more changes and final markdown revisions

site/app/elements/codelab-elements/code-copy.js

@@ -21,6 +21,9 @@
         return;
       }
 
+      // Add class to pre element for styling
+      preElement.classList.add('has-copy-button');
+
       // Create the copy button
       const copyButton = document.createElement('button');
       copyButton.className = 'copy-button';

site/sigmaguides/src/administration_ask_sigma_usage_dashboard/administration_ask_sigma_usage_dashboard.md

@@ -100,7 +100,7 @@ Let's also assume that we want to completely isolate this information from other
 Log into Snowflake as `ACCOUNTADMIN`.
 
 Copy and paste the following SQL script into a new Snowflake SQL worksheet:
-```code
+```copy-code
 -- Use full privileges to create and configure objects
 USE ROLE ACCOUNTADMIN;
 USE WAREHOUSE COMPUTE_WH;

site/sigmaguides/src/aiapps_adjustments_change_log/aiapps_adjustments_change_log.md

@@ -73,12 +73,12 @@ Add a new `Data` > `Table` to the page and set the source to `Sigma Sample Datab
 <img src="assets/acl-1.png" width="600"/>
 
 Add a new column, rename it to `Revenue` and set the formula to:
-```code
+```copy-code
 [Price] * [Quantity]
 ```
 
 Add another new column, rename it to `Month` and set the formula to:
-```code
+```copy-code
 DateTrunc("month", [Date])
 ```
 
@@ -112,7 +112,7 @@ Rename the pivot table to `Revenue Planning`.
 
 ### Create a Key Column
 In order to uniquely identify which cell a user has clicked, we will add a column renamed to `Key`, and set its formula to:
-```code
+```copy-code
 MD5([Product Type] & [Product Line] & Text([Month]))
 ```
 
@@ -140,7 +140,7 @@ Add a `Input` > `Empty` input table under the `Revenue Planning` table.
 Set the source connection to the `Sigma Sample Database`.
 
 Add and name the following columns:
-```code
+```copy-code
 Name                Type
 Product_Line        Text
 Original_Value      Number
@@ -151,7 +151,7 @@ Key                 Text
 ```
 
 Set the formula for `Delta` to:
-```code
+```copy-code
 [Adjusted_Value] - [Original_Value]
 ```
 
@@ -242,7 +242,7 @@ Add a `Controls` > `Text input` control and set the `Control ID` to `a_key`.
 
 #### Method
 Add a `Controls` > `Segmented` control and set the `Control ID` to `Method`. Set the `Value source` to `Create manual list` with these values:
-```code
+```copy-code
 Absolute
 Percent
 Relative
@@ -252,7 +252,7 @@ Relative
 
 #### Calculated Adjustment
 Add a `UI` > `Text` element and set its formula to:
-```code
+```copy-code
 Coalesce(
     Switch(
         [Method],
@@ -364,7 +364,7 @@ Click as shown in the screenshot below and select `Add condition`:
 <img src="assets/acl-27.png" width="500"/>
 
 Select `Custom formula` and use this formula:
-```code
+```copy-code
 IsNull([a_adjustment])
 ```
 
@@ -384,7 +384,7 @@ There are few things we could do here to provide feedback to the user. For examp
 With that out of the way, lets setup recording the adjustment into our `Adjustment Log` input table.
 
 `Create` (or duplicate the existing) action sequence (as shown in the screenshot below) and set its condition to execute if there is a value in 
-```code
+```copy-code
 IsNotNull([a_adjustment])
 ```
 
@@ -399,7 +399,7 @@ Add an `Insert a row` action and configure it as shown:
 We need to make one change from the defaults for the `Adjusted_Value` control. For that, we need to pass the value of the final calculation but since that is not in a control for us to just "grab", we have to set a formula instead. 
 
 We can just reuse the same formula as the modal already uses to do the adjustment calculation:
-```code
+```copy-code
 Switch([Method], "Percent", [a_current] * (1 + [a_adjustment] / 100), "Absolute", [a_adjustment], "Relative", [a_current] + [a_adjustment])
 ```
 
@@ -460,7 +460,7 @@ Drag `Last updated at` to the `CALCULATIONS` grouping and set its aggregation to
 Rename the column to `Most Recent Adjustment`.
 
 Add another new column and rename it to `IsLatest` and set its formula to:
-```code
+```copy-code
 If([Last updated at] = [Most Recent Adjustment], True)
 ```
 
@@ -473,7 +473,7 @@ Lets do some test adjustments so that we have some data. Make sure to adjust the
 With that configured, we now want the latest adjustment to appear in the `Revenue Planning` table, in the correct cell.
 
 In the `Revenue Planning` table, add a new column, rename it to the `Latest Adjustment` and set the formula to:
-```code
+```copy-code
 Coalesce(Lookup([Most Recent Adjustments/Adjusted_Value], [Key], [Most Recent Adjustments/Key]), [Sum of Revenue])
 ```
 

site/sigmaguides/src/aiapps_api_actions_getting_started/aiapps_api_actions_getting_started.md

@@ -82,15 +82,15 @@ We will configure a simple example to request weather data with the location and
 
 **Name:** The name of the connector as it appears to users in a workbook.<br>
 Use this name:
-```code
+```copy-code
 Current Temp - Hard Coded
 ```
 
 **Description:** [optional] A custom description that helps users identify the connector and verify its contents.
 
 **Base URL:** Select an HTTP method and the URL for the request.<br>
 Use this URL:
-```code
+```copy-code
 https://api.open-meteo.com/v1/forecast?latitude=20.7702&longitude=-156.2682&timezone=auto&temperature_unit=fahrenheit
 ```
 
@@ -165,14 +165,14 @@ On the `Parse Temperature` page we have the same `Click Me` button and a pre-con
 If we look at the KPI properties panel, we see that it is bound to the `Cities` table on the `Data` page.
 
 Before this will work, we need to convert the raw response to JSON by adding a column to the KPI using the [Json](https://help.sigmacomputing.com/docs/json) conversion function:
-```code
+```copy-code
 Json([Raw-Response])
 ```
 
 <img src="assets/api_actions_gs_07.png" width="800"/>
 
 Once converted, we can parse the temperature from the JSON
-```code
+```copy-code
 Number([Raw-Response].current_weather.temperature)
 ```
 
@@ -195,7 +195,7 @@ Return to `Administration` > `API Connectors` and add a new one.
 
 **Base URL:** Select an HTTP method and the URL for the request.<br>
 Use this URL:
-```code
+```copy-code
 https://api.open-meteo.com/v1/forecast?latitude={{latitude}}&longitude={{longitude}}&current_weather=true&temperature_unit=fahrenheit
 ```
 
@@ -204,7 +204,7 @@ https://api.open-meteo.com/v1/forecast?latitude={{latitude}}&longitude={{longitu
 </aside>
 
 **Params:** Add four query parameters:
-```code
+```copy-code
 KEY                 TYPE          VALUE
 latitude            Dynamic
 longitude           Dynamic

site/sigmaguides/src/aiapps_approvals_flow/aiapps_approvals_flow.md

@@ -62,7 +62,7 @@ Add a new `Data` > `Table` to the page and set the source to `Sigma Sample Datab
 <img src="assets/acl-1.png" width="600"/>
 
 Add a new column, rename it to `Revenue` and set the formula to:
-```code
+```copy-code
 [Price] * [Quantity]
 ```
 Let's cull the data down for this demonstration. We don't need 4.5 million rows to build our AI App, although Sigma handles it fine anyway. There is no reason to use more data than is required and efficiency matters. 
@@ -82,7 +82,7 @@ Let's just assume these are the orders in the cloud data warehouse ("warehouse")
 Since it is possible that each order can have multiple items (`SKUs`), we need to add a column to ensure that we can easily identify any row uniquely. 
 
 Add a new column, rename it to `Key` and set the formula to:
-```code
+```copy-code
 MD5(Text([Order Number]) & [Sku Number] & Text([Cust Key]))
 ```
 
@@ -151,7 +151,7 @@ Duration: 5
 We want the AI App to open a modal window when the user clicks on a single cell in a specific row. 
 
 Let's make it really obvious for the user and add a new `Calculation` column to `Orders to Approve` and rename it to `Edit`. Set the formula to:
-```code
+```copy-code
 "EDIT"
 ```
 
@@ -307,7 +307,7 @@ Repeat to create a second container for the `Order Details` controls:
 <img src="assets/af-20a.png" width="600"/>
 
 Here is the text for `Instructions`:
-```code
+```copy-code
 An adjustment is requested on this order and line item.  
 
 Make sure to include some information with your update.
@@ -334,7 +334,7 @@ Set the connection to the `Sigma sample database`.
 We will need to add and configure a few columns. These columns will be populated by data sent by the `Approvals Modal` when the user saves an override.
 
 Add and configure the following columns:
-```code
+```copy-code
 Column Name:      Type:
 Order Number      Number
 Previous Revenue  Number
@@ -378,7 +378,7 @@ Group the table on `Key` and drag `Last Updated at` to `CALCULATIONS`, changing
 <img src="assets/af-36.png" width="500"/>
 
 Add an new column and rename it to `IsLatest`. Set the formula to:
-```code
+```copy-code
 If([Last updated at] = [Max of Last updated at], True)
 ```
 
@@ -543,7 +543,7 @@ Rename the copy to `Approver Modal` and change its title to match.
 <img src="assets/af-45.png" width="500"/>
 
 Next we will update the `Instructions` to:
-```code
+```copy-code
 An adjustment is requested on this order and line item.  
 
 Rm Override shows the latest requested adjustment.
@@ -644,14 +644,14 @@ Now when the adjusted clicks on a `Rejected` row, they use the same `Adjuster Mo
 Duration: 5
 
 On the `Orders to Approve` table, add a new `Calculation` column to the `Orders to Approve` table, setting the formula to:
-```code
+```copy-code
 Switch([a_persona], "Adjuster", [Latest Status (Most Recent Adjustments)] = "Rejected" or IsNull([Latest Status (Most Recent Adjustments)]), "Approver", [Latest Status (Most Recent Adjustments)] = "Adjusted" or [Latest Status (Most Recent Adjustments)] = "Approved", False)
 ```
 
 Rename it to `Persona Access`.
 
 Create another `Calculation` column, renamed to `Persona` with this formula:
-```code
+```copy-code
 If(Lookup([Latest Status (Most Recent Adjustments)], [Key], [Latest Status (Most Recent Adjustments)]) = "Adjusted", "Adjuster", "Approver")
 ```
 

site/sigmaguides/src/aiapps_calling_external_api_procedure/aiapps_calling_external_api_procedure.md

@@ -79,7 +79,7 @@ For that level of detail, please see [External Functions.](https://docs.snowflak
 Log into your Snowflake instance as `ACCOUNTADMIN` and create a new SQL worksheet.
 
 ### Load the "Dirty" Dataset in Snowflake, by running this script:
-```code
+```copy-code
 -- Step 1: Create a database and schema for logging requests and responses
 CREATE DATABASE IF NOT EXISTS SIGMA_QUICKSTARTS;
 USE DATABASE SIGMA_QUICKSTARTS;
@@ -131,7 +131,7 @@ This is a simple process that takes only a few minutes.
 Once you have the API key, replace the text on line 42 (search for **"YOUR_API_KEY_HERE"**) of the script with your key.
 
 Run the following script in a Snowflake SQL worksheet:
-```code
+```copy-code
 -- Step 1: Set correct database
 USE DATABASE SIGMA_QUICKSTARTS;
 USE SCHEMA GEOCODIO_API;
@@ -204,7 +204,7 @@ Before moving off this script, comment out the last line that tests the UDF. We
 `Run All` again to update the UDF.
 
 ### Create a PROCEDURE, by running this script:
-```code
+```copy-code
 -- Step 1: Set correct database
 USE DATABASE SIGMA_QUICKSTARTS;
 USE SCHEMA GEOCODIO_API;
@@ -347,7 +347,7 @@ Add another table to the page, this time selecting `REQUEST_RESPONSE_LOG` from t
 Rename the second table to `Clean Addresses`.
 
 Add a new column to the `Dirty Data` table, rename it to `Cleaned ?` and set the formula to:
-```code
+```copy-code
 If(IsNotNull(Lookup([Clean Addresses/Business Id], [Business Id], [Clean Addresses/Business Id])), "YES", "NO")
 ```
 
@@ -365,7 +365,7 @@ The Geocodio API endpoint we are using is expecting a single comma-separated str
 The `Dirty Data` that was provided to us has each part of the address in individual columns, so we need to combine them, before sending the API request. This is simple to do.
 
 Add a new column to the `Dirty Data` table, rename it to `Request_Address` and set the formula to:
-```code
+```copy-code
 Text([Business Id]) & " || " & [Address] & ", " & [City] & ", " & [State] & ", " & [Dirty Zip]
 ```
 
@@ -446,22 +446,22 @@ The `Response Data` column in the `Clean Addresses` table is storing the address
 Add columns for `Street`, `City`, `State` and `Zip`. Here are the formulas for each, using the [SplitPart function.](https://help.sigmacomputing.com/docs/splitpart)
 
 **Street:**
-```code
+```copy-code
 SplitPart([Response Data], ",", 1)
 ```
 
 **City:**
-```code
+```copy-code
 SplitPart([Response Data], ",", 2)
 ```
 
 **State:**
-```code
+```copy-code
 SplitPart(Trim(SplitPart([Response Data], ",", 3)), " ", 1)
 ```
 
 **Zip:**
-```code
+```copy-code
 SplitPart(Trim(SplitPart([Response Data], ",", 3)), " ", 2)
 ```