, here's a sample layout for a browser app, containing an EditText widget and a WebView widget placed inside a LinearLayout widget whose orientation is VERTICAL:

linearLayout { orientation = LinearLayout.VERTICAL var myWebView:WebView? = null editText { inputType = InputType.TYPE_TEXT_VARIATION_URI imeOptions = EditorInfo.IME_ACTION_GO onEditorAction { _, _, _ -> myWebView?.loadUrl(text.toString()) } } myWebView = webView { webViewClient = WebViewClient() } }

Code written in the Anko DSL is very readable and intuitive, but it does take some getting used to, especially if you are already an experienced Android developer. You no longer have to assign identifiers to your widgets—or use the findViewById() method to reference them—because unlike XML-based layouts, Anko's DSL-based layouts can encapsulate your app's business logic. For instance, you can see that the EditText widget defined above has an OnEditorAction event listener that directly calls the loadUrl() method of the WebView widget to load the URL the user typed in.

Furthermore, you don't have to call the setContentView() method anymore because Anko calls it automatically inside your Activity class's onCreate() method.

The DSL includes several shortcuts you can use to make your layouts more concise. For example, you can directly pass strings to its functions to assign labels to widgets. Often, you can also avoid explicitly setting layout parameters such as widths and heights because it handles them automatically. The following sample code shows you how to create a layout containing two TextView widgets in a highly concise manner:

verticalLayout { textView("One") textView("Two") }

For comparison, here's what the above layout would look like if it were created conventionally:

<?xml version="1.0" encoding="utf-8"?> <LinearLayout xmlns:android="http://ift.tt/nIICcg" android:layout_width="match_parent" android:layout_height="match_parent" android:orientation="vertical"> <TextView android:layout_width="wrap_content" android:layout_height="wrap_content" android:text="One"/> <TextView android:layout_width="wrap_content" android:layout_height="wrap_content" android:text="Two"/> </LinearLayout>

Lastly, it's worth mentioning that layouts created using the Anko DSL tend to load faster than regular layouts because there's no XML parsing required.

3. Creating Dialogs

If you think using the AlertDialog.Builder class to create dialogs is a lot of work, you're definitely not alone. For example, here's how you would normally create a simple dialog that displays a title, a message, and an "OK" button:

AlertDialog.Builder(this@MyActivity) .setTitle("My Dialog") .setMessage("This is a test message") .setPositiveButton("OK", null) .create() .show()

With Anko, however, creating the above dialog simply involves a call to the alert() function, which accepts the dialog's title and message as its arguments.

alert("This is a test message", "My Dialog") { yesButton { } }.show()

Note that you don't have to pass a context to the alert() function. It infers the context automatically.

Anko has similar intuitively named functions to help you quickly create toasts and snackbars too. The following code shows you how to create both short and long duration toasts:

toast("This is a short toast") longToast("And this is a long toast")

4. Creating Intents

Whenever you need to start a new activity in your app, you must create an intent. Additionally, if you want to send data to the activity, you must include it in the intent as one or more extras. 

With Anko's startActivity() function, you can usually perform both tasks in just one line of code. For example, the following code shows you how to launch an activity named MyActivity and pass two extras, a string extra named "PERSON" and an integer extra named "AGE", to it:

startActivity<MyActivity>("PERSON" to "Bob", "AGE" to 25)

Anko also has helper functions for several common intent-based tasks. For instance, you can use its browse() function to open a URL in the device's default browser app. Similarly, you can use the email() function to open the default email app and compose an email.

// Open browser browse("https://tutsplus.com") // Open default E-mail app email("bob@example.com", "Hello", "This is a test email")

5. Using SQLite Databases

Even though every Android app can create and use SQLite databases with no additional dependencies, many developers choose third-party databases like Realm. Why? Well, maybe it's because Android's SQLite API is extremely verbose, low-level, and requires a good understanding of SQL. Fortunately, Anko has SQLite helper functions to address all those problems.

Let's say we have a simple SQLite database created using the following code:

val myDB = openOrCreateDatabase("test.db", Context.MODE_PRIVATE, null)

With Anko, you can now add a table to the above database simply by using the createTable() function, which expects the name of the table along with one more or tuples specifying the names and data types of its columns. The following sample code creates a table named PERSON having four columns, one of which serves as a primary key:

myDB.createTable("PERSON", true, "NAME" to TEXT, "AGE" to INTEGER, "NET_WORTH" to REAL, "ID" to INTEGER + PRIMARY_KEY)

What's more, to insert rows into the table, you no longer have to depend on the ContentValues() class. You can directly call the insert() function on the database, specify the name of the table you want to add the row to, and then pass the column values to it in the form of tuples.

// Add a row myDB.insert("PERSON", "NAME" to "Bob Martin", "AGE" to 25, "NET_WORTH" to 2500.50, "ID" to 100) // Add another row myDB.insert("PERSON", "NAME" to "Jane Flores", "AGE" to 32, "NET_WORTH" to 21500.80, "ID" to 101)

Lastly, to query the database, you can use the select() function, optionally followed by a chain of intuitively named functions such as whereSimple(), orderBy(), and groupBy(). For example, to list the names and ages of all persons in the above table whose net worth is greater than 10000, you can use the following code:

myDB.select("PERSON", "NAME", "AGE") .whereSimple("NET_WORTH > ?", "10000.0").exec { // More code here }

The result of the above query will be, as you might expect, a Cursor object. Converting it into a List containing actual column values of all the rows is slightly more complicated because it involves creating an object that implements the RowParser interface and passing it to the parseList() function.

The RowParser interface has just one method, the parseRow() method, inside which you'll have access to the column values of a row. How you use the values is of course up to you. For now, let's just concatenate them and print them. The following code shows you how to do so:

parseList(object: RowParser<String>{ override fun parseRow(columns: Array<Any?>): String { // Concatenate the values of the first and second columns, // which happen to be NAME and AGE return "${columns[0]} (${columns[1]} years old)" } }).forEach { println(it) // print the concatenated values } // Result is: // Jane Flores (32 years old)

Note that you don't always have to create a RowParser object manually. If the results of your query contain just one column, you are free to use one of Anko's many built-in parsers. 

The names of the built-in parsers are based on the data types of the columns. For example, if the data type is TEXT, you can use a StringParser. Or if the data type is INTEGER, you can use an IntParser. The following code shows you how to use a StringParser to simply list the names of all persons in our database:

myDB.select("PERSON", "NAME").exec { parseList(StringParser).forEach { println(it) } } // Result is: // Bob Martin // Jane Flores

Conclusion

In this tutorial, you learned how to use Anko's DSL and helper functions to simplify Android application development. You also saw how Anko simplifies SQLite-related operations. I hope you now realize how well-thought-out and useful the library is.

In my opinion, if you are competent in Kotlin already, there's really no reason why you shouldn't use Anko to further improve your efficiency and development experience. To learn more about it, do refer to its official wiki.

And while you're here, check out some of our other posts about Kotlin and Android app development!

Android SDK

Java vs. Kotlin: Should You Be Using Kotlin for Android Development?

Jessica Thornsby

Android SDK

Introduction to Android Architecture Components

Tin Megali

Android SDK

Get Started With RxJava 2 for Android

Jessica Thornsby

Kotlin

Kotlin From Scratch: More Fun With Functions

Chike Mgbemena

by Ashraff Hathibelagal via Envato Tuts+ Code http://ift.tt/2jL70UU

[jacob-cs]

original source : http://stackoverflow.com/questions/32774507/what-does-nullcolumnhack-means

nullColumnHack optional; may be null. SQL doesn't allow inserting a completely empty row without naming at least one column name. If your provided values is empty, no column names are known and an empty row can't be inserted. If not set to null, the nullColumnHack parameter provides the name of nullable column name to explicitly insert a NULL into in the case where your values is empty.

SQLiteOpenHelper obj의 getWritableDatabase () 을 통해 얻어진 SQLiteDatabase obj의 method인 insert() 함수에 두번째 파라미터로 nullColumnHack을 지정할수 있다. empty row가 전달되었을때 여기에 지정된 칼럼을 null로 설정함으로써 다른 빈 칼럼들이 들어간 row를 추가 할수 있게 된다.

[lex-co-il]

Обзор авторитетных сайтов-анализаторов

                                                                                                                              59 онлайн-сервисов с DA по Ahrefs 80 - 93.

Хочу поделиться мнением относительно различных онлайн краулеров, помогающих проверить сайт по различным параметрам, начиная от технических и кончая определения его стоимости.

Дополнительным плюс от использования нижеприведенных онлайн-инструментов - это авторитетные обратные ссылки, так как даже в настоящее время ссылки на продвигаемый сайт являются одним из факторов ранжирования.

Проверка авторитетности доменов проводилось посредством Ahrefs. Итак приступим.

DA 93 http://www.networksolutions.com/whois-search/legality.co.il

DA 92 http://web.archive.org/web/2018*/https://legality.co.il

DA 92 https://www.trustpilot.com/evaluate/legality.co.il?stars=5

DA 91 http://s.tool.chinaz.com/https?url=legality.co.il

         http://rank.chinaz.com/legality.co.il/

         http://whois.chinaz.com/legality.co.il

         http://tool.chinaz.com/Seos/Sites.aspx?Site_Domain=legality.co.il

         https://alexa.chinaz.com/legality.co.il

         http://ip.tool.chinaz.com/legality.co.il

DA 91 https://www.alexa.com/siteinfo/legality.co.il

         http://www.alexa.com/site/linksin/legality.co.il

DA 91 https://analytics.moz.com/pro/link-explorer/overview?site=legality.co.il

DA 91 https://app.neilpatel.com/en/traffic_analyzer/overview?lang=ru&locId=2643&domain=legality.co.il

DA 91 https://whois.domaintools.com/legality.co.il

DA 90 https://www.semrush.com/analytics/overview/?q=legality.co.il

          https://ru.semrush.com/analytics/overview/?q=legality.co.il&date=20200304

          https://ru.semrush.com/analytics/backlinks/overview/?q=legality.co.il&searchType=domain

DA 90 https://www.dictionary.com/noresult?term=legality.co.il

DA 90 http://safeweb.norton.com/report/show?url=legality.co.il

DA 90 https://nibbler.silktide.com/en_US/reports/legality.co.il

DA 90 https://www.reg.ru/choose/domain/?rlink=reflink-11991&domains=legality.co.il

DA 90 https://gtmetrix.com/reports/legality.co.il/QqubDFfn

DA 89 https://transparencyreport.google.com/safe-browsing/search?url=legality.co.il

DA 89 https://www.ssllabs.com/ssltest/analyze.html?d=legality.co.il

DA 88 https://reports.internic.net/cgi/whois?whois_nic=legality.co.il&type=domain

DA 88 https://www.copyscape.com/?q=legality.co.il

DA 87 https://www.virustotal.com/gui/domain/legality.co.il/details

DA 87 https://sitereport.netcraft.com/?url=legality.co.il

DA 87 http://w3techs.com/sites/info/legality.co.il

DA 87 http://wave.webaim.org/report#/https://legality.co.il

DA 86 http://website.informer.com/visit?domain=legality.co.il

DA 86 https://www.toptal.com/designers/colorfilter?orig_uri=legality.co.il&process_type=grey

DA 86 http://www.answers.com/search?q=legality.co.il

DA 86 https://website.informer.com/legality.co.il

DA 86 http://www.aizhan.com/siteall/legality.co.il

         http://www.aizhan.com/baidu/legality.co.il

DA 86 https://mxtoolbox.com/domain/legality.co.il/

DA 86 http://www.diigo.com/community/site/www.legality.co.il

DA 85 https://www.easycounter.com/report/legality.co.il

DA 85 https://builtwith.com/legality.co.il

DA 84 https://www.sslshopper.com/ssl-checker.html#hostname=legality.co.il

DA 83 http://sites.reformal.ru/legality.co.il

DA 82 http://deets.feedreader.com/legality.co.il

DA 82 https://suite.searchmetrics.com/en/research/?se=1&url=legality.co.il

DA 82 https://who.is/whois/legality.co.il/

DA 82 http://bgp.he.net/dns/legality.co.il

DA 82 https://majestic.com/reports/site-explorer?q=legality.co.il

DA 82 http://www.whois.com/whois/legality.co.il

DA 82 http://advisor.wmtransfer.com/SiteDetails.aspx?url=legality.co.il

DA 82 https://weheartit.com/from/legality.co.il

DA 81 http://www.sitejabber.com/reviews/legality.co.il

DA 80 http://pr-cy.ru/analysis_content/legality.co.il

         https://pr-cy.ru/monitoring/legality.co.il

DA 80 https://www.siteadvisor.com/sitereport.html?url=legality.co.il

DA 80 http://www.responsinator.com/?url=https://legality.co.il/

DA 80 https://a.pr-cy.ru/legality.co.il/

DA 80 https://www.woorank.com/en/www/legality.co.il

DA 80 http://www.swkong.com/i/legality.co.il.html

DA 80 https://www.shareaholic.com/sharecounter?url=https://legality.co.il/

377 онлайн-сервисов с DA по Ahrefs 10 - 79.

DA

79 https://website.grader.com/results/legality.co.il

79 https://www.htmlhelp.com/cgi-bin/validate.cgi?url=https://legality.co.il

79 https://intodns.com/legality.co.il

79 http://qoogoo.perm.ru/tools/checkurllinks/legality.co.il

79 http://qoogoo.perm.ru/tools/analysis/legality.co.il

79 http://www.intodns.com/legality.co.il

79 https://www.cy-pr.com/a/legality.co.il

79 https://www.spyfu.com/overview/domain?query=legality.co.il

79 https://seositecheckup.com/seo-audit/www.legality.co.il

79 http://cqcounter.com/whois/?query=www.legality.co.il

78 http://topsy.com/s?q=site:legality.co.il

78 http://www.myip.cn/legality.co.il

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14 https://ikeyword.net/search/legality.co.il

13 http://legality.co.il.apescout.com/

13 http://hroni.ru/tools/checkurllinks/legality.co.il

13 http://hroni.ru/tools/contentcheck/legality.co.il

13 http://hroni.ru/tools/analysis/legality.co.il

12 http://www.statmoz.com/domain/legality.co.il

12 https://trustscam.fr/legality.co.il

12 http://seo-online.website/en/cost/legality.co.il

12 https://webac.co/www/legality.co.il

12 http://buildstats.com/legality.co.il

12 http://rank.uspeh-partner.xyz/legality.co.il

12 http://seo.7nd.de/legality.co.il

11 http://aqaplants.ru/index.php?name=Info&url=legality.co.il

11 http://hqindex.com/legality.co.il

10 http://testforsites.ru/ru/www/legality.co.il

10 https://whoisweb.top/site/legality.co.il

10 http://www.websitefigures.com/site/legality.co.il

10 http://www.devilart.name/?who=legality.co.il

10 http://autobrowse.ru/index.php?name=Info&url=legality.co.il

10 https://onlineseotools.co/legality.co.il

По материалам сайта https://lexil.tilsa.ws

[programmingbiters-blog]

New Post has been published on https://programmingbiters.com/in-app-http-inspector-for-http-okhttp-clients-android/

In-app HTTP inspector for HTTP OkHttp clients Android

 During development many time it happens we have to debug API calls to check what request we are making and what response we are getting. Either we put debug point in android studio or we check using Postman like tools.

But Jeff Gilfelt has made our work easier by creating an awesome library “Chuck” https://github.com/jgilfelt/chuck. Thanks and kudos to him!

Chuck

Chuck is a simple in-app HTTP inspector for Android OkHttp clients. What it does is it intercepts and persists all HTTP requests and responses inside your application, and provides a UI for inspecting content of each requests/responses.

Setup

Include dependencies in build.gradle file:

// chuck library - inapp http inspector debugCompile 'com.readystatesoftware.chuck:library:1.0.3' releaseCompile 'com.readystatesoftware.chuck:library-no-op:1.0.3' Library-no-op is for isolating Chuck from release build. Add ChuckInterceptor to your OkHttpClient which will listen to all the API calls: OkHttpClient okHttpClient = new OkHttpClient.Builder(). addInterceptor(new ChuckInterceptor(app.getApplicationContext())) .build();

How it works?

Once you have done setup, launch your app and it will show you notification intercepting API calls, clicking on it will launch MainActivity given in Chuck library.

What it does at back door?

ChuckInterceptor is an interceptor class created by implementing Interceptor interface of OkHttp3 library. If you want to understand how it works then I would suggest you to check and understand HttpLoggingInterceptor of OkHttp library.

In overrided intercept method, you get a parameter called Chain interface which has 3 methods:

public interface Chain Request request(); Response proceed(Request var1) throws IOException; Connection connection();

Now showing you initial part of intercept method which would give you more idea what does in background:

public Response intercept(Chain chain) throws IOException Request request = chain.request(); RequestBody requestBody = request.body(); boolean hasRequestBody = requestBody != null; HttpTransaction transaction = new HttpTransaction(); transaction.setRequestDate(new Date()); transaction.setMethod(request.method()); transaction.setUrl(request.url().toString()); transaction.setRequestHeaders(request.headers()); ….. …..

Through chain it gets access to request, response and connection objects. And then it prepares object of HttpTransaction class which is a POJO class to prepare a complete object of http request and response data.

Once Object is prepared with Request details, it calls create(HttpTransaction transaction) method to store data in local database, yes it uses LocalCupboard library developed by Hugo Visser (my friend) at Little Robots.

private Uri create(HttpTransaction transaction) ContentValues values = LocalCupboard.getInstance().withEntity(HttpTransaction.class).toContentValues(transaction); Uri uri = this.context.getContentResolver().insert(ChuckContentProvider.TRANSACTION_URI, values); transaction.setId(Long.valueOf(uri.getLastPathSegment()).longValue()); if(this.showNotification) this.notificationHelper.show(transaction); this.retentionManager.doMaintenance(); return uri;

As soon Response comes, it updates HttpTransaction object with response details and then it calls update(HttpTransaction transaction, Uri uri) to update the same transaction log in database.

private int update(HttpTransaction transaction, Uri uri) ContentValues values = LocalCupboard.getInstance().withEntity(HttpTransaction.class).toContentValues(transaction); int updated = this.context.getContentResolver().update(uri, values, (String)null, (String[])null); if(this.showNotification && updated > 0) this.notificationHelper.show(transaction); return updated;

Some more options

Disable notification

If you want to disable notification then call showNotification(false).

OkHttpClient okHttpClient = new OkHttpClient.Builder(). addInterceptor(new ChuckInterceptor(app.getApplicationContext())) .showNotification(false) .build();

Data retention

By default it’s retaining data for a week in shared preference ChuckInterceptor.Period.ONE_WEEK, but given there are 4 different options available: ONE_HOUR, ONE_DAY, ONE_WEEK, FOREVER

Change in max content length

By default max content length is 250000L, but if you want to change then call maxContentLength(long max)

OkHttpClient okHttpClient = new OkHttpClient.Builder(). addInterceptor(new ChuckInterceptor(app.getApplicationContext()) .showNotification(false) .maxContentLength(200000)) .build();

In Summary

It has already helped me today in debugging one issue in one app where we need to test app outside and mostly don’t have access to laptop and so Postman is not possible. Earlier we were logging request and response in text file and then checking that file to see. Thanks to Jeff for making it more easier and helpful.

[luxus4me]

Envato Tuts+ Code http://j.mp/2kBuNFI

Designed by JetBrains, the organization behind Kotlin, Anko is an open-source library that can radically change the way you create Android apps. It leverages Kotlin's syntax to offer a large collection of helper functions that help you reduce the verbosity of your code while also improving its performance.

Anko doubles as a DSL, short for domain-specific language, for creating Android layouts. In other words, it can act as a type-safe, dynamic, and more reusable alternative to layout XML files, which, as you might already know, tend to get unwieldy for large apps.

In this tutorial, I'll help you get started with Anko by showing you how to use some of its most popular features.

1. Project Setup

To be able to use the core features of Anko in your Android Studio project, all you need to do is add the following implementation dependency in the app module's build.gradle file:

implementation 'org.jetbrains.anko:anko:0.10.1'

If you want Anko to work with widgets from Android's support libraries, however, you'll need the following additional dependencies:

implementation 'org.jetbrains.anko:anko-appcompat-v7:0.10.1' implementation 'org.jetbrains.anko:anko-design:0.10.1' implementation 'org.jetbrains.anko:anko-recyclerview-v7:0.10.1' implementation 'org.jetbrains.anko:anko-cardview-v7:0.10.1'

2. Creating Layouts

The Anko DSL has helper functions for almost every widget that's offered by the Android SDK and the Android support libraries. Using them, you can create your layouts programmatically. The names of the functions match the names of the widgets, but they start with a lowercase letter. For example, to create a TextView widget, you use Anko's textView() function. Similarly, to create a FloatingActionButton widget, you can use the floatingActionButton() function.

Inside the functions, you'll have access to all the properties and event listeners of the associated widgets. For instance, you can change the text size of a TextView widget by updating the value of the textSize property inside the textView() function. Similarly, you can add an on-click event listener to it using the onClick method.

To help you better understand how to use the DSL, here's a sample layout for a browser app, containing an EditText widget and a WebView widget placed inside a LinearLayout widget whose orientation is VERTICAL:

linearLayout { orientation = LinearLayout.VERTICAL var myWebView:WebView? = null editText { inputType = InputType.TYPE_TEXT_VARIATION_URI imeOptions = EditorInfo.IME_ACTION_GO onEditorAction { _, _, _ -> myWebView?.loadUrl(text.toString()) } } myWebView = webView { webViewClient = WebViewClient() } }

Code written in the Anko DSL is very readable and intuitive, but it does take some getting used to, especially if you are already an experienced Android developer. You no longer have to assign identifiers to your widgets—or use the findViewById() method to reference them—because unlike XML-based layouts, Anko's DSL-based layouts can encapsulate your app's business logic. For instance, you can see that the EditText widget defined above has an OnEditorAction event listener that directly calls the loadUrl() method of the WebView widget to load the URL the user typed in.

Furthermore, you don't have to call the setContentView() method anymore because Anko calls it automatically inside your Activity class's onCreate() method.

The DSL includes several shortcuts you can use to make your layouts more concise. For example, you can directly pass strings to its functions to assign labels to widgets. Often, you can also avoid explicitly setting layout parameters such as widths and heights because it handles them automatically. The following sample code shows you how to create a layout containing two TextView widgets in a highly concise manner:

verticalLayout { textView("One") textView("Two") }

For comparison, here's what the above layout would look like if it were created conventionally:

<?xml version="1.0" encoding="utf-8"?> <LinearLayout xmlns:android="http://j.mp/2B8wijc" android:layout_width="match_parent" android:layout_height="match_parent" android:orientation="vertical"> <TextView android:layout_width="wrap_content" android:layout_height="wrap_content" android:text="One"/> <TextView android:layout_width="wrap_content" android:layout_height="wrap_content" android:text="Two"/> </LinearLayout>

Lastly, it's worth mentioning that layouts created using the Anko DSL tend to load faster than regular layouts because there's no XML parsing required.

3. Creating Dialogs

If you think using the AlertDialog.Builder class to create dialogs is a lot of work, you're definitely not alone. For example, here's how you would normally create a simple dialog that displays a title, a message, and an "OK" button:

AlertDialog.Builder(this@MyActivity) .setTitle("My Dialog") .setMessage("This is a test message") .setPositiveButton("OK", null) .create() .show()

With Anko, however, creating the above dialog simply involves a call to the alert() function, which accepts the dialog's title and message as its arguments.

alert("This is a test message", "My Dialog") { yesButton { } }.show()

Note that you don't have to pass a context to the alert() function. It infers the context automatically.

Anko has similar intuitively named functions to help you quickly create toasts and snackbars too. The following code shows you how to create both short and long duration toasts:

toast("This is a short toast") longToast("And this is a long toast")

4. Creating Intents

Whenever you need to start a new activity in your app, you must create an intent. Additionally, if you want to send data to the activity, you must include it in the intent as one or more extras. 

With Anko's startActivity() function, you can usually perform both tasks in just one line of code. For example, the following code shows you how to launch an activity named MyActivity and pass two extras, a string extra named "PERSON" and an integer extra named "AGE", to it:

startActivity<MyActivity>("PERSON" to "Bob", "AGE" to 25)

Anko also has helper functions for several common intent-based tasks. For instance, you can use its browse() function to open a URL in the device's default browser app. Similarly, you can use the email() function to open the default email app and compose an email.

// Open browser browse("https://tutsplus.com") // Open default E-mail app email("bob@example.com", "Hello", "This is a test email")

5. Using SQLite Databases

Even though every Android app can create and use SQLite databases with no additional dependencies, many developers choose third-party databases like Realm. Why? Well, maybe it's because Android's SQLite API is extremely verbose, low-level, and requires a good understanding of SQL. Fortunately, Anko has SQLite helper functions to address all those problems.

Let's say we have a simple SQLite database created using the following code:

val myDB = openOrCreateDatabase("test.db", Context.MODE_PRIVATE, null)

With Anko, you can now add a table to the above database simply by using the createTable() function, which expects the name of the table along with one more or tuples specifying the names and data types of its columns. The following sample code creates a table named PERSON having four columns, one of which serves as a primary key:

myDB.createTable("PERSON", true, "NAME" to TEXT, "AGE" to INTEGER, "NET_WORTH" to REAL, "ID" to INTEGER + PRIMARY_KEY)

What's more, to insert rows into the table, you no longer have to depend on the ContentValues() class. You can directly call the insert() function on the database, specify the name of the table you want to add the row to, and then pass the column values to it in the form of tuples.

// Add a row myDB.insert("PERSON", "NAME" to "Bob Martin", "AGE" to 25, "NET_WORTH" to 2500.50, "ID" to 100) // Add another row myDB.insert("PERSON", "NAME" to "Jane Flores", "AGE" to 32, "NET_WORTH" to 21500.80, "ID" to 101)

Lastly, to query the database, you can use the select() function, optionally followed by a chain of intuitively named functions such as whereSimple(), orderBy(), and groupBy(). For example, to list the names and ages of all persons in the above table whose net worth is greater than 10000, you can use the following code:

myDB.select("PERSON", "NAME", "AGE") .whereSimple("NET_WORTH > ?", "10000.0").exec { // More code here }

The result of the above query will be, as you might expect, a Cursor object. Converting it into a List containing actual column values of all the rows is slightly more complicated because it involves creating an object that implements the RowParser interface and passing it to the parseList() function.

The RowParser interface has just one method, the parseRow() method, inside which you'll have access to the column values of a row. How you use the values is of course up to you. For now, let's just concatenate them and print them. The following code shows you how to do so:

parseList(object: RowParser<String>{ override fun parseRow(columns: Array<Any?>): String { // Concatenate the values of the first and second columns, // which happen to be NAME and AGE return "${columns[0]} (${columns[1]} years old)" } }).forEach { println(it) // print the concatenated values } // Result is: // Jane Flores (32 years old)

Note that you don't always have to create a RowParser object manually. If the results of your query contain just one column, you are free to use one of Anko's many built-in parsers. 

The names of the built-in parsers are based on the data types of the columns. For example, if the data type is TEXT, you can use a StringParser. Or if the data type is INTEGER, you can use an IntParser. The following code shows you how to use a StringParser to simply list the names of all persons in our database:

myDB.select("PERSON", "NAME").exec { parseList(StringParser).forEach { println(it) } } // Result is: // Bob Martin // Jane Flores

Conclusion

In this tutorial, you learned how to use Anko's DSL and helper functions to simplify Android application development. You also saw how Anko simplifies SQLite-related operations. I hope you now realize how well-thought-out and useful the library is.

In my opinion, if you are competent in Kotlin already, there's really no reason why you shouldn't use Anko to further improve your efficiency and development experience. To learn more about it, do refer to its official wiki.

And while you're here, check out some of our other posts about Kotlin and Android app development!

http://j.mp/2B7uI1l via Envato Tuts+ Code URL : http://j.mp/2etecmc

[infotainmentplus-blog]

A SQLite primer for Android app developers Sometimes, you need to store more complex data in your app than just simple key/value pairs saved with a text file or Shared Preferences. Databases are ideal for storing complex data structures and are particularly suited to storing records, where each block of data stored uses the same fields, formatted in the same manner. This works like a table or an Excel spreadsheet, and, like Excel, it allows for much more dynamic manipulation and logical organization of data. It’s thanks to databases that many machine-learning and big data applications are possible. Databases also make everyday tools like Facebook possible. As a result it’s a skill in high demand. Programmers will eventually need to learn to use databases This is why programmers will eventually need to learn to use databases. That way, your data will be organized and you’ll have no difficulty retrieving passwords, user data or whatever other information you need. And this also happens to be a great way to store data on an Android device as well. To do all this, we’ll be using SQLite. Introducing SQLite SQL databases are relational databases where data is stored in tables. The Structured Query Language (SQL) is the declarative language used to query those databases so that you can add, remove and edit data. For more on SQL itself, check out this article. SQLite is an implementation of a relational database, specifically aimed for embedded scenarios. It’s ideal for the likes of an Android app. The easiest way to imagine a relational database is to think of it as a series of tables. What’s cool is SQLite doesn’t require a dedicated relational database management system (RDBMS)— it is used directly from your code, rather than via a server or external resource. Your data is saved into a file locally on your device, making it a powerful and surprisingly easy way to store persistent data on Android. SQLite is open-source, easy to use, portable, and highly cross-compatible. There’s no need to install anything additional if you want to start using SQLite in Android Studio. Android provides the classes which you can use to handle your database. Android developers can use the SQLiteOpenHelper to use SQL commands. That’s what we’ll be looking at in this post. In the next few sections, you’ll learn create a table this way and in the process, you’ll hopefully start to feel comfortable with SQLite, SQL, and databases in general. Creating your first database Start a new empty Android Studio project. Now create a new class by right-clicking the package on the left and choosing New > Java Class. I’ve called mine ‘Database’. We want to extend SQLiteOpenHelper class and so enter that as the superclass. To recap: this means we’re inheriting methods from that class, so our new class can act just like it. Right now, your code will be underlined red because you need to implement the inherited methods and add the constructor. The finished article should look like so: package com.androidauthority.sqliteexample; import android.content.Context; import android.database.sqlite.SQLiteDatabase; import android.database.sqlite.SQLiteOpenHelper; public class Database extends SQLiteOpenHelper { public Database(Context context, String name, SQLiteDatabase.CursorFactory factory, int version) { super(context,name,factory, version); } @Override public void onCreate(SQLiteDatabase db) { } @Override public void onUpgrade (SQLiteDatabase db, int oldVersion, int newVersion) { } } The first thing to do is to simplify our constructor. Add these variables: public static final int DATABASE_VERSION = 1; public static final String DATABASE_NAME = "MyDatabase.db"; With that done, update your constructor like so: public Database(Context context) { super(context,DATABASE_NAME,null, DATABASE_VERSION); } Break it down and you can see that we’re calling our database ‘MyDatabase.db’. Now, whenever we make a new Database object from this class, the constructor will build that database for us. Creating tables Now we’re ready to start populating it with some data! This data takes the form of a table and hopefully you’ll see why this is useful. What kind of thing might we use a database for in the real world? Well, how about CRM – customer relationship management? This is what big companies use to keep track of their customers’ details. It’s how they know to call us with special offers in which we may be interested. It’s how your magazine subscription always knows when it’s time for a renewal – that might be a good example to use. In other words, we’re using our powers for evil. To that end, we’re going to need some more variables so that we can build our table and start populating it with data. Logically, that might look something like this: public static final String TABLE_NAME = "SUBSCRIBERS"; public static final String COLUMN_NAME = "NAME"; public static final String COLUMN_MAGAZINE_TITLE = "MAGAZINE_TITLE"; public static final String COLUMN_RENEWAL_DATE= "RENEWAL_DATE"; public static final String COLUMN_PHONE = "PHONE_NUMBER"; Now the publishers who we’re building our app for will be able to query when a certain use is due for a renewal and easily grab their phone number to give them a buzz. Imagine trying to do this without SQL; you’d be forced to create multiple text files with different names for each user, or one text file with an index so you know which line to retrieve information from different text files. Then you’d have to delete and replace each entry manually with no way to check when things got out of sync. Searching for information by name would be a nightmare. You might end up using your own made-up shorthand. It would get very messy, very fast. While it might be possible to avoid using tables with a little creativity— all this can be a little daunting at first— it is an invaluable skill to learn in the long run and will actually make your life a lot easier. It’s also pretty much required if you ever have dreams of becoming a ‘full stack’ developer or creating web apps. SQL is pretty much required if you ever have dreams of becoming a ‘full stack developer' or creating web apps. To build this table, we need to use execSQL. This lets us talk to our database and execute any SQL command that doesn’t return data. So it’s perfect for building our table to begin with. We’re going to use this in the onCreate() method, which will be called right away when our object is created. @Override public void onCreate(SQLiteDatabase db) { db.execSQL("create table " + TABLE_NAME + " ( " + COLUMN_NAME + " VARCHAR, " + COLUMN_MAGAZINE_TITLE + " VARCHAR, " + COLUMN_RENEWAL_DATE + " VARCHAR, " + COLUMN_PHONE + " VARCHAR);"); } What’s happening here is we’re talking to our database and telling it to create a new table with a specific table name, which we’ve defined in our string. If we break the rest of that long ugly string down, it actually contains a number of easy-to-understand SQL commands: create table + TABLE_NAME( COLUMN_NAME + VARCHAR, COLUMN_MAGAZINE_TITLE + VARCHAR, COLUMN_RENEWAL_DATE + VARCHAR, COLUMN_PHONE + VARCHAR) SQLite will also add another column implicitly called rowid, which acts as a kind of index for retrieving records and increases incrementally in value with each new entry. The first record will have the rowid ‘0’, the second will be ‘1’, and so on. We don’t need to add this ourselves but we can refer to it whenever we want. If we wanted to change the name of a column, we would manually create one with the variable INTEGER PRIMARY KEY . That way, we could turn our ‘rowid’ into ‘subscriber_id’ or something similar. The rest of the columns are more straightforward. These are going to contain characters (VARCHAR) and they will each be named by the variables we created earlier. Here is a good resource where you can see the SQL syntax on its own for this command and many others. If we break the string down, it actually contains a number of easy-to-understand SQL commands The other method, onUpgrade, is required for when the database version is changed. This will drop or add tables to upgrade to the new schema version. Just populate it and don’t worry about it: @Override public void onUpgrade (SQLiteDatabase db, int oldVersion, int newVersion) { db.execSQL("DROP TABLE IF EXISTS " + TABLE_NAME); onCreate(db); } DROP TABLE is used to delete the existing data. Here we’re deleting the table if it already exists before rebuilding it. See the previous post for more. If all that’s in place, you’ve built your first database. Well done! In future, if we to refer to a database that was already created, then we would use getReadableDatabase() or getWriteableDatabase() to open the database ready for reading-from or writing-to. Inserting data To insert new data as a row, simply use db.insert(String table, String nullColumnHack, ContentValues). But what are ContentValues? This is a class used by Android that can store values to be resolved by the ContentResolver. If we create a ContentValues object and fill it with our data, we can pass that to our database for assimilation. It looks like this: contentValues.put(COLUMN_NAME, "Adam"); contentValues.put(COLUMN_MAGAZINE_TITLE, "Women's World"); contentValues.put(COLUMN_RENEWAL_DATE, "11/11/2018"); contentValues.put(COLUMN_PHONE, "00011102"); db.insert(TABLE_NAME, null, contentValues); db.close(); Another option would be to use database.execSQL() and input the data manually: db.execSQL("INSERT INTO " + TABLE_NAME + "(" + COLUMN_NAME + "," + COLUMN_MAGAZINE_TITLE + "," + COLUMN_RENEWAL_DATE + "," + COLUMN_PHONE + ") VALUES('Adam','Women's World','11/11/2018','00011102')"); db.close(); This does the exact same thing. Remember to always close the database when you’re finished with it. You weren’t brought up in a barn, were you? Optional Of course, to really use this database properly, we would probably want to populate our columns using objects. We could use the following class to add new subscribers to our list: public class SubscriberModel { private String ID, name, magazine, renewal, phone; public String getID() { return ID; } public String getName() { return name; } public String getRenewal() { return renewal; } public String getMagazine() { return magazine; } public String getPhone() { return phone; } public void setName(String name) { this.name = name; } public void setMagazine(String magazine) { this.magazine = magazine; } public void setRenewal(String renewal) { this.renewal = renewal; } public void setPhone(String phone) { this.phone = phone; } } Then we could easily build as many new subscribers as we liked and take the variables from there. Better yet, we can also retrieve data from our database this way to build new objects. For instance, we might use something like the following to read through a list of clients and then populate an array list using those objects. This uses a ‘cursor’, which you’ll learn about in the next section. public ArrayList getAllRecords() { SQLiteDatabase db = this.getReadableDatabase(); Cursor cursor = db.query(TABLE_NAME, null, null, null, null, null, null); ArrayList subs = new ArrayList(); Subscribers subscribers; if (cursor.getCount() > 0) { for (int i = 0; i

[night-finance-site-blog]

データベース SQLiteを利用する SQliteOpenHelper(Content context, String name, SQLiteDatabase. CursorFactory factory, int version) void onCreate(SQLiteDatabase db) void onUpgrade(SQLiteDatabase db, int oldVersion, int newVersion) SQLiteを操作する SQLiteDatabase getReadableDatabase() SQLiteDatabase getWriteableDatabase() void execSQL(String sql) throws SQLException void beginTransaction() void setTransactionSuccessful() void endTransaction() long insert(String table, String nullColumnHack, ContentValues valuse) int update(String table, ContentValues values, String whereClause, String[] whereArgs) int delete(String table, String whereClause, Stirng[] whereArgs) Cursor query(String table, String[] columns, String selection, String[] selectionArgs, String groupBy, String having, Stirng orderBy, String limit) テーブルを作成する

テーブルに挿入する db.insert(SQLiteDBHelper.DB_TABLE, null, values); データを更新する db.update(SQLiteDBHelper.DB_TABLE, values, "book = 'Androidポケ利'", null); データをコミットする mDb.beginTransaction(); mDb.execSQL( "insert into " = + SQLiteDBHelper.DB_TABLE+ " (book, type) values ('Web+DB Press', '雑誌');"); mDb.setTransactionSuccessful(); mDb.endTransaction(); データを削除する db.delete(SQLiteDBHelper.DB_TABLE, "book like 'Android%'", null); データを検索する db.query( SQLiteDBHelper.DB_TABLE, SQLiteDBHelper.POKERI_PORODUCTION, null, null, null, null, null); クリップボード クリップボードからテキストを取得する clipMgr.getPrimaryClip(); clipData.getItemAt(0); item.getTExt().toString(); clipMgr.getText().toString(); クリップボードにテキストを設定する void setText(CharSequence text) ClipData.Item(CharSequence text) ClipData(ClipDescription description, ClipData.Item item) ClipDescription(CharSequence label, String[] mimeTypes) void setPrimaryClip(ClipData clip) ClipData.Item(et_target.getText()); ClipDescription.MIMETYPE_TEXT_PLAIN; ClipData(new ClipDescription("text_plain",mimeType), item); clipMgr.setPrimaryClip(clipData); clipMgr.setTExt(et_target.getText()); ローダ ローダを利用してデータを読み込む getSupportLoaderManager().initLoader(0, null, this); getSupportLoaderManager().restartLoader(0, null, this); onCreateLoader(int id, Bundle args) onLoadFinished(Loader<Cursor> loader, Cursor data) onLoaderReset(Loader<Cursor> loader) コンテンツプロバイダ コンテンツプロバイダの概要 コンテンツプロバイダのデータを検索する ContentResolver getContentResolver() Cursor query(Uri uri, String[] projection, String selection, String[] selectionArgs, String sortOrder) boolean moveToFirst() boolean moveToNext() int getString(int columnIndex) int getColumnIndex(String columnName) コンテンツプロバイダのデータを挿入/更新/削除する Uri insert(Uri uri, ContentValues values) Uri update(Uri uri, ContentValues values, String where, String[] selectionArgs) int delete(Uri uri,String where, String[] selectionArgs) void put(String key, String value) ブックマークを取得/登録/更新/削除する BOOKMARK_URI _ID BOOKMARK CREATED DATE FAVICON TITLE UriVISITS com.android.browser.permission.READ_HISTORY_BOOKMARKS com.android.browser.permission.WRITE_HISTORY_BOOKMARKS ブックマークを取得する //クエリで取得する項目 PRIVATE sTRING[] bookmark_production = new String[] ( BookmarkColumn._ID BookmarkColumns.TITLE, BookmarkColumns.Uri }; @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.activity_main); //ブックマークの名前取得 ContentResolver resolver = getContentResolver(); Cursor cursor = resolver.Query(Browser.BOOKMARKS_URI, BOOKMARK_PRODUCTION, null, null, null); SimpleCursorAdapter adapter = new SimpleCursorAdapter(this, android.R.layout.simple_list_item_2, cursor, new String[] (Bookmarkcolumns,TITLE, BookmarkColumns.URL), new int[] (android.R.id.text1, android.R.id.text2), 0); ListView lv_bookmark = (ListView) findViewById(R.id.lv_bookmark); lv_bookmark.setAdapter(adapter); } ブックマークを登録する //ブックマークの追加 ContentValues values = new ContentValues(); values.put(Browser.BookmarkColumns.BOOKMARK, "1"); values.put(Browser.BookmarkColumns.TITLE, title); values.put(Browser.BookmarkColumns.URI, uri); getContentResolver().insert(Browser.BOOKMARKS_URI, values); ブックマークを更新する //タイトルが一致したものを更新 ContentValues values = new ContentValues(); values.put(Browser.BookmarkColumns.BOOKMARK, "1"); values.put(Browser.BookmarkColumns.TITLE, title); values.put(Browser.BookmarkColumns.URI, uri); getContetnResolver().update( Browser.BOOKMARKS_URI, values, Browser.BookmarkColumns.TITLE + " = '" + title + "'", null); ブックマークを削除する //タイトルが一致いたものを削除 getContentResolver().delete( Browser.BOOKMARKS_URI, Browser.BookmarkColumns.TITLE + " = '" + title + "'", null); 連絡先の情報を取得する _ID CONTENT_URI DISPLAY_NAME NUMBER android.permission.READ_CONTACTS カレンダーを取得/登録/更新/削除する CONTENT_URI CONTENT_URI DISTART DTEND EVENT_TIMEZONE TITLEDESCRIPTION CALENDER_ID android.permission.READ_CALENDAR android.permisiion.WRITE_CALENDAR カレンダーを取得する カレンダーに予定を登録する カレンダーの予定を修正する カレンダーから予定を削除する

[clariandroid]

contentValues

Para trabajar con pares de valores podemos usar content values.

//Crear pares de valores    public ContentValues toContentValues() {        ContentValues values = new ContentValues();        values.put(LawyerEntry.ID, id);        values.put(LawyerEntry.NAME, name);        values.put(LawyerEntry.SPECIALTY, specialty);        values.put(LawyerEntry.PHONE_NUMBER, phoneNumber);        values.put(LawyerEntry.BIO, bio);        values.put(LawyerEntry.AVATAR_URI, avatarUri);        return values;    }

public long mockLawyer(SQLiteDatabase db, Lawyer lawyer) {        return db.insert(LawyerEntry.TABLE_NAME, null, lawyer.toContentValues());    }

[love4bloggingmyway247-blog]

Success or Bust !!

[night-finance-site-blog]

ブックマークを取得/登録/更新/削除する BOOKMARK_URI _ID BOOKMARK CREATED DATE FAVICON TITLE UriVISITS com.android.browser.permission.READ_HISTORY_BOOKMARKS com.android.browser.permission.WRITE_HISTORY_BOOKMARKS ブックマークを取得する //クエリで取得する項目 PRIVATE sTRING[] bookmark_production = new String[] ( BookmarkColumn._ID BookmarkColumns.TITLE, BookmarkColumns.Uri }; @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.activity_main); //ブックマークの名前取得 ContentResolver resolver = getContentResolver(); Cursor cursor = resolver.Query(Browser.BOOKMARKS_URI, BOOKMARK_PRODUCTION, null, null, null); SimpleCursorAdapter adapter = new SimpleCursorAdapter(this, android.R.layout.simple_list_item_2, cursor, new String[] (Bookmarkcolumns,TITLE, BookmarkColumns.URL), new int[] (android.R.id.text1, android.R.id.text2), 0); ListView lv_bookmark = (ListView) findViewById(R.id.lv_bookmark); lv_bookmark.setAdapter(adapter); } ブックマークを登録する //ブックマークの追加 ContentValues values = new ContentValues(); values.put(Browser.BookmarkColumns.BOOKMARK, "1"); values.put(Browser.BookmarkColumns.TITLE, title); values.put(Browser.BookmarkColumns.URI, uri); getContentResolver().insert(Browser.BOOKMARKS_URI, values); ブックマークを更新する //タイトルが一致したものを更新 ContentValues values = new ContentValues(); values.put(Browser.BookmarkColumns.BOOKMARK, "1"); values.put(Browser.BookmarkColumns.TITLE, title); values.put(Browser.BookmarkColumns.URI, uri); getContetnResolver().update( Browser.BOOKMARKS_URI, values, Browser.BookmarkColumns.TITLE + " = '" + title + "'", null); ブックマークを削除する //タイトルが一致いたものを削除 getContentResolver().delete( Browser.BOOKMARKS_URI, Browser.BookmarkColumns.TITLE + " = '" + title + "'", null); 連絡先の情報を取得する _ID CONTENT_URI DISPLAY_NAME NUMBER android.permission.READ_CONTACTS カレンダーを取得/登録/更新/削除する CONTENT_URI CONTENT_URI DISTART DTEND EVENT_TIMEZONE TITLEDESCRIPTION CALENDER_ID android.permission.READ_CALENDAR android.permisiion.WRITE_CALENDAR カレンダーを取得する カレンダーに予定を登録する カレンダーの予定を修正する カレンダーから予定を削除する

[night-finance-site-blog]

データベース SQLiteを利用する SQliteOpenHelper(Content context, String name, SQLiteDatabase. CursorFactory factory, int version) void onCreate(SQLiteDatabase db) void onUpgrade(SQLiteDatabase db, int oldVersion, int newVersion) SQLiteを操作する SQLiteDatabase getReadableDatabase() SQLiteDatabase getWriteableDatabase() void execSQL(String sql) throws SQLException void beginTransaction() void setTransactionSuccessful() void endTransaction() long insert(String table, String nullColumnHack, ContentValues valuse) int update(String table, ContentValues values, String whereClause, String[] whereArgs) int delete(String table, String whereClause, Stirng[] whereArgs) Cursor query(String table, String[] columns, String selection, String[] selectionArgs, String groupBy, String having, Stirng orderBy, String limit) テーブルを作成する

テーブルに挿入する

データを更新する

データをコミットする

データを削除する

データを検索する