consistently use ns for namespace

Author: MarcoGorelli

spec/API_specification/dataframe_api/__init__.py

@@ -283,10 +283,10 @@ def date(year: int, month: int, day: int) -> Scalar:
     Examples
     --------
     >>> df: DataFrame
-    >>> namespace = df.__dataframe_namespace__()
+    >>> ns = df.__dataframe_namespace__()
     >>> mask = (
-    ...     (df.get_column_by_name('date') >= namespace.date(2020, 1, 1))
-    ...     & (df.get_column_by_name('date') < namespace.date(2021, 1, 1))
+    ...     (df.get_column_by_name('date') >= ns.date(2020, 1, 1))
+    ...     & (df.get_column_by_name('date') < ns.date(2021, 1, 1))
     ... )
     >>> df.filter(mask)
     """

spec/API_specification/dataframe_api/groupby_object.py

@@ -61,13 +61,13 @@ def aggregate(self, *aggregation: Aggregation) -> DataFrame:
         Examples
         --------
         >>> df: DataFrame
-        >>> namespace = df.__dataframe_namespace__()
+        >>> ns = df.__dataframe_namespace__()
         >>> df.group_by('year').aggregate(
-        ...     namespace.Aggregation.sum('l_quantity').rename('sum_qty'),
-        ...     namespace.Aggregation.mean('l_quantity').rename('avg_qty'),
-        ...     namespace.Aggregation.mean('l_extended_price').rename('avg_price'),
-        ...     namespace.Aggregation.mean('l_discount').rename('avg_disc'),
-        ...     namespace.Aggregation.size().rename('count_order'),
+        ...     ns.Aggregation.sum('l_quantity').rename('sum_qty'),
+        ...     ns.Aggregation.mean('l_quantity').rename('avg_qty'),
+        ...     ns.Aggregation.mean('l_extended_price').rename('avg_price'),
+        ...     ns.Aggregation.mean('l_discount').rename('avg_disc'),
+        ...     ns.Aggregation.size().rename('count_order'),
         ... )
         """
         ...

spec/API_specification/examples/tpch/q1.py

@@ -8,9 +8,9 @@
 
 def query(lineitem_raw: SupportsDataFrameAPI) -> Any:
     lineitem = lineitem_raw.__dataframe_consortium_standard__(api_version="2023.10-beta")
-    namespace = lineitem.__dataframe_namespace__()
+    ns = lineitem.__dataframe_namespace__()
 
-    mask = lineitem.col("l_shipdate") <= namespace.date(1998, 9, 2)
+    mask = lineitem.col("l_shipdate") <= ns.date(1998, 9, 2)
     lineitem = lineitem.assign(
         (lineitem.col("l_extended_price") * (1 - lineitem.col("l_discount"))).rename(
             "l_disc_price",
@@ -25,13 +25,13 @@ def query(lineitem_raw: SupportsDataFrameAPI) -> Any:
         lineitem.filter(mask)
         .group_by("l_returnflag", "l_linestatus")
         .aggregate(
-            namespace.Aggregation.sum("l_quantity").rename("sum_qty"),
-            namespace.Aggregation.sum("l_extendedprice").rename("sum_base_price"),
-            namespace.Aggregation.sum("l_disc_price").rename("sum_disc_price"),
-            namespace.Aggregation.sum("change").rename("sum_charge"),
-            namespace.Aggregation.mean("l_quantity").rename("avg_qty"),
-            namespace.Aggregation.mean("l_discount").rename("avg_disc"),
-            namespace.Aggregation.size().rename("count_order"),
+            ns.Aggregation.sum("l_quantity").rename("sum_qty"),
+            ns.Aggregation.sum("l_extendedprice").rename("sum_base_price"),
+            ns.Aggregation.sum("l_disc_price").rename("sum_disc_price"),
+            ns.Aggregation.sum("change").rename("sum_charge"),
+            ns.Aggregation.mean("l_quantity").rename("avg_qty"),
+            ns.Aggregation.mean("l_discount").rename("avg_disc"),
+            ns.Aggregation.size().rename("count_order"),
         )
         .sort("l_returnflag", "l_linestatus")
     )

spec/API_specification/examples/tpch/q5.py

@@ -39,7 +39,7 @@ def query(
     nation = nation_raw.__dataframe_consortium_standard__(api_version="2023-10.beta")
     region = region_raw.__dataframe_consortium_standard__(api_version="2023-10.beta")
 
-    namespace = customer.__dataframe_namespace__()
+    ns = customer.__dataframe_namespace__()
 
     result = (
         region.join(nation, how="inner", left_on="r_regionkey", right_on="n_regionkey")
@@ -56,15 +56,15 @@ def query(
     mask = (
         (result.col("c_nationkey") == result.col("s_nationkey"))
         & (result.col("r_name") == "ASIA")
-        & (result.col("o_orderdate") >= namespace.date(1994, 1, 1))
-        & (result.col("o_orderdate") < namespace.date(1995, 1, 1))
+        & (result.col("o_orderdate") >= ns.date(1994, 1, 1))
+        & (result.col("o_orderdate") < ns.date(1995, 1, 1))
     )
     result = result.filter(mask)
 
     new_column = (result.col("l_extendedprice") * (1 - result.col("l_discount"))).rename(
         "revenue",
     )
     result = result.assign(new_column)
-    result = result.group_by("n_name").aggregate(namespace.Aggregation.sum("revenue"))
+    result = result.group_by("n_name").aggregate(ns.Aggregation.sum("revenue"))
 
     return result.dataframe