Veerarajank/test huggingface dataset:
[{"columns":["branch_ID","bname","no_of_customers","city","state"],"name":"bank","type":"grid"}]

how would i merge different sheets in an excel file in a single one?

{"text":"You can do this with the consolidate feature in Excel:\n\nOpen the file with the sheets you want to consolidate\nGo to the Data tab\nClick Consolidate\nClick 'Use labels in' and select the reference sheet (the one that contains the labels/headers for the data)\nCheck the sheets you want to consolidate into the reference sheet\nClick OK\n\nThis will copy the data from the selected sheets into the reference sheet, using the labels from that sheet to determine where to put the data.\nSo essentially it merges the data from the sheets, using the first sheet as the template for the headings etc.\n\nIf you don't have a separate reference sheet, you can also do this with VBA by looping over the sheets and copying the data to a new sheet. But the consolidate feature is easier and more flexible in most cases.","dsl":{}}

After merging is there a way to print out the finalized sheet?

{"text":"how are you?","dsl":{}}
[{"columns":["image_id","image_alt_text","image_name","image_url"],"name":"images","type":"grid"}]

Assume I've never seen any of the things in the list below. In three words or fewer, give me a description of:

Mouse
Pig
Cow
Mallard
Platypus

Kite
Airplane
Helicopter
Gyrocopter

Grape
Lemon
Banana
Pomegranate
Breadfruit

Electron
Neutron
Proton
Baryon
Higgs-Boson

{"text":"Mouse: Small rodent\nPig: Punk Farm animal\nCow: Milk producer\nMallard: Duck species\nPlatypus: Egg-laying mammal\n\nKite: Flying toy\nAirplane: Flying vehicle\nHelicopter: Rotary aircraft\nGyrocopter: Autogyro aircraft\n\nGrape: Rounded small fruit\nLemon: Yellow sour fruit\nBanana: Yellow curved fruit\nPomegranate: Seeded fruit\nBreadfruit: Starchy fruit\n\nElectron: Electric subatomic particle\nNeutron: Atomic particle\nProton: Atomic particle\nBaryon: Particle group\nHiggs-Boson: Subatomic particle","dsl":{}}

Thanks! Can you give me a short sentence to describe each item?
[{"columns":["artist_name","country","gender","preferred_genre"],"name":"artist","type":"grid"}]

how artist are from India 

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"country","operation":"=","value":"'India'"}]}}

how many persons are from folk genre

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"preferred_genre","operation":"=","value":"'folk'"}]}}

how many artists are from Bangladesh

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"country","operation":"=","value":"'Bangladesh'"}]}}

Thanks

{"text":"You are welcome.","dsl":{}}
[{"columns":["id","name","date","bulgarian_commander","latin_commander","result"],"name":"battle","type":"grid"}]

What are the name and results of the battles when the bulgarian commander is not 'Boril'

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

What are the distinct battle names which are between bulgarian commander 'Kaloyan' and latin commander 'Baldwin I'?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"bulgarian_commander","operation":"=","value":"Kaloyan"},{"actionType":"ChangeCondition","column":"latin_commander","operation":"=","value":"Baldwin I"}]}}

How many different results are there for the battles?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"RESULT","aggregation":"count"}]}}
[{"columns":["best_of","draw_size","loser_age","loser_entry","loser_hand","loser_ht","loser_id","loser_ioc","loser_name","loser_rank","loser_rank_points","loser_seed","match_num","minutes","round","score","surface","tourney_date","tourney_id","tourney_level","tourney_name","winner_age","winner_entry","winner_hand","winner_ht","winner_id","winner_ioc","winner_name","winner_rank","winner_rank_points","winner_seed","year"],"name":"matches","type":"grid"}]

I want to start doing astrophotography as a hobby, any suggestions what could i do?

{"text":"Getting started in astrophotography can seem daunting, but with some patience and practice, you can become a master of the craft. To begin, you'll need a good camera and lens, a tripod, and a dark sky location free of light pollution. You will also need to learn about the basics of astrophotography, such as what camera settings to use, how to capture star trails, and the best techniques for tracking celestial objects. You can also purchase or rent different types of telescopes, depending on what types of objects you want to capture. Additionally, it's important to keep up with the latest astrophotography news and trends. Once you have the necessary equipment and knowledge, you can start shooting and experimenting with different techniques to get the best results.","dsl":{}}

What's the average age of all losers of all matches?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"loser_age","aggregation":"avg"}]}}

What's the average age of all winners of all matches?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"winner_age","aggregation":"avg"}]}}

What are the average minutes of all matches?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"minutes","aggregation":"avg"}]}}

How many types of sql joins does mysql supports?

{"text":"MySQL supports 3 basic types of JOIN clauses:\n\n1. `INNER JOIN`: Returns rows with matching values in both tables.\n2. `CROSS JOIN`: Returns all rows from both tables.\n3. `OUTER JOIN`: Returns both matching rows *and* non-matching rows. In case there are non-matching rows in a joined table, their NULL values will be shown. There are two types of outer joins in MySQL: `LEFT JOIN`, which returns all records from the left table, and the matched records from the right table, and `RIGHT JOIN`, which returns all records from the right table, and the matched records from the left table.","dsl":{}}

What was the longest match in minutes?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"minutes","aggregation":"max"}]}}

What was the shortest match in minutes?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"minutes","aggregation":"min"}]}}

Thanks!

{"text":"Thanks. bye.","dsl":{}}
[{"columns":["Exhibition_ID","Year","Theme","Artist_ID","Ticket_Price"],"name":"exhibition","type":"grid"}]

what year did Vijay Singh joined?

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

Please explain to me like I am 7 years old, what artificial intelligence is.

{"text":"Artificial intelligence means the properties of computers to act in a somehow smart way like humans or even smarter. Computers learn to discover the things they get shown like Babys do. They  learn by collecting discovered coherences of things. They even learn to talk like babies do, by memorizing the words that are attached to things and meanings. One could say that people try to make computers learn like Humans do. And the result is no human, but artificial intelligence.","dsl":{}}
[{"columns":["Member_ID","Branch_ID","Register_Year"],"name":"membership register branch","type":"grid"}]

What is the best design of a system that uploads a file to S3, than resizes it with lambda but using the same key as uploaded, without triggering the resize lambda function twice or more?

{"text":"A possible solution to this problem is to use a S3 bucket event trigger to trigger the resizing Lambda function when a new file is uploaded to the S3 bucket. You can set the event to trigger the Lambda function only when a new object is created, not when it's modified. The Lambda function can then resize the file and store the resized version in the same S3 bucket using the same key as the original file, but with a different file format (e.g. adding \"_resized\" to the filename).\n\nAdditionally, you can add a check in the Lambda function to ensure it only resizes the file once. For example, you can store metadata in the object's metadata in S3 to indicate whether the file has been resized or not. Before resizing, the Lambda function can check this metadata and only resize the file if it hasn't been resized already.\n\nBy combining these two strategies, you can ensure that the Lambda function is triggered only once for each new file uploaded to the S3 bucket and that the resized version is stored in the same S3 bucket with the same key as the original file.","dsl":{}}
[{"columns":["student_id","liked_id"],"name":"Likes","type":"grid"}]

Count the number of likes for each student id.

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"student_id"}]}}

How many likes correspond to each student id?

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"student_id"}]}}
[{"columns":["Code","Name","Continent","Region","SurfaceArea","IndepYear","Population","LifeExpectancy","GNP","GNPOld","LocalName","GovernmentForm","HeadOfState","Capital","Code2"],"name":"country","type":"grid"}]

want to play chess? make a chessboard using this method 
[X][X]
[X][X]
X is a generic symbol to represent any piece. create a list of symbols and assign them to each piece

{"text":"*Chess would be fun!*\n\n**Here's the key for each piece:**\n- p: pawn\n- r: rook\n- b: bishop\n- n: knight\n- k: king\n- q: queen\n\n**Top:** Black\n**Bottom:** White\n___\n**The chess board:** \n  \n[r][n][b][q][k][b][n][r]\n[p][p][p][p][p][p][p][p]\n[  ][  ][  ][  ][  ][  ][  ][  ]\n[  ][  ][  ][  ][  ][  ][  ][  ]\n[  ][  ][  ][  ][  ][  ][  ][  ]\n[  ][  ][  ][  ][  ][  ][  ][  ]\n[p][p][p][p][p][p][p][p]\n[r][n][b][q][k][b][n][r]\n____\nYour move!","dsl":{}}

Here, I reformatted the board to use a monospace font. Your turn
```
[r][n][b][q][k][b][n][r]
[p][p][p][p][p][p][p][p]
[ ][ ][ ][ ][ ][ ][ ][ ]
[ ][ ][ ][ ][ ][ ][ ][ ]
[ ][ ][ ][ ][ ][ ][ ][ ]
[ ][p][ ][ ][ ][ ][ ][ ]
[p][ ][p][p][p][p][p][p]
[r][n][b][q][k][b][n][r]
```

{"text":"What an interesting move! You went for the Nimzovich-Larsen Attack (or A01 system), which is an opening system for White based on the moves:\n\n1. b3\n\nThis is an unorthodox and somewhat unusual opening system. The key ideas for White are:\n\n1. Avoiding symmetrical pawn structures with a central d4 and e4 pawn advance. By advancing the b-pawn to b3, White sidesteps standard opening lines and aims for an asymmetrical pawn structure.\n\n2. Quick development of the c1-bishop. By advancing the b-pawn to b3, White opens up the c1-h6 diagonal and can develop the c1-bishop actively to b2, eyeing the long diagonal.\n\n3. Control of d4 square. The b3-pawn controls the central d4 square and allows White's pieces to potentially occupy this key central square.\n\nBlack has a number of good responses, including:\n\n1...e5, contesting the center immediately. This can lead to open positions with chances for both sides.\n\n1...c5, staking a claim in the center and contesting the d4 square. This leads to dynamic and unbalanced positions.\n\n1...Nf6, developing the knight and preparing to fianchetto the c8-bishop or contest the e4 square. This leads to positions with a spatial battle and fight for control of key central squares.\n\nThe Nimzovich-Larsen Attack is a playable opening system but is somewhat offbeat and double-edged. Black has several ways to obtain active counterplay, so White must proceed carefully to obtain an advantage. The positions are often quite dynamic and unbalanced, promising White winning chances but also counterchances for Black if White is not careful.\n\nHere I choose to go for 1...e5. \n```\n[r][n][b][q][k][b][n][r]\n[p][p][p][ ][p][p][p][p]\n[ ][ ][ ][ ][ ][ ][ ][ ]\n[ ][ ][ ][p][ ][ ][ ][ ]\n[ ][ ][ ][ ][ ][ ][ ][ ]\n[ ][p][ ][ ][ ][ ][ ][ ]\n[p][ ][p][p][p][p][p][p]\n[r][n][b][q][k][b][n][r]\n```\nYour turn now :)","dsl":{}}
[{"columns":["Shop_ID","Address","Num_of_staff","Score","Open_Year"],"name":"shop","type":"grid"}]

What is the syntax for each of pythons major "ideas", ie. functions, variables, classes, loops, imports, etc

{"text":"If you would like to learn the basic syntax of Python, please visit https://wiki.python.org/moin/BeginnersGuide","dsl":{}}

Well thanks, but I would like the explanation from you directly.

{"text":"Sure, I'd be happy to explain it directly to you. Here's a brief overview of the syntax for some of Python's major concepts:\n\n* Variables: To create a variable in Python, you simply choose a name and assign a value to it using the equal sign. For example: x = 5.\n\n* Functions: To create a function in Python, you use the def keyword followed by the function name and any parameters in parentheses. The function body is indented under the function definition. For example:\n\n```py\ndef greet(name):\n    print(\"Hello, \" + name + \"!\")\n```\n\n* Classes: To create a class in Python, you use the class keyword followed by the class name. The class body is indented under the class definition. For example:\n\n```py\nclass Dog:\n    def __init__(self, name, age):\n        self.name = name\n        self.age = age\n```\n\n* Loops: Python has two main types of loops: `for` loops and `while` loops. A `for` loop is used to iterate over a sequence of items, while a `while` loop is used to repeat a block of code while a certain condition is true. For example:\n\n```py\n# For loop example\nfor i in range(10):\n    print(i)\n\n# While loop example\ni = 0\nwhile i < 10:\n    print(i)\n    i += 1\n```\n\n* Imports: To import a module in Python, you use the import keyword followed by the module name. You can also use the from keyword to import specific functions or classes from a module. For example:\n\n```py\nimport math\n\n# Import specific function from math module\nfrom random import randint\n```\n\nThese are just a few examples of the syntax for some of Python's major concepts. There are many more aspects to the language, but this should give you a good starting point.","dsl":{}}
[{"columns":["Race_ID","Name","Class","Date","Track_ID"],"name":"race","type":"grid"}]

Propose a cleaning plan for a 3-room apartment shared by two people. Tasks should be split fairly and rotate every once in a while. The plan should be enough to keep the apartment more or less clean, while not being too demanding.

{"text":"The plan is structured into two tiers: weekly and monthly tasks.\n\nHere's a suggested cleaning plan for a 3-room apartment shared by two people.\n\nWeekly cleaning tasks:\n- Vacuum and mop all floors\n- Dust all surfaces and furniture\n- Clean bathrooms (toilet, sink, shower/bathtub)\n- Wipe down kitchen counters and appliances\n- Do laundry and change bed linens\n\nMonthly cleaning tasks (rotate every two months):\n- Deep clean the kitchen (stove, oven, refrigerator)\n- Clean windows and mirrors\n- Vacuum and wipe down all upholstered furniture\n- Clean inside cabinets and drawers\n- Scrub shower grout and tiles\n\nTo split the tasks fairly:\n- Assign a primary person for each weekly task\n- Assign a primary person for each monthly task\n- Switch primary tasks every other month\n\n\nThis plan should keep the apartment clean while not being too demanding. Regular maintenance of the cleaning tasks will help to avoid a buildup of dirt and grime.","dsl":{}}

What should I do if my roommate neglects their weekly tasks and gets defensive if the topic is discussed?

{"text":"A common tactic in this type of situation is to ignore your part of the duties as well while making it clear that this behaviour, unlike his, is not out of neglect but is a deliberate protest. Your roomate will hate the mess that builds up just as much as you will, and eventually will come to the negotiation table with you.","dsl":{}}

It does not work with my roommate, he just gets even more stubborn
[{"columns":["Settlement_ID","Claim_ID","Date_Claim_Made","Date_Claim_Settled","Amount_Claimed","Amount_Settled","Customer_Policy_ID"],"name":"Settlements","type":"grid"}]

What is the total amount of settlement made for all the settlements?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"Amount_Settled","aggregation":"sum"}]}}

Compute the total amount of settlement across all the settlements.

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"Amount_Settled","aggregation":"sum"}]}}
[{"columns":["Account_ID","Statement_ID","Account_Details"],"name":"Accounts","type":"grid"}]

Show all statement id and the number of accounts for each statement.

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"STATEMENT_ID"}]}}

What are the different statement ids on accounts, and the number of accounts for each?

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"STATEMENT_ID"}]}}
[{"columns":["EMP_NUM","DEPT_CODE","PROF_OFFICE","PROF_EXTENSION","PROF_HIGH_DEGREE"],"name":"professor","type":"grid"}]

What would be a good set of exercises to do every morning to keep me in shape?

{"text":"1. Full Body Stretches Full body stretches involve dynamic stretches.\n2. Squats Squats are one of the most helpful morning workouts.\n3. Lunges Keep your upper body straight, with your shoulders back and relaxed and chin up.","dsl":{}}

How do you know whether you are getting better over time?

{"text":"You can keep a log (whether digital or on paper) of how much of a given exercise you can do before getting tired, then look back after a while to see how far you've come. Note that you don't have to push yourself every day; for example, you could make Saturday \"benchmark day\" and test your limits then, while keeping your daily exercise relatively light.","dsl":{}}
[{"columns":["customer_id","customer_address_id","customer_status_code","date_became_customer","date_of_birth","first_name","last_name","amount_outstanding","email_address","phone_number","cell_mobile_phone_number"],"name":"Customers","type":"grid"}]

List email address and birthday of customer whose first name as Carole.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"=","value":"'Carole'"}]}}

What are the email addresses and date of births for all customers who have a first name of Carole?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"=","value":"'Carole'"}]}}

List phone number and email address of customer with more than 2000 outstanding balance.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"amount_outstanding","operation":">","value":2000}]}}

What are the phone numbers and email addresses of all customers who have an outstanding balance of more than 2000?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"amount_outstanding","operation":">","value":2000}]}}

When are the birthdays of customer who are classified as 'Good Customer' status?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"customer_status_code","operation":"=","value":"Good Customer"}]}}

What is the date of birth of every customer whose status code is 'Good Customer'?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"customer_status_code","operation":"=","value":"Good Customer"}]}}

When did customer with first name as Carole and last name as Bernhard became a customer?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"=","value":"'Carole'"},{"actionType":"ChangeCondition","column":"last_name","operation":"=","value":"'Bernhard'"}]}}

When did Carole Bernhard first become a customer?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"=","value":"'Carole'"},{"actionType":"ChangeCondition","column":"last_name","operation":"=","value":"'Bernhard'"}]}}

List all customer status codes and the number of customers having each status code.

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"customer_status_code"}]}}

For each customer status code, how many customers are classified that way?

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"customer_status_code"}]}}

List the first name and last name of customers have the amount of outstanding between 1000 and 3000.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"amount_outstanding","operation":">=","value":1000},{"actionType":"ChangeCondition","column":"amount_outstanding","operation":"<=","value":3000}]}}

What are the first and last names of all customers with between 1000 and 3000 dollars outstanding?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"amount_outstanding","operation":">=","value":1000},{"actionType":"ChangeCondition","column":"amount_outstanding","operation":"<=","value":3000}]}}
[{"columns":["stuid","dormid","room_number"],"name":"lives in","type":"grid"}]

Can you tell me what the Kernel trick is, in the context of SVMs?

{"text":"The Kernel Trick, in the context of Support Vector Machines (SVM), is a mathematical technique that allows us to transform a linear classification problem into a high-dimensional nonlinear space, where the separator can be calculated more easily. This is achieved by defining a function called a kernel which maps the input data into a higher-dimensional space, where it can be separated using a linear separator.","dsl":{}}

Where can I find more information on the Kernel trick?

{"text":"There are many resources available online to learn more about the Kernel trick, which is a method used in machine learning for nonlinear classification and regression tasks. Here are a few places you can start:\n\n1. The original paper by Boser, Guyon, and Vapnik: The Kernel trick was first introduced in a 1992 paper by Boser, Guyon, and Vapnik titled \"A Training Algorithm for Optimal Margin Classifiers.\" The paper is available online and provides a detailed explanation of the Kernel trick and its applications.\n\n2. Online courses: Many online courses on machine learning and data science cover the Kernel trick as part of their curriculum. Websites such as Coursera, edX, and Udemy offer courses on these topics.\n\n3. Textbooks: There are many textbooks on machine learning and data science that cover the Kernel trick in detail, including \"The Elements of Statistical Learning\" by Hastie, Tibshirani, and Friedman, and \"Pattern Recognition and Machine Learning\" by Christopher Bishop.\n\n4. Research papers and articles: Many research papers and articles have been published on the Kernel trick and its applications in various fields. A quick search on Google Scholar or arXiv can lead to many relevant papers and articles.\n\n5. Online communities: There are many online communities and forums dedicated to machine learning and data science, where you can ask questions and discuss topics related to the Kernel trick and other machine learning techniques. Examples include the Machine Learning subreddit and the Kaggle community forums.","dsl":{}}
[{"columns":["Patient","Procedures","Stay","DateUndergoes","Physician","AssistingNurse"],"name":"undergoes","type":"grid"}]

Find the patient order by the date they underwent treatment. Recent first.

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

Only show the first result.

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

Thanks

{"text":"You are welcome. Goodbye. ","dsl":{}}
[{"columns":["Number","Name","Meaning","Fleet","Launched"],"name":"2-10684273-1","type":"grid"}]

what fleet is associated with the number L4?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Number`","operation":"=","value":"l4"}]}}

what number is associated with the baltic fleet and leninets (ленинец)?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Fleet`","operation":"=","value":"baltic"},{"actionType":"ChangeCondition","column":"`Name`","operation":"=","value":"leninets (ленинец)"}]}}

when was garibaldets (гарибальдиец) launched?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Name`","operation":"=","value":"garibaldets (гарибальдиец)"}]}}

when was the number l6, with a fleet of black sea, launched?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Fleet`","operation":"=","value":"black sea"},{"actionType":"ChangeCondition","column":"`Number`","operation":"=","value":"l6"}]}}

what number is associated with the name chartist (чартист)?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Name`","operation":"=","value":"chartist (чартист)"}]}}