typos

doc/analysis.rst

@@ -32,7 +32,7 @@ the hood, this ensures that the quantity is gathered from all present run_ids.
 
 Magic refers to the usage of customized commands to operate on our mangled and
 non-mangled SQL queries. To issue a magic command, preceding it with a ``.``.
-This will issue a command to runalyzer instead of refering to a python symbol.
+This will issue a command to runalyzer instead of referring to a python symbol.
 
 Running the script
 ------------------
@@ -222,11 +222,11 @@ before serving it.
 Usage
 -----
 After the virtual environment has been setup, click the ``Add file`` button
-to add a pannel for analysis.
+to add a panel for analysis.
 
 To analyze a run, click on the browse button to upload one or more files.
 These files will be gathered together under the hood. You can then select
-quantites from the X and Y dropdowns. If you would like to keep track of
+quantities from the X and Y dropdowns. If you would like to keep track of
 multiple quantities in the same graph, you can press ``Add Line to Plot``
 to add a Y dropdown.
 

logpyle/HTMLalyzer/htmlalyzer.html

@@ -518,7 +518,7 @@
 
     names = ["$" + s for s in names]
     query_args = ", ".join(names)
-    # shoud remake in the future to store the connection instead of
+    # should remake in the future to store the connection instead of
     # re-gathering it every time the button is pressed
     run_db = make_wrapped_db(file_dict[id].names, True, True)
     run_db.print_cursor(run_db.q("select " + query_args))
@@ -618,7 +618,7 @@
     # create plot group
     chart_button = document.getElementById("chartsButton" + str(id))
     chart_button .addEventListener("click", create_proxy(run_chart))
-    # add quantites to quantity 1 dropdown
+    # add quantities to quantity 1 dropdown
     plot_q1_select = document.getElementById("quantity1_" + str(id))
     for quantity in file_dict[id].quantities:
         item = document.createElement("option")
@@ -628,7 +628,7 @@
         if quantity == "step":
             plot_q1_select.value = quantity
 
-    # add quantites to quantity 2 dropdown
+    # add quantities to quantity 2 dropdown
     plot_q2_select = document.getElementById("quantity2_" + str(id))
     for quantity in file_dict[id].quantities:
         item = document.createElement("option")
@@ -645,7 +645,7 @@
     table_button = document.getElementById("tableButton" + str(id))
     table_button.addEventListener("click", create_proxy(add_table_list))
 
-    # add quantites to table dropdown
+    # add quantities to table dropdown
     table_select = document.getElementById("tableQuantitySelect" + str(id))
     for quantity in file_dict[id].quantities:
         item = document.createElement("option")
@@ -665,7 +665,7 @@
 file_dict: dict[str, Any] = {}
 # ensure logpyle and dependencies are present
 asyncio.ensure_future(import_logpyle())
-# ensure that one analysis pannel is present to begin with
+# ensure that one analysis panel is present to begin with
 add_file_func()
 
 </py-script>

logpyle/HTMLalyzer/main.py

@@ -237,7 +237,7 @@ def print_table(event: Any) -> None:
 
     names = ["$" + s for s in names]
     query_args = ", ".join(names)
-    # shoud remake in the future to store the connection instead of
+    # should remake in the future to store the connection instead of
     # re-gathering it every time the button is pressed
     run_db = make_wrapped_db(file_dict[id].names, True, True)
     run_db.print_cursor(run_db.q("select " + query_args))
@@ -337,7 +337,7 @@ async def store_file(event: Any) -> None:
     # create plot group
     chart_button = document.getElementById("chartsButton" + str(id))
     chart_button .addEventListener("click", create_proxy(run_chart))
-    # add quantites to quantity 1 dropdown
+    # add quantities to quantity 1 dropdown
     plot_q1_select = document.getElementById("quantity1_" + str(id))
     for quantity in file_dict[id].quantities:
         item = document.createElement("option")
@@ -347,7 +347,7 @@ async def store_file(event: Any) -> None:
         if quantity == "step":
             plot_q1_select.value = quantity
 
-    # add quantites to quantity 2 dropdown
+    # add quantities to quantity 2 dropdown
     plot_q2_select = document.getElementById("quantity2_" + str(id))
     for quantity in file_dict[id].quantities:
         item = document.createElement("option")

test/test_logManager.py

@@ -728,7 +728,7 @@ def test_eventcounter(basic_logmgr: LogManager):
     # transfer counter1's count to counter2's
     basic_logmgr.tick_before()
 
-    # at the beggining of tick, counter should clear
+    # at the beginning of tick, counter should clear
     print(counter1.events)
     assert counter1.events == 0