Full Assertions Library

Graphbook provides a comprehensive set of assertions to help you validate your data and ensure its accuracy. These assertions are designed to cover a wide range of scenarios and are easy to use.

Name	Description
{wrt_input}_globally_accesses_operation_input	`wrt_input` globally accesses operation input
{wrt_input}_globally_accesses_data_type_decimal	`wrt_input` globally accesses data type decimal
{left_limit}_data_type_is_integer_or_decimal	`left_limit` data type is integer or decimal
{output}_data_type_is_text	`output` data type is text
{right_operand}_is_non_zero	`right_operand` is non-zero
{text}_is_array	`text` is array
{dimension_index}_is_greater_than_or_equal_to_zero	`dimension_index` is greater than or equal to zero
{shape}_is_greater_than_zero	`shape` is greater than zero
{shape}_data_type_is_integer	`shape` data type is integer
{output}_data_type_is_decimal	`output` data type is decimal
{shape}_has_one_dimension	`shape` has one dimension
{random_seed}_is_scalar	`random_seed` is scalar
{function_output}_globally_accesses_operation_output	`function_output` globally accesses operation output
{probability}_is_less_than_or_equal_to_one	`probability` is less than or equal to one
{dir_path}_is_scalar_or_has_one_dimension	`dir_path` is scalar or has one dimension
{output}_data_type_is_boolean	`output` data type is boolean
{search_regex}_conforms_to_regular_expression	`search_regex` conforms to regular expression
{array}_has_more_than_one_dimension	`array` has more than one dimension
{dir_path}{file_name}_exists_in_files	`dir_path file_name` exists in files
{right_operand}_is_scalar_if_{left_operand}_is_scalar	`right_operand` is scalar if `left_operand` is scalar
{sampled_array}_number_of_dimensions_is_the_same_as_{array}	`sampled_array` number of dimensions is the same as `array`
{subwords}_has_one_dimension_if_{words}_is_scalar	`subwords` has one dimension if `words` is scalar
{right_limit}_data_type_is_the_same_as_{left_limit}	`right_limit` data type is the same as `left_limit`
{input}_number_of_elements_is_equal_to_{output}_number_of_elements	`input` number of elements is equal to `output` number of elements
{input}_number_of_elements_is_equal_to_number_of_elements_specified_by_shape_{new_shape}	`input` number of elements is equal to number of elements specified by shape `new_shape`
{dimension_index}_is_less_than_{text}_number_of_dimensions	`dimension_index` is less than `text` number of dimensions
{right_operand}_is_array_if_{left_operand}_is_array	`right_operand` is array if `left_operand` is array
{dimension_index_1}_is_not_equal_to_{dimension_index_2}	`dimension_index_1` is not equal to `dimension_index_2`
every_dimension_size_of_{target}_is_less_than_or_equal_to_the_corresponding_value_of_array_{shape}	Every dimension size of `target` is less than or equal to the corresponding value of array `shape`
{dimension_index}_is_less_than_or_equal_to_{input}_number_of_dimensions	`dimension_index` is less than or equal to `input` number of dimensions
{random_number}_shape_is_{shape}	`random_number` shape is `shape`
{right_operand}_shape_size_is_less_than_or_equal_to_{left_operand}_shape_size	`right_operand` shape size is less than or equal to `left_operand` shape size
{output}_shape_is_the_same_as_{input}	`output` shape is the same as `input`
{one_hot_index}_has_one_more_dimension_than_{text}	`one_hot_index` has one more dimension than `text`
every_dimension_size_of_{left_operand}_is_equal_to_the_corresponding_dimension_size_of_{right_operand}_except_last_two_dimensions	Every dimension size of `left_operand` is equal to the corresponding dimension size of `right_operand` except last two dimensions
{target}_shape_size_is_less_than_or_equal_to_{shape}_size	`target` shape size is less than or equal to `shape` size
every_dimension_size_of_{target}_is_less_than_or_equal_to_the_corresponding_dimension_size_of_result	Every dimension size of `target` is less than or equal to the corresponding dimension size of result
{start_index}_is_less_than_{end_index}	`start_index` is less than `end_index`
{derivative}_shape_is_the_same_as_{wrt_input}_globally_accessed_data	`derivative` shape is the same as `wrt_input` globally accessed data
{select_indices}_shape_is_the_same_as_{array}_shape_with_dimension_at_index_{dimension_index}_removed	`selected_indices` shape is the same as `array` shape with dimension at index `dimension_index` removed
size_of_last_dimension_of_{left_operand}_is_equal_to_size_of_second_last_dimension_of_{right_operand}_if_{right_operand}_has_more_than_one_dimension	Size of last dimension of `left_operand` is equal to size of second last dimension of `right_operand` if `right_operand` has more than one dimension