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Constants ¶
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Variables ¶
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Functions ¶
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Types ¶
type Constraints ¶
type Constraints struct {
// Type is the device type or device-class.
// currently supported types are
// - gpu
// - nvidia.com/gpu
// - amd.com/gpu
Type DeviceType `bson:"type"`
// Count is the number of devices that the user has asked for - count min and max are the
// number of devices the charm requires.
Count int64 `bson:"count"`
// Attributes is a collection of key value pairs device related (node affinity labels/tags etc.).
Attributes map[string]string `bson:"attributes"`
}
Constraints describes a set of device constraints.
func ParseConstraints ¶
func ParseConstraints(s string) (Constraints, error)
ParseConstraints parses the specified string and creates a Constraints structure.
The acceptable format for device constraints is a comma separated sequence of: COUNT, TYPE, and ATTRIBUTES with format like
<device-name>=[<count>,]<device-class>|<vendor/type>[,<attributes>]
where
COUNT is the number of devices that the user has asked for - count min and max are the number of devices the charm requires. If unspecified, COUNT defaults to 1.
type KubernetesDeviceParams ¶
type KubernetesDeviceParams struct {
// Type is the device type or device-class.
Type DeviceType `bson:"type"`
// Count is the number of devices that the user has asked for - count min and max are the
// number of devices the charm requires.
Count int64 `bson:"count"`
// Attributes is a collection of key value pairs device related (node affinity labels/tags etc.).
Attributes map[string]string `bson:"attributes"`
}
KubernetesDeviceParams is a fully specified set of parameters for devices allocation, derived from one or more of user-specified device constraints, a device definition, and charm device metadata.
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