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By selecting Adopt and Sign, I agree that the signature and initials will be the electronic representation of my signature and initials for all purposes when I (or my agent) use them on documents, including legally binding contracts just the same as pen-and-paper signature or initial.

Before proceeding with the deletion of the record from the object, it's crucial to review its dependencies across various components.

Please take a moment to examine all the dependent components where this record is being utilized.

Table of dependent components where the record is being utilized.
Object	Field	Row ID

I understand the risks and choose to proceed with the deletion

Objects

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: All
ABS()	Arithmetic absolute value. If the value is a string, it will be converted to a number. `ABS("-3.14")` Returns: 3.14 `ABS(-2.718)` Returns: 2.718
ACCOUNTID()	The current account ID `ACCOUNTID()` Returns: UUID
ADDRESS_TO_LATLNG()	Converts an address to latitude and longitude. A point is a tuple with 2 values: latitude and longitude. `ADDRESS_TO_LATLNG("1600 Amphitheatre Parkway, Mountain View, CA 94043")` Returns: (37.4223878,-122.0841877)
AND()	Returns a YesNo expression `AND(TRUE, TRUE)` Returns: Yes `AND(TRUE, FALSE)` Returns: No `AND(FALSE, TRUE)` Returns: No `AND(FALSE, FALSE)` Returns: No
ANY()	Returns a random choice from a list `ANY(["a", "b", "c"])` Returns: a random value - a, b, or c `ANY([1, 2, 3])` Returns: a random value - 1, 2, or 3
AVERAGE()	Returns mean of a list `AVERAGE([1, 2, 3])` Returns: 2 `AVERAGE([3.14, 2.71, 1.41])` Returns: 2.42
BASE_URL()	Returns the base URL of the app `BASE_URL()` Returns: https://www.appsheet.com/
BOOLEAN() or BOOL()	Converts a value to a boolean `BOOLEAN("true")` Returns: Yes `BOOLEAN("false")` Returns: No `BOOLEAN(1)` Returns: Yes `BOOLEAN(0)` Returns: No
CEILING()	Returns the smallest integer greater than or equal to a number `CEILING(3.14)` Returns: 4 `CEILING(-3.14)` Returns: -3
CONCAT()	Concatenates two or more text strings `CONCAT("Hello", " ", "World")` Returns: Hello World `CONCAT("Hello", " ", "World", "!")` Returns: Hello World!
CONCAT_WS()	Concatenates two or more text strings with a separator `CONCAT_WS(" ", "Hello", "World")` Returns: Hello World `CONCAT_WS(" ", "Hello", "World", "!")` Returns: Hello World !
CONCATENATE()	Concatenates two or more text strings `CONCATENATE("Hello", " ", "World")` Returns: Hello World `CONCATENATE("Hello", " ", "World", "!")` Returns: Hello World!
CONTAINS()	Returns a YesNo expression `CONTAINS("Hello World", "World")` Returns: Yes `CONTAINS("Hello World", "World!")` Returns: No
CONTEXT()	Returns current context `CONTEXT('application')` Returns: my-app `CONTEXT('solution')` Returns: my-solution `CONTEXT('page')` Returns: my-page `CONTEXT('view')` Returns: my-view `CONTEXT('view-type')` Returns: list-view `CONTEXT('object')` Returns: my-object `CONTEXT('Bot')` Returns: False `CONTEXT('Browser')` Returns: Chrome/Safari/Firefox `CONTEXT('DeviceType')` Returns: Mobile/Web `CONTEXT('Device')` Returns: Uid of the device from cookie `CONTEXT('OS')` Returns: iOS/Linux/Windows
COUNT()	Returns the number of items in an iterable. If the argument is a table name, it will return the number of rows. `COUNT([1, 2, 3])` Returns: 3 `COUNT([3.14, 2.71, 1.41])` Returns: 3 `COUNT("table_name")` Returns: Number
CURRENTAPP()	The ID of the active application `CURRENTAPP()` Returns: UUID
DATE()	Returns a date from a string `DATE("2020-01-01")` Returns: 2020-01-01 `DATE("2020-01-01 00:00:00")` Returns: 2020-01-01
DATEADD()	Adds a number of days `DATEADD("2020-01-01", 1)` Returns: 2020-01-02 `DATEADD("2020-01-01", -1)` Returns: 2019-12-31
DATEDIFF()	Returns the number of days between two dates. DATEDIFF("2020-01-01", "2020-12-31") returns 365 `DATEDIFF("2020-01-01", "2020-12-31")` Returns: 365 `DATEDIFF("2020-12-31", "2020-01-01")` Returns: -365
DATETIME()	Returns a datetime from a string `DATETIME("2020-01-01")` Returns: 2020-01-01 00:00:00 `DATETIME("2020-01-01 12:34:56")` Returns: 2020-01-01 12:34:56
DAY()	Returns the day of the month `DAY("2020-01-01")` Returns: 1 `DAY("2020-12-31")` Returns: 31
DLP_SSN()	Returns a de-identified SSN `DLP_SSN("123-45-6789")` Returns: 123-XX-XXXX
ENCODEURL()	Returns a URL encoded string `ENCODEURL("https://www.google.com/search?q=hello world")` Returns: https%3A%2F%2Fwww.google.com%2Fsearch%3Fq%3Dhello+world
ENDSWITH()	Returns a YesNo expression `ENDSWITH("Hello World", "World")` Returns: Yes `ENDSWITH("Hello World", "World!")` Returns: No
EOMONTH()	Returns the last day of the month `EOMONTH("2020-01-01")` Returns: 2020-01-31 `EOMONTH("2020-12-31")` Returns: 2020-12-31
EOWEEK()	Returns the last day of the week `EOWEEK("2020-01-01")` Returns: 2020-01-05 `EOWEEK("2020-12-31")` Returns: 2021-01-02
EXISTS()	Returns a YesNo expression `EXISTS("users", "id", 1)` Returns: Yes `EXISTS("users", "id", 999)` Returns: No
EXTRACTDATES()	Returns a list of dates from a string `EXTRACTDATES("2020-01-01, 2020-01-03")` Returns: ['2020-01-01', '2020-01-03']
EXTRACTEMAILS()	Returns a list of emails from a string `EXTRACTEMAILS("admin@example.com hello@example.com")` Returns: ['admin.example.com', 'hello@example.com']
EXTRACTNUMBERS()	Returns a list of numbers from a string `EXTRACTNUMBERS("1 2 3")` Returns: [1, 2, 3]
EXTRACTPHONES()	Returns a list of phone numbers from a string `EXTRACTPHONES("123-456-7890")` Returns: ['123-456-7890']
EXTRACTURLS()	Returns a list of URLs from a string `EXTRACTURLS("https://www.google.com")` Returns: ['https://www.google.com'] `EXTRACTURLS("https://www.google.com https://www.example.com")` Returns: ['https://www.google.com', 'https://www.example.com']
FIND()	Returns the position of a substring. Returns -1 if not found. `FIND("needle", "needle in haystack")` Returns: 0 `FIND("rock", "in haystack")` Returns: -1
FLOAT()	Converts a value to float `FLOAT("3.14")` Returns: 3.14 `FLOAT(3)` Returns: 3.0
FLOOR()	Returns the largest integer less than or equal to a number `FLOOR(1.1)` Returns: 1 `FLOOR(1.9)` Returns: 1
FORMAT_DATETIME()	FORMAT_DATETIME(value, format,default_timezone[optional],ignore_timezone[optional]) Returns Datetime based on the input input `FORMAT_DATETIME(Sat, 15 Jun 2024 00:00:00 GMT,"%Y-%m-%d %H:%M:%S")` Returns: 2024-05-20 05:07:51 `FORMAT_DATETIME(2024-06-13 12:28:47,"%Y-%m-%d")` Returns: 2024-06-15 `FORMAT_DATETIME(2024-06-13 12:28:47,"%d-%m-%Y %H:%M:%S")` Returns: 20-05-2024 05:07:51
FORMAT_NUMBER()	Returns a formatted number `FORMAT_NUMBER("32", "{:08.0f}")` Returns: 00000032 `FORMAT_NUMBER(1234567.89, "{:10.2f}")` Returns: 1,234,567.89 `FORMAT_NUMBER(1234567.89, "{:10.2e}")` Returns: 1.23e+06 `FORMAT_NUMBER(1234567.89, "{:10.2g}")` Returns: 1.2e+06 `=FORMAT_NUMBER(.99, "{:7.2%}")` Returns: 99.00%
FORMAT_TIME()	FORMAT_TIME(Value,Military Time, Ignore Seconds, Default timezone('optional)) Returns Time based on the input `FORMAT_TIME('05:44:18',True,True,'America/Denver')` Returns: 05:44 `FORMAT_TIME("05:44:18 AM",False,True,"Pacific/Saipan")", "returns": "03:44 PM"}` Returns: 1. AppSheet 2. Bubble
GENERATE_CHILD_RECORDS()	GENERATE_CHILD_RECORDS(table, record ID, prompt, number of records, enhance prompt) Generates child records based on the input prompt and table. The number of records and optimise prompt is optional. `GENERATE_CHILD_RECORDS("superheros", "72570e47-2dc6-477d-97e7-c7b410ddc487" ,"Add details for 3 superheroes from Marvel", 3, True)` Returns: List of record IDs
GENERATE_IMAGE()	Returns a generated Image based on the input prompt `GENERATE_IMAGE("Cute Dog playing football ","512x512",1)` Returns: Image
GENERATE_RECORDS()	GENERATE_RECORDS(table, prompt, number of records, enhance prompt) Generates records based on the input prompt and table. The number of records and optimise prompt is optional. `GENERATE_RECORDS("superheros", "Add details for 3 superheroes from Marvel", 3, True)` Returns: List of record IDs
GENERATE_SIGNED_URL()	GENERATE_SIGNED_URL(url, [expiration=3600]) Returns a signed URL from GCS. `GENERATE_SIGNED_URL("bucket-name/example.png")` Returns: signed URL
GENERATE_TEXT()	GENERATE_TEXT(prompt, context, datasource) Returns a generated text based on the input prompt. Pass a datastore path to be used for grounding. `GENERATE_TEXT("Give me a name for a blog website")` Returns: Blogger's Home `GENERATE_TEXT("Give two names for a tech product, list them in numbers")` Returns: 1. AppSheet 2. Bubble
GENERATE_TEXT_WITH_IMAGE()	Returns a generated text with an image prompt and text prompt. Pass a datastore path to be used for grounding. `GENERATE_TEXT_WITH_IMAGE("image.jpg","Describe the image")` Returns: Text
GET()	Returns a value from a dictionary or a list `GET([1,7,8],0)` Returns: 1
HAS_PERMISSION()	Returns a YesNo expression `HAS_PERMISSION("send_mail")` Returns: Yes `HAS_PERMISSION("cases.create")` Returns: No `HAS_PERMISSION("cases.case_number.read")` Returns: No
HOUR()	Returns the hour `HOUR("2020-01-01 12:00:00")` Returns: 12 `HOUR("2020-01-01 00:00:00")` Returns: 0
IF()	Returns one value if a condition is true, and another value if it is false `IF(True, "Yes", "No")` Returns: Yes `IF(False, "Yes", "No")` Returns: No
IFS()	Returns one value if a condition is true, and another value if it is false for multiple conditions `IFS(True, "Yes", False, "No")` Returns: Yes `IFS(FALSE, "Yes", TRUE, "No")` Returns: No
IMAGE()	IMAGE(url). Returns a signed URL from GCS. `IMAGE("bucket-name/example.png")` Returns: signed URL
IN()	Returns a YesNo expression `IN("a", ["a", "b", "c"])` Returns: Yes `IN("d", ["a", "b", "c"])` Returns: No
INDEX()	Returns the value at a specific position in a list. Indexes start at 1. `INDEX(["a", "b", "c"], 1)` Returns: a `INDEX(["a", "b", "c"], 2)` Returns: b `INDEX(["a", "b", "c"], 3)` Returns: c `INDEX(["a", "b", "c"], 4)` Returns:
INT()	Converts a value to an integer `INT("3")` Returns: 3 `INT(2.718)` Returns: 2
ISBLANK()	Returns a YesNo expression `ISBLANK("")` Returns: Yes `ISBLANK("a")` Returns: No
ISDATE()	Returns a YesNo expression `ISDATE("2020-01-01")` Returns: Yes `ISDATE("a")` Returns: No
ISNOTBLANK()	Returns a YesNo expression `ISNOTBLANK("")` Returns: No `ISNOTBLANK("a")` Returns: Yes
ISNULL()	Returns a YesNo expression, if the value is null or None `ISNULL(1)` Returns: No `ISNULL(0)` Returns: No `ISNULL(None)` Returns: Yes
ISNUMBER()	Returns a YesNo expression `ISNUMBER(1)` Returns: Yes `ISNUMBER("a")` Returns: No
KG_SEARCH()	KG_SEARCH(query, [limit=10]). Returns a list of entities from Google's Knowledge Graph. `KG_SEARCH("Barack Obama")` Returns: [{"name": "Barack Obama", "type": "Person", "description": "44th U.S. President", "url": "https://en.wikipedia.org/wiki/Barack_Obama"}]
LATLNG_TO_ADDRESS()	LATLNG_TO_ADDRESS(latitude, longitude). Returns an address from a latitude and longitude. `LATLNG_TO_ADDRESS(40.714224, -73.961452)` Returns: 277 Bedford Ave, Brooklyn, NY 11211, USA
LEFT()	Returns the leftmost characters in a text string `LEFT("abc", 1)` Returns: a `LEFT("abc", 2)` Returns: ab `LEFT("abc", 3)` Returns: abc `LEFT("abc", 4)` Returns: abc
LEN()	The string length `LEN("abc")` Returns: 3 `LEN("a")` Returns: 1 `LEN("")` Returns: 0
LIST()	Returns a list of values `LIST("a", "b", "c")` Returns: ['a', 'b', 'c'] `LIST(1, 2, 3)` Returns: [1, 2, 3]
LOOKUP()	LOOKUP(value, object, field, return-column). Returns a single value from a table if found. `LOOKUP("admin@example.com", "users", "email", "name")` Returns: List
LOWER()	Lowercase a string `LOWER("ABC")` Returns: abc `LOWER("aBc")` Returns: abc
MARKDOWN_TO_HTML()	Converts Markdown to HTML `MARKDOWN_TO_HTML("# Hello")` Returns: Hello `MARKDOWN_TO_HTML("## Hello")` Returns: Hello
MAX()	Returns the largest value in a list of numbers `MAX([1, 2, 3])` Returns: 3 `MAX([3, 2, 1])` Returns: 3 `MAX([3.14, 2.71])` Returns: 3.14
MAXROW()	Returns the largest row number in a table `MAXROW("table", "field")` Returns: 3
MID(arg, start, length)	Returns a specific number of characters from a text string starting at the position you specify. `MID("abc", 1, 1)` Returns: a `MID("abc", 1, 2)` Returns: ab `MID("abc", 1, 3)` Returns: abc `MID("abc", 1, 4)` Returns: abc
MIN()	Returns the smallest value in a list of numbers `MIN([1, 2, 3])` Returns: 1 `MIN([3, 2, 1])` Returns: 1 `MIN([3.14, 2.71])` Returns: 2.71
MINROW()	Returns the smallest row number in a table `MINROW("table", "field")` Returns: 1
MINUTE()	Returns the minute `MINUTE("2020-01-01 12:34:56")` Returns: 34
MONTH()	Returns the month `MONTH("2020-01-01 12:34:56")` Returns: 1
NLP_SENTIMENT()	NLP_SENTIMENT(text). Returns a sentiment score from -1 to 1. `NLP_SENTIMENT("I love this product")` Returns: 0.9 `NLP_SENTIMENT("I hate this product")` Returns: -0.9
NOT()	Returns a YesNo expression `NOT(True)` Returns: No `NOT(No)` Returns: Yes
NOW(timezone='UTC')	The datetime in %Y-%m-%d %H:%M:%S format. The timezone is optional with a default of UTC. Complete list of timezones can be found at https://en.wikipedia.org/wiki/List_of_tz_database_time_zones `NOW()` Returns: 2020-12-31 12:34:56 `NOW("America/Denver")` Returns: 2020-12-31 07:34:56
OR()	Returns a YesNo expression `OR(True, False)` Returns: Yes `OR(Yes, No)` Returns: Yes `OR(No, No)` Returns: No
POWER()	Returns the result of a number raised to a power `POWER(2, 3)` Returns: 8 `POWER(3, 2)` Returns: 9 `POWER(3.14, 2)` Returns: 9.8596
PREDICT()	PREDICT(model, input). Returns a prediction from a model. `PREDICT("my-model", {"sepal_length": 5.1, "sepal_width": 3.5, "petal_length": 1.4, "petal_width": 0.2})` Returns: setosa
RANDBETWEEN()	Returns a random number between the two numbers `RANDBETWEEN(1, 10)` Returns: 5
RE_FIND()	Returns the first match of a regular expression `RE_FIND("([0-9]+)", "abc123def456")` Returns: 123 `RE_FIND("([a-z]+)", "abc123def456")` Returns: abc
RE_FINDALL()	Returns a list of all matches of a regular expression `RE_FINDALL("([0-9]+)", "abc123def456")` Returns: ['123', '456'] `RE_FINDALL("([a-z]+)", "abc123def456")` Returns: ['abc', 'def']
RE_MATCH()	Returns the first match of a regular expression at the beginning of a string `RE_MATCH("([0-9]+)", "123def456")` Returns: 123 `RE_MATCH("([a-z]+)", "abc123def456")` Returns: abc
RE_SEARCH()	Returns the first match of a regular expression anywhere in a string `RE_SEARCH("([0-9]+)", "abc123def456")` Returns: 123 `RE_SEARCH("([a-z]+)", "abc123def456")` Returns: abc
RE_SUB()	Returns a string with all matches of a regular expression replaced `RE_SUB("([0-9]+)", "X", "abc123def456")` Returns: abcXdefX `RE_SUB("([a-z]+)", "X", "abc123def456")` Returns: X123X456
REF_LABEL()	Get Ref Label of record `REF_LABEL("permits", "1745c746-aaa5-4ecf-96e7-49392458d42c")` Returns: ON-0017
REF_ROWS()	Define related table and column `REF_ROWS("users", "claim_id")` Returns: ('users', 'claim_id')
REMOVE_HTML_TAGS()	Removes HTML tags from a string `REMOVE_HTML_TAGS("Hello ")` Returns: Hello `REMOVE_HTML_TAGS("Hello ")` Returns: Hello
RIGHT()	Returns the rightmost characters from a string `RIGHT("abc", 1)` Returns: c `RIGHT("abc", 2)` Returns: bc `RIGHT("abc", 3)` Returns: abc
ROUND()	Returns a number rounded to a specified number of decimal places `ROUND(3.14159, 2)` Returns: 3.14 `ROUND(3.14159, 3)` Returns: 3.142 `ROUND(3.14159, 4)` Returns: 3.1416
SECOND()	Returns the second `SECOND("2020-01-01 12:34:56")` Returns: 56
SELECT()	Returns a list of records from a database table. - columns: (Optional) A list or comma-separated string of column names to retrieve. Defaults to "". - where_column: (Optional) The column name to filter by. - where_value: (Optional) The value to match for where_column. - flatten: (Optional) If True, returns a list of values from the first column only. - dictionary: (Optional) If True, returns each record as a dictionary. Cannot be used with flatten. - filters: (Optional) A list of tuples for multiple filters, e.g., filters=[("column1", 10), ("column2", 20)]. - order_by: (Optional) A string (column name) or a list of tuples for multiple sort columns, e.g., order_by=[("column1", "ASC"), ("column2", "DESC")]. `SELECT("table", "field1,field2")` Returns: [(val1, val2), ...] `SELECT("table", "field1", "filter_col", "filter_val")` Returns: [(val1), (val1), ...] `SELECT("table", "field1", "filter_col", "filter_val", flatten=True)` Returns: [val1, val1, ...] `SELECT("table", "field1,field2", dictionary=True)` Returns: [{'field1': val1, 'field2': val2}, ...] `SELECT("table", "", filters=[("col1", 10, ">")])` Returns: [(val1, val2, ...), ...] `SELECT("table", "", filters=[("col1", 10)])` Returns: [(col1, 10, ...), ...] `SELECT("table", "", order_by=[("col1", "DESC")])` Returns: [(val1, val2, ...), ...]
SENDER_EMAIL()	The email sender `SENDER_EMAIL()` Returns: Default Email Sender
SENDER_EMAIL_NAME()	The email sender name `SENDER_EMAIL_NAME()` Returns: Default Email Sender Name
SORT()	Returns a list of values sorted in ascending order. Optional second boolean parameter to sort in descending order. `SORT([3, 2, 1])` Returns: [1, 2, 3] `SORT([1, 2, 3], True)` Returns: [3, 2, 1]
SPEECH_TO_TEXT()	SPEECH_TO_TEXT(object,'en-us'). Returns a text string from a GCS object. `SPEECH_TO_TEXT("example.mp3","en-us")` Returns: Hello World
SPLIT()	Returns a list of substrings from a text string, separated by a delimiter `SPLIT("Hello World", " ")` Returns: ['Hello', 'World']
SQRT()	Returns the square root of a number `SQRT(4)` Returns: 2 `SQRT(9)` Returns: 3 `SQRT(9.0)` Returns: 3.0
STARTSWITH()	Returns a YesNo expression `STARTSWITH("Hello World", "Hello")` Returns: Yes `STARTSWITH("Hello World", "World")` Returns: No
STATIC_MAP()	STATIC_MAP(latitude, longitude, zoom, width, height, map_type). Returns a static map image from Google Maps. Maps Documentation. This returns a GCS blob URI. You can use the GENERATE_SIGNED_URL() function to display the image. map_type can be one of the following: roadmap, satellite, terrain, hybrid. `STATIC_MAP(40.714224, -73.961452, 12, 400, 400)` Returns: signed URL `STATIC_MAP(ADDRESS_TO_LATLNG("1616 Federal Blvd, Denver, CO 80204, USA"), None, 12, 400, 400)` Returns: File
STREET_VIEW()	STREET_VIEW(latitude, longitude, heading, pitch, fov, width, height). Returns a street view image from Google Maps. Street View Documentation. This returns a GCS blob URI. You can use the GENERATE_SIGNED_URL() function to display the image. `STREET_VIEW(40.714224, -73.961452, 90, 0, 90, 400, 400)` Returns: signed URL
SUBSTITUTE()	Returns a text string with all occurrences of a substring replaced with another substring `SUBSTITUTE("Hello World", "World", "Universe")` Returns: Hello Universe
SUM()	Returns the sum of a list of numbers `SUM([1, 2, 3])` Returns: 6 `SUM([1.1, 2.2, 3.3])` Returns: 6.6
SUMMARIZE_DOCUMENT(url)	SUMMARIZE_DOCUMENT(url) Returns a summarized text of the input document. Supports PDF files. `SUMMARIZE_DOCUMENT(url = pdf_url)` Returns: Summarized text of the pdf
TEXT()	Returns a text string representation of a value `TEXT(123)` Returns: 123 `TEXT(123.45)` Returns: 123.45
TEXT_TO_SPEECH()	TEXT_TO_SPEECH(text). Returns a GCS blob URI from a text string. You can use the GENERATE_SIGNED_URL() function to play the audio. `TEXT_TO_SPEECH("Hello World")` Returns: signed URL `TEXT_TO_SPEECH("Hello World", "FEMALE")` Returns: signed URL `TEXT_TO_SPEECH("Hello World", "MALE")` Returns: signed URL `TEXT_TO_SPEECH("Hello World", "NEUTRAL")` Returns: signed URL
TIME()	Returns the time portion of a datetime `TIME("2020-01-01 12:34:56")` Returns: 12:34:56 `TIME(NOW())` Returns: 12:34:56
TIMENOW(timezone='UTC')	The time in %H:%M:%S format. Similar to TIME(NOW()). The timezone is optional with a default of UTC. Complete list of timezones can be found at https://en.wikipedia.org/wiki/List_of_tz_database_time_zones `TIMENOW()` Returns: 12:34:56 `TIMENOW("America/Denver")` Returns: 07:34:56
TITLE()	Returns a text string in title case `TITLE("hello world")` Returns: Hello World
TODAY(timezone='UTC')	The date in %Y-%m-%d format. The timezone is optional with a default of UTC. Complete list of timezones can be found at https://en.wikipedia.org/wiki/List_of_tz_database_time_zones `TODAY()` Returns: 2020-01-01 `TODAY("America/Denver")` Returns: 2019-12-31
TOP()	Returns the first n items in a list `TOP([1, 2, 3], 2)` Returns: [1, 2] `TOP([1, 2, 3], 4)` Returns: [1, 2, 3]
TOTALHOURS()	Returns the total number of hours in a time `TOTALHOURS("12:34:56")` Returns: 12.582222222222223
TOTALMINUTES()	Returns the total number of minutes in a time `TOTALMINUTES("12:34:56")` Returns: 754.9333333333333
TOTALSECONDS()	Returns the total number of seconds in a time `TOTALSECONDS("12:34:56")` Returns: 45296.0
TRANSLATE_DOCUMENT()	TRANSLATE_DOCUMENT("URI", "source_language", "target_language"). Returns a translated document from a GCS URI. `TRANSLATE_DOCUMENT("gs://bucket-name/file-name", "en", "es")` Returns: GCS URI
TRANSLATE_DOCUMENT_BATCH()	TRANSLATE_DOCUMENT_BATCH("URI", "source_language", "target_language"). Returns a translated document from a GCS URI. `TRANSLATE_DOCUMENT_BATCH("gs://bucket-name/file-name", "en", "es")` Returns: GCS URI
TRANSLATE_TEXT()	TRANSLATE_TEXT(text, [source_language='auto', target_language='en']). Returns a translated string. Similar to the GOOGLETRANSLATE() function in Google Sheets. `TRANSLATE_TEXT("Hola Amigo")` Returns: Hi friend `TRANSLATE_TEXT("Hola Amigo", "es", "en")` Returns: Hi friend
TRIM()	Returns a text string with whitespace removed from the start and end `TRIM(" Hello World ")` Returns: Hello World `TRIM("Hello World")` Returns: Hello World
UNIQUE()	Returns a list of unique values from a list `UNIQUE([1, 2, 3, 1, 2, 3])` Returns: [1, 2, 3]
UPPER()	Uppercase a string `UPPER("Hello World")` Returns: HELLO WORLD
URL_TO_PDF()	URL_TO_PDF(url). Returns a PDF file from a URL. `URL_TO_PDF("https://example.com")` Returns: URI `URL_TO_PDF("https://example.com","vendors")` Returns: URI
USEREMAIL()	Returns the current user's email `USEREMAIL()` Returns: email
USERID()	Returns the current user's ID `USERID()` Returns: UUID
USERLOCALE()	The active locale e.g. en, de, es, zh `USERLOCALE()` Returns: en, de, es, fr, or zh
USERNAME()	Returns the current user's fullname `USERNAME()` Returns: Full Name
USERROLE()	Returns the current user's role ID `USERROLE()` Returns: UUID
UTCNOW()	The datetime for UTC timezone in %Y-%m-%d %H:%M:%S format `UTCNOW()` Returns: 2020-01-01 12:34:56
WEEKDAY()	Returns the day of the week for a date `WEEKDAY("2020-01-01")` Returns: 1
YEAR()	Returns the year `YEAR("2020-01-01")` Returns: 2020
REFS_TO_USERS(id,type)	Returns a list of user IDs referenced in a document `REFS_TO_USERS("table_name","objects")` Returns: ['user_id1', 'user_id2'] `REFS_TO_USERS("workflow_id","workflows")` Returns: ['user_id1', 'user_id2']
ADD_MY_PRODUCTS()	Returns:
APPEND_URL_SLIDE_DOC()	This function updates the URL of a `module_item` in the database based on its type. If the type is "Slide", it converts the Google Slides URL to an embeddable format. If the type is "Document", it appends `/preview` to the URL for viewing a Google Doc in preview mode. `APPEND_URL_SLIDE_DOC(id)` Returns: Any
AUTO_POPULATING_PARTNER_ROLE_ID_AND_CONTACT()	None Returns:
BUILD_FIELD_DATA()	None `BUILD_FIELD_DATA(q)` Returns: Any
CALC_TIMEBASED_DISCHARGE()	None Returns:
CALCULATE_CURRENT_PROGRESS()	None `CALCULATE_CURRENT_PROGRESS(questions)` Returns: Any
CERTIFY_COURSE_COMPLETE()	Returns:
CHECK_ENV_USING_STATUS_API()	'rog-speed','dev.snapapp.me','31b458e0' Returns:
CHECK_TENANT_DOMAIN_AND_EMAIL()	'bvai-testing','sumanta.debnath@bluevector.ai' VALIDATES TENANT DOMAIN NAME AND EMAIL UNIQUENESS BY CHECKING EXISTING RECORDS AND RETURNS AN ERROR IF DUPLICATES ARE FOUND, OTHERWISE CONFIRMS AVAILABILITY. Returns:
CREATING_SHARE_RECORDS_FOR_NEW_PARTNER_USERS()	None Returns:
DELETE_TENANT_RECORD()	USE THIS DELETE FUNCTION IN SNAPAPP REGISTRATION PAGE IF A CUSTOMER ENVIRONMENT IS ALREADY PROVISIONED AND CUSTOMER ATTEMPTS TO CREATE A NEW ENVIRONMENT WITH SAME SUBDOMAIN, THEN FIRESTORE WILL PROVIDE A API 404 ERROR BUT THE TENANT AND CUSTOMER PRODUCT WILL ALREADY BE CREATED, SO WHENEVER THE RESPONSE IS API 404 ERROR THEN SHOW THE MODAL IN FRONTEND WHICH SAYS 'SUBDOMAIN ALREADY IN USE!' AND THEN EXECUTE THIS DELETE FUNCTION. FUNCTION DOES: DELETES ALL CUSTOMER PRODUCTS LINKED TO A TENANT AND THEN REMOVES THE TENANT RECORD Returns:
DEPROVISION_CUSTOMER_ENVIRONMENT()	THIS FUNCTION AUTOMATICALLY DEPROVISIONS A CUSTOMER’S DEPLOYED ENVIRONMENT GETS TENANT EMAIL USING USEREMAIL(). FINDS TENANT ID USES THE TENANT ID TO FETCH THE CUSTOMER’S ENVIRONMENT FROM CUSTOMER_ENVIRONMENTS OBJECT EXTRACTS THE INSTALL_ID OF THAT ENVIRONMENT. GENERATES AUTH TOKEN CALLS THE DEPROVISIONING CLOUD FUNCTION API WITH THE INSTALL_ID. RETURNS SUCCESS IF THE API ACCEPTS THE REQUEST, OTHERWISE LOGS THE ERROR. Returns:
EMAIL_CAMPAIGN_TESTING_DB_INSERT()	None Returns:
EXPLORE_COURSES()	It fetches all the entries from a table called COURSES, applies a visibility filter based on user role and email, and returns only the courses visible to the current user in JSON format, with any non-serializable values (like datetime) safely converted to strings. Returns:
EXPLORE_PATHS()	It fetches all the entries from a table called paths, applies a visibility filter based on user role and email, and returns only the paths visible to the current user in JSON format, with any non-serializable values (like datetime) safely converted to strings. Returns:
EXPORT_COURSES_FOR_DATA_STORE()	None Returns:
EXPORT_PATHS_FOR_DATA_STORE()	None Returns:
EXPORT_PATHS_FOR_DATA_STORE_WITH_CONTENT()	None Returns:
EXTRACT_NAME_FROM_URL()	this function extracts the name from the url Returns:
FETCH_COURSES_ORG()	c473dab7-b9f8-4620-bbcd-bcdb2441cfdf Returns:
FETCH_CUSTOMER_PRODUCTS()	e482ca24-9c30-4cda-949e-2833a175ecae THIS FUNCTION ACCEPTS A TENANT ID AS INPUT AND RETURNS A JSON RESPONSE THIS FUNCTION WILL FETCH ALL CUSTOMER PRODUCTS ASSOCIATED WITH THE GIVEN TENANT IDENTIFY THE LISTINGS LINKED TO EACH CUSTOMER PRODUCT USING LISTING_ID RETRIEVE LISTING DETAILS INCLUDING PRIMARY IMAGE, TITLE, SUBTITLE, AND ACTIVE STATUS COMPILE AND RETURN ALL ASSOCIATED LISTING INFORMATION IN A JSON DUMP FORMAT THIS FUNCTION SUPPORTS MULTIPLE CUSTOMER PRODUCTS AND MULTIPLE LISTINGS PER TENANT THIS FUNCTION SAFELY HANDLES CASES WHERE NO CUSTOMER PRODUCTS OR LISTINGS ARE FOUND Returns:
FETCH_CUSTOMERSTORIES()	None Returns:
FETCH_FAQS()	'7006dbe9-82ad-45b6-98fb-73800c7d0595' Returns:
FETCH_KBS()	None Returns:
FETCH_LISTINGS()	This function fetches active listings, generates secure signed URLs for images, and returns them as compact JSON while handling serialization of dates and complex objects automatically. It's designed for robust API responses with proper URL authentication. Returns:
FETCH_LISTINGS_BASED_ON_ORG()	c473dab7-b9f8-4620-bbcd-bcdb2441cfdf Returns:
FETCH_LOOKUP_ID()	None Returns:
FETCH_NUMBER_ATTEMPTS()	SKILLS ( QUIZ ) '3312877c-3882-41bb-974a-81b17ed0b5af' Returns:
FETCH_OAUTH_TOKEN()	None Returns:
FETCH_ORGANIZATION_DETAILS()	'listings','4dcab899-de1f-4a93-bc99-bb4f41b22e8a' Returns:
FETCH_PARTNERS()	None Returns:
FETCH_PATHS_COURSES_BASED_ON_ORG()	c473dab7-b9f8-4620-bbcd-bcdb2441cfdf Returns:
FETCH_PRODUCTS()	None Returns:
FETCH_QUIZZES_DATA()	Fetching Quizzes Data in Final Assessmnet page \| Consolidated every function to one function 'cda31597-8c25-4bf5-90cf-60f5a6b67715','' Returns:
FETCH_QUIZZES_DETAILS()	SKILLS - QUIZ Returns:
FETCH_RELATED_LISTINGS()	'reviews', '4dcab899-de1f-4a93-bc99-bb4f41b22e8a' 'listings', '8eeb6a5c-efc2-45e1-b6c1-16a998dce7f8' Returns:
FETCH_USECASES()	None Returns:
FETCH_USER_QUIZ_ANSWERS()	'b3d5e945-70f0-492c-99ca-e59fbd86d445','f889d77b-eefe-469e-b13b-97bf788f7744' Returns:
FINAL_ASSESSMENT_SET_QUESTIONS()	This function clubs all the questions from the quiz templates of a particular course and adds it to the final assessment template. 'a0564d27-671c-4623-a588-57341aac0154','f889d77b-eefe-469e-b13b-97bf788f7744' Returns:
FREEZE_ENVIRONMENT()	THIS FUNCTION FREEZES A CUSTOMER ENVIRONMENT USING THE TENANT ID IT RETRIEVES THE INSTALL_ID FROM THE CUSTOMER_ENVIRONMENTS TABLE IT AUTHENTICATES WITH THE PROVISIONING SERVICE USING A GOOGLE ID TOKEN IT CALLS THE FREEZE API TO SCALE DOWN THE ENVIRONMENT AND DISABLE ACCESS IT RETURNS THE RESPONSE RECEIVED FROM THE FREEZE API Returns:
GENERATE_AI_SUMMARY_OF_MODULEITEMS()	Richtext: d0205a93-19f4-45a4-b77e-2e377e5dd839 SLide : Doc:7c3b99e7-35fc-4dae-a670-4672feabcd14 Returns:
GENERATE_ALL_COURSES()	Input user id 'f260b14e-97d9-4806-b6b9-ffed9707b324' Returns:
GENERATE_BACKLINKS()	`GENERATE_BACKLINKS(url)` Returns: Any
GENERATE_CERTIFICATE_VALIDATION()	Returns:
GENERATE_DOC_FOR_AI_COURSE_GENERATION()	None Returns:
GENERATE_FAQS()	Generate 5 FAQs records for a given listing Returns:
GENERATE_KB_ARTICLE()	None Returns:
GENERATE_KEY_BENEFITS()	'7006dbe9-82ad-45b6-98fb-73800c7d0595','key_benefit_description_3' Returns:
GENERATE_KEYWORDS()	`GENERATE_KEYWORDS(user_id,website,start_date,end_date)` Returns: Any
GENERATE_LISTING_REVIEWS()	Create a JSON schema for representing customer reviews, including fields for reviewer name, review title, rating (on a scale of 1 to 5), review text, and date of submission FOR A PARTICULAR LISTING. '4dcab899-de1f-4a93-bc99-bb4f41b22e8a' Returns:
GENERATE_MODULE_ITEMS_IN_SKILLS()	None Returns:
GENERATE_MODULES_IN_SKILLS()	None Returns:
GENERATE_ONE_PAGER()	{'id': '0f8d6642-d1b3-4b0b-b6a4-929fb1268d91', 'title': 'Conversational AI Solution', 'subtitle': 'The AI-Powered Citizen Experience'} '0f8d6642-d1b3-4b0b-b6a4-929fb1268d91','challenges_description' Returns:
GENERATE_ONE_PAGER_LISTING()	'7006dbe9-82ad-45b6-98fb-73800c7d0595','key_benefits' Returns:
GENERATE_PATH_COURSES_CARDS()	None Returns:
GENERATE_PATH_TIMELINE()	Generate a timeline for a path and related courses. `GENERATE_PATH_TIMELINE(path_id,user_id)` Returns: Text
GENERATE_PROFILE_BADGES_CARDS()	None Returns:
GENERATE_QUIZ_QUESTIONS_IN_SKILLS()	None Returns:
GENERATE_QUIZ_TEMPLATE_IN_SKILLS()	None Returns:
GENERATE_QUIZ_WITH_GROUNDING()	None Returns:
GENERATE_SEO_SUGGESTIONS()	Returns:
GENERATE_SLIDE_IN_SKILLS()	None Returns:
GENERATE_SLIDES_FOR_AI_COURSE_GENERATION()	None Returns:
GENERATE_SLIDES_NEW()	'5a518f11-a050-4a14-bc96-7e6e4a06bf1a','Building dialogflow agents','3' Returns:
GENERATE_SLIDES_WITH_TEMPLATE_IN_SKILLS()	None Returns:
GENERATE_STRIPE_INVOICE_URL()	None Returns:
GENERATE_USECASES()	None Returns:
GET_ACTIVE_USE_CASES()	None Returns:
GET_BLOGS()	None Returns:
GET_COMMON_LAB_URL()	'[[course_uid]]','common_lab_environment' Returns:
GET_COURSE_DETAIL()	this is the course details of a function that Runs a query to join courses, modules, module items and user module items to to show course/module information applicable to the current user. '4761e7e4-c178-4892-bc22-ee7b99be8699' `GET_COURSE_DETAIL(course_id)` Returns: List
GET_COURSE_DETAILS_101()	Returns:
GET_COURSE_HTML()	`GET_COURSE_HTML(course_id,user_id)` Returns: None
GET_CUST_ENV_DOMAIN_NAME()	None Returns:
GET_CUST_ENV_DOMAIN_NAME_MULTIPLE_ENV()	None Returns:
GET_CUSTOMER_ENVIRONMENTS()	15c86e38-10af-42c7-b9fe-a017250d1e13 Returns:
GET_KEYWORD_RANKING()	Returns:
GET_LAB_ENVIRONMENT_URL()	'[[course_uid]]','lab_environment' Returns:
GET_MODULE_ITEM_TYPE_COUNT()	THIS FUNCTION GIVES THE MODULE ITEM TYPES COUNT FOR A SPECIFIC MODULE 'ffda5c6b-5d59-4a26-b95e-910491ea1041' Returns:
GET_NAVIGATION_STRUCTURE()	2ed8ab89-0c71-4cec-a739-bbb96d6316aa Returns:
GET_OAUTH_TOKEN()	`GET_OUTH_TOKEN('google_apis',USERID())` Returns: The Decrypted Token
GET_OBJECT_RECORD_COUNT()	None Returns:
GET_ORGANIZATION_ID()	None Returns:
GET_OVERALL_QUIZ_STATUS()	None Returns:
GET_PAGES()	Returns:
GET_PAGES_PUBLIC()	None Returns:
GET_PATH_COURSES_LIST()	'bc7ef97f-c0b2-48eb-984c-b0af9f65b5cf' Returns:
GET_PERCENTAGE()	None Returns:
GET_PERFORMANCE_SCORE()	this function takes the url and returns the performance sore of the website using pagespeed insight API Returns:
GET_PLAN_DETAILS_USAGE()	15c86e38-10af-42c7-b9fe-a017250d1e13 Returns:
GET_PRICE_PLAN_ID_FROM_LISTINGS()	None Returns:
GET_PRICE_PLANS()	Use this function to get a json dump of all active price plans Returns:
GET_PROMO_CODES()	None Returns:
GET_QUESTIONS()	None `GET_QUESTIONS(quiz_id)` Returns: Any
GET_QUIZ_HTML()	Returns:
GET_QUIZ_VALUES()	Fetches a specific field value from a quiz template based on a given quiz ID : 'fa3634d3-43da-4631-a0ea-018d6dba0eb4','estimated_duration' `GET_QUIZ_VALUES(quiz_id,field)` Returns: Any
GET_QUIZZES_QUESTIONS_PAGE()	Returns:
GET_RANDOM_KEYWORD()	Returns:
GET_RECENT_QUIZ()	None Returns:
GET_RETAKE_VALUE()	'faa124d5-1e97-4f5f-a277-0e6e89145c5b' Returns:
GET_SKILL_COURSES()	None Returns:
GET_TENANT_ACCOUNT_ID()	None Returns:
GET_URL_SUBTYPE()	None Returns:
GET_URL_TYPE()	Returns:
GET_USER_COURSE_ID()	None Returns:
GET_USER_COURSE_LIST()	This function takes courseId as input parameter and returns its associated course. Returns:
GET_USER_MODULE_ITEM_LIST()	None Returns:
GET_USER_MODULE_ITEMS()	Returns:
GET_USER_MODULE_LIST()	This function takes the module id and return the user module id Returns:
GET_VENDOR_ID()	None Returns:
GOOGLE_ADDRESS_AUTOCOMPLETION()	RETURNS GOOGLE PLACES AUTOCOMPLETE ADDRESS SUGGESTIONS IN JSON FORMAT FOR A GIVEN address USING THE MAPS API RETURNS ONLY 5 ADDRESSES Returns:
GOOGLE_SUPPORTED_LANGUAGES()	None Returns:
HEALTH_CHECK_ENV()	'new-testing','dev.snapapp.me','2606fbf3' CHECKS THE PROVISIONING STATUS OF INSTALL_ID AND CUSTOM SUBDOMAIN URLS BY POLLING THEIR HEALTH ENDPOINTS AND RETURNING HTTP STATUS CODES Returns:
INSERT_NEW_USERS_IN_QUEUE()	None Returns:
INSERT_USER_MODULE_ITEMS()	This function creates user module items for each of the quizzes for the user when the user presses the "Start" courses button 29b02be2-ae86-467d-be96-c840805ca11b `INSERT_USER_MODULE_ITEMS(course_id)` Returns: Any
INSERT_USER_MODULE_MODULEITEM_PH2()	'8480b5a4-c820-4c2b-aeaf-4296883de800','0cf2d13f-50e4-4d46-95e0-13a9a2aedefe','d95ab2d3-485f-409f-b93d-dec464bfc85a' Returns:
INSERT_USER_PATH_COURSE_PH2()	'd95ab2d3-485f-409f-b93d-dec464bfc85a' WHEN CLICKING THE START COURSE BUTTON, IT CREATED THE USER_PATH AND USER_COUSE IF IT ALREADY NOT EXISTS Returns:
INSERT_USER_TRACKING_PH2()	'd95ab2d3-485f-409f-b93d-dec464bfc85a' Ensures that all paths for a given course are assigned to the current user in `user_paths` with `progress` initialized to `0`, and guarantees the course itself is recorded in `user_courses` for the user if not already present. Returns:
JSON_LD()	None Returns:
JSON_LD_NEW()	None Returns:
KEYWORD_DETAILS()	This function returns the details for each keywords in the url `KEYWORD_DETAILS(user_id, url, start_date, end_date)` Returns: Any
KEYWORD_RANKINGS()	This function generates keyword ranking `KEYWORD_RANKINGS(user_id, url, start_date, end_date)` Returns: Any
LISTINGS_EDIT_FILTER()	'4dcab899-de1f-4a93-bc99-bb4f41b22e8a' Returns:
LOWEST_PRODUCT_PRICE()	this function fetch the TYPE, USAGE_PRICE, FLAT_PRICE of the product so that it can be displayed Returns:
MODULE_ITEM_TRACKING_PH2()	'8480b5a4-c820-4c2b-aeaf-4296883de800','0cf2d13f-50e4-4d46-95e0-13a9a2aedefe','d95ab2d3-485f-409f-b93d-dec464bfc85a','c167f15b4-728b-4104-bb6f-6a95c7eecb68' Returns:
MULTIPLE_ENVIRONMENT_PROVISIONING()	THIS FUNCTION WILL GET TRIGGERED WHEN A PAYMENT FROM CART IS BEING MADE FOR PURCHASING A NEW ENVIRONMENT AFTER SUCCESSFUL PAYMENT, THE WORKFLOW STEP CHECKS IF desc IN PAYMENTS RECORD IS EMPTY OR NOT IF NOT EMPTY THEN EXECUTE THIS FUNCTION THIS FUNTION: EXTRACTS CUSTOMER AND SUBDOMAIN DATA FROM A SUCCESSFUL PAYMENT RECORD TO IDENTIFY THE NEW ENVIRONMENT REQUIREMENTS. AUTHENTICATES WITH GOOGLE CLOUD SERVICES TO OBTAIN A SECURE ID TOKEN FOR AUTHORIZED API ACCESS. TRIGGERS A SIMULATED PROVISIONING API CALL TO INITIALIZE A NEW PAID ENVIRONMENT WITHOUT CREATING ACTUAL GCP RESOURCES. PERFORMS A DATABASE INSERT TO LOG THE NEW ENVIRONMENT DETAILS, INCLUDING THE UNIQUE INSTALL ID AND GENERATED DOMAIN. HANDLES SUCCESSFUL PROVISIONS, SUBDOMAIN CONFLICTS, AND SYSTEM ERRORS WITH COMPREHENSIVE LOGGING AND ERROR REPORTING. Returns:
NOTAFREEMAIL()	Confirm email address is valid and is not from a free email domain (e.g. gmail.com, yahoo.com etc) `NOTAFREEMAIL(email)` Returns: YesNo
Partner Shares for Listings()	None Returns:
PARTNER_SHARES_FOR_CASES()	None Returns:
PARTNER_SHARES_FOR_COURSES()	None Returns:
PARTNER_SHARES_FOR_DEAL_REGISTRATION()	None Returns:
PARTNER_SHARES_FOR_PATHS()	None Returns:
PARTNER_SHARES_FOR_USER_COURSES()	None Returns:
PAYMENT_HISTORIES_SHOWIF()	ADD THIS FUNCTION IN THE PAYMENT HISTORY BUTTON IN PLAN DETAILS PAGE Returns:
PROD_ENVIRONMENT_PROVISION()	None Returns:
PROGRESS_ROLLUP_PH2()	'94658d61-e2c9-435a-b6dc-d25e816fb86d' Returns:
PROVISION_CUST_ENVIRONMENT()	Returns:
RENDER_BADGE_LEADERBOARD()	None Returns:
RENDER_BADGE_LEADERBOARD_NO_LIMITS()	None Returns:
RENDER_DATE()	None `RENDER_DATE(q)` Returns: Any
RENDER_ENUM()	None `RENDER_ENUM(q)` Returns: Any
RENDER_ENUM_BUTTONS()	None `RENDER_ENUM_BUTTONS(q, options, current_answer)` Returns: Any
RENDER_ENUM_DROPDOWN()	None `RENDER_ENUM_DROPDOWN(q, options, current_answer)` Returns: Any
RENDER_ENUM_STACKED()	None `RENDER_ENUM_STACKED(q, options, current_answer)` Returns: Any
RENDER_ERROR()	None `RENDER_ERROR(msg)` Returns: Any
RENDER_FIELD_FOR_QUESTION()	None `RENDER_FIELD_FOR_QUESTION(q)` Returns: Any
RENDER_HEADER()	None `RENDER_HEADER(questions)` Returns: Any
RENDER_LONG_TEXT()	None `RENDER_LONG_TEXT(q)` Returns: Any
RENDER_NO_QUESTION()	None `RENDER_NO_QUESTION()` Returns: Any
RENDER_QUIZ()	'fa3634d3-43da-4631-a0ea-018d6dba0eb4' `RENDER_QUIZ(quiz_id)` Returns: Any
RENDER_TEXT()	None `RENDER_TEXT(q)` Returns: Any
RESUBMIT_SITEMAP_OR_URL()	Returns:
RUN_SEO_REPORT()	`RUN_SEO_REPORT(user_id,report_id,start_date,end_date,search_engine_id)` Returns: Any
SHARE_WITH_BVAI()	None Returns:
SHOW_TOTAL_POINTS()	None Returns:
SNAPAPP_SEO_SELECT_TEST()	Returns:
START_FREE_TRIAL()	THIS FUNCTION TRIGGERS WHEN THE USER CLICKS ON "Create Environment" button in snapapp-registration page THIS FUNCTION: Gets the logged-in user’s email using `USEREMAIL()` Finds the tenant record by matching the email in the tenants object Fetches the corresponding tenant_id Inserts a row into the customer_products object where: `customer_id = tenant_id` `product_type = Platform` `platform = SnapApp Application Builder` `price_plan_id = Professional Plan` `free_trial = 1` `trial_ends = 14 days from today` `active = 1` Returns:
STARTING_PRICE()	Returns:
STORE_DEMO_CONTACTS()	None Returns:
STORE_REGISTRATION_DETAILS()	'Ted1test','TedB','ted@bluevector.ai','BVAI987','Independence Street',1 Returns:
STORE_UNAUTHENTICATED_USER_DATA()	None Returns:
STRIPE_CHECKOUT()	'279e6508-6ffe-4e08-a0a7-bf5a58f79687','e482ca24-9c30-4cda-949e-2833a175ecae','month','5','WELCOME10' THIS FUNCTION GETS TRIGGERED WHEN CUSTOMER CLICKS ON "Checkout" BUTTON THE FUNCTION PERFORMS THE FOLLOWING STEPS: RECEIVES BILLING INTERVAL, QUANTITY, OPTIONAL PROMO CODE, PRICE PLAN ID, AND TENANT ID AS INPUT FETCHES PRICE PLAN DETAILS INCLUDING PRICE, NAME, AND ANY ANNUAL DISCOUNT FETCHES THE TENANT EMAIL TO ASSOCIATE THE STRIPE CHECKOUT SESSION WITH THE CUSTOMER CALCULATES THE BASE UNIT AMOUNT BASED ON THE SELECTED BILLING INTERVAL (MONTHLY OR YEARLY) APPLIES ANY ANNUAL DISCOUNT CONFIGURED IN THE PRICE PLAN IF A PROMO CODE IS PROVIDED: VALIDATES THE PROMO CODE AGAINST ACTIVE PROMOTIONS APPLIES EITHER A PERCENTAGE-BASED OR FLAT AMOUNT DISCOUNT TO THE FINAL AMOUNT ENSURES STRIPE MINIMUM CHARGE REQUIREMENTS ARE MET CREATES A STRIPE CHECKOUT SESSION FOR A RECURRING SUBSCRIPTION WITH THE CALCULATED AMOUNT CHECKS IF A CUSTOMER_PRODUCTS RECORD ALREADY EXISTS FOR THE TENANT IF IT EXISTS, UPDATES THE BILLING CYCLE (MONTHLY OR YEARLY) IF IT DOES NOT EXIST, CREATES A NEW CUSTOMER_PRODUCTS RECORD WITH THE BILLING CYCLE IF A VALID PROMO CODE WAS USED, UPDATES THE TENANT RECORD WITH THE APPLIED PROMOTION RETURNS THE STRIPE CHECKOUT SESSION URL FOR REDIRECTION THIS FUNCTION ENSURES THAT PRICING, PROMOTIONS, BILLING CYCLE, AND TENANT STATE ARE ALL SYNCHRONIZED BEFORE REDIRECTING THE USER TO STRIPE CHECKOUT. Returns:
STRIPE_CHECKOUT_CART()	'199afc61-08d9-483a-8fc2-494aceb25100','testnew-sumanta.dev.snapapp.me','125','1' Returns:
STRIPE_UPDATE_ASSOCIATED_OBJECTS()	THIS FUNCTION IS TRIGGERED AFTER A STRIPE PAYMENT IS COMPLETED. THE FUNCTION PERFORMS THE FOLLOWING ACTIONS: FETCHES THE PAYMENT RECORD USING THE PROVIDED PAYMENT ID EXTRACTS THE CUSTOMER ID, PAYMENT STATUS, AND ACTUAL AMOUNT FROM THE PAYMENT RECORD UPDATES ALL CUSTOMER_PRODUCTS ASSOCIATED WITH THE CUSTOMER TO: SET THE PROFESSIONAL PRICE PLAN REMOVE ANY FREE TRIAL FLAGS AND TRIAL END DATES SET THE PRODUCT TYPE TO PLATFORM SET THE PLATFORM TO SNAPAPP APPLICATION BUILDER MARK AS ACTIVE INSERTS A NEW RECORD INTO THE PAYMENT_HISTORIES OBJECT TO LOG: THE PAYMENT STATUS THE CUSTOMER ID THE PAID AMOUNT RETURNS A SUCCESS RESPONSE WITH THE PAYMENT ID, CUSTOMER ID, AND NUMBER OF UPDATED CUSTOMER_PRODUCT RECORDS THIS FUNCTION ENSURES THAT A SUCCESSFUL PAYMENT IMMEDIATELY ACTIVATES THE PLATFORM PRODUCT FOR THE CUSTOMER AND MAINTAINS A COMPLETE PAYMENT HISTORY FOR AUDITING AND BILLING PURPOSES. Returns:
test_genai_summary()	None Returns:
TEST_SUMANTA_TENANT()	DELETE LATER AFTER USE Returns:
THAW_ENVIRONMENT()	THIS FUNCTION IS USED TO AUTOMATICALLY REACTIVATE (THAW) A CUSTOMER ENVIRONMENT AFTER A SUCCESSFUL PAYMENT EVENT. IT FETCHES THE PAYMENT RECORD, IDENTIFIES THE ASSOCIATED TENANT_ID, AND CHECKS WHETHER THEIR ENVIRONMENT STATUS IS FROZEN. IF THE ENVIRONMENT IS FROZEN, IT CALLS AN EXTERNAL PROVISIONING API TO RESTORE THE DEPLOYMENT AND MAKE THE APPLICATION ACCESSIBLE AGAIN. UPON SUCCESSFUL API RESPONSE, IT UPDATES THE ENVIRONMENT STATUS TO “CLAIMED” IN THE DATABASE TO REFLECT THAT THE SYSTEM IS ACTIVE. IF THE ENVIRONMENT IS NOT FROZEN, THE FUNCTION SAFELY EXITS WITHOUT PERFORMING ANY ACTION. Returns:
TOOL_AGENTIC_TEXTV2()	'Platform engineering and devops' --input Returns:
TOOL_FETCH_CANVAS_VERSIONS()	'ba2f575c-f75d-41c2-a345-d9fdd5482996' Returns:
TOOL_FETCH_CHATS()	'a0636e9d-6cfc-4a23-9e96-5dbedc265929' Returns:
TOOL_FETCH_CONVOS()	This function fetches all the conversations of the user with agent on the homepage sidebar. Returns:
TOOL_GEN_COURSE()	"""'build 1 module course on css' , """ """ //userip :'Building dialogflow agents' ,""" """ Generates concise course information in JSON format for SnapApp. Expected JSON structure: [ { "name": str, "description": str, "level": str, # e.g. Introductory, Intermediate, Advanced "persona_course": set or list of enums, "progress": 0.0 } ] """ Returns:
TOOL_GEN_PUBLISH_COURSE()	Here course_data is a json {'name': 'Building Dialogflow Agents', 'description': 'This course provides a comprehensive introduction to building conversational AI agents using Dialogflow. You will learn how to design, develop, and deploy intelligent agents that can understand and respond to user input. The course covers key concepts such as intents, entities, contexts, and fulfillment. By the end of this course, you will be able to create your own Dialogflow agents for various applications.', 'level': 'Beginner', 'persona_course': ['Software Engineer', 'AI Developer', 'Chatbot Developer'], 'progress': 0.0, 'modules': [{'sequence': 1, 'name': '1. Dialogflow Fundamentals and Agent Creation', 'description': 'This module introduces the core concepts of Dialogflow, including intents, entities, contexts, and fulfillment. Students will learn how to create a basic Dialogflow agent from scratch, define intents to recognize user input, and extract relevant information using entities. The module will also cover how to use contexts to manage conversation flow and how to configure fulfillment to connect the agent to external services. By the end of this module, students will have a solid foundation for building more complex conversational AI agents.', 'items': [{'type': 'document', 'name': 'Introduction to Dialogflow Concepts', 'ai_summary': "This document provides an overview of core Dialogflow concepts such as intents, entities, contexts, and fulfillment, explaining their roles in building conversational AI agents. It serves as a foundational guide for understanding the module's key topics.", 'url': 'https://docs.google.com/document/d/1GBmZ7-Rgacatb02_4Gxk9SMzvjDs7vAuzWQTeCNXxaI/preview'}, {'type': 'lab', 'name': 'Creating Your First Dialogflow Agent', 'ai_summary': 'This lab guides students through the process of creating a basic Dialogflow agent from scratch, defining intents to recognize user input, and extracting relevant information using entities. It includes step-by-step instructions and practical exercises.', 'url': ''}, {'type': 'slides', 'name': 'Managing Conversation Flow with Contexts', 'ai_summary': 'These slides explain how to use contexts in Dialogflow to manage conversation flow and maintain state across multiple turns. They cover the concepts of input and output contexts, and how to use them to create more natural and engaging conversations.', 'url': 'https://docs.google.com/presentation/d/1ijMOYa_IEmg8ZEhBLYjv0rkbg899uCXsF4fSWspeuZo/embed'}, {'type': 'code_example', 'name': 'Fulfillment with Webhooks Example', 'ai_summary': 'This code example demonstrates how to configure fulfillment in Dialogflow to connect the agent to external services using webhooks. It provides a practical illustration of how to integrate the agent with APIs and databases.', 'url': ''}]}]} Returns:
TOOL_GENERATE_TEXT()	"""" You are Snappy — a friendly AI assistant for a low-code app builder called SnapApp. Context: - current_agent_phase: documents_received - missing_documents: [] - recent_messages: 2025-12-02 08:06:45\|User: Develop an app for organizations to request, process, and manage background checks, including secure document upload and status tracking. 2025-12-02 08:06:52\|Agent: That sounds like a fantastic and impactful app idea for organizations! To ensure we build exactly what you need, the first step is to get a clear understanding of the project scope. Could you please provide the Statement of Work (SOW) for this background check application? The SOW will help us define the project's objectives, deliverables, timelines, and responsibilities, setting a solid foundation for development with SnapApp. 2025-12-02 08:09:17\|User: submit 2025-12-02 08:09:26\|Agent: It looks like you're ready to move forward! To proceed with developing your app for background checks, I still need the Statement of Work (SOW). Once you provide the SOW, I can start defining the project's objectives, deliverables, and timelines, which is crucial for building your app effectively with SnapApp. 2025-12-02 10:46:35\|User: here 2025-12-02 10:46:45\|Agent: Thanks for letting me know you're here! To move forward with developing your background check app, I'm still waiting for the Statement of Work (SOW). Once you provide the SOW, I can help you define the project's objectives, deliverables, and timelines, which is essential for building your app effectively with SnapApp. You can paste the content directly here or upload it as a file. 2025-12-02 11:28:23\|User: Take it 2025-12-02 11:28:35\|Agent: It sounds like you're ready to provide the Statement of Work (SOW)! That's great. To move forward with developing your background check app, please provide the content of the SOW. You can paste the text directly into our chat, or if it's a file, you can upload it here. Once I have the SOW, I can help you define the project's objectives, deliverables, and timelines, which is essential for building your app effectively with SnapApp. 2025-12-02 12:01:30\|User: hi 2025-12-02 12:01:47\|Agent: Hello again! It's Snappy. I see you're back! To keep moving forward with building your background check app, I'm still waiting for the Statement of Work (SOW). Once I have that, we can really start defining the project's objectives, deliverables, and timelines, which is crucial for building your app effectively with SnapApp. You can paste the content directly here or upload it as a file. Let me know when you're ready! 2025-12-02 12:07:14\|User: here u go 2025-12-02 12:07:32\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:10:51\|Agent: Fantastic! Thank you for providing the Statement of Work (SOW). I've successfully received it. Now that we have the SOW, we can move forward with defining the project's objectives, deliverables, and timelines for your background check application. This is a crucial step to ensure we build exactly what you need with SnapApp. Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from the perspective of the end-user. I'm excited to get started on these! Let 2025-12-02 12:27:25\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:29:27\|Agent: ```json { "ai_response": "Fantastic! It looks like we're all set with the Statement of Work (SOW). I've successfully received 2025-12-02 12:29:43\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:30:54\|Agent: Fantastic! Thank you for providing the Statement of Work (SOW). I've successfully received it. This is a crucial step to ensure we build exactly what you need with SnapApp. Now that we have the SOW, we can move forward with defining the project's objectives, deliverables, and timelines for your background check application. Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from the perspective of the end-user. I'm excited to get started on these! 2025-12-02 12:31:09\|Agent: Fantastic! Thank you for providing the Statement of Work (SOW). I've successfully received it, and we're now ready to move forward with building your background check application with SnapApp. Now that we have the SOW, we can define the project's objectives, deliverables, and timelines. This is a crucial step to ensure we build exactly what you need. Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from the perspective of the end-user. I'm excited to 2025-12-02 12:31:44\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:37:05\|Agent: Fantastic! Thanks for that. It looks like we're all set with the Statement of Work (SOW). I've successfully received it, and we're now ready to move forward with building your background check application with SnapApp. Now that we have the SOW, we can define the project's objectives, deliverables, and timelines. This is a crucial step to ensure we build exactly what you need. ### Next Steps: Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from User's latest message: "Here you go" Assistant thinking summary (internal): "The user says "here u go," which strongly suggests they're finally providing the SOW I've been waiting for. This is vital for defining the project's objectives and scope for their SnapApp, as it outlines everything we need to build. I need to carefully parse whatever they send next to extract all the critical details." OUTPUT SPEC (CRITICALLY IMPORTANT): Return exactly one JSON object. The JSON object must have exactly these top-level keys: - ai_response: a string containing the full user-facing reply in RICH MARKDOWN format. * YOU MUST use bold for emphasis (e.g., SOW, Project Charter). * Use `### Headings` if the response is long. * Use bullet lists (`-`) for clarity. - agent_tasks: an array of task objects (may be empty). Task object schema: { "title": "...", "description": "...", "command": "...", "status": "pending" } BEHAVIOR RULES: - If the user's message is a greeting, reply conversationally. Introduce Snappy using bold text. - If "SOW" is in missing_documents AND the user explicitly wants to start/work/build: * Do NOT create tasks. * In ai_response, ask for the SOW explicitly using bold text. * Set agent_tasks=[]. - If current_agent_phase == "documents_ready", include these tasks in order: 1) Draft Project Charter 2) Generate Epics 3) Generate User Stories You MUST NOT stop generating until: 1. All array entries are fully written, 2. All objects contain every required field, 3. A valid closing '}' for the entire JSON is emitted. Never truncate output. Never stop early. If the JSON object grows large, continue generating until complete.""",None Returns:
TOTAL_QUIZ_SCORE()	None `TOTAL_QUIZ_SCORE(course_id)` Returns: Any
TRIGGER_SENDGRID_CAMPAIGNS()	The `run_sequence()` function executes a multi-step email drip campaign over 13 days by managing the timing logic locally to bypass SendGrid's 72-hour transactional scheduling limit. It captures the script's start time and uses a continuous loop to monitor the clock, triggering each of the four templates only when their specific hour-based milestones—1 hour, 24 hours, 7 days, and 13 days—are reached. By utilizing the Mail Send API, it delivers emails directly to the recipient with dynamic personalization injected via Handlebars tags, completely eliminating the need for SendGrid list IDs. Because all progress is stored in the script's active memory rather than a file, the sequence remains streamlined but will reset if the script is interrupted. Returns:
UNSUBSCRIBE_EMAIL_UPDATES()	None Returns:
UPDATE_COURSE_TOTAL_POINTS()	'20026698-7003-417c-bf8c-a9b32c153c30' Returns:
UPDATE_PATH_DURATION()	This script fetches all course durations linked to a learning path, sums them up, and returns the total duration as either hours (if under 40) or weeks (rounded, assuming 1 week = 40 hours). Returns:
UPGRADE_FEATURE_SKU_PROFESSIONAL()	None Returns:
URL_RETURNS()	Returns:
USAGE_STATS()	None Returns:
USER_COUNT()	None Returns:
USER_COURSES()	f889d77b-eefe-469e-b13b-97bf788f7744 Returns:
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Any
ANY()	Returns a random choice from a list `ANY(["a", "b", "c"])` Returns: a random value - a, b, or c `ANY([1, 2, 3])` Returns: a random value - 1, 2, or 3
GET()	Returns a value from a dictionary or a list `GET([1,7,8],0)` Returns: 1
IF()	Returns one value if a condition is true, and another value if it is false `IF(True, "Yes", "No")` Returns: Yes `IF(False, "Yes", "No")` Returns: No
IFS()	Returns one value if a condition is true, and another value if it is false for multiple conditions `IFS(True, "Yes", False, "No")` Returns: Yes `IFS(FALSE, "Yes", TRUE, "No")` Returns: No
LOOKUP()	LOOKUP(value, object, field, return-column). Returns a single value from a table if found. `LOOKUP("admin@example.com", "users", "email", "name")` Returns: List
ADD_MY_PRODUCTS()	Returns:
APPEND_URL_SLIDE_DOC()	This function updates the URL of a `module_item` in the database based on its type. If the type is "Slide", it converts the Google Slides URL to an embeddable format. If the type is "Document", it appends `/preview` to the URL for viewing a Google Doc in preview mode. `APPEND_URL_SLIDE_DOC(id)` Returns: Any
AUTO_POPULATING_PARTNER_ROLE_ID_AND_CONTACT()	None Returns:
BUILD_FIELD_DATA()	None `BUILD_FIELD_DATA(q)` Returns: Any
CALCULATE_CURRENT_PROGRESS()	None `CALCULATE_CURRENT_PROGRESS(questions)` Returns: Any
CERTIFY_COURSE_COMPLETE()	Returns:
CHECK_ENV_USING_STATUS_API()	'rog-speed','dev.snapapp.me','31b458e0' Returns:
CHECK_TENANT_DOMAIN_AND_EMAIL()	'bvai-testing','sumanta.debnath@bluevector.ai' VALIDATES TENANT DOMAIN NAME AND EMAIL UNIQUENESS BY CHECKING EXISTING RECORDS AND RETURNS AN ERROR IF DUPLICATES ARE FOUND, OTHERWISE CONFIRMS AVAILABILITY. Returns:
CREATING_SHARE_RECORDS_FOR_NEW_PARTNER_USERS()	None Returns:
DELETE_TENANT_RECORD()	USE THIS DELETE FUNCTION IN SNAPAPP REGISTRATION PAGE IF A CUSTOMER ENVIRONMENT IS ALREADY PROVISIONED AND CUSTOMER ATTEMPTS TO CREATE A NEW ENVIRONMENT WITH SAME SUBDOMAIN, THEN FIRESTORE WILL PROVIDE A API 404 ERROR BUT THE TENANT AND CUSTOMER PRODUCT WILL ALREADY BE CREATED, SO WHENEVER THE RESPONSE IS API 404 ERROR THEN SHOW THE MODAL IN FRONTEND WHICH SAYS 'SUBDOMAIN ALREADY IN USE!' AND THEN EXECUTE THIS DELETE FUNCTION. FUNCTION DOES: DELETES ALL CUSTOMER PRODUCTS LINKED TO A TENANT AND THEN REMOVES THE TENANT RECORD Returns:
DEPROVISION_CUSTOMER_ENVIRONMENT()	THIS FUNCTION AUTOMATICALLY DEPROVISIONS A CUSTOMER’S DEPLOYED ENVIRONMENT GETS TENANT EMAIL USING USEREMAIL(). FINDS TENANT ID USES THE TENANT ID TO FETCH THE CUSTOMER’S ENVIRONMENT FROM CUSTOMER_ENVIRONMENTS OBJECT EXTRACTS THE INSTALL_ID OF THAT ENVIRONMENT. GENERATES AUTH TOKEN CALLS THE DEPROVISIONING CLOUD FUNCTION API WITH THE INSTALL_ID. RETURNS SUCCESS IF THE API ACCEPTS THE REQUEST, OTHERWISE LOGS THE ERROR. Returns:
EMAIL_CAMPAIGN_TESTING_DB_INSERT()	None Returns:
EXPLORE_COURSES()	It fetches all the entries from a table called COURSES, applies a visibility filter based on user role and email, and returns only the courses visible to the current user in JSON format, with any non-serializable values (like datetime) safely converted to strings. Returns:
EXPLORE_PATHS()	It fetches all the entries from a table called paths, applies a visibility filter based on user role and email, and returns only the paths visible to the current user in JSON format, with any non-serializable values (like datetime) safely converted to strings. Returns:
EXPORT_COURSES_FOR_DATA_STORE()	None Returns:
EXPORT_PATHS_FOR_DATA_STORE()	None Returns:
EXPORT_PATHS_FOR_DATA_STORE_WITH_CONTENT()	None Returns:
EXTRACT_NAME_FROM_URL()	this function extracts the name from the url Returns:
FETCH_COURSES_ORG()	c473dab7-b9f8-4620-bbcd-bcdb2441cfdf Returns:
FETCH_CUSTOMER_PRODUCTS()	e482ca24-9c30-4cda-949e-2833a175ecae THIS FUNCTION ACCEPTS A TENANT ID AS INPUT AND RETURNS A JSON RESPONSE THIS FUNCTION WILL FETCH ALL CUSTOMER PRODUCTS ASSOCIATED WITH THE GIVEN TENANT IDENTIFY THE LISTINGS LINKED TO EACH CUSTOMER PRODUCT USING LISTING_ID RETRIEVE LISTING DETAILS INCLUDING PRIMARY IMAGE, TITLE, SUBTITLE, AND ACTIVE STATUS COMPILE AND RETURN ALL ASSOCIATED LISTING INFORMATION IN A JSON DUMP FORMAT THIS FUNCTION SUPPORTS MULTIPLE CUSTOMER PRODUCTS AND MULTIPLE LISTINGS PER TENANT THIS FUNCTION SAFELY HANDLES CASES WHERE NO CUSTOMER PRODUCTS OR LISTINGS ARE FOUND Returns:
FETCH_CUSTOMERSTORIES()	None Returns:
FETCH_FAQS()	'7006dbe9-82ad-45b6-98fb-73800c7d0595' Returns:
FETCH_KBS()	None Returns:
FETCH_LISTINGS()	This function fetches active listings, generates secure signed URLs for images, and returns them as compact JSON while handling serialization of dates and complex objects automatically. It's designed for robust API responses with proper URL authentication. Returns:
FETCH_LISTINGS_BASED_ON_ORG()	c473dab7-b9f8-4620-bbcd-bcdb2441cfdf Returns:
FETCH_LOOKUP_ID()	None Returns:
FETCH_NUMBER_ATTEMPTS()	SKILLS ( QUIZ ) '3312877c-3882-41bb-974a-81b17ed0b5af' Returns:
FETCH_OAUTH_TOKEN()	None Returns:
FETCH_ORGANIZATION_DETAILS()	'listings','4dcab899-de1f-4a93-bc99-bb4f41b22e8a' Returns:
FETCH_PARTNERS()	None Returns:
FETCH_PATHS_COURSES_BASED_ON_ORG()	c473dab7-b9f8-4620-bbcd-bcdb2441cfdf Returns:
FETCH_PRODUCTS()	None Returns:
FETCH_QUIZZES_DATA()	Fetching Quizzes Data in Final Assessmnet page \| Consolidated every function to one function 'cda31597-8c25-4bf5-90cf-60f5a6b67715','' Returns:
FETCH_QUIZZES_DETAILS()	SKILLS - QUIZ Returns:
FETCH_RELATED_LISTINGS()	'reviews', '4dcab899-de1f-4a93-bc99-bb4f41b22e8a' 'listings', '8eeb6a5c-efc2-45e1-b6c1-16a998dce7f8' Returns:
FETCH_USECASES()	None Returns:
FETCH_USER_QUIZ_ANSWERS()	'b3d5e945-70f0-492c-99ca-e59fbd86d445','f889d77b-eefe-469e-b13b-97bf788f7744' Returns:
FINAL_ASSESSMENT_SET_QUESTIONS()	This function clubs all the questions from the quiz templates of a particular course and adds it to the final assessment template. 'a0564d27-671c-4623-a588-57341aac0154','f889d77b-eefe-469e-b13b-97bf788f7744' Returns:
FREEZE_ENVIRONMENT()	THIS FUNCTION FREEZES A CUSTOMER ENVIRONMENT USING THE TENANT ID IT RETRIEVES THE INSTALL_ID FROM THE CUSTOMER_ENVIRONMENTS TABLE IT AUTHENTICATES WITH THE PROVISIONING SERVICE USING A GOOGLE ID TOKEN IT CALLS THE FREEZE API TO SCALE DOWN THE ENVIRONMENT AND DISABLE ACCESS IT RETURNS THE RESPONSE RECEIVED FROM THE FREEZE API Returns:
GENERATE_AI_SUMMARY_OF_MODULEITEMS()	Richtext: d0205a93-19f4-45a4-b77e-2e377e5dd839 SLide : Doc:7c3b99e7-35fc-4dae-a670-4672feabcd14 Returns:
GENERATE_ALL_COURSES()	Input user id 'f260b14e-97d9-4806-b6b9-ffed9707b324' Returns:
GENERATE_BACKLINKS()	`GENERATE_BACKLINKS(url)` Returns: Any
GENERATE_CERTIFICATE_VALIDATION()	Returns:
GENERATE_DOC_FOR_AI_COURSE_GENERATION()	None Returns:
GENERATE_FAQS()	Generate 5 FAQs records for a given listing Returns:
GENERATE_KB_ARTICLE()	None Returns:
GENERATE_KEY_BENEFITS()	'7006dbe9-82ad-45b6-98fb-73800c7d0595','key_benefit_description_3' Returns:
GENERATE_KEYWORDS()	`GENERATE_KEYWORDS(user_id,website,start_date,end_date)` Returns: Any
GENERATE_LISTING_REVIEWS()	Create a JSON schema for representing customer reviews, including fields for reviewer name, review title, rating (on a scale of 1 to 5), review text, and date of submission FOR A PARTICULAR LISTING. '4dcab899-de1f-4a93-bc99-bb4f41b22e8a' Returns:
GENERATE_MODULE_ITEMS_IN_SKILLS()	None Returns:
GENERATE_MODULES_IN_SKILLS()	None Returns:
GENERATE_ONE_PAGER()	{'id': '0f8d6642-d1b3-4b0b-b6a4-929fb1268d91', 'title': 'Conversational AI Solution', 'subtitle': 'The AI-Powered Citizen Experience'} '0f8d6642-d1b3-4b0b-b6a4-929fb1268d91','challenges_description' Returns:
GENERATE_ONE_PAGER_LISTING()	'7006dbe9-82ad-45b6-98fb-73800c7d0595','key_benefits' Returns:
GENERATE_PATH_COURSES_CARDS()	None Returns:
GENERATE_PROFILE_BADGES_CARDS()	None Returns:
GENERATE_QUIZ_QUESTIONS_IN_SKILLS()	None Returns:
GENERATE_QUIZ_TEMPLATE_IN_SKILLS()	None Returns:
GENERATE_QUIZ_WITH_GROUNDING()	None Returns:
GENERATE_SEO_SUGGESTIONS()	Returns:
GENERATE_SLIDE_IN_SKILLS()	None Returns:
GENERATE_SLIDES_FOR_AI_COURSE_GENERATION()	None Returns:
GENERATE_SLIDES_NEW()	'5a518f11-a050-4a14-bc96-7e6e4a06bf1a','Building dialogflow agents','3' Returns:
GENERATE_SLIDES_WITH_TEMPLATE_IN_SKILLS()	None Returns:
GENERATE_STRIPE_INVOICE_URL()	None Returns:
GENERATE_USECASES()	None Returns:
GET_BLOGS()	None Returns:
GET_COMMON_LAB_URL()	'[[course_uid]]','common_lab_environment' Returns:
GET_COURSE_DETAILS_101()	Returns:
GET_COURSE_HTML()	`GET_COURSE_HTML(course_id,user_id)` Returns: None
GET_CUST_ENV_DOMAIN_NAME()	None Returns:
GET_CUST_ENV_DOMAIN_NAME_MULTIPLE_ENV()	None Returns:
GET_CUSTOMER_ENVIRONMENTS()	15c86e38-10af-42c7-b9fe-a017250d1e13 Returns:
GET_KEYWORD_RANKING()	Returns:
GET_LAB_ENVIRONMENT_URL()	'[[course_uid]]','lab_environment' Returns:
GET_MODULE_ITEM_TYPE_COUNT()	THIS FUNCTION GIVES THE MODULE ITEM TYPES COUNT FOR A SPECIFIC MODULE 'ffda5c6b-5d59-4a26-b95e-910491ea1041' Returns:
GET_NAVIGATION_STRUCTURE()	2ed8ab89-0c71-4cec-a739-bbb96d6316aa Returns:
GET_OBJECT_RECORD_COUNT()	None Returns:
GET_ORGANIZATION_ID()	None Returns:
GET_OVERALL_QUIZ_STATUS()	None Returns:
GET_PAGES()	Returns:
GET_PAGES_PUBLIC()	None Returns:
GET_PATH_COURSES_LIST()	'bc7ef97f-c0b2-48eb-984c-b0af9f65b5cf' Returns:
GET_PERCENTAGE()	None Returns:
GET_PERFORMANCE_SCORE()	this function takes the url and returns the performance sore of the website using pagespeed insight API Returns:
GET_PLAN_DETAILS_USAGE()	15c86e38-10af-42c7-b9fe-a017250d1e13 Returns:
GET_PRICE_PLAN_ID_FROM_LISTINGS()	None Returns:
GET_PRICE_PLANS()	Use this function to get a json dump of all active price plans Returns:
GET_PROMO_CODES()	None Returns:
GET_QUESTIONS()	None `GET_QUESTIONS(quiz_id)` Returns: Any
GET_QUIZ_HTML()	Returns:
GET_QUIZ_VALUES()	Fetches a specific field value from a quiz template based on a given quiz ID : 'fa3634d3-43da-4631-a0ea-018d6dba0eb4','estimated_duration' `GET_QUIZ_VALUES(quiz_id,field)` Returns: Any
GET_QUIZZES_QUESTIONS_PAGE()	Returns:
GET_RANDOM_KEYWORD()	Returns:
GET_RECENT_QUIZ()	None Returns:
GET_RETAKE_VALUE()	'faa124d5-1e97-4f5f-a277-0e6e89145c5b' Returns:
GET_SKILL_COURSES()	None Returns:
GET_TENANT_ACCOUNT_ID()	None Returns:
GET_URL_SUBTYPE()	None Returns:
GET_URL_TYPE()	Returns:
GET_USER_COURSE_ID()	None Returns:
GET_USER_COURSE_LIST()	This function takes courseId as input parameter and returns its associated course. Returns:
GET_USER_MODULE_ITEMS()	Returns:
GET_VENDOR_ID()	None Returns:
GOOGLE_ADDRESS_AUTOCOMPLETION()	RETURNS GOOGLE PLACES AUTOCOMPLETE ADDRESS SUGGESTIONS IN JSON FORMAT FOR A GIVEN address USING THE MAPS API RETURNS ONLY 5 ADDRESSES Returns:
GOOGLE_SUPPORTED_LANGUAGES()	None Returns:
HEALTH_CHECK_ENV()	'new-testing','dev.snapapp.me','2606fbf3' CHECKS THE PROVISIONING STATUS OF INSTALL_ID AND CUSTOM SUBDOMAIN URLS BY POLLING THEIR HEALTH ENDPOINTS AND RETURNING HTTP STATUS CODES Returns:
INSERT_NEW_USERS_IN_QUEUE()	None Returns:
INSERT_USER_MODULE_ITEMS()	This function creates user module items for each of the quizzes for the user when the user presses the "Start" courses button 29b02be2-ae86-467d-be96-c840805ca11b `INSERT_USER_MODULE_ITEMS(course_id)` Returns: Any
INSERT_USER_MODULE_MODULEITEM_PH2()	'8480b5a4-c820-4c2b-aeaf-4296883de800','0cf2d13f-50e4-4d46-95e0-13a9a2aedefe','d95ab2d3-485f-409f-b93d-dec464bfc85a' Returns:
INSERT_USER_PATH_COURSE_PH2()	'd95ab2d3-485f-409f-b93d-dec464bfc85a' WHEN CLICKING THE START COURSE BUTTON, IT CREATED THE USER_PATH AND USER_COUSE IF IT ALREADY NOT EXISTS Returns:
INSERT_USER_TRACKING_PH2()	'd95ab2d3-485f-409f-b93d-dec464bfc85a' Ensures that all paths for a given course are assigned to the current user in `user_paths` with `progress` initialized to `0`, and guarantees the course itself is recorded in `user_courses` for the user if not already present. Returns:
JSON_LD()	None Returns:
JSON_LD_NEW()	None Returns:
KEYWORD_DETAILS()	This function returns the details for each keywords in the url `KEYWORD_DETAILS(user_id, url, start_date, end_date)` Returns: Any
KEYWORD_RANKINGS()	This function generates keyword ranking `KEYWORD_RANKINGS(user_id, url, start_date, end_date)` Returns: Any
LISTINGS_EDIT_FILTER()	'4dcab899-de1f-4a93-bc99-bb4f41b22e8a' Returns:
LOWEST_PRODUCT_PRICE()	this function fetch the TYPE, USAGE_PRICE, FLAT_PRICE of the product so that it can be displayed Returns:
MODULE_ITEM_TRACKING_PH2()	'8480b5a4-c820-4c2b-aeaf-4296883de800','0cf2d13f-50e4-4d46-95e0-13a9a2aedefe','d95ab2d3-485f-409f-b93d-dec464bfc85a','c167f15b4-728b-4104-bb6f-6a95c7eecb68' Returns:
MULTIPLE_ENVIRONMENT_PROVISIONING()	THIS FUNCTION WILL GET TRIGGERED WHEN A PAYMENT FROM CART IS BEING MADE FOR PURCHASING A NEW ENVIRONMENT AFTER SUCCESSFUL PAYMENT, THE WORKFLOW STEP CHECKS IF desc IN PAYMENTS RECORD IS EMPTY OR NOT IF NOT EMPTY THEN EXECUTE THIS FUNCTION THIS FUNTION: EXTRACTS CUSTOMER AND SUBDOMAIN DATA FROM A SUCCESSFUL PAYMENT RECORD TO IDENTIFY THE NEW ENVIRONMENT REQUIREMENTS. AUTHENTICATES WITH GOOGLE CLOUD SERVICES TO OBTAIN A SECURE ID TOKEN FOR AUTHORIZED API ACCESS. TRIGGERS A SIMULATED PROVISIONING API CALL TO INITIALIZE A NEW PAID ENVIRONMENT WITHOUT CREATING ACTUAL GCP RESOURCES. PERFORMS A DATABASE INSERT TO LOG THE NEW ENVIRONMENT DETAILS, INCLUDING THE UNIQUE INSTALL ID AND GENERATED DOMAIN. HANDLES SUCCESSFUL PROVISIONS, SUBDOMAIN CONFLICTS, AND SYSTEM ERRORS WITH COMPREHENSIVE LOGGING AND ERROR REPORTING. Returns:
Partner Shares for Listings()	None Returns:
PARTNER_SHARES_FOR_CASES()	None Returns:
PARTNER_SHARES_FOR_COURSES()	None Returns:
PARTNER_SHARES_FOR_DEAL_REGISTRATION()	None Returns:
PARTNER_SHARES_FOR_PATHS()	None Returns:
PARTNER_SHARES_FOR_USER_COURSES()	None Returns:
PROD_ENVIRONMENT_PROVISION()	None Returns:
PROGRESS_ROLLUP_PH2()	'94658d61-e2c9-435a-b6dc-d25e816fb86d' Returns:
PROVISION_CUST_ENVIRONMENT()	Returns:
RENDER_BADGE_LEADERBOARD()	None Returns:
RENDER_BADGE_LEADERBOARD_NO_LIMITS()	None Returns:
RENDER_DATE()	None `RENDER_DATE(q)` Returns: Any
RENDER_ENUM()	None `RENDER_ENUM(q)` Returns: Any
RENDER_ENUM_BUTTONS()	None `RENDER_ENUM_BUTTONS(q, options, current_answer)` Returns: Any
RENDER_ENUM_DROPDOWN()	None `RENDER_ENUM_DROPDOWN(q, options, current_answer)` Returns: Any
RENDER_ENUM_STACKED()	None `RENDER_ENUM_STACKED(q, options, current_answer)` Returns: Any
RENDER_ERROR()	None `RENDER_ERROR(msg)` Returns: Any
RENDER_FIELD_FOR_QUESTION()	None `RENDER_FIELD_FOR_QUESTION(q)` Returns: Any
RENDER_HEADER()	None `RENDER_HEADER(questions)` Returns: Any
RENDER_LONG_TEXT()	None `RENDER_LONG_TEXT(q)` Returns: Any
RENDER_NO_QUESTION()	None `RENDER_NO_QUESTION()` Returns: Any
RENDER_QUIZ()	'fa3634d3-43da-4631-a0ea-018d6dba0eb4' `RENDER_QUIZ(quiz_id)` Returns: Any
RENDER_TEXT()	None `RENDER_TEXT(q)` Returns: Any
RESUBMIT_SITEMAP_OR_URL()	Returns:
RUN_SEO_REPORT()	`RUN_SEO_REPORT(user_id,report_id,start_date,end_date,search_engine_id)` Returns: Any
SHARE_WITH_BVAI()	None Returns:
SHOW_TOTAL_POINTS()	None Returns:
SNAPAPP_SEO_SELECT_TEST()	Returns:
START_FREE_TRIAL()	THIS FUNCTION TRIGGERS WHEN THE USER CLICKS ON "Create Environment" button in snapapp-registration page THIS FUNCTION: Gets the logged-in user’s email using `USEREMAIL()` Finds the tenant record by matching the email in the tenants object Fetches the corresponding tenant_id Inserts a row into the customer_products object where: `customer_id = tenant_id` `product_type = Platform` `platform = SnapApp Application Builder` `price_plan_id = Professional Plan` `free_trial = 1` `trial_ends = 14 days from today` `active = 1` Returns:
STARTING_PRICE()	Returns:
STORE_DEMO_CONTACTS()	None Returns:
STORE_REGISTRATION_DETAILS()	'Ted1test','TedB','ted@bluevector.ai','BVAI987','Independence Street',1 Returns:
STORE_UNAUTHENTICATED_USER_DATA()	None Returns:
STRIPE_CHECKOUT()	'279e6508-6ffe-4e08-a0a7-bf5a58f79687','e482ca24-9c30-4cda-949e-2833a175ecae','month','5','WELCOME10' THIS FUNCTION GETS TRIGGERED WHEN CUSTOMER CLICKS ON "Checkout" BUTTON THE FUNCTION PERFORMS THE FOLLOWING STEPS: RECEIVES BILLING INTERVAL, QUANTITY, OPTIONAL PROMO CODE, PRICE PLAN ID, AND TENANT ID AS INPUT FETCHES PRICE PLAN DETAILS INCLUDING PRICE, NAME, AND ANY ANNUAL DISCOUNT FETCHES THE TENANT EMAIL TO ASSOCIATE THE STRIPE CHECKOUT SESSION WITH THE CUSTOMER CALCULATES THE BASE UNIT AMOUNT BASED ON THE SELECTED BILLING INTERVAL (MONTHLY OR YEARLY) APPLIES ANY ANNUAL DISCOUNT CONFIGURED IN THE PRICE PLAN IF A PROMO CODE IS PROVIDED: VALIDATES THE PROMO CODE AGAINST ACTIVE PROMOTIONS APPLIES EITHER A PERCENTAGE-BASED OR FLAT AMOUNT DISCOUNT TO THE FINAL AMOUNT ENSURES STRIPE MINIMUM CHARGE REQUIREMENTS ARE MET CREATES A STRIPE CHECKOUT SESSION FOR A RECURRING SUBSCRIPTION WITH THE CALCULATED AMOUNT CHECKS IF A CUSTOMER_PRODUCTS RECORD ALREADY EXISTS FOR THE TENANT IF IT EXISTS, UPDATES THE BILLING CYCLE (MONTHLY OR YEARLY) IF IT DOES NOT EXIST, CREATES A NEW CUSTOMER_PRODUCTS RECORD WITH THE BILLING CYCLE IF A VALID PROMO CODE WAS USED, UPDATES THE TENANT RECORD WITH THE APPLIED PROMOTION RETURNS THE STRIPE CHECKOUT SESSION URL FOR REDIRECTION THIS FUNCTION ENSURES THAT PRICING, PROMOTIONS, BILLING CYCLE, AND TENANT STATE ARE ALL SYNCHRONIZED BEFORE REDIRECTING THE USER TO STRIPE CHECKOUT. Returns:
STRIPE_CHECKOUT_CART()	'199afc61-08d9-483a-8fc2-494aceb25100','testnew-sumanta.dev.snapapp.me','125','1' Returns:
STRIPE_UPDATE_ASSOCIATED_OBJECTS()	THIS FUNCTION IS TRIGGERED AFTER A STRIPE PAYMENT IS COMPLETED. THE FUNCTION PERFORMS THE FOLLOWING ACTIONS: FETCHES THE PAYMENT RECORD USING THE PROVIDED PAYMENT ID EXTRACTS THE CUSTOMER ID, PAYMENT STATUS, AND ACTUAL AMOUNT FROM THE PAYMENT RECORD UPDATES ALL CUSTOMER_PRODUCTS ASSOCIATED WITH THE CUSTOMER TO: SET THE PROFESSIONAL PRICE PLAN REMOVE ANY FREE TRIAL FLAGS AND TRIAL END DATES SET THE PRODUCT TYPE TO PLATFORM SET THE PLATFORM TO SNAPAPP APPLICATION BUILDER MARK AS ACTIVE INSERTS A NEW RECORD INTO THE PAYMENT_HISTORIES OBJECT TO LOG: THE PAYMENT STATUS THE CUSTOMER ID THE PAID AMOUNT RETURNS A SUCCESS RESPONSE WITH THE PAYMENT ID, CUSTOMER ID, AND NUMBER OF UPDATED CUSTOMER_PRODUCT RECORDS THIS FUNCTION ENSURES THAT A SUCCESSFUL PAYMENT IMMEDIATELY ACTIVATES THE PLATFORM PRODUCT FOR THE CUSTOMER AND MAINTAINS A COMPLETE PAYMENT HISTORY FOR AUDITING AND BILLING PURPOSES. Returns:
test_genai_summary()	None Returns:
TEST_SUMANTA_TENANT()	DELETE LATER AFTER USE Returns:
THAW_ENVIRONMENT()	THIS FUNCTION IS USED TO AUTOMATICALLY REACTIVATE (THAW) A CUSTOMER ENVIRONMENT AFTER A SUCCESSFUL PAYMENT EVENT. IT FETCHES THE PAYMENT RECORD, IDENTIFIES THE ASSOCIATED TENANT_ID, AND CHECKS WHETHER THEIR ENVIRONMENT STATUS IS FROZEN. IF THE ENVIRONMENT IS FROZEN, IT CALLS AN EXTERNAL PROVISIONING API TO RESTORE THE DEPLOYMENT AND MAKE THE APPLICATION ACCESSIBLE AGAIN. UPON SUCCESSFUL API RESPONSE, IT UPDATES THE ENVIRONMENT STATUS TO “CLAIMED” IN THE DATABASE TO REFLECT THAT THE SYSTEM IS ACTIVE. IF THE ENVIRONMENT IS NOT FROZEN, THE FUNCTION SAFELY EXITS WITHOUT PERFORMING ANY ACTION. Returns:
TOOL_AGENTIC_TEXTV2()	'Platform engineering and devops' --input Returns:
TOOL_FETCH_CANVAS_VERSIONS()	'ba2f575c-f75d-41c2-a345-d9fdd5482996' Returns:
TOOL_FETCH_CHATS()	'a0636e9d-6cfc-4a23-9e96-5dbedc265929' Returns:
TOOL_FETCH_CONVOS()	This function fetches all the conversations of the user with agent on the homepage sidebar. Returns:
TOOL_GEN_COURSE()	"""'build 1 module course on css' , """ """ //userip :'Building dialogflow agents' ,""" """ Generates concise course information in JSON format for SnapApp. Expected JSON structure: [ { "name": str, "description": str, "level": str, # e.g. Introductory, Intermediate, Advanced "persona_course": set or list of enums, "progress": 0.0 } ] """ Returns:
TOOL_GEN_PUBLISH_COURSE()	Here course_data is a json {'name': 'Building Dialogflow Agents', 'description': 'This course provides a comprehensive introduction to building conversational AI agents using Dialogflow. You will learn how to design, develop, and deploy intelligent agents that can understand and respond to user input. The course covers key concepts such as intents, entities, contexts, and fulfillment. By the end of this course, you will be able to create your own Dialogflow agents for various applications.', 'level': 'Beginner', 'persona_course': ['Software Engineer', 'AI Developer', 'Chatbot Developer'], 'progress': 0.0, 'modules': [{'sequence': 1, 'name': '1. Dialogflow Fundamentals and Agent Creation', 'description': 'This module introduces the core concepts of Dialogflow, including intents, entities, contexts, and fulfillment. Students will learn how to create a basic Dialogflow agent from scratch, define intents to recognize user input, and extract relevant information using entities. The module will also cover how to use contexts to manage conversation flow and how to configure fulfillment to connect the agent to external services. By the end of this module, students will have a solid foundation for building more complex conversational AI agents.', 'items': [{'type': 'document', 'name': 'Introduction to Dialogflow Concepts', 'ai_summary': "This document provides an overview of core Dialogflow concepts such as intents, entities, contexts, and fulfillment, explaining their roles in building conversational AI agents. It serves as a foundational guide for understanding the module's key topics.", 'url': 'https://docs.google.com/document/d/1GBmZ7-Rgacatb02_4Gxk9SMzvjDs7vAuzWQTeCNXxaI/preview'}, {'type': 'lab', 'name': 'Creating Your First Dialogflow Agent', 'ai_summary': 'This lab guides students through the process of creating a basic Dialogflow agent from scratch, defining intents to recognize user input, and extracting relevant information using entities. It includes step-by-step instructions and practical exercises.', 'url': ''}, {'type': 'slides', 'name': 'Managing Conversation Flow with Contexts', 'ai_summary': 'These slides explain how to use contexts in Dialogflow to manage conversation flow and maintain state across multiple turns. They cover the concepts of input and output contexts, and how to use them to create more natural and engaging conversations.', 'url': 'https://docs.google.com/presentation/d/1ijMOYa_IEmg8ZEhBLYjv0rkbg899uCXsF4fSWspeuZo/embed'}, {'type': 'code_example', 'name': 'Fulfillment with Webhooks Example', 'ai_summary': 'This code example demonstrates how to configure fulfillment in Dialogflow to connect the agent to external services using webhooks. It provides a practical illustration of how to integrate the agent with APIs and databases.', 'url': ''}]}]} Returns:
TOOL_GENERATE_TEXT()	"""" You are Snappy — a friendly AI assistant for a low-code app builder called SnapApp. Context: - current_agent_phase: documents_received - missing_documents: [] - recent_messages: 2025-12-02 08:06:45\|User: Develop an app for organizations to request, process, and manage background checks, including secure document upload and status tracking. 2025-12-02 08:06:52\|Agent: That sounds like a fantastic and impactful app idea for organizations! To ensure we build exactly what you need, the first step is to get a clear understanding of the project scope. Could you please provide the Statement of Work (SOW) for this background check application? The SOW will help us define the project's objectives, deliverables, timelines, and responsibilities, setting a solid foundation for development with SnapApp. 2025-12-02 08:09:17\|User: submit 2025-12-02 08:09:26\|Agent: It looks like you're ready to move forward! To proceed with developing your app for background checks, I still need the Statement of Work (SOW). Once you provide the SOW, I can start defining the project's objectives, deliverables, and timelines, which is crucial for building your app effectively with SnapApp. 2025-12-02 10:46:35\|User: here 2025-12-02 10:46:45\|Agent: Thanks for letting me know you're here! To move forward with developing your background check app, I'm still waiting for the Statement of Work (SOW). Once you provide the SOW, I can help you define the project's objectives, deliverables, and timelines, which is essential for building your app effectively with SnapApp. You can paste the content directly here or upload it as a file. 2025-12-02 11:28:23\|User: Take it 2025-12-02 11:28:35\|Agent: It sounds like you're ready to provide the Statement of Work (SOW)! That's great. To move forward with developing your background check app, please provide the content of the SOW. You can paste the text directly into our chat, or if it's a file, you can upload it here. Once I have the SOW, I can help you define the project's objectives, deliverables, and timelines, which is essential for building your app effectively with SnapApp. 2025-12-02 12:01:30\|User: hi 2025-12-02 12:01:47\|Agent: Hello again! It's Snappy. I see you're back! To keep moving forward with building your background check app, I'm still waiting for the Statement of Work (SOW). Once I have that, we can really start defining the project's objectives, deliverables, and timelines, which is crucial for building your app effectively with SnapApp. You can paste the content directly here or upload it as a file. Let me know when you're ready! 2025-12-02 12:07:14\|User: here u go 2025-12-02 12:07:32\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:10:51\|Agent: Fantastic! Thank you for providing the Statement of Work (SOW). I've successfully received it. Now that we have the SOW, we can move forward with defining the project's objectives, deliverables, and timelines for your background check application. This is a crucial step to ensure we build exactly what you need with SnapApp. Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from the perspective of the end-user. I'm excited to get started on these! Let 2025-12-02 12:27:25\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:29:27\|Agent: ```json { "ai_response": "Fantastic! It looks like we're all set with the Statement of Work (SOW). I've successfully received 2025-12-02 12:29:43\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:30:54\|Agent: Fantastic! Thank you for providing the Statement of Work (SOW). I've successfully received it. This is a crucial step to ensure we build exactly what you need with SnapApp. Now that we have the SOW, we can move forward with defining the project's objectives, deliverables, and timelines for your background check application. Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from the perspective of the end-user. I'm excited to get started on these! 2025-12-02 12:31:09\|Agent: Fantastic! Thank you for providing the Statement of Work (SOW). I've successfully received it, and we're now ready to move forward with building your background check application with SnapApp. Now that we have the SOW, we can define the project's objectives, deliverables, and timelines. This is a crucial step to ensure we build exactly what you need. Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from the perspective of the end-user. I'm excited to 2025-12-02 12:31:44\|Agent: Sorry, I couldn't generate a response right now. Please try again. 2025-12-02 12:37:05\|Agent: Fantastic! Thanks for that. It looks like we're all set with the Statement of Work (SOW). I've successfully received it, and we're now ready to move forward with building your background check application with SnapApp. Now that we have the SOW, we can define the project's objectives, deliverables, and timelines. This is a crucial step to ensure we build exactly what you need. ### Next Steps: Here are the next steps we'll take: - Draft Project Charter: We'll create a high-level document outlining the project's purpose, scope, objectives, and key stakeholders. - Generate Epics: Based on the charter, we'll break down the project into major functional areas or large user stories. - Generate User Stories: We'll then detail specific features and functionalities from User's latest message: "Here you go" Assistant thinking summary (internal): "The user says "here u go," which strongly suggests they're finally providing the SOW I've been waiting for. This is vital for defining the project's objectives and scope for their SnapApp, as it outlines everything we need to build. I need to carefully parse whatever they send next to extract all the critical details." OUTPUT SPEC (CRITICALLY IMPORTANT): Return exactly one JSON object. The JSON object must have exactly these top-level keys: - ai_response: a string containing the full user-facing reply in RICH MARKDOWN format. * YOU MUST use bold for emphasis (e.g., SOW, Project Charter). * Use `### Headings` if the response is long. * Use bullet lists (`-`) for clarity. - agent_tasks: an array of task objects (may be empty). Task object schema: { "title": "...", "description": "...", "command": "...", "status": "pending" } BEHAVIOR RULES: - If the user's message is a greeting, reply conversationally. Introduce Snappy using bold text. - If "SOW" is in missing_documents AND the user explicitly wants to start/work/build: * Do NOT create tasks. * In ai_response, ask for the SOW explicitly using bold text. * Set agent_tasks=[]. - If current_agent_phase == "documents_ready", include these tasks in order: 1) Draft Project Charter 2) Generate Epics 3) Generate User Stories You MUST NOT stop generating until: 1. All array entries are fully written, 2. All objects contain every required field, 3. A valid closing '}' for the entire JSON is emitted. Never truncate output. Never stop early. If the JSON object grows large, continue generating until complete.""",None Returns:
TOTAL_QUIZ_SCORE()	None `TOTAL_QUIZ_SCORE(course_id)` Returns: Any
TRIGGER_SENDGRID_CAMPAIGNS()	The `run_sequence()` function executes a multi-step email drip campaign over 13 days by managing the timing logic locally to bypass SendGrid's 72-hour transactional scheduling limit. It captures the script's start time and uses a continuous loop to monitor the clock, triggering each of the four templates only when their specific hour-based milestones—1 hour, 24 hours, 7 days, and 13 days—are reached. By utilizing the Mail Send API, it delivers emails directly to the recipient with dynamic personalization injected via Handlebars tags, completely eliminating the need for SendGrid list IDs. Because all progress is stored in the script's active memory rather than a file, the sequence remains streamlined but will reset if the script is interrupted. Returns:
UNSUBSCRIBE_EMAIL_UPDATES()	None Returns:
UPDATE_COURSE_TOTAL_POINTS()	'20026698-7003-417c-bf8c-a9b32c153c30' Returns:
UPDATE_PATH_DURATION()	This script fetches all course durations linked to a learning path, sums them up, and returns the total duration as either hours (if under 40) or weeks (rounded, assuming 1 week = 40 hours). Returns:
UPGRADE_FEATURE_SKU_PROFESSIONAL()	None Returns:
URL_RETURNS()	Returns:
USAGE_STATS()	None Returns:
USER_COUNT()	None Returns:
USER_COURSES()	f889d77b-eefe-469e-b13b-97bf788f7744 Returns:
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Array
REFS_TO_USERS(id,type)	Returns a list of user IDs referenced in a document `REFS_TO_USERS("table_name","objects")` Returns: ['user_id1', 'user_id2'] `REFS_TO_USERS("workflow_id","workflows")` Returns: ['user_id1', 'user_id2']
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Date
DATE()	Returns a date from a string `DATE("2020-01-01")` Returns: 2020-01-01 `DATE("2020-01-01 00:00:00")` Returns: 2020-01-01
DATEADD()	Adds a number of days `DATEADD("2020-01-01", 1)` Returns: 2020-01-02 `DATEADD("2020-01-01", -1)` Returns: 2019-12-31
EOMONTH()	Returns the last day of the month `EOMONTH("2020-01-01")` Returns: 2020-01-31 `EOMONTH("2020-12-31")` Returns: 2020-12-31
EOWEEK()	Returns the last day of the week `EOWEEK("2020-01-01")` Returns: 2020-01-05 `EOWEEK("2020-12-31")` Returns: 2021-01-02
TODAY(timezone='UTC')	The date in %Y-%m-%d format. The timezone is optional with a default of UTC. Complete list of timezones can be found at https://en.wikipedia.org/wiki/List_of_tz_database_time_zones `TODAY()` Returns: 2020-01-01 `TODAY("America/Denver")` Returns: 2019-12-31
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: DateTime
NOW(timezone='UTC')	The datetime in %Y-%m-%d %H:%M:%S format. The timezone is optional with a default of UTC. Complete list of timezones can be found at https://en.wikipedia.org/wiki/List_of_tz_database_time_zones `NOW()` Returns: 2020-12-31 12:34:56 `NOW("America/Denver")` Returns: 2020-12-31 07:34:56
UTCNOW()	The datetime for UTC timezone in %Y-%m-%d %H:%M:%S format `UTCNOW()` Returns: 2020-01-01 12:34:56
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Datetime
DATETIME()	Returns a datetime from a string `DATETIME("2020-01-01")` Returns: 2020-01-01 00:00:00 `DATETIME("2020-01-01 12:34:56")` Returns: 2020-01-01 12:34:56
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Email
SENDER_EMAIL()	The email sender `SENDER_EMAIL()` Returns: Default Email Sender
USEREMAIL()	Returns the current user's email `USEREMAIL()` Returns: email
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: File
STATIC_MAP()	STATIC_MAP(latitude, longitude, zoom, width, height, map_type). Returns a static map image from Google Maps. Maps Documentation. This returns a GCS blob URI. You can use the GENERATE_SIGNED_URL() function to display the image. map_type can be one of the following: roadmap, satellite, terrain, hybrid. `STATIC_MAP(40.714224, -73.961452, 12, 400, 400)` Returns: signed URL `STATIC_MAP(ADDRESS_TO_LATLNG("1616 Federal Blvd, Denver, CO 80204, USA"), None, 12, 400, 400)` Returns: File
STREET_VIEW()	STREET_VIEW(latitude, longitude, heading, pitch, fov, width, height). Returns a street view image from Google Maps. Street View Documentation. This returns a GCS blob URI. You can use the GENERATE_SIGNED_URL() function to display the image. `STREET_VIEW(40.714224, -73.961452, 90, 0, 90, 400, 400)` Returns: signed URL
TEXT_TO_SPEECH()	TEXT_TO_SPEECH(text). Returns a GCS blob URI from a text string. You can use the GENERATE_SIGNED_URL() function to play the audio. `TEXT_TO_SPEECH("Hello World")` Returns: signed URL `TEXT_TO_SPEECH("Hello World", "FEMALE")` Returns: signed URL `TEXT_TO_SPEECH("Hello World", "MALE")` Returns: signed URL `TEXT_TO_SPEECH("Hello World", "NEUTRAL")` Returns: signed URL
URL_TO_PDF()	URL_TO_PDF(url). Returns a PDF file from a URL. `URL_TO_PDF("https://example.com")` Returns: URI `URL_TO_PDF("https://example.com","vendors")` Returns: URI
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Image
GENERATE_IMAGE()	Returns a generated Image based on the input prompt `GENERATE_IMAGE("Cute Dog playing football ","512x512",1)` Returns: Image
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: JSON
KG_SEARCH()	KG_SEARCH(query, [limit=10]). Returns a list of entities from Google's Knowledge Graph. `KG_SEARCH("Barack Obama")` Returns: [{"name": "Barack Obama", "type": "Person", "description": "44th U.S. President", "url": "https://en.wikipedia.org/wiki/Barack_Obama"}]
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: List
EXTRACTDATES()	Returns a list of dates from a string `EXTRACTDATES("2020-01-01, 2020-01-03")` Returns: ['2020-01-01', '2020-01-03']
EXTRACTEMAILS()	Returns a list of emails from a string `EXTRACTEMAILS("admin@example.com hello@example.com")` Returns: ['admin.example.com', 'hello@example.com']
EXTRACTNUMBERS()	Returns a list of numbers from a string `EXTRACTNUMBERS("1 2 3")` Returns: [1, 2, 3]
EXTRACTPHONES()	Returns a list of phone numbers from a string `EXTRACTPHONES("123-456-7890")` Returns: ['123-456-7890']
EXTRACTURLS()	Returns a list of URLs from a string `EXTRACTURLS("https://www.google.com")` Returns: ['https://www.google.com'] `EXTRACTURLS("https://www.google.com https://www.example.com")` Returns: ['https://www.google.com', 'https://www.example.com']
GENERATE_CHILD_RECORDS()	GENERATE_CHILD_RECORDS(table, record ID, prompt, number of records, enhance prompt) Generates child records based on the input prompt and table. The number of records and optimise prompt is optional. `GENERATE_CHILD_RECORDS("superheros", "72570e47-2dc6-477d-97e7-c7b410ddc487" ,"Add details for 3 superheroes from Marvel", 3, True)` Returns: List of record IDs
GENERATE_RECORDS()	GENERATE_RECORDS(table, prompt, number of records, enhance prompt) Generates records based on the input prompt and table. The number of records and optimise prompt is optional. `GENERATE_RECORDS("superheros", "Add details for 3 superheroes from Marvel", 3, True)` Returns: List of record IDs
LIST()	Returns a list of values `LIST("a", "b", "c")` Returns: ['a', 'b', 'c'] `LIST(1, 2, 3)` Returns: [1, 2, 3]
RE_FINDALL()	Returns a list of all matches of a regular expression `RE_FINDALL("([0-9]+)", "abc123def456")` Returns: ['123', '456'] `RE_FINDALL("([a-z]+)", "abc123def456")` Returns: ['abc', 'def']
SELECT()	Returns a list of records from a database table. - columns: (Optional) A list or comma-separated string of column names to retrieve. Defaults to "". - where_column: (Optional) The column name to filter by. - where_value: (Optional) The value to match for where_column. - flatten: (Optional) If True, returns a list of values from the first column only. - dictionary: (Optional) If True, returns each record as a dictionary. Cannot be used with flatten. - filters: (Optional) A list of tuples for multiple filters, e.g., filters=[("column1", 10), ("column2", 20)]. - order_by: (Optional) A string (column name) or a list of tuples for multiple sort columns, e.g., order_by=[("column1", "ASC"), ("column2", "DESC")]. `SELECT("table", "field1,field2")` Returns: [(val1, val2), ...] `SELECT("table", "field1", "filter_col", "filter_val")` Returns: [(val1), (val1), ...] `SELECT("table", "field1", "filter_col", "filter_val", flatten=True)` Returns: [val1, val1, ...] `SELECT("table", "field1,field2", dictionary=True)` Returns: [{'field1': val1, 'field2': val2}, ...] `SELECT("table", "", filters=[("col1", 10, ">")])` Returns: [(val1, val2, ...), ...] `SELECT("table", "", filters=[("col1", 10)])` Returns: [(col1, 10, ...), ...] `SELECT("table", "", order_by=[("col1", "DESC")])` Returns: [(val1, val2, ...), ...]
SORT()	Returns a list of values sorted in ascending order. Optional second boolean parameter to sort in descending order. `SORT([3, 2, 1])` Returns: [1, 2, 3] `SORT([1, 2, 3], True)` Returns: [3, 2, 1]
SPLIT()	Returns a list of substrings from a text string, separated by a delimiter `SPLIT("Hello World", " ")` Returns: ['Hello', 'World']
TOP()	Returns the first n items in a list `TOP([1, 2, 3], 2)` Returns: [1, 2] `TOP([1, 2, 3], 4)` Returns: [1, 2, 3]
UNIQUE()	Returns a list of unique values from a list `UNIQUE([1, 2, 3, 1, 2, 3])` Returns: [1, 2, 3]
GET_ACTIVE_USE_CASES()	None Returns:
GET_COURSE_DETAIL()	this is the course details of a function that Runs a query to join courses, modules, module items and user module items to to show course/module information applicable to the current user. '4761e7e4-c178-4892-bc22-ee7b99be8699' `GET_COURSE_DETAIL(course_id)` Returns: List
GET_USER_MODULE_ITEM_LIST()	None Returns:
GET_USER_MODULE_LIST()	This function takes the module id and return the user module id Returns:
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Number
ABS()	Arithmetic absolute value. If the value is a string, it will be converted to a number. `ABS("-3.14")` Returns: 3.14 `ABS(-2.718)` Returns: 2.718
AVERAGE()	Returns mean of a list `AVERAGE([1, 2, 3])` Returns: 2 `AVERAGE([3.14, 2.71, 1.41])` Returns: 2.42
CEILING()	Returns the smallest integer greater than or equal to a number `CEILING(3.14)` Returns: 4 `CEILING(-3.14)` Returns: -3
COUNT()	Returns the number of items in an iterable. If the argument is a table name, it will return the number of rows. `COUNT([1, 2, 3])` Returns: 3 `COUNT([3.14, 2.71, 1.41])` Returns: 3 `COUNT("table_name")` Returns: Number
DATEDIFF()	Returns the number of days between two dates. DATEDIFF("2020-01-01", "2020-12-31") returns 365 `DATEDIFF("2020-01-01", "2020-12-31")` Returns: 365 `DATEDIFF("2020-12-31", "2020-01-01")` Returns: -365
DAY()	Returns the day of the month `DAY("2020-01-01")` Returns: 1 `DAY("2020-12-31")` Returns: 31
FIND()	Returns the position of a substring. Returns -1 if not found. `FIND("needle", "needle in haystack")` Returns: 0 `FIND("rock", "in haystack")` Returns: -1
FLOAT()	Converts a value to float `FLOAT("3.14")` Returns: 3.14 `FLOAT(3)` Returns: 3.0
FLOOR()	Returns the largest integer less than or equal to a number `FLOOR(1.1)` Returns: 1 `FLOOR(1.9)` Returns: 1
HOUR()	Returns the hour `HOUR("2020-01-01 12:00:00")` Returns: 12 `HOUR("2020-01-01 00:00:00")` Returns: 0
INDEX()	Returns the value at a specific position in a list. Indexes start at 1. `INDEX(["a", "b", "c"], 1)` Returns: a `INDEX(["a", "b", "c"], 2)` Returns: b `INDEX(["a", "b", "c"], 3)` Returns: c `INDEX(["a", "b", "c"], 4)` Returns:
INT()	Converts a value to an integer `INT("3")` Returns: 3 `INT(2.718)` Returns: 2
LEN()	The string length `LEN("abc")` Returns: 3 `LEN("a")` Returns: 1 `LEN("")` Returns: 0
MAX()	Returns the largest value in a list of numbers `MAX([1, 2, 3])` Returns: 3 `MAX([3, 2, 1])` Returns: 3 `MAX([3.14, 2.71])` Returns: 3.14
MAXROW()	Returns the largest row number in a table `MAXROW("table", "field")` Returns: 3
MIN()	Returns the smallest value in a list of numbers `MIN([1, 2, 3])` Returns: 1 `MIN([3, 2, 1])` Returns: 1 `MIN([3.14, 2.71])` Returns: 2.71
MINROW()	Returns the smallest row number in a table `MINROW("table", "field")` Returns: 1
MINUTE()	Returns the minute `MINUTE("2020-01-01 12:34:56")` Returns: 34
MONTH()	Returns the month `MONTH("2020-01-01 12:34:56")` Returns: 1
NLP_SENTIMENT()	NLP_SENTIMENT(text). Returns a sentiment score from -1 to 1. `NLP_SENTIMENT("I love this product")` Returns: 0.9 `NLP_SENTIMENT("I hate this product")` Returns: -0.9
POWER()	Returns the result of a number raised to a power `POWER(2, 3)` Returns: 8 `POWER(3, 2)` Returns: 9 `POWER(3.14, 2)` Returns: 9.8596
RANDBETWEEN()	Returns a random number between the two numbers `RANDBETWEEN(1, 10)` Returns: 5
ROUND()	Returns a number rounded to a specified number of decimal places `ROUND(3.14159, 2)` Returns: 3.14 `ROUND(3.14159, 3)` Returns: 3.142 `ROUND(3.14159, 4)` Returns: 3.1416
SECOND()	Returns the second `SECOND("2020-01-01 12:34:56")` Returns: 56
SQRT()	Returns the square root of a number `SQRT(4)` Returns: 2 `SQRT(9)` Returns: 3 `SQRT(9.0)` Returns: 3.0
SUM()	Returns the sum of a list of numbers `SUM([1, 2, 3])` Returns: 6 `SUM([1.1, 2.2, 3.3])` Returns: 6.6
TOTALHOURS()	Returns the total number of hours in a time `TOTALHOURS("12:34:56")` Returns: 12.582222222222223
TOTALMINUTES()	Returns the total number of minutes in a time `TOTALMINUTES("12:34:56")` Returns: 754.9333333333333
TOTALSECONDS()	Returns the total number of seconds in a time `TOTALSECONDS("12:34:56")` Returns: 45296.0
WEEKDAY()	Returns the day of the week for a date `WEEKDAY("2020-01-01")` Returns: 1
YEAR()	Returns the year `YEAR("2020-01-01")` Returns: 2020
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Point
ADDRESS_TO_LATLNG()	Converts an address to latitude and longitude. A point is a tuple with 2 values: latitude and longitude. `ADDRESS_TO_LATLNG("1600 Amphitheatre Parkway, Mountain View, CA 94043")` Returns: (37.4223878,-122.0841877)
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Text
BASE_URL()	Returns the base URL of the app `BASE_URL()` Returns: https://www.appsheet.com/
CONCAT()	Concatenates two or more text strings `CONCAT("Hello", " ", "World")` Returns: Hello World `CONCAT("Hello", " ", "World", "!")` Returns: Hello World!
CONCAT_WS()	Concatenates two or more text strings with a separator `CONCAT_WS(" ", "Hello", "World")` Returns: Hello World `CONCAT_WS(" ", "Hello", "World", "!")` Returns: Hello World !
CONCATENATE()	Concatenates two or more text strings `CONCATENATE("Hello", " ", "World")` Returns: Hello World `CONCATENATE("Hello", " ", "World", "!")` Returns: Hello World!
CONTEXT()	Returns current context `CONTEXT('application')` Returns: my-app `CONTEXT('solution')` Returns: my-solution `CONTEXT('page')` Returns: my-page `CONTEXT('view')` Returns: my-view `CONTEXT('view-type')` Returns: list-view `CONTEXT('object')` Returns: my-object `CONTEXT('Bot')` Returns: False `CONTEXT('Browser')` Returns: Chrome/Safari/Firefox `CONTEXT('DeviceType')` Returns: Mobile/Web `CONTEXT('Device')` Returns: Uid of the device from cookie `CONTEXT('OS')` Returns: iOS/Linux/Windows
DLP_SSN()	Returns a de-identified SSN `DLP_SSN("123-45-6789")` Returns: 123-XX-XXXX
ENCODEURL()	Returns a URL encoded string `ENCODEURL("https://www.google.com/search?q=hello world")` Returns: https%3A%2F%2Fwww.google.com%2Fsearch%3Fq%3Dhello+world
FORMAT_DATETIME()	FORMAT_DATETIME(value, format,default_timezone[optional],ignore_timezone[optional]) Returns Datetime based on the input input `FORMAT_DATETIME(Sat, 15 Jun 2024 00:00:00 GMT,"%Y-%m-%d %H:%M:%S")` Returns: 2024-05-20 05:07:51 `FORMAT_DATETIME(2024-06-13 12:28:47,"%Y-%m-%d")` Returns: 2024-06-15 `FORMAT_DATETIME(2024-06-13 12:28:47,"%d-%m-%Y %H:%M:%S")` Returns: 20-05-2024 05:07:51
FORMAT_NUMBER()	Returns a formatted number `FORMAT_NUMBER("32", "{:08.0f}")` Returns: 00000032 `FORMAT_NUMBER(1234567.89, "{:10.2f}")` Returns: 1,234,567.89 `FORMAT_NUMBER(1234567.89, "{:10.2e}")` Returns: 1.23e+06 `FORMAT_NUMBER(1234567.89, "{:10.2g}")` Returns: 1.2e+06 `=FORMAT_NUMBER(.99, "{:7.2%}")` Returns: 99.00%
FORMAT_TIME()	FORMAT_TIME(Value,Military Time, Ignore Seconds, Default timezone('optional)) Returns Time based on the input `FORMAT_TIME('05:44:18',True,True,'America/Denver')` Returns: 05:44 `FORMAT_TIME("05:44:18 AM",False,True,"Pacific/Saipan")", "returns": "03:44 PM"}` Returns: 1. AppSheet 2. Bubble
GENERATE_SIGNED_URL()	GENERATE_SIGNED_URL(url, [expiration=3600]) Returns a signed URL from GCS. `GENERATE_SIGNED_URL("bucket-name/example.png")` Returns: signed URL
GENERATE_TEXT()	GENERATE_TEXT(prompt, context, datasource) Returns a generated text based on the input prompt. Pass a datastore path to be used for grounding. `GENERATE_TEXT("Give me a name for a blog website")` Returns: Blogger's Home `GENERATE_TEXT("Give two names for a tech product, list them in numbers")` Returns: 1. AppSheet 2. Bubble
GENERATE_TEXT_WITH_IMAGE()	Returns a generated text with an image prompt and text prompt. Pass a datastore path to be used for grounding. `GENERATE_TEXT_WITH_IMAGE("image.jpg","Describe the image")` Returns: Text
IMAGE()	IMAGE(url). Returns a signed URL from GCS. `IMAGE("bucket-name/example.png")` Returns: signed URL
LATLNG_TO_ADDRESS()	LATLNG_TO_ADDRESS(latitude, longitude). Returns an address from a latitude and longitude. `LATLNG_TO_ADDRESS(40.714224, -73.961452)` Returns: 277 Bedford Ave, Brooklyn, NY 11211, USA
LEFT()	Returns the leftmost characters in a text string `LEFT("abc", 1)` Returns: a `LEFT("abc", 2)` Returns: ab `LEFT("abc", 3)` Returns: abc `LEFT("abc", 4)` Returns: abc
LOWER()	Lowercase a string `LOWER("ABC")` Returns: abc `LOWER("aBc")` Returns: abc
MARKDOWN_TO_HTML()	Converts Markdown to HTML `MARKDOWN_TO_HTML("# Hello")` Returns: Hello `MARKDOWN_TO_HTML("## Hello")` Returns: Hello
MID(arg, start, length)	Returns a specific number of characters from a text string starting at the position you specify. `MID("abc", 1, 1)` Returns: a `MID("abc", 1, 2)` Returns: ab `MID("abc", 1, 3)` Returns: abc `MID("abc", 1, 4)` Returns: abc
PREDICT()	PREDICT(model, input). Returns a prediction from a model. `PREDICT("my-model", {"sepal_length": 5.1, "sepal_width": 3.5, "petal_length": 1.4, "petal_width": 0.2})` Returns: setosa
RE_FIND()	Returns the first match of a regular expression `RE_FIND("([0-9]+)", "abc123def456")` Returns: 123 `RE_FIND("([a-z]+)", "abc123def456")` Returns: abc
RE_MATCH()	Returns the first match of a regular expression at the beginning of a string `RE_MATCH("([0-9]+)", "123def456")` Returns: 123 `RE_MATCH("([a-z]+)", "abc123def456")` Returns: abc
RE_SEARCH()	Returns the first match of a regular expression anywhere in a string `RE_SEARCH("([0-9]+)", "abc123def456")` Returns: 123 `RE_SEARCH("([a-z]+)", "abc123def456")` Returns: abc
RE_SUB()	Returns a string with all matches of a regular expression replaced `RE_SUB("([0-9]+)", "X", "abc123def456")` Returns: abcXdefX `RE_SUB("([a-z]+)", "X", "abc123def456")` Returns: X123X456
REF_LABEL()	Get Ref Label of record `REF_LABEL("permits", "1745c746-aaa5-4ecf-96e7-49392458d42c")` Returns: ON-0017
REMOVE_HTML_TAGS()	Removes HTML tags from a string `REMOVE_HTML_TAGS("Hello ")` Returns: Hello `REMOVE_HTML_TAGS("Hello ")` Returns: Hello
RIGHT()	Returns the rightmost characters from a string `RIGHT("abc", 1)` Returns: c `RIGHT("abc", 2)` Returns: bc `RIGHT("abc", 3)` Returns: abc
SENDER_EMAIL_NAME()	The email sender name `SENDER_EMAIL_NAME()` Returns: Default Email Sender Name
SPEECH_TO_TEXT()	SPEECH_TO_TEXT(object,'en-us'). Returns a text string from a GCS object. `SPEECH_TO_TEXT("example.mp3","en-us")` Returns: Hello World
SUBSTITUTE()	Returns a text string with all occurrences of a substring replaced with another substring `SUBSTITUTE("Hello World", "World", "Universe")` Returns: Hello Universe
SUMMARIZE_DOCUMENT(url)	SUMMARIZE_DOCUMENT(url) Returns a summarized text of the input document. Supports PDF files. `SUMMARIZE_DOCUMENT(url = pdf_url)` Returns: Summarized text of the pdf
TEXT()	Returns a text string representation of a value `TEXT(123)` Returns: 123 `TEXT(123.45)` Returns: 123.45
TITLE()	Returns a text string in title case `TITLE("hello world")` Returns: Hello World
TRANSLATE_DOCUMENT()	TRANSLATE_DOCUMENT("URI", "source_language", "target_language"). Returns a translated document from a GCS URI. `TRANSLATE_DOCUMENT("gs://bucket-name/file-name", "en", "es")` Returns: GCS URI
TRANSLATE_DOCUMENT_BATCH()	TRANSLATE_DOCUMENT_BATCH("URI", "source_language", "target_language"). Returns a translated document from a GCS URI. `TRANSLATE_DOCUMENT_BATCH("gs://bucket-name/file-name", "en", "es")` Returns: GCS URI
TRANSLATE_TEXT()	TRANSLATE_TEXT(text, [source_language='auto', target_language='en']). Returns a translated string. Similar to the GOOGLETRANSLATE() function in Google Sheets. `TRANSLATE_TEXT("Hola Amigo")` Returns: Hi friend `TRANSLATE_TEXT("Hola Amigo", "es", "en")` Returns: Hi friend
TRIM()	Returns a text string with whitespace removed from the start and end `TRIM(" Hello World ")` Returns: Hello World `TRIM("Hello World")` Returns: Hello World
UPPER()	Uppercase a string `UPPER("Hello World")` Returns: HELLO WORLD
USERLOCALE()	The active locale e.g. en, de, es, zh `USERLOCALE()` Returns: en, de, es, fr, or zh
USERNAME()	Returns the current user's fullname `USERNAME()` Returns: Full Name
GENERATE_PATH_TIMELINE()	Generate a timeline for a path and related courses. `GENERATE_PATH_TIMELINE(path_id,user_id)` Returns: Text
GET_OAUTH_TOKEN()	`GET_OUTH_TOKEN('google_apis',USERID())` Returns: The Decrypted Token
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Time
TIME()	Returns the time portion of a datetime `TIME("2020-01-01 12:34:56")` Returns: 12:34:56 `TIME(NOW())` Returns: 12:34:56
TIMENOW(timezone='UTC')	The time in %H:%M:%S format. Similar to TIME(NOW()). The timezone is optional with a default of UTC. Complete list of timezones can be found at https://en.wikipedia.org/wiki/List_of_tz_database_time_zones `TIMENOW()` Returns: 12:34:56 `TIMENOW("America/Denver")` Returns: 07:34:56
CALC_TIMEBASED_DISCHARGE()	None Returns:
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: Tuple
REF_ROWS()	Define related table and column `REF_ROWS("users", "claim_id")` Returns: ('users', 'claim_id')
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: UUID
ACCOUNTID()	The current account ID `ACCOUNTID()` Returns: UUID
CURRENTAPP()	The ID of the active application `CURRENTAPP()` Returns: UUID
USERID()	Returns the current user's ID `USERID()` Returns: UUID
USERROLE()	Returns the current user's role ID `USERROLE()` Returns: UUID
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Returns: YesNo
AND()	Returns a YesNo expression `AND(TRUE, TRUE)` Returns: Yes `AND(TRUE, FALSE)` Returns: No `AND(FALSE, TRUE)` Returns: No `AND(FALSE, FALSE)` Returns: No
BOOLEAN() or BOOL()	Converts a value to a boolean `BOOLEAN("true")` Returns: Yes `BOOLEAN("false")` Returns: No `BOOLEAN(1)` Returns: Yes `BOOLEAN(0)` Returns: No
CONTAINS()	Returns a YesNo expression `CONTAINS("Hello World", "World")` Returns: Yes `CONTAINS("Hello World", "World!")` Returns: No
ENDSWITH()	Returns a YesNo expression `ENDSWITH("Hello World", "World")` Returns: Yes `ENDSWITH("Hello World", "World!")` Returns: No
EXISTS()	Returns a YesNo expression `EXISTS("users", "id", 1)` Returns: Yes `EXISTS("users", "id", 999)` Returns: No
HAS_PERMISSION()	Returns a YesNo expression `HAS_PERMISSION("send_mail")` Returns: Yes `HAS_PERMISSION("cases.create")` Returns: No `HAS_PERMISSION("cases.case_number.read")` Returns: No
IN()	Returns a YesNo expression `IN("a", ["a", "b", "c"])` Returns: Yes `IN("d", ["a", "b", "c"])` Returns: No
ISBLANK()	Returns a YesNo expression `ISBLANK("")` Returns: Yes `ISBLANK("a")` Returns: No
ISDATE()	Returns a YesNo expression `ISDATE("2020-01-01")` Returns: Yes `ISDATE("a")` Returns: No
ISNOTBLANK()	Returns a YesNo expression `ISNOTBLANK("")` Returns: No `ISNOTBLANK("a")` Returns: Yes
ISNULL()	Returns a YesNo expression, if the value is null or None `ISNULL(1)` Returns: No `ISNULL(0)` Returns: No `ISNULL(None)` Returns: Yes
ISNUMBER()	Returns a YesNo expression `ISNUMBER(1)` Returns: Yes `ISNUMBER("a")` Returns: No
NOT()	Returns a YesNo expression `NOT(True)` Returns: No `NOT(No)` Returns: Yes
OR()	Returns a YesNo expression `OR(True, False)` Returns: Yes `OR(Yes, No)` Returns: Yes `OR(No, No)` Returns: No
STARTSWITH()	Returns a YesNo expression `STARTSWITH("Hello World", "Hello")` Returns: Yes `STARTSWITH("Hello World", "World")` Returns: No
NOTAFREEMAIL()	Confirm email address is valid and is not from a free email domain (e.g. gmail.com, yahoo.com etc) `NOTAFREEMAIL(email)` Returns: YesNo
PAYMENT_HISTORIES_SHOWIF()	ADD THIS FUNCTION IN THE PAYMENT HISTORY BUTTON IN PLAN DETAILS PAGE Returns:
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

This table contains a list of expressions and their descriptions.
Name	Description	Action
Fields
Select an Object from above to list the Object's Fields

This table contains a list of expressions and their descriptions.
Name	Description	Action
DATE_YYYYMMDD_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01])$
DATETIME_REGEX	^\d{4}\-(0?[1-9]\|1[012])\-(0?[1-9]\|[12][0-9]\|3[01]) (0?[0-9]\|1[0-9]\|2[0-3]):[0-5][0-9]:[0-5][0-9]$
TIME_REGEX	^(0?[1-9]\|1[0-2]):[0-5][0-9]:[0-5][0-9]\s?(AM\|PM)$
EMAIL_REGEX	^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$
SSN_REGEX	^\d{3}-?\d{2}-?\d{4}$
URL_REGEX	^(http\|https)://[a-zA-Z0-9-]+(\.[a-zA-Z0-9-]+)+(/\S*)?$

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Fetches a specific field value from a quiz template based on a given quiz ID : 'fa3634d3-43da-4631-a0ea-018d6dba0eb4','estimated_duration'

Fetches a specific field value from a quiz template based on a given quiz ID : 'fa3634d3-43da-4631-a0ea-018d6dba0eb4','estimated_duration'

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Fetches a specific field value from a quiz template based on a given quiz ID : 'fa3634d3-43da-4631-a0ea-018d6dba0eb4','estimated_duration'

Fetches a specific field value from a quiz template based on a given quiz ID : 'fa3634d3-43da-4631-a0ea-018d6dba0eb4','estimated_duration'

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