runmanager

Functions

add_expansion_groups(filename)	backward compatability, for globals files which don't have expansion groups.
compile_labscript(labscript_file, run_file)	Compiles labscript_file with the run file, returning the processes return code, stdout and stderr.
compile_labscript_async(labscript_file, ...)	Compiles labscript_file with run_file.
compile_labscript_with_globals_files(...)	Creates a run file output_path, using all the globals from globals_files.
compile_labscript_with_globals_files_async(...)	Same as compile_labscript_with_globals_files, except it launches a thread to do
compile_multishot_async(labscript_file, ...)	Compiles labscript_file with run_files.
copy_group(source_globals_file, ...[, ...])	This function copies the group source_groupname from source_globals_file to dest_globals_file and renames the new group so that there is no name collision.
delete_global(filename, groupname, globalname)
delete_group(filename, groupname)
dict_diff(dict1, dict2)	Return the difference between two dictionaries as a dictionary of key: [val1, val2] pairs.
evaluate_globals(sequence_globals[, ...])	Takes a dictionary of globals as returned by get_globals.
expand_globals(sequence_globals, evaled_globals)	Expands iterable globals according to their expansion settings.
find_comments(src)	Return a list of start and end indices for where comments are in given Python source.
flatten_globals(sequence_globals[, evaluated])	Flattens the data structure of the globals.
get_all_groups(h5_files)	returns a dictionary of group_name: h5_path pairs from a list of h5_files.
get_expansion(filename, groupname, globalname)
get_globals(groups)	Takes a dictionary of group_name: h5_file pairs and pulls the globals out of the groups in their files.
get_globalslist(filename, groupname)
get_grouplist(filename)
get_shot_globals(filepath)	Returns the evaluated globals for a shot, for use by labscript or lyse.
get_units(filename, groupname, globalname)
get_value(filename, groupname, globalname)
globals_diff_groups(active_groups, other_groups)	Given two sets of globals groups, perform a diff of the raw and evaluated globals.
globals_diff_shots(file1, file2[, max_cols])
guess_expansion_type(value)
is_valid_hdf5_group_name(name)	Ensure that a string is a valid name for an hdf5 group.
is_valid_python_identifier(name)
iterator_to_tuple(iterator[, max_length])
make_run_file_from_globals_files(...[, config])	Creates a run file output_path, using all the globals from globals_files.
make_run_files(output_folder, ...[, shuffle])	Does what it says.
make_single_run_file(filename, ...)	Does what it says.
new_global(filename, groupname, globalname)
new_globals_file(filename)
new_group(filename, groupname)
new_sequence_details(script_path[, config, ...])	Generate the details for a new sequence: the toplevel attrs sequence_date, sequence_index, sequence_id; and the the output directory and filename prefix for the shot files, according to labconfig settings.
next_sequence_index(shot_basedir, dt[, ...])	Return the next sequence index for sequences in the given base directory (i.e. <experiment_shot_storage>/<script_basename>) and the date of the given datetime object, and increment the sequence index atomically on disk if increment=True.
remove_comments_and_tokenify(src)	Removes comments from source code, leaving it otherwise intact, and returns it.
rename_global(filename, groupname, ...)
rename_group(filename, oldgroupname, ...)
set_expansion(filename, groupname, ...)
set_units(filename, groupname, globalname, units)
set_value(filename, groupname, globalname, value)

Classes

TraceDictionary(*args, **kwargs)

Exceptions

ExpansionError

An exception class so that error handling code can tell when a parsing exception was caused by a mismatch with the expansion mode