clock.gno

 1package kourtv3
 2import (
 3	"chain/runtime"
 4	"strconv"
 5)
 6const (
 7	settleSecs    = int64(72 * 3600)
 8	deadClaimSecs = int64(12 * 7 * 86400)
 9	finalizeGraceSecs = int64(7 * 86400)
10	priorityWindowSecs = int64(24 * 3600)
11)
12func nowTime() int64 { return tcNow() }
13func deadlineTime(stamp, secs int64) int64 {
14	if stamp == 0 {
15		return 0
16	}
17	return stamp + secs
18}
19func pastDeadline(stamp, secs int64) (passed, known bool) {
20	if stamp == 0 {
21		return false, false
22	}
23	return nowTime() >= stamp+secs, true
24}
25func blocksToSecs(b int64) int64 { return b * 5 }
26func heightNow() int64 {
27	var h int64
28	if tcArmed {
29		h = tcHeightBase + tcHeightSkew
30	} else {
31		h = runtime.ChainHeight()
32		if h < tcHeightFloor {
33			h = tcHeightFloor
34		}
35	}
36	return h
37}
38func itoa(v int64) string { return strconv.FormatInt(v, 10) }
39func ClaimTimeline(courtSlug string, claimID uint64) string {
40	c := mustCourt(courtSlug)
41	cs := mustClaim(c, claimID)
42	out := "opened:" + itoa(cs.openedAtTime) + ":" + itoa(cs.openedAt)
43	if cs.answerHeight != 0 {
44		out += ";answered:" + itoa(cs.answeredAtTime) + ":" + itoa(cs.answerHeight)
45		if cs.verdictAt == 0 && !cs.closed {
46			out += ";settle:" + itoa(deadlineTime(cs.answeredAtTime, settleSecs)) +
47				":" + itoa(cs.answerHeight+settleDelay)
48		}
49	}
50	if cs.verdictAt != 0 {
51		out += ";verdict:" + itoa(cs.verdictAtTime) + ":" + itoa(cs.verdictAt)
52	}
53	if cs.escrowUntil != 0 {
54		out += ";reopen:" + itoa(cs.escrowUntilAt) + ":" + itoa(cs.escrowUntil)
55	}
56	if cs.disputeOpen && cs.proposalID != 0 {
57		opened, closes, _, _ := c.gov.Timings(cs.proposalID)
58		out += ";dispute:" + itoa(cs.disputeOpenedTime) + ":" + itoa(opened)
59		_, closesTime := c.gov.TimingsAt(cs.proposalID)
60		out += ";voteclose:" + itoa(closesTime) + ":" + itoa(closes)
61	}
62	out += ";now:" + itoa(nowTime()) + ":" + itoa(heightNow())
63	if TestClockFabricated() {
64		out += ";testclock:" + itoa(TestClockPeakSkew()) + ":" + itoa(TestHeightPeakSkew())
65	}
66	return out
67}
68type realmClock struct{}
69func (realmClock) Height() int64 { return heightNow() }
70func (realmClock) Now() int64 { return nowTime() }
71func eventHeight() string {
72	h := strconv.FormatInt(heightNow(), 10)
73	if TestClockFabricated() {
74		return h + "~test"
75	}
76	return h
77}