memberstore source realm

1const (
2	T1 = "T1"
3	T2 = "T2"
4	T3 = "T3"
5)

1func GetTierPower(tierName string, members MembersByTier) float64

1func IterateTiers(fn func(name string, tier Tier) bool)

1func NewChangeTiersRequest(cur realm, tiers map[string]Tier) dao.ProposalRequest

1func Render(path string) string

1func RenderCharts(members MembersByTier) string

1func RenderMembers(path string, members MembersByTier) string

1func NewMember(invitationPoints int) *Member

1func Get(_ int, rlm realm) MembersByTier

1func NewMembersByTier() MembersByTier

1func GetTier(name string) (Tier, bool)

1type ErrMemberAlreadyExists struct {
2	Tier string
3}

1type Member struct {
2	InvitationPoints int
3}

1type MembersByTier struct {
2	*bptree.BPTree // tier name -> address -> member
3}

 1type Tier struct {
 2	// BasePower defines the standard voting power for the members on this tier.
 3	BasePower float64
 4
 5	// InvitationPoints defines how many invitation points users on that tier will receive.
 6	InvitationPoints int
 7
 8	// MaxSize calculates the max amount of members expected to be on this tier.
 9	MaxSize func(membersByTier MembersByTier, tiersByName TiersByName) int
10
11	// MinSize calculates the min amount of members expected to be on this tier.
12	MinSize func(membersByTier MembersByTier, tiersByName TiersByName) int
13
14	// PowerHandler calculates what is the final power of this tier after taking into account Members by other tiers.
15	PowerHandler func(membersByTier MembersByTier, tiersByName TiersByName) float64
16}

1type TiersByName struct {
2	*bptree.BPTree // *bptree.BPTree[string]Tier
3}