Enum Finding 

pub enum Finding<'r> {
    TypedOver {
        cell: &'r str,
        value: &'r str,
        expected: &'r str,
    },
    Inconsistent {
        cell: &'r str,
        formula: &'r str,
        expected: &'r str,
    },
    UnusedName {
        name: &'r str,
        refers_to: &'r str,
    },
    EmptyReference {
        cell: &'r str,
        target: &'r str,
    },
    HiddenSheet {
        name: &'r str,
        state: Visibility,
    },
    ExternalLink {
        cell: &'r str,
        target: &'r str,
    },
}

One finding, borrowed from the walk that made it.

Variants

TypedOver

(typed-over "Review!B3" 61 "=A3*2"): the cell, its value as a datum, and the neighbours’ formula rendered at the cell.

Fields

cell: &'r str

value: &'r str

expected: &'r str

Inconsistent

(inconsistent "Review!C3" "=A3+2" "=A3+1"): the cell, its formula as written, and the neighbours’ rendered at the cell.

Fields

cell: &'r str

formula: &'r str

expected: &'r str

UnusedName

(unused-name "Range1" "Data!$A$2:$B$4"): the name as its name row spells it, and what it refers to.

Fields

name: &'r str

refers_to: &'r str

EmptyReference

(empty-reference "Review!D1" "Review!Z9"): the formula’s cell and the target as its refers row spells it.

Fields

cell: &'r str

target: &'r str

HiddenSheet

(hidden-sheet "Scratch" hidden).

Fields

name: &'r str

state: Visibility

ExternalLink

(external-link "Model!E2" "[Rates.xlsx]Sheet1!A1").

Fields

cell: &'r str

target: &'r str

Trait Implementations

impl<'r> Clone for Finding<'r>

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<'r> Copy for Finding<'r>

impl<'r> Debug for Finding<'r>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<'r> Eq for Finding<'r>

impl<'r> PartialEq for Finding<'r>

fn eq(&self, other: &Self) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl<'r> StructuralPartialEq for Finding<'r>