workflowy

package reports import ( "fmt" "time" "github.com/mholzen/workflowy/pkg/workflowy" ) // ChildrenCountReportOutput wraps children count ranking results type ChildrenCountReportOutput struct { Ranked []workflowy.ChildrenCountRankable TopN int } // Title returns the report title func (r *ChildrenCountReportOutput) Title() string { if r.TopN > 0 { return fmt.Sprintf("Top %d Nodes by Children Count - %s", r.TopN, GenerateTimestamp()) } return fmt.Sprintf("Nodes by Children Count - %s", GenerateTimestamp()) } // ToNodes converts the ranking to Workflowy items func (r *ChildrenCountReportOutput) ToNodes() (*workflowy.Item, error) { children := make([]*workflowy.Item, len(r.Ranked)) for i, rankable := range r.Ranked { nodeValue := rankable.Node.Count.NodeValue() name := fmt.Sprintf("%d. %s (%d children)", i+1, (*nodeValue).Name(), rankable.Node.Count.ChildrenCount, ) children[i] = &workflowy.Item{ Name: name, Children: []*workflowy.Item{rankable.Node.Item}, } } return &workflowy.Item{ Name: r.Title(), Children: children, }, nil } // CreatedReportOutput wraps created date ranking results type CreatedReportOutput struct { Ranked []workflowy.TimestampRankable TopN int } // Title returns the report title func (r *CreatedReportOutput) Title() string { if r.TopN > 0 { return fmt.Sprintf("Top %d Oldest Nodes by Creation Date - %s", r.TopN, GenerateTimestamp()) } return fmt.Sprintf("Oldest Nodes by Creation Date - %s", GenerateTimestamp()) } // ToNodes converts the ranking to Workflowy items func (r *CreatedReportOutput) ToNodes() (*workflowy.Item, error) { children := make([]*workflowy.Item, len(r.Ranked)) for i, rankable := range r.Ranked { nodeValue := rankable.Node.Count.NodeValue() timestamp := rankable.Node.CreatedAt var name string if timestamp == 0 { name = fmt.Sprintf("%d. (no date): %s", i+1, (*nodeValue).Name()) } else { date := time.Unix(timestamp, 0).Format("2006-01-02 15:04:05") name = fmt.Sprintf("%d. %s: %s", i+1, date, (*nodeValue).Name()) } children[i] = &workflowy.Item{ Name: name, Children: []*workflowy.Item{rankable.Node.Item}, } } return &workflowy.Item{ Name: r.Title(), Children: children, }, nil } // ModifiedReportOutput wraps modified date ranking results type ModifiedReportOutput struct { Ranked []workflowy.TimestampRankable TopN int } // Title returns the report title func (r *ModifiedReportOutput) Title() string { if r.TopN > 0 { return fmt.Sprintf("Top %d Oldest Nodes by Modification Date - %s", r.TopN, GenerateTimestamp()) } return fmt.Sprintf("Oldest Nodes by Modification Date - %s", GenerateTimestamp()) } // ToNodes converts the ranking to Workflowy items func (r *ModifiedReportOutput) ToNodes() (*workflowy.Item, error) { children := make([]*workflowy.Item, len(r.Ranked)) for i, rankable := range r.Ranked { nodeValue := rankable.Node.Count.NodeValue() var timestamp int64 if rankable.UseModified { timestamp = rankable.Node.ModifiedAt } else { timestamp = rankable.Node.CreatedAt } var name string if timestamp == 0 { name = fmt.Sprintf("%d. (no date): %s", i+1, (*nodeValue).Name()) } else { date := time.Unix(timestamp, 0).Format("2006-01-02 15:04:05") name = fmt.Sprintf("%d. %s: %s", i+1, date, (*nodeValue).Name()) } children[i] = &workflowy.Item{ Name: name, Children: []*workflowy.Item{rankable.Node.Item}, } } return &workflowy.Item{ Name: r.Title(), Children: children, }, nil }