@@ 191,7 191,9 @@ class Client:
                 return None
             if res.status_code == 200:
                 meta = res.json()
-                for key in meta:
+                for key in list(meta):
+                    # list call above to help against a weird
+                    # `dictionary changed size during iteration`
                     if key not in timeseries.metakeys:
                         meta.pop(key, None)
                 return meta

          

@@ 2,10 2,10 @@ 
 
 create table "{ns}".registry (
   id serial primary key,
-  seriesname text not null,
+  name text not null,
   internal_metadata jsonb,
   metadata jsonb,
-  unique(seriesname)
+  unique(name)
 );
 
 create index on "{ns}".registry using gin(internal_metadata);

          

@@ 170,9 170,9 @@ class timeseries:
 
     def list_series(self, cn):
         """Return the mapping of all series to their type"""
-        sql = f'select seriesname from "{self.namespace}".registry '
+        sql = f'select name from "{self.namespace}".registry '
         return {
-            row.seriesname: 'primary'
+            row.name: 'primary'
             for row in cn.execute(sql)
         }
 

          
@@ 180,7 180,7 @@ class timeseries:
         return cn.execute(
             'select internal_metadata->\'tzaware\' '
             f'from "{self.namespace}".registry '
-            'where seriesname = %(name)s',
+            'where name = %(name)s',
             name=name
         ).scalar()
 

          
@@ 249,7 249,7 @@ class timeseries:
         meta = cn.cache['internal_metadata'][name] = cn.execute(
             f'select internal_metadata '
             f'from "{self.namespace}".registry '
-            f'where seriesname = %(name)s',
+            f'where name = %(name)s',
             name=name
         ).scalar()
         return meta

          
@@ 261,16 261,16 @@ class timeseries:
         cn.execute(
             f'update "{self.namespace}".registry '
             'set internal_metadata = %(metadata)s '
-            'where seriesname = %(seriesname)s',
+            'where name = %(name)s',
             metadata=json.dumps(imeta),
-            seriesname=name
+            name=name
         )
 
     @tx
     def metadata(self, cn, name):
         return cn.execute(
             f'select metadata from "{self.namespace}".registry '
-            'where seriesname = %(name)s',
+            'where name = %(name)s',
             name=name
         ).scalar() or {}
 

          
@@ 280,9 280,9 @@ class timeseries:
         cn.execute(
             f'update "{self.namespace}".registry '
             'set metadata = %(metadata)s '
-            'where registry.seriesname = %(seriesname)s',
+            'where registry.name = %(name)s',
             metadata=json.dumps(metadata),
-            seriesname=name
+            name=name
         )
 
     def changeset_metadata(self, cn, csid):

          
@@ 553,8 553,8 @@ class timeseries:
     @tx
     def rename(self, cn, oldname, newname):
         sql = (f'update "{self.namespace}".registry '
-               'set seriesname = %(newname)s '
-               'where seriesname = %(oldname)s')
+               'set name = %(newname)s '
+               'where name = %(oldname)s')
         cn.execute(sql, oldname=oldname, newname=newname)
 
     @tx

          
@@ 569,8 569,8 @@ class timeseries:
         )
         rid = cn.execute(
             f'select id from "{self.namespace}".registry '
-            'where seriesname = %(seriesname)s',
-            seriesname=name
+            'where name = %(name)s',
+            name=name
         ).scalar()
         # drop series tables
         cn.execute(

          
@@ 600,8 600,8 @@ class timeseries:
         """
         sql = f'select count(*) from "{self.namespace}".registry'
         stats = {'series count': cn.execute(sql).scalar()}
-        sql = (f'select distinct seriesname from "{self.namespace}".registry '
-               'order by seriesname')
+        sql = (f'select distinct name from "{self.namespace}".registry '
+               'order by name')
         stats['serie names'] = [row for row, in cn.execute(sql).fetchall()]
         return stats
 

          
@@ 809,8 809,8 @@ class timeseries:
         tablename = cn.execute(
             f'select internal_metadata->\'tablename\' '
             f'from "{self.namespace}".registry '
-            f'where seriesname = %(seriesname)s',
-            seriesname=name
+            f'where name = %(name)s',
+            name=name
         ).scalar()
         if tablename is None:
             # bogus series name

          
@@ 835,7 835,7 @@ class timeseries:
         seriesmeta['tablename'] = tablename
         cn.execute(
             f'insert into "{self.namespace}".registry '
-            '(seriesname, internal_metadata) '
+            '(name, internal_metadata) '
             'values (%s, %s) '
             'returning id',
             name,

          
@@ 1016,7 1016,7 @@ class timeseries:
     def _group_info(self, cn, name):
         ns = self.namespace
         sql = (
-            f'select gm.name, sr.seriesname '
+            f'select gm.name, sr.name '
             f'from "{ns}".groupmap as gm '
             f'join "{ns}".group_registry as gr on gr.id = gm.groupid '
             f'join "{ns}.group".registry as sr on sr.id = gm.seriesid '

          
@@ 1037,7 1037,7 @@ class timeseries:
         # get registry id of inserted series
         sql = (
             f'select id from "{self.namespace}.group".registry '
-            'where seriesname = %(sn)s'
+            'where name = %(sn)s'
         )
         registry_id = cn.execute(sql, sn=seriename).scalar()