KSLDatabase

This constructs a SQLite database on disk and configures it to hold KSL simulation data. The database will be empty.

If true the underlying database was configured as a KSLDatabase

Sets the name of the default schema

Returns the names of the experiments in the EXPERIMENT table.

identifying string representing the database. This has no relation to the name of the database on disk or in the dbms. The sole purpose is for labeling of output

The returned map may have a null key because not all databases support the schema concept. There can be table names associated with null as the key.

The returned map may have a null key because not all databases support the schema concept. There can be view names associated with null as the key.

Clears all data from user defined tables

Deletes all simulation data associated with the supplied model. In other words, the simulation run data associated with a simulation with the name and the experiment with the name.

The expName should be unique within the database. Many experiments can be run with different names for the same simulation. This method deletes the experiment record with the provided name AND all related data associated with that experiment. If an experiment record does not exist with the expName, then nothing occurs.

Checks if the supplied experiment name exists within the database. Experiment names should be unique within the database

Writes all tables as separate comma separated value files into the supplied directory. The files are written to text files using the same name as the tables in the database

Writes all table data as insert queries to the PrintWriter

Writes all tables as separate comma separated value files into the supplied directory. The files are written to text files using the same name as the tables in the database

Writes the insert queries associated with the supplied table to the PrintWriter

Writes the table as comma separated values

Writes each table in the schema to an Excel workbook with each table being placed in a new sheet with the sheet name equal to the name of the table. The column names for each table are written as the first row of each sheet.

Writes each table in the list to an Excel workbook with each table being placed in a new sheet with the sheet name equal to the name of the table. The column names for each table are written as the first row of each sheet.

Retrieves the data for the named experiment or null if an experiment with the provided expName name is not found in the database

Copies the rows from the sheet to the table. The copy is assumed to start at row 1, column 1 (i.e. cell A1) and proceed to the right for the number of columns in the table and the number of rows of the sheet. The copy is from the perspective of the table. That is, all columns of a row of the table are attempted to be filled from a corresponding row of the sheet. If the row of the sheet does not have cell values for the corresponding column, then the cell is interpreted as a null value when being placed in the corresponding column. It is up to the client to ensure that the cells in a row of the sheet are data type compatible with the corresponding column in the table. Any rows that cannot be transfer in their entirety are logged to the supplied PrintWriter

Opens the workbook for reading only and writes the sheets of the workbook into database tables. The list of names is the names of the sheets in the workbook and the names of the tables that need to be written. They are in the order that is required for entering data so that no integrity constraints are violated. The underlying workbook is closed after the operation.

This prepares a map that can be used with MultipleComparisonAnalyzer and returns the MultipleComparisonAnalyzer. If the set of simulation runs does not contain the provided experiment name, then an IllegalArgumentException occurs. If there are multiple simulation runs with the same experiment name, then an IllegalArgumentException occurs. In other words, when running the experiments, the user must make the experiment names unique in order for this map to be built.

Prints all table data as insert queries to the console

Prints all tables as text to the console

Prints all tables as text to the console

Prints the insert queries associated with the supplied table to the console

Prints the table as comma separated values to the console

Prints the table as prettified text to the console

Prints the table as prettified text to the console

Returns a map of maps. The outer map has the experiment name as its key. The inner map has the response's name as the key and the replication results as a double array. The array contains the observed replication statistic for the response variable or the final count for a counter for each replication.

Returns a map of maps. The outer map has the experiment name as its key. The inner map has the response's name as the key and the replication results as a list of double values. The list contains the observed replication statistic for the response variable or the final count for a counter for each replication.

Returns the observations for the named experiment and the named statistical response from the within replication data. If the experiment name expNameStr is not found, then an empty array is returned. If the experiment is found, but the response name statNameStr is not found, then an empty array is returned.

This prepares a map that can be used with MultipleComparisonAnalyzer. If the set of simulation runs does not contain the provided experiment names, then an IllegalArgumentException occurs. If there are multiple simulation runs with the same experiment name, then an IllegalArgumentException occurs. In other words, when running the experiments, the user must make the experiment names unique in order for this map to be built.

Returns a list containing the within replication data

Returns a data frame that has columns (exp_name, rep_id, responseName) where the values in the responseName column have the value of the response for the named experiments and the replication id (number) for the value.

Writes all tables as text

Writes all tables as text

Writes all tables as text

Writes the table as prettified text.

Writes the table as prettified text.