Uses of Class
com.google.visualization.datasource.base.InvalidQueryException

Packages that use InvalidQueryException

com.google.visualization.datasource
com.google.visualization.datasource.query
com.google.visualization.datasource.query.parser
com.google.visualization.datasource.query.scalarfunction

Uses of InvalidQueryException in com.google.visualization.datasource

Methods in com.google.visualization.datasource that throw InvalidQueryException

static DataTable	DataSourceHelper.applyQuery(Query query, DataTable dataTable, com.ibm.icu.util.ULocale locale) Applies the given Query on the given DataTable and returns the resulting DataTable.
static Query	DataSourceHelper.parseQuery(String queryString)
static Query	DataSourceHelper.parseQuery(String queryString, com.ibm.icu.util.ULocale userLocale) Parses a query string (e.g., 'select A,B pivot B') and creates a Query object.
static void	DataSourceHelper.validateQueryAgainstColumnStructure(Query query, DataTable dataTable) Checks that the query is valid against the structure of the data table.

Uses of InvalidQueryException in com.google.visualization.datasource.query

Methods in com.google.visualization.datasource.query that throw InvalidQueryException

void	QueryLabels.addLabel(AbstractColumn column, String label) Adds a column label.
void	QueryFormat.addPattern(AbstractColumn column, String pattern) Adds a column pattern.
void	Query.setRowLimit(int rowLimit) Sets the max number of rows to return to the caller.
void	Query.setRowOffset(int rowOffset) Sets the number of rows that should be removed from the beginning of the data table.
void	Query.setRowSkipping(int rowSkipping) Sets the number of rows to skip when selecting only a subset of the rows using skipping clause, e.g., skipping 4.
void	Query.validate() Validates the query.
void	ScalarFunctionColumn.validateColumn(DataTable dataTable) Checks that the column is valid.
void	AggregationColumn.validateColumn(DataTable dataTable) Checks whether it makes sense to have the aggregation type on the aggregated column.
abstract void	AbstractColumn.validateColumn(DataTable dataTable) Checks whether the column is valid.

Uses of InvalidQueryException in com.google.visualization.datasource.query.parser

Methods in com.google.visualization.datasource.query.parser that throw InvalidQueryException

AbstractColumn	QueryParser.abstractColumnDescriptor()
AbstractColumn	QueryParser.arithmeticExpression()
AbstractColumn	QueryParser.atomicAbstractColumnDescriptor()
void	QueryParser.formatClause(Query query)
void	QueryParser.groupByClause(Query query)
void	QueryParser.labelClause(Query query)
void	QueryParser.limitClause(Query query)
Value	QueryParser.literal()
QueryFilter	QueryParser.logicalExpression()
void	QueryParser.offsetClause(Query query)
void	QueryParser.orderByClause(Query query)
Query	QueryBuilder.parseQuery(String tqValue) Parses a user query into a Query object.
Query	QueryBuilder.parseQuery(String tqValue, com.ibm.icu.util.ULocale ulocale) Parses a user query into a Query object.
static Query	QueryParser.parseString(String queryString)
void	QueryParser.pivotClause(Query query)
QueryFilter	QueryParser.possibleAndExpression()
AbstractColumn	QueryParser.possibleFirstOrderArithmeticExpression()
QueryFilter	QueryParser.possibleNotExpression()
QueryFilter	QueryParser.possibleOrExpression()
AbstractColumn	QueryParser.possibleSecondOrderArithmeticExpression()
QueryFilter	QueryParser.primaryExpression()
QueryFilter	QueryParser.primitiveFilter()
Query	QueryParser.queryStatement()
void	QueryParser.selectClause(Query query)
void	QueryParser.skippingClause(Query query)
void	QueryParser.whereClause(Query query)

Uses of InvalidQueryException in com.google.visualization.datasource.query.scalarfunction

Methods in com.google.visualization.datasource.query.scalarfunction that throw InvalidQueryException

void	Upper.validateParameters(List<ValueType> types) Validates that the number and types of the function parameters are valid.
void	ToDate.validateParameters(List<ValueType> types) Validates that there is only 1 parameter given for this function, and that its type is either DATE, DATETIME or NUMBER.
void	TimeComponentExtractor.validateParameters(List<ValueType> types) Validates that there is only one parameter given for the function, and that its type is DATE or DATETIME if the timeComponent to extract is year, month or day, or that it is DATETIME or TIMEOFDAY if the timeComponent is hour, minute, second or millisecond.
void	Sum.validateParameters(List<ValueType> types) Validates that all function parameters are of type NUMBER, and that there are exactly 2 parameters.
void	ScalarFunction.validateParameters(List<ValueType> types) Validates that the number and types of the function parameters are valid.
void	Quotient.validateParameters(List<ValueType> types) Validates that all function parameters are of type NUMBER, and that there are exactly 2 parameters.
void	Product.validateParameters(List<ValueType> types) Validates that all function parameters are of type NUMBER, and that there are exactly 2 parameters.
void	Modulo.validateParameters(List<ValueType> types) Validates that all function parameters are of type NUMBER, and that there are exactly 2 parameters.
void	Lower.validateParameters(List<ValueType> types) Validates that the number and types of the function parameters are valid.
void	Difference.validateParameters(List<ValueType> types) Validates that all function parameters are of type NUMBER, and that there are exactly 2 parameters.
void	DateDiff.validateParameters(List<ValueType> types) Validates that there are only 2 parameters given for this function, and that their types are either DATE or DATETIME.
void	CurrentDateTime.validateParameters(List<ValueType> types) Validates that there are no parameters given for the function.
void	Constant.validateParameters(List<ValueType> types) Validates that there are no parameters given for the function.