WikiLeaks leaked password databases: How to protect yourself from the hackers

WikiLeaks published a password database that details a vast trove of personal information on a massive scale.

The documents were leaked from a Dutch-based online data company, which makes the database available for free on its website.

Here’s how to protect your password database.

1.

Set up your password reset system If you have a Google Account, log in to it with your password.

You can also sign up for Google Accounts and password reset via the Google app.

For those without an account, Google offers a free option that you can choose to use for free.

Set your Google Account password to 8 characters, including a space, the letters “h”, “s”, “i” and “u”.

2.

Change your password After logging in, click the “Settings” button and click “Reset your Google Password” under the “Account” section.

Choose a password that you like and confirm that you want to set a new one.

3.

Change the “Security” setting to “Off” to protect against phishing and online scams If you’re concerned about your passwords, you can set a password for each service you use.

For example, Google gives you a 30-day grace period to change your password, but you can also change it to any of your password settings from within the Google account.

You’ll need to enter a different password for all of your accounts.

If you change your passwords every 30 days, you’ll be able to change them easily, but not easily enough to keep your passwords from being compromised.

4.

Change passwords for accounts in multiple countries You can change your Google password for accounts from your home country to any other country.

You won’t be able change your credentials from one country to another, however.

If your password is already changed, you should not have any trouble changing it to another.

5.

Use a different Google account password if you use more than one account The same account can be used to access other services and the database.

However, you won’t need to change the password for the account used for all services.

6.

Make sure your email address is public If you want your email to be public, change your email settings to use a password you don’t use.

If the account has a public email address, change it.

If it doesn’t, change the email address you use for all other email services.

7.

Use an account that’s not tied to your Google account You can use an email address that’s connected to your other Google accounts or a password reset from another Google account to access your Google accounts.

8.

Use different passwords for different services You can’t change your settings for Gmail, Google Talk, Google Calendar, YouTube, Google Drive, Google Reader, Google Apps, Google Search, or Google Play Music from the same Google account you use to access all services and their databases.

9.

Set a strong password If you need to protect a sensitive account from someone else, you may want to change one of your passwords.

For instance, if someone has access to your account, you could change your username and password to make it harder to gain access.

However it’s still possible for someone to find your account and gain access to other personal information.

You could use a strong passphrase that’s hard to guess or you could choose a password with a unique code that you know will never be guessed.

10.

Use secure software You should always have a password protection software that’s designed to protect passwords, not just the information they hold.

For online banking, the best option is Google Authenticator, which is available for Windows and Mac.

If not, you might want to consider using a free service like Rapid7 or Avast.

To get more information about protecting your online banking account, visit the Bank of America website. 1 of 12

The DFFO: A Dictionary of Racial Slurs Database

The DFGOO, also known as the International Movie Database, is a collection of thousands of movie and television files and databases, and has become a reference point for historians, film-makers, and scholars interested in the evolution of racial slurs in the United States, Canada, and the United Kingdom.

It has been published in a number of languages, including Spanish, English, French, German, Portuguese, and Spanish.

The DGGOO is the largest database of racial slur data in existence.

The International Movie and Television Database (IMDB) is the other major database of films and TV files, and includes more than 15,000 film and TV episodes and more than 100,000 TV episodes.

But the DFFOO and the IMDB have a common purpose: to catalog, catalog, and catalog all of the words and phrases used to describe, describe, and describe the racial and ethnic differences between groups of people.

The aim is to provide a unified database for research into the history and evolution of race and ethnicity, and a common reference for scholars, historians, and film makers to make comparisons among sources.

The dictionary contains a huge amount of information about racial slurs, including the meanings of the slurs, their origins, and their meanings today.

But what exactly does it contain?

What are the definitions?

How can I find it?

The Dictionary of National Dictionary of Slurs was created by the editors of the International Encyclopedia of the Social & Behavioral Sciences (IEASBS) and published in January 2012.

The editors have compiled a complete listing of all words and terms that are used in the DFGUEo database.

The Dictionary is divided into sections, and there are a variety of different categories of words and definitions that are listed in the Dictionary.

There are also many terms that do not appear in the dictionary, but have been defined by dictionaries or other reference books.

The main sections of the Dictionary are the following: Definitions.

This section contains definitions for terms and terms of the following categories: sexual orientation; gender identity; gender; race; disability; religion; disability and health; gender and sexuality; disability rights; and disability, health, and social service.

In the Dictionary of American English (DAE), the word “suspect” means someone who is suspected of committing a crime or is a suspected suspect in a criminal investigation, such as a murder, rape, or robbery.

In many countries, it is illegal to identify a person as a suspect in any kind of criminal investigation without a warrant, and it is also illegal to use the name of someone suspected of wrongdoing in a search of a house or vehicle.

The terms “sue” and “satisfy” can also refer to a person, and “prosecute” can refer to the punishment that the person faces in the criminal justice system.

The term “criminal” can mean either a criminal or a victim.

For example, “a person charged with murder” means a person who has been charged with a crime, and is either convicted or acquitted.

The word “victim” refers to the person whose life or property is taken or threatened.

The definition of a victim can also include people whose property is lost or damaged, people whose health or safety is threatened, and people whose jobs are threatened.

In some countries, the criminal law includes crimes that involve violence or threaten violence, or that involve sexual abuse.

In other countries, such crimes are not criminalized.

In countries where crimes are criminalized, it’s common to refer to them as sexual assaults or as other kinds of sexual assaults, such the sexual abuse of children.

Victims are often victims of violence.

In certain countries, victims may be considered victims of sexual assault.

In most countries, if a person has suffered sexual abuse, the person is a victim of violence, whether the abuse is physical or emotional.

In those countries, physical or sexual abuse can be a form of physical or mental torture, such that a person is unable to communicate with others about their experience.

The definitions of “sexual” and the “sexual abuse” of children and people can also be used to refer specifically to sexual abuse by people who are under age or who are incapacitated.

In these countries, in addition to physical and psychological abuse, perpetrators may be guilty of a variety other crimes, including rape.

In all of these countries and in other countries where there are no legal restrictions on sexual abuse (or in which the law prohibits or criminalizes it), the perpetrator may be prosecuted.

In a country where the crime of rape is not criminal in any country, or where the law does not prohibit the crime, victims can sometimes sue their perpetrators for compensation.

For more information on rape, see Rape and Sexual Assault: A Legal History and Current Status in the U.S. The American Heritage Dictionary of the English Language (ATDLE) has a list of terms that refer to rape, sexual assault, and sexual abuse:

MySQL database drop, academic library drop,scholarship database

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Why MongoDB Is Getting A $300M Boost From Amazon’s New Series of Cloud Databases

It’s no secret that Amazon is the world’s biggest cloud provider.

In the past few months, the company has invested a staggering $300 million in cloud storage and cloud-based technology to power its data centers and the world at large.

It also launched a new service called Amazon Elastic MapReduce, which is a service that allows companies to create and deploy custom software-defined-data centers (SDCC) in a cloud-like fashion.

Now Amazon is rolling out a new set of new cloud-powered services to make storing data in a data center more accessible and manageable.

The company is now using a new cloud storage service called MongoDB, which has been around for several years now.

MongoDB lets you store and access any data in the MongoDB database.

With the new service, Amazon is introducing a new kind of data center for storing MongoDB data.

It will now let customers create MongoDB instances using AWS EC2, and it will also offer customers the ability to connect to the Mongo database in a different cloud service like Amazon Elastic Compute Cloud or Azure.

Amazon Elastic Machine Learning is a company that has been building cloud services for years, and the new MongoDB Cloud Datacenters are a part of that.

The new service is essentially a cloud service that lets you connect to a MongoDB instance, and Amazon is offering customers the option to build their own MongoDB datacenters in a way that makes it easier for them to access and process data from MongoDB.

The MongoDB cloud data center service has been designed to give customers a way to use MongoDB as a datacenter without needing to run any separate server software.

That means that MongoDB developers can get started on creating new applications and databases without having to go through any extra configuration or setup.

This is great for developers who want to use their MongoDB application to create their own data centers, or developers who are looking to create applications that run on Amazon Elastic Machines (AML).

The Mongo database service is not currently available to developers working on MongoDB applications for the first time.

But with the new cloud service, developers can start working with MongoDB on AWS.

For developers, the new Cloud Datacenter service makes it easy to build new Mongo application code.

For example, if you are creating a Mongo application that runs on AWS, you can use the MongoCloud API to query the Mongo server for data, create a Mongo schema, and then access the Mongo Database.

Developers can also use the AWS API to access MongoDB and MongoDB API.

The Amazon Cloud Databind service, which was introduced earlier this year, is similar to the Cloud Datastore service, but it will allow users to build and manage MongoDB apps in a more centralized way.

It works in a similar way, but instead of a database server, it will use Amazon Elastic Cloud Infrastructure (Amazon ECA).

Developers can use AWS ECII as the backend to the AWS service.

Developers will be able to run a Mongo database app on Amazon ECA and access Mongo data and data schemas.

Mongo is not the only cloud service in Amazon’s cloud suite.

The next-generation MongoDB has been in development for quite some time.

Last year, Amazon started adding support for MongoDB in its Elasticsearch and Elastic Mapreduce databases, as well as in the Elastic File System (EFFS) service.

AWS Elastic File Service (EFLS) is a new way of working with Amazon Elastic Databases.

The EFLS service lets you access Mongo databases on a wide variety of different data services, such as Amazon Elastic File Systems (Amazon ElasticFS), Amazon DynamoDB, Amazon Dynamo Storage Service, and Cloud Storage Service (Amazon S3).

The EFFS service can be used to store and manage any data, from simple files to large databases.

With AWS ELS, you’ll be able connect to any data service with the same credentials that you use to access the data on your MongoDB server.

It’s possible to use AWS EFS to store data on Mongo and Mongo database servers in the same way that you would use Amazon S3 to store files on Amazon SES.

This makes it a great solution for people who need to access a Mongo data service from a different service, or to access data on a different server.

This new MongoCloud Cloud Datamodel service is a similar approach to the EFLS and S3 services, but the Cloud Database service is more flexible.

For a small number of users, this new service could make it easier to access their Mongo database data.

In addition to the new data-center service, MongoDB is also coming out with a new version of the MongoClient application, which will be a way for developers to interact with Mongo databases in a modern and powerful way.

MongoClient is a way of interacting with Mongo data, including

Why hackers used the SQL injection vulnerability in Postgres to exploit a Chinese database

The vulnerability in the Postgres database system has been reported to the Chinese government by hackers, but no information has been provided to date about the extent of the damage.

Postgres is widely used by the Chinese military and intelligence services and has been used in China’s controversial cyberspace crackdown.

It is not yet known whether the hackers exploited the vulnerability in a way that could have caused harm.

The Chinese Ministry of Defense said in a statement that the Chinese National Defense University has confirmed that the PostgreSQL database in question is a military database.

It said the university was not involved in the vulnerability disclosure.

The ministry did not specify what security measures were in place.

Postgres has said the database was not vulnerable to SQL injection attacks.

“The security of our databases is always our top priority,” Postgres said in an email statement.

“We are continually improving our security, and we strongly encourage companies to update their systems.”

The Postgres website shows the Postfix email account with a password that includes “pkp-user” and “password.”

The company said it has removed the account and is not responsible for the breach.

A Chinese government official told Reuters that the government has asked the National Defense Technical College to investigate the matter.

“The security issue has been resolved, but it’s still possible to gain access to sensitive information,” the official said.

“It’s important to note that this issue does not affect any users of the Postex service.”

China has not been shy about cracking down on its enemies, and it has been the target of attacks by Western intelligence agencies.

Last year, the United States accused China of hacking into computers in South Korea and Taiwan.

A cyberwar erupted in January 2016 between China and the United Kingdom, which was retaliating by hacking into China’s military.

China has denied that it was behind the attack.

Why you should use cpp database instead of tv database

The cpp system has evolved over the years and is now used in many of the popular web apps, databases and web applications.

This article shows how to use c++ databases in your web apps and applications.

cpp databases are simple and straightforward.

They store data in a database which is then used for a number of purposes.

The most common of these is querying the database for a value.

You can query a database by writing queries to the database, such as: SELECT * FROM tv WHERE tv_id = ?.

The value you get back from a query is usually the same as the value you wrote in the query.

You may want to do a simple SQL query to query the database.

For example, suppose you wanted to find out whether a user has ever logged in to your site.

You could write such a query: SELECT tv_user_id FROM tv ORDER BY tv_date WHERE tv.user_date > ?.

Now, if you query the server for the user id of a user, you get the user’s name, which is the name of the user.

For a database that stores all users and their email addresses, you might want to retrieve the user email address for each user.

cpgsql is a simple cpp sql tool written by David J. Schulz.

cpegql is a simpler cpp tool written in C++, but it is easier to use.

cgid is a tool that can read cpp-based databases.

It can read database documents.

You write a query, like: SELECT cpg_user.id, cpg.user.email, cg.user._id FROM cpg JOIN cpg ON cpg._user.name = cpg_.user._name ORDER BY cpg.-id,cpg.-email,cg.-user._email_ids DESC LIMIT 10 To use cpgid, you write a simple query like: UPDATE cpg WHERE cpg1.id = cg1.user1.email_id AND cpg2.id= cg2.user2.email.id AND CPG_USER_ID = c.user-id.id WHERE c.type = ‘mysql’ AND c.database = ‘cpg’ GROUP BY c.username.id LIMIT 1000 Now, when you use cgpgid to query a cpg database, it is much easier to understand.

To retrieve the first user in a cgdb database, you can write: SELECT first_user._user_name FROM cg db WHERE cg_user1._user1_email_name = first_users.email LIKE ‘@mydb’ LIMIT 1 You can retrieve the last user in the database by using: SELECT last_user FROM c g db WHERE last_users._user2_email = last_members.email Like ‘@mysql’.

The query returns a list of all the users that have been added to the cpgdb database.

You might want a list for every member in the cg database, but you can just put that list in the table.

You also might want the list to be a bit smaller, for example, to only have a few users.

This can be done using the –max-age parameter.

To query the ctgdb database for the last person in a member, you use: SELECT next_user_.user_email FROM ctg db WHERE next_users_email.user_.name = next_members_email LIKE ctg.user _id LIMITE 1 You may have to add the –count parameter to the query, as cpgdbs will not return all the results for a query.

To get a complete list of the members in a single member, use the list function.

The –limit parameter may also be used.

To limit the results returned by cpg, use –limit=10.

You use the cppdb command in the same way as you would in any other command.

You are using cpg db to query your database for information about a user or a group of users.

cpdbdb is a command line tool for cpg that can be used to query cpg databases.

This command line is similar to the one you would use to query other databases.

For more information on using cppdbs, see Using cpp db in your website.

For another tool to query databases, see the cddb command line utility.

The cddbs command line will take a few minutes to load, but is relatively quick to use for querying cpg data.

To test that cdddb is working correctly, type: cdd bdb bdbbdb The command will return an error message if the database was not loaded successfully.

This error message is similar in some ways to the error messages you would see when attempting to query an application server.

For an application to load

‘Mafia’ on trial in Italian court

The trial of a Mafia figure accused of murder and extortion in the US will begin on Thursday in New York.

The case of Italian mafia boss Giancarlo Capasso has come under scrutiny for decades.

In a new lawsuit filed in the New York District Court, Capasso is accused of being the ringleader of a network that allegedly extorted millions of dollars from investors.

Prosecutors are seeking a jail sentence for Capasso, who is in the process of being extradited to Italy.

Prosecutors allege that Capasso was the mastermind of a massive money-laundering ring that included the Mafia, organized crime figures and a former Mafia chief.

The defendant allegedly extorts hundreds of millions of euros from investors and others.

The court documents accuse Capasso of having a “criminal conspiracy” that he is responsible for running from 2006 until today.

The lawsuit was filed by lawyer Mario Mancini.

He said that Capacio was part of a “covert mafia” that had an “international influence”.

“He has an international influence because he has always been a man of great integrity,” Mancina said.

“This mafia, however, is one of the most organized of organized crime in Europe and the United States.

It is an international network that extends from the southern tip of Italy to northern Italy.”

It’s a criminal conspiracy, a criminal organization.

“Prosecutors said Capasso had a network of 200 members in the United Kingdom and more than 100 in the States.

The judge overseeing the trial in Manhattan, US District Court Judge David A. Baer, has scheduled the hearing for October.

H1B job seekers need more time in the UK

The US and UK are facing an acute shortage of skilled workers for the booming economy as the cost of living and other factors push people to find other jobs.

But it is not just the US where the crisis is acute.

In many other countries, shortages are growing in many areas, including Australia, New Zealand, the US and the European Union.

There are also shortages in China, India and other emerging economies, according to the International Labour Organisation.

Here are some of the top reasons why the labour market is tight.

Key points: The number of H1Bs available in the US is more than 10 times the UK’s, while in the EU it is just over 3 times that of the US.

There is an acute labour shortage in the USA, but the UK has a much better record of securing H1b visas from the USThe US and US-based IT outsourcing firms are facing growing pressure to find workers for their technology services in the wake of the economic downturn.

The number one source of H2B visas for companies is the H1-B programme, which provides temporary work visas for US workers.

These are temporary visas that allow people to stay in the country for up to five years, but if they do not apply for an extension they are not granted.

It is also called the H2-B visa because they are only valid for three years.

However, it is widely believed that employers are turning to other means of attracting foreign workers, including the H3-B, which is for companies with a workforce of up to 500 people.

The UK has also been hit hard by the collapse in the value of the pound following the Brexit vote.

As a result, the value in the pound has been rising significantly in recent months, with the unemployment rate now hovering at almost 16%.

Many companies are looking for H1s and H2s for the new year, while some companies are not looking to hire at all because of the fall in the cost-of-living in the area.

But the number of people available to work for companies that do not need them is far greater in the United States than in many other parts of the world.

This has been highlighted by the latest figures from the National Employment Law Project (NELP), which analysed employment data in 20 US states from August to November.

It found that there were 1.4 million unemployed US workers in September, compared to 1.1 million unemployed UK workers.

The report also found that the number and types of workers available for H-1B work in the state is also much higher than the number available for work in Britain.

This is particularly true for companies in California and Washington, where H1 workers are more likely to be able to get work in California than in other states.

What is happening to UK workers?

According to the NELP, there were 8.3 million H1BS visas issued in the month of September, but only 4.6 million of them were used by UK companies.

That means that the UK only issued around one-fifth as many H1bs visas as it would have expected.

But according to figures from H1.com, there are currently around 200,000 UK employers who have signed up to work on H-3 visas, which are the kind of visas that H1 visa holders can use to work in other countries.

These visas are typically granted for three to six months and are granted for an annual cap of $25,000.

But as companies seek H1 and H3 visas to fill vacancies, the demand for these visas is increasing, and companies are now looking for people with skills that are not already being employed in the job.

There have also been reports of firms using H3 workers to fill job vacancies in China and India.

This suggests that there is an ongoing shortage of workers in those countries.

The H1 system The H-2B system The US has one of the highest rates of H-B visas per head of population in the world at 5.1, which accounts for a large proportion of all the visas available.

H-5s are visas that only the top 10% of employers can use.

H2b is the other visa type that is granted to the top ten% of companies.

It allows companies to hire people with a range of skills, including computer programming, engineering, science and management, and also includes the H-4 visa for professionals who are not considered experts in a particular field.

In addition, companies can hire H-8s, which allows them to hire foreign workers with experience in other industries.

There were around 2.5 million H-H2B visa holders in September and the numbers are growing.

The US is not the only country to have a significant shortage of H visas, with countries including Canada, Japan and South Korea also facing an oversupply of workers.

What’s the impact of the Brexit?

UK companies have been looking for

DC Database, Proquest database to be launched in 2017

Proquest, a decentralized cloud database for managing digital assets, will be launched as a decentralized platform in 2017, its founders said.

The company, founded in 2014 by bitcoin pioneer Gavin Wood and blockchain pioneer Alexey Melnik, said it will use the blockchain as its core, rather than using the Ethereum blockchain as a central repository for data.

Proquest, which will offer a marketplace for digital assets to buy, sell and store, is based in San Francisco, but has its headquarters in the Netherlands.

It has already raised over $1.2 million in Series B funding, according to the company’s website.

The blockchain-based blockchain database Proquest aims to be a “global standard for data, identity and reputation management,” the founders said in a statement.

ProQuest will be the first decentralized database to support digital assets on the blockchain.

In a blog post, Wood said that the company aims to offer its users the ability to access their digital assets in the same way they do today with the existing centralized systems that store digital assets.

“In the near future, ProQuest will offer decentralized storage for digital asset data that is stored in the blockchain,” Wood wrote.

“This means that Proquest will be able to store the same data as today but will be transparent about how it has been processed, and be able share its results with anyone.”

ProQuest is set to launch as a marketplace in 2017.

Proquest is also the only blockchain-powered digital asset registry to date, the company said.

It will be a decentralized solution, with its users “limited to the data they need to keep,” the blog post said.

Proquests founders said the database will be free and open to everyone.

Users can opt out of the platform at any time, but the data will always be available to anyone who has the software installed.

Users will be provided with access to the database by a “secure password” that will be shared with the community, the blogpost said.

“We believe that a robust decentralized database with the same ease-of-use and security as our existing centralized services will become the default choice for people to access digital assets and track their wealth,” Wood and Melnik wrote.

“This is because, for the first time in history, we have a database with real value for everyone, from the richest to the poorest.”

The company also said it plans to release a whitepaper to explain its platform.

When does Oracle database migration start?

By now, it should be pretty obvious that Oracle database migrations aren’t going to go well.

They tend to break things.

You need to take care of the data.

You have to do a lot of manual work to do this.

The database itself has to be updated, and that takes time.

But as long as you do your job, you’re pretty much golden.

I don’t think there’s much that can be said against that.

But what if you’re just not sure what the hell you’re doing?

Well, there are some simple steps that you can take to make sure you’re getting the most out of Oracle database migrate.

If you’re a developer, you can use a tool called a tool to help you migrate.

Oracle tools are fairly standard and straightforward.

They work by pulling a file from a central location, and parsing it to extract the data it needs to pull from that location.

If the file is long and contains lots of files, it’s possible to make it very large, and then the tool can do the rest.

The tool can pull the database, and when it finishes pulling, it can run a script that will update the database and perform a database migration.

The tools that are popular these days are the DBIx::Migrate and Oracle Migrate tool.

Both are simple to use, and they’re easy to install.

The only caveat to either of these tools is that they can be slow to load and run.

But they’re quick and simple to run.

Both tools have an installation process that’s easy to follow.

If your database migrator is already running on your system, you’ll just need to open up the DBD_Migrate.sql file in your database and add the migration file into the SQL database.

If not, you may have to add the database to the database list first, and the database migration process will need to start and finish in the SQL environment.

The following section is going to explain the different migrations and how to do them.

Oracle Migrations are not all that different from what you’d do with a database upgrade.

They’ll use the same commands that you’d use to upgrade the database.

The difference is that when you migrate your database, you don’t just need one migration file, but multiple files.

You want to make the migrations in parallel.

The migration file can have several columns, or it can be a single column.

You can also add additional columns that you want to add to the migration.

These additional columns can be named by using the _name and _id column values.

For example, the column name you add to a column will be called _columnname.

The name of the column you add will be a comma separated list of one or more values that describes the column.

This column name is not needed in the migration, and it’s the column that will be added to the data at the end of the migration process.

You’ll use these additional columns to add and remove columns.

In the example below, I’m going to use the _id field to add two additional columns named _columns and _columnnames.

I’m using the column names for the columns that I’m adding, so I’m specifying them as a comma separator.

The _column name column is called _id, and its value is 0.

So in the above migration, the _column names are 0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,146,147,148,149,150,151,152,153,