Formula Cell¶

class formula_cell¶

Public Functions

formula_cell(const formula_cell&)¶

formula_cell &operator=(formula_cell)¶

formula_cell()¶

formula_cell(const formula_tokens_store_ptr_t &tokens)¶

formula_cell(row_t group_row, col_t group_col, const calc_status_ptr_t &cs, const formula_tokens_store_ptr_t &tokens)¶

~formula_cell()¶

const formula_tokens_store_ptr_t &get_tokens() const¶

void set_tokens(const formula_tokens_store_ptr_t &tokens)¶

double get_value() const¶

double get_value_nowait() const¶

void interpret(iface::formula_model_access &context, const abs_address_t &pos)¶

void check_circular(const iface::formula_model_access &cxt, const abs_address_t &pos)¶

Determine if this cell contains circular reference by walking through all its reference tokens.

void reset()¶

Reset cell’s internal state.

std::vector<const formula_token *> get_ref_tokens(const iface::formula_model_access &cxt, const abs_address_t &pos) const¶

Get a series of all reference tokens included in the formula expression stored in this cell.

Return

an array of reference formula tokens. Each element is a pointer to the actual token instance stored in the cell object. Be aware that the pointer is valid only as long as the actual token instance is alive.

Parameters

• cxt: model context instance.
• pos: position of the cell.

const formula_result &get_raw_result_cache() const¶

const formula_result *get_raw_result_cache_nowait() const¶

formula_result get_result_cache() const¶

Get the cached result as a single cell. For a non-grouped formula cell, it should be identical to the value from the get_result_cache call. For a grouped formula cell, you’ll get a single value assigned to the position of the cell in case the original result is a matrix value.

Return

formula result.

formula_result get_result_cache_nowait() const¶

formula_group_t get_group_properties() const¶

abs_address_t get_parent_position(const abs_address_t &pos) const¶

Get the absolute parent position of a grouped formula cell. If the cell is not grouped, it simply returns the original position passed to this method.

Return

parent position of the grouped formula cell.

Parameters

• pos: original position from which to calculate the parent position.

class formula_result¶

Store formula result which may be either numeric, textural, or error. In case the result is textural, it owns the instance of the string.

Public Types

enum result_type¶

Values:

value¶

string¶

error¶

matrix¶

Public Functions

formula_result()¶

formula_result(const formula_result &r)¶

formula_result(formula_result &&r)¶

formula_result(double v)¶

formula_result(string_id_t strid)¶

formula_result(formula_error_t e)¶

~formula_result()¶

void reset()¶

void set_value(double v)¶

void set_string(string_id_t strid)¶

void set_error(formula_error_t e)¶

void set_matrix(matrix mtx)¶

double get_value() const¶

Get a numeric result value. The caller must make sure the result is of numeric type, else the behavior is undefined.

Return

numeric result value.

string_id_t get_string() const¶

Get a string ID for textural result value. The caller must make sure the result is of textural type, else the behavior is undefined.

Return

string ID.

formula_error_t get_error() const¶

Get an error value of the result. The caller must make sure that the result is of error type, else the behavior is undefined.

Return

enum value representing the error.

See

ixion::get_formula_error_name

const matrix &get_matrix() const¶

Get a matrix value of the result. The caller must make sure that the result is of matrix type, else the behavior is undefined.

Return

matrix result value.

result_type get_type() const¶

Get the type of result.

Return

enum value representing the result type.

std::string str(const iface::formula_model_access &cxt) const¶

Get a string representation of the result value no matter what the result type is.

Return

string representation of the result value.

Parameters

• cxt: model context object.

void parse(iface::formula_model_access &cxt, const char *p, size_t n)¶

Parse a textural representation of a formula result, and set result value of appropriate type.

formula_result &operator=(formula_result r)¶

bool operator==(const formula_result &r) const¶

bool operator!=(const formula_result &r) const¶