Veerarajank/test huggingface dataset:
[{"columns":["Year","Match_ID","Host_City"],"name":"hosting city","type":"grid"}]

What is love? Baby don't hurt me

{"text":"Sorry, could you please clarify your task? Would you like to know more about the song 1993 song \"What is Love\" from Haddaway?","dsl":{}}

Yes, please tell me the story about this song, does it have a specific meaning?

{"text":"\"What is Love\" is a 1993 Eurodance song by Trinidadian-born German artist Haddaway. It became a massive hit internationally, topping the charts in multiple countries and becoming an iconic track of the 1990s dance music scene. The song was written and produced by Dee Dee Halligan and Junior Torello, and it was Haddaway's debut single.\n\nThe song's lyrics primarily revolve around the question of what love truly is and the emotional struggles that come with it. The song's repetitive and catchy chorus, \"What is love? Baby, don't hurt me, don't hurt me, no more,\" highlights the pain and vulnerability that can come with being in love or experiencing heartbreak. The song explores the longing for a genuine and deep connection with someone without the pain and hurt that can sometimes accompany love.\n\nWhile the song does not tell a specific story or have a narrative, its theme of love and heartache resonates with many people who have experienced the highs and lows of romantic relationships. The upbeat tempo and catchy melody of \"What is Love\" have made it a popular and enduring dance track that continues to be played at parties and clubs even today.\n\nThe song's popularity was further boosted by its inclusion in a famous \"Saturday Night Live\" sketch called \"The Roxbury Guys,\" which starred Will Ferrell and Chris Kattan as two brothers who would bob their heads to the song while trying to pick up women at nightclubs. This sketch was later turned into the 1998 feature film \"A Night at the Roxbury,\" which also prominently featured the song. This association with the sketch and movie has helped the song maintain its status as a pop culture icon.","dsl":{}}
[{"columns":["cName","state","enr"],"name":"college","type":"grid"}]

What are the similarities between Couloumb's Law and the Law of Universal Gravitation? What is the equivalent of vacuum permittivity for gravitation?

{"text":"The similarities between Coulomb's Law and the Law of Universal Gravitation are that both follow an inverse square law, where the force between two objects is inversely proportional to the square of the distance between them. Additionally, both laws state that the force between two objects is directly proportional to the product of the two objects' masses or charges. The equivalent of vacuum permittivity for gravitation is the gravitational constant, G.","dsl":{}}

What is the gravitational constant?

{"text":"It is an empirical proportionality constant involved in the calculation of gravitational effects, which connects the gravitational force $F$ between two bodies with the product of their masses $m_1 m_2$ and the inverse square of their distance $r$: $F = G\\frac{m_1 m_2}{r^2}$.\nIn SI units, its value is approximately $6.674 \\times 10^{-11} m^3 \\cdot kg^{-1} \\cdot s^{-2}$.","dsl":{}}

Can you rewrite that explanation as if you were really high and amazed by physics?
[{"columns":["Channel_ID","Name","Owner","Share_in_percent","Rating_in_percent"],"name":"channel","type":"grid"}]

Find the names of channels that are not owned by CCTV.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"OWNER","operation":"!=","value":"CCTV"}]}}

Which channels are not owned by CCTV? Give me the channel names.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"OWNER","operation":"!=","value":"CCTV"}]}}

List all channel names ordered by their rating in percent from big to small.

{"dsl":{"actions":[{"actionType":"ChangeSorting","column":"rating_in_percent","direction":"desk"}]}}

Give me a list of all the channel names sorted by the channel rating in descending order.

{"dsl":{"actions":[{"actionType":"ChangeSorting","column":"rating_in_percent","direction":"desk"}]}}

What is the owner of the channel that has the highest rating ratio?

{"dsl":{"actions":[{"actionType":"ChangeTopFilter","column":"rating_in_percent","limit":1,"aggregation":"avg","direction":"desk"}]}}

Show me the owner of the channel with the highest rating.

{"dsl":{"actions":[{"actionType":"ChangeTopFilter","column":"rating_in_percent","limit":1,"aggregation":"avg","direction":"desk"}]}}

find the total percentage share of all channels owned by CCTV.

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"Share_in_percent","aggregation":"sum"},{"actionType":"ChangeCondition","column":"OWNER","operation":"=","value":"CCTV"}]}}

What is the total share (in percent) of all the channels owned by CCTV?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"Share_in_percent","aggregation":"sum"},{"actionType":"ChangeCondition","column":"OWNER","operation":"=","value":"CCTV"}]}}

what is the number of different channel owners?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"OWNER","aggregation":"count"}]}}

Count the number of distinct channel owners.

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"OWNER","aggregation":"count"}]}}

Find the total rating ratio for each channel owner.

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"Rating_in_percent","aggregation":"sum"},{"actionType":"ChangeGrouping","column":"OWNER"}]}}

What is the total rating of channel for each channel owner?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"Rating_in_percent","aggregation":"sum"},{"actionType":"ChangeGrouping","column":"OWNER"}]}}
[{"columns":["District","Incumbent","Party","First elected","Result","Candidates"],"name":"1-1342149-3","type":"grid"}]

What district has Albert Rains as their representative?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Incumbent`","operation":"=","value":"Albert Rains"}]}}

Carl Elliott is a member of which party?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Incumbent`","operation":"=","value":"Carl Elliott"}]}}
[{"columns":["Rank","Nation","Gold","Silver","Bronze","Total"],"name":"2-15807776-2","type":"grid"}]

What is the lowest silver that has a bronze greater than 1, a gold less than 2, and a total less than 2?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Silver`","aggregation":"min"},{"actionType":"ChangeCondition","column":"`Bronze`","operation":">","value":1},{"actionType":"ChangeCondition","column":"`Gold`","operation":"<","value":2},{"actionType":"ChangeCondition","column":"`Total`","operation":"<","value":2}]}}

What average rank that has a silver less than 0?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Rank`","aggregation":"avg"},{"actionType":"ChangeCondition","column":"`Silver`","operation":"<","value":0}]}}

How many silver have 4 as the total with a bronze less than 2?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Silver`","aggregation":"count"},{"actionType":"ChangeCondition","column":"`Total`","operation":"=","value":4},{"actionType":"ChangeCondition","column":"`Bronze`","operation":"<","value":2}]}}

How many totals have a rank greater than 4, czech Republic as the nation, and a bronze greater than 0?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Total`","aggregation":"sum"},{"actionType":"ChangeCondition","column":"`Rank`","operation":">","value":4},{"actionType":"ChangeCondition","column":"`Nation`","operation":"=","value":"czech republic"},{"actionType":"ChangeCondition","column":"`Bronze`","operation":">","value":0}]}}

What average total has a gold greater than 0, and a silver greater than 0, with a bronze greater than 2?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Total`","aggregation":"avg"},{"actionType":"ChangeCondition","column":"`Gold`","operation":">","value":0},{"actionType":"ChangeCondition","column":"`Silver`","operation":">","value":0},{"actionType":"ChangeCondition","column":"`Bronze`","operation":">","value":2}]}}
[{"columns":["StuID","LName","Fname","Age","Sex","Major","Advisor","city_code"],"name":"student","type":"grid"}]

What are the names of the students who live in the city with code HKG?

{"text":"Do  you  mean the full name","dsl":{}}

Can you please write me three funny limericks about mushrooms?

{"text":"Sure, here are three limericks about mushrooms that might bring a smile to your face:\n\n1. There once was a mushroom so stout,\nIt refused to be tossed about.\nIt said with a grin,\n\"I won't let you win,\nI'll cling to this log like a sprout!\"\n\n2. A mushroom named Freddy the Fungus,\nHad a hairstyle that was quite wondrous.\nHis cap was so neat,\nIt looked like a treat,\nAnd his stem was incredibly humongous!\n\n3. There once was a mushroom so grand,\nIt sprouted up from the land.\nBut try as it might,\nIt just couldn't get light,\nSo it waved at the roots with its hand!","dsl":{}}

Write the abstract of the machine learning whitepaper "Generative Adversarial Nets".

{"text":"The paper \"Generative Adversarial Nets\" introduces a new framework for generative modeling using deep learning. The main idea behind the framework is to train two deep neural networks, a generator and a discriminator, in a game-theoretic manner where the generator tries to produce synthetic data that fool the discriminator into thinking it is real, while the discriminator tries to distinguish the synthetic data from real data. The authors show that this training process leads to the convergence of both networks towards a Nash Equilibrium, resulting in the generator producing high-quality synthetic data. The framework is evaluated on several benchmark datasets, demonstrating its effectiveness and competitiveness compared to other state-of-the-art generative models.","dsl":{}}

Yes please

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"city_code","operation":"=","value":"HKG"}]}}

Who are not living in that city with code HKG?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"city_code","operation":"!=","value":"HKG"}]}}

What is the average age of those who don't live in that city?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"age","aggregation":"avg"},{"actionType":"ChangeCondition","column":"city_code","operation":"!=","value":"HKG"}]}}

Thanks

{"text":"Welcome and goodbye","dsl":{}}
[{"columns":["#","Date","Opponent","Site/Stadium","Score","Win","Loss","Save","Attendance","Overall Record","Pac-10 Record"],"name":"1-27862483-3","type":"grid"}]

How many people saw the game won by G. Claypool (4-1)?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Attendance`","aggregation":"min"},{"actionType":"ChangeCondition","column":"`Win`","operation":"=","value":"G. Claypool (4-1)"}]}}

What was the overall record in the game won by D. Klein (2-0)?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Win`","operation":"=","value":"D. Klein (2-0)"}]}}

What was the overall record of the game lost by A. Pracher (4-1)?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Loss`","operation":"=","value":"A. Pracher (4-1)"}]}}

What was the PAC-10 record of the game played on April 20?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Date`","operation":"=","value":"April 20"}]}}

How many different numbers are there for the game played on April 23?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`#`","aggregation":"count"},{"actionType":"ChangeCondition","column":"`Date`","operation":"=","value":"April 23"}]}}
[{"columns":["repair_ID","name","Launch_Date","Notes"],"name":"repair","type":"grid"}]

Can you create a function in Javascript that returns a string of the current date in this format?
"February 6, 2023"

{"text":"Yes, here is an example of a function in Javascript that returns the current date in the desired format:\n```\nconst currentDate = () => {\n  const now = new Date();\n  const month = now.toLocaleString('default', {month: 'long'});\n  const day = now.getDate();\n  const year = now.getFullYear();\n  return `${month} ${day}, ${year}`;\n};\n```","dsl":{}}

can you rewrite the code in python?

{"text":"```python\nimport datetime\ncurrentDate = datetime.datetime.now().strftime(\"%B %d, %Y\")\n```","dsl":{}}
[{"columns":["Code","Name","Headquarter","Founder","Revenue"],"name":"manufacturers","type":"grid"}]

What manufacturer has the highest revenue?

{"dsl":{"actions":[{"actionType":"ChangeTopFilter","column":"revenue","limit":1,"aggregation":"avg","direction":"desk"}]}}

Where is Iomega located?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"name","operation":"=","value":"Iomega"}]}}

Where is Brian?

{"text":"I'm sorry, but I don't have any information about Brian. Can you please provide more context or details about who Brian is and what you're looking for? I'll do my best to help you with the information I have.","dsl":{}}

Are there manufacturers on the list located in the United States?


{"text":"Sorry, I cannot answer this.","dsl":{}}

If you were to be an animal, what would you be?

{"text":"A human due to his superior intelligence in comparison to other species.","dsl":{}}

What manufacturers on the list are located in Austin?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"Headquarter","operation":"=","value":"Austin"}]}}

What is Creative labs revenue?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"Name","operation":"=","value":"Creative Labs"}]}}

How many companies have a revenue greater than 100.0?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"revenue","operation":">","value":100}]}}

What is the total revue of those 3 companies?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"revenue","aggregation":"sum"},{"actionType":"ChangeCondition","column":"revenue","operation":">","value":100}]}}

Thanks!

{"text":"You are welcome. Bye!","dsl":{}}
[{"columns":["Exhibition_ID","Year","Theme","Artist_ID","Ticket_Price"],"name":"exhibition","type":"grid"}]

what is the cloud computing

{"text":"Cloud computing is a model for delivering information technology services in which resources are retrieved from the internet through web-based tools and applications, rather than a direct connection to a server. In other words, it is a way of accessing and storing data and applications over the Internet, rather than on a computer's hard drive.\n\nWith cloud computing, users can access their data and applications from any device that has an Internet connection, without having to install software or manage infrastructure. This makes it possible for organizations to scale their computing resources up or down as needed, without having to invest in expensive hardware and maintenance. Additionally, cloud computing can also reduce costs, improve collaboration, and increase efficiency.\n\nThere are various types of cloud computing services, including Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Major companies such as Amazon, Microsoft, and Google offer cloud computing services to individuals and organizations.","dsl":{}}

Explain the most commonly used AWS services.

{"text":"AWS (Amazon Web Services) is a popular cloud computing platform that offers a wide range of services for individuals and organizations to build and run applications in the cloud. Here are some of the most commonly used AWS services:\n\nAmazon EC2: This is a virtual server that provides scalable compute capacity in the cloud. EC2 instances can be easily launched and configured, and can be used for a wide range of computing tasks.\n\nAmazon S3: This is a highly scalable object storage service that enables users to store and retrieve data from anywhere on the web. It's commonly used for backup, archiving, and content delivery.\n\nAmazon RDS: This is a managed relational database service that provides a highly scalable, highly available database engine. It's commonly used for applications that require a high level of availability and reliability.\n\nAmazon VPC: This is a virtual private cloud that provides a secure and isolated environment for running resources in the cloud. It's commonly used for applications that require a high level of security.\n\nAmazon Lambda: This is a serverless compute service that enables users to run code without having to manage servers. It's commonly used for event-driven applications and other use cases that require on-demand compute capacity.\n\nAmazon Route 53: This is a highly available and scalable domain name system (DNS) service that routes user requests to infrastructure running in AWS.\n\nThese are just a few examples of the many AWS services that are available. The AWS platform offers a vast array of tools and services that can be tailored to meet the specific needs of individual users and organizations.","dsl":{}}
[{"columns":["ID","course_id","sec_id","semester","year","grade"],"name":"takes classes","type":"grid"}]

what are some fun facts about astronomy.

{"text":"Here are three interesting astronomical facts:\n\n1. Zodiacal light is a faint glow of diffuse sunlight scattered by interplanetary dust that can be sometimes seen From Earth after sunset or before sunrise. It appears in a particularly dark night sky to extend from the Sun\u2019s direction in a roughly triangular shape along the zodiac. The origin of the Zodiacal Light is thought to be from short-period \u2018Jupiter-family\u2019 comets. Some theory suggests that one possible source of this dust also might be planet Mars.\n2. You can see bright galaxies such as Andromeda Galaxy with your naked eyes in areas with good sky quality.\n3. One million Earths could fit inside the Sun \u2013 and the Sun is considered an average-size star.","dsl":{}}

Are there any other fun facts?

{"text":"1. The largest known star in the universe, UY Scuti, has a radius of over 1,700 times that of the Sun.\n2. The universe is estimated to be around 13.8 billion years old.\n3. The shortest day in the solar system belongs to planet Jupiter, which rotates on its axis once every 9 hours and 56 minutes.\n4. One teaspoonful of a neutron star would weigh about 6 billion tons.\n5. The hottest planet in our solar system is Venus, with surface temperatures that can reach up to 864 degrees Fahrenheit (462 degrees Celsius).\n6. The famous Crab Nebula, a supernova remnant located in the constellation Taurus, is expanding at a rate of about 1,500 kilometers per second.\n7. The Great Red Spot, a gigantic storm on Jupiter, has been raging for over 300 years.\n8. The Andromeda Galaxy, our closest neighbor in the universe, is 2.5 million light years away from Earth.\n9. A black hole with a mass of 4 million Suns lies at the center of our Milky Way galaxy.\n10. The Apollo astronauts left mirrors on the Moon's surface, which are used to measure the distance between the Earth and the Moon with incredible accuracy.","dsl":{}}
[{"columns":["order_item_id","order_id","product_id"],"name":"order items","type":"grid"}]

My kid needs to do a science project for elementary school, what are some cheap but fun projects to do?

{"text":"Here are some projects for your kid's science project that are not only affordable but also lots of fun:\n\n* Growing your own crystals: If you dissolve sugar or salt in hot water, then let it cool and evaporate in a clear jar over a few days, you'll grow shiny, eye-catching crystals! Alternatively, you can use borax and pipe cleaners to create crystals.\n* Creating a homemade lava lamp: Mesmerised by floating lava lamps? You can do it all in your own house! Fill a clear plastic bottle with water and oil, then drop in some food colouring and a fizzing antacid tablet. The oil and water will then separate, creating your own lava lamp!\n* Playing around with magnets: You can use magnets around your house and find out which objects attract to them and which ones do not.\n\nHope this helps, remember to always keep it simple, fun and easy to understand. Good luck with your kid's science project!","dsl":{}}

Lava Lamps and Growing crystals don't sound very safe. I like the idea of the magnets though.  Do you have any examples of projects that my kid and I can make using magnets?

{"text":"Yes, you're right. Safety is always a priority. Here are some magnet-related project ideas that you and your kid can do together:\n\n* Magnetic slime: You can make your own slime that's magnetic by adding iron oxide powder to the mixture. Once you have the magnetic slime.\n* Magnetic field viewer: You can create a magnetic field viewer by placing iron filings in a clear container and then using a magnet to create different patterns and shapes with the filings.\n* Magnetic levitation train: You can build a small train that levitates using magnets. You'll need a few magnets, some wire, and a battery to power the train.\n\nNote: Iron oxide powder can be messy and may stain clothes or surfaces, so be sure to protect your work area and wear gloves if desired. The same applies to the iron fillings.","dsl":{}}

Could you suggest a project that involves electricity?
[{"columns":["Cinema_ID","Name","Openning_year","Capacity","Location"],"name":"cinema","type":"grid"}]

Show all the cinema names and opening years in descending order of opening year.

{"dsl":{"actions":[{"actionType":"ChangeSorting","column":"openning_year","direction":"desk"}]}}

What are the name and location of the cinema with the largest capacity?

{"dsl":{"actions":[{"actionType":"ChangeTopFilter","column":"capacity","limit":1,"aggregation":"avg","direction":"desk"}]}}

Show each location and the number of cinemas there.

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"LOCATION"}]}}
[{"columns":["rid","dst_apid","dst_ap","src_apid","src_ap","alid","airline","codeshare"],"name":"routes","type":"grid"}]

If I add a USB GPS dongle to a Microsoft surface tablet, can googlemaps then use my location and do car navigation for me?

{"text":"Yes, adding a USB GPS dongle to a Microsoft Surface tablet would allow Google Maps to use your location and provide car navigation for you. The USB GPS dongle provides the tablet with GPS signals, which the tablet can then use to determine your location. With this information, Google Maps can provide you with turn-by-turn navigation directions, using your current location as the starting point and your destination as the end point. However, you may also need to make sure that your tablet is running the latest version of the operating system and has an active internet connection in order to use Google Maps for navigation.","dsl":{}}

What should I look for in a GPS dongle?

{"text":"Plastic, metal and silicone, mostly.","dsl":{}}
[{"columns":["Place","Player","Country","Score","To par"],"name":"2-18122130-5","type":"grid"}]

What is To par, when Country is "Spain"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Country`","operation":"=","value":"spain"}]}}

What is Country, when Player is "José María Olazábal"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Player`","operation":"=","value":"josé maría olazábal"}]}}

What is Place, when Player is "John Cook"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Player`","operation":"=","value":"john cook"}]}}

What is Score, when Country is "United States", and when Player is "Raymond Floyd"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Country`","operation":"=","value":"united states"},{"actionType":"ChangeCondition","column":"`Player`","operation":"=","value":"raymond floyd"}]}}

What is To par, when Player is "Larry Rinker"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Player`","operation":"=","value":"larry rinker"}]}}

What is Country, when Place is "T8", and when Score is "70-67=137"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Place`","operation":"=","value":"t8"},{"actionType":"ChangeCondition","column":"`Score`","operation":"=","value":"70-67=137"}]}}