pub async fn world_requests(
    order: ResourceOrder,
    ub: bool,
    fmt: OutputFormat,
    conf: &Config,
) -> Result<Vec<(Manifest, ResourceTotals)>> {
    let mfs = calculate_manifest_requests_world(conf).await?;
    let mfs = sort_and_print_resources(mfs, order, fmt, ub)?;
    Ok(mfs)
}
/// Resource top for a every region
///
/// This presents an analytical solution to aggregate resource requests.
/// It does NOT talk to kubernetes.
///
/// It works out ResourceTotals based on Manifest properties analytically.
Resource top for a every region
This presents an analytical solution to aggregate resource requests.
It does NOT talk to kubernetes.

It works out ResourceTotals based on Manifest properties analytically.
Resource top for a every region This presents an analytical solution to aggregate resource requests . It does NOT talk to kubernetes . It works out ResourceTotals based on Manifest properties analytically .
pub async fn world_requests(
    order: ResourceOrder,
    ub: bool,
    fmt: OutputFormat,
    conf: &Config,
) -> Result<Vec<(Manifest, ResourceTotals)>> {
    let mfs = calculate_manifest_requests_world(conf).await?;
    let mfs = sort_and_print_resources(mfs, order, fmt, ub)?;
    Ok(mfs)
}
pub async fn world_requests ( order : ResourceOrder , ub : bool , fmt : OutputFormat , conf : & Config , ) -> Result < Vec < ( Manifest , ResourceTotals ) > > { let mfs = calculate_manifest_requests_world ( conf ) . await ? ; let mfs = sort_and_print_resources ( mfs , order , fmt , ub ) ? ; Ok ( mfs ) }
Resource top for a every region
This presents an analytical solution to aggregate resource requests.
Resource top for a every region This presents an analytical solution to aggregate resource requests .
order
ResourceOrder
ub
bool
fmt
OutputFormat
conf
&Config
order
ResourceOrder
ub
bool
fmt
OutputFormat
conf
&Config