Documentation ¶
Index ¶
- func NetworksIntersect(cidr1, cidr2 string) bool
- func ValidateCIDRIsCanonical(fldPath *field.Path, cidrToValidate string) field.ErrorList
- func ValidateCIDROverlap(leftPaths, rightPaths []CIDR, overlap bool) (allErrs field.ErrorList)
- func ValidateCIDRParse(cidrPaths ...CIDR) (allErrs field.ErrorList)
- func ValidateNetworkDisjointedness(fldPath *field.Path, shootNodes, shootPods, shootServices, seedNodes *string, ...) field.ErrorList
- type CIDR
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func NetworksIntersect ¶ added in v0.34.0
NetworksIntersect returns true if the given network CIDRs intersect.
func ValidateCIDRIsCanonical ¶
ValidateCIDRIsCanonical validates that the provided CIDR is in canonical form.
func ValidateCIDROverlap ¶
ValidateCIDROverlap validates that the provided CIDRs do not overlap.
func ValidateCIDRParse ¶
ValidateCIDRParse validates that all the given CIDRs can be parsed successfully.
func ValidateNetworkDisjointedness ¶ added in v0.34.0
func ValidateNetworkDisjointedness(fldPath *field.Path, shootNodes, shootPods, shootServices, seedNodes *string, seedPods, seedServices string) field.ErrorList
ValidateNetworkDisjointedness validates that the given <seedNetworks> and <k8sNetworks> are disjoint.
Types ¶
type CIDR ¶
type CIDR interface { // GetCIDR returns the provided CIDR GetCIDR() string // GetFieldPath returns the fieldpath GetFieldPath() *field.Path // GetIPNet optionally returns the IPNet of the CIDR GetIPNet() *net.IPNet // Parse checks if CIDR parses Parse() bool // ValidateNotSubset returns errors if subsets is a subset. ValidateNotSubset(subsets ...CIDR) field.ErrorList // ValidateParse returns errors CIDR can't be parsed. ValidateParse() field.ErrorList // ValidateSubset returns errors if subsets is not a subset. ValidateSubset(subsets ...CIDR) field.ErrorList }
CIDR contains CIDR and Path information
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