Added more samples

Examples/Language/Basic/create_ranges_of_numbers_and_dates.usql

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+DECLARE @StartDate = DateTime.Parse("1979-03-31");
+
+@numbers_10 = 
+    SELECT
+        *
+    FROM 
+    (VALUES
+        (0),
+        (1),
+        (2),
+        (3),
+        (4),
+        (5),
+        (6),
+        (7),
+        (8),
+        (9)
+    ) AS T(Value);
+
+@numbers_100 = 
+    SELECT (a.Value*10 + b.Value) AS Value
+    FROM @numbers_10 AS a CROSS JOIN @numbers_10 AS b;
+
+@numbers_10000 = 
+    SELECT (a.Value*100 + b.Value) AS Value
+    FROM @numbers_100 AS a CROSS JOIN @numbers_100 AS b;
+
+@dates_10000 = 
+    SELECT 
+        Value,
+        @StartDate.AddDays( Value ) AS Date
+    FROM @numbers_10000;
+
+OUTPUT @numbers_10000 
+    TO "/Samples/Output/numbers_10000.csv" 
+    USING Outputters.Csv(outputHeader:true);
+
+OUTPUT @dates_10000 
+    TO "/Samples/Output/dates_10000.csv" 
+    USING Outputters.Csv(outputHeader:true);
+

Examples/Language/Catalog/create_table_as_select_new.usql

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+@projectmembers = 
+    SELECT *
+    FROM
+    ( VALUES
+        ( "Website","Mallory", "PM" ), 
+        ( "Website","Bob", "Dev" ),
+        ( "Website","Alice", "Dev" ) ,
+        ( "Website","Stan", "Dev" ) ,
+        ( "Website","Chris", "UX" ) ,
+        ( "DB", "Ted", "Test" ), 
+        ( "DB", "Joe", "Dev" ) ,
+        ( "DB", "Chuck", "Dev" ) 
+    )
+AS T(Project, Employee, Role);
+
+
+CREATE DATABASE IF NOT EXISTS MyDB;
+
+DROP TABLE IF EXISTS MyDB.dbo.ProjectMembersRaw;
+
+CREATE TABLE MyDB.dbo.ProjectMembersRaw
+(
+    INDEX idx
+    CLUSTERED(Project ASC)
+    DISTRIBUTED BY
+    RANGE(Project)
+) AS SELECT * FROM @projectmembers;

Examples/Language/ComplexTypes/map_agg_new.usql

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+@projectmembers_raw = 
+    SELECT *
+    FROM
+    ( VALUES
+        ( "Website","Mallory", "PM" ), 
+        ( "Website","Bob", "Dev" ),
+        ( "Website","Alice", "Dev" ) ,
+        ( "Website","Stan", "Dev" ) ,
+        ( "Website","Chris", "UX" ) ,
+        ( "DB", "Ted", "Test" ), 
+        ( "DB", "Joe", "Dev" ) ,
+        ( "DB", "Chuck", "Dev" ) 
+    )
+AS T(Project, Employee, Role);
+
+@projectmembers =
+    SELECT 
+         Project,
+         MAP_AGG<string, string>(Employee, Role) AS Members
+    FROM @projectmembers_raw
+    GROUP BY Project;
+
+@projectmembers =
+    SELECT Project,
+           string.Join(",", Members.Select(p => String.Format("{0}:{1}", p.Key, p.Value))) AS Members
+    FROM @projectmembers;
+
+OUTPUT @projectmembers 
+    TO @"/Samples/Output/MAP_AGG_output.tsv"
+    USING Outputters.Tsv();

Examples/Language/WindowFunctions/any_n_in_group_new.usql

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+
+@num_per_group = 3;
+
+@querylog = 
+    SELECT * FROM ( VALUES
+        ("Banana"  , 300, "Image" ),
+        ("Cherry"  , 300, "Image" ),
+        ("Durian"  , 500, "Image" ),
+        ("Apple"   , 100, "Web"   ),
+        ("Fig"     , 200, "Web"   ),
+        ("Papaya"  , 200, "Web"   ),
+        ("Avocado" , 300, "Web"   ),
+        ("Cherry"  , 400, "Web"   ),
+        ("Durian"  , 500, "Web"   ) )
+    AS T(Query,Latency,Vertical);
+
+@result =
+    SELECT
+        *,
+        ROW_NUMBER() 
+            OVER (PARTITION BY Vertical ORDER BY 1) AS RowNumber
+    FROM @querylog;
+
+@result =
+    SELECT *
+    FROM @result
+    WHERE RowNumber <= @num_per_group;

Examples/Language/WindowFunctions/percentile_new.usql

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+@querylog = 
+    SELECT * FROM ( VALUES
+        ("Banana"  , 300, "Image" ),
+        ("Cherry"  , 300, "Image" ),
+        ("Durian"  , 500, "Image" ),
+        ("Apple"   , 100, "Web"   ),
+        ("Fig"     , 200, "Web"   ),
+        ("Papaya"  , 200, "Web"   ),
+        ("Avocado" , 300, "Web"   ),
+        ("Cherry"  , 400, "Web"   ),
+        ("Durian"  , 500, "Web"   ) )
+    AS T(Query,Latency,Vertical);
+
+@result =
+    SELECT
+        Vertical,
+        Query,
+        PERCENTILE_CONT(0.5) 
+            WITHIN GROUP (ORDER BY Latency)
+            OVER ( PARTITION BY Vertical ) AS PercentileCont50,
+        PERCENTILE_DISC(0.5)
+            WITHIN GROUP (ORDER BY Latency)
+            OVER ( PARTITION BY Vertical ) AS PercentileDisc50
+    FROM @querylog;
+
+
+OUTPUT @result
+TO @"/Samples/Output/percentile.tsv"
+USING Outputters.Tsv();
+

Examples/Language/WindowFunctions/ranking_new.usql

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+@querylog = 
+    SELECT * FROM ( VALUES
+        ("Banana"  , 300, "Image" ),
+        ("Cherry"  , 300, "Image" ),
+        ("Durian"  , 500, "Image" ),
+        ("Apple"   , 100, "Web"   ),
+        ("Fig"     , 200, "Web"   ),
+        ("Papaya"  , 200, "Web"   ),
+        ("Avocado" , 300, "Web"   ),
+        ("Cherry"  , 400, "Web"   ),
+        ("Durian"  , 500, "Web"   ) )
+    AS T(Query,Latency,Vertical);
+
+@result =
+    SELECT
+        *,
+        ROW_NUMBER() OVER (PARTITION BY Vertical ORDER BY Latency) AS RowNumber,
+        RANK() OVER (PARTITION BY Vertical ORDER BY Latency) AS Rank,
+        DENSE_RANK() OVER (PARTITION BY Vertical ORDER BY Latency) AS DenseRank
+    FROM @querylog;
+
+
+OUTPUT @result
+TO @"/Samples/Output/ranking.tsv"
+USING Outputters.Tsv();
+

Examples/Language/WindowFunctions/top_n_in_group_new.usql

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+
+@num_per_group = 3;
+
+@querylog = 
+    SELECT * FROM ( VALUES
+        ("Banana"  , 300, "Image" ),
+        ("Cherry"  , 300, "Image" ),
+        ("Durian"  , 500, "Image" ),
+        ("Apple"   , 100, "Web"   ),
+        ("Fig"     , 200, "Web"   ),
+        ("Papaya"  , 200, "Web"   ),
+        ("Avocado" , 300, "Web"   ),
+        ("Cherry"  , 400, "Web"   ),
+        ("Durian"  , 500, "Web"   ) )
+    AS T(Query,Latency,Vertical);
+
+@result =
+    SELECT
+        *,
+        ROW_NUMBER() 
+            OVER (PARTITION BY Vertical ORDER BY Latency) AS RowNumber
+    FROM @querylog;
+
+@result =
+    SELECT *
+    FROM @result
+    WHERE RowNumber <= @num_per_group;