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syntax: fix TID milli/micro; add NewTIDFromTime
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-3
+7
-2
atproto/syntax/tid.go
+7
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atproto/syntax/tid.go
···
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}
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// Constructs a new TID from a UNIX timestamp (in milliseconds) and clock ID value.
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func NewTID(unixMilis int64, clockId uint) TID {
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var v uint64 = (uint64(unixMilis&0x1F_FFFF_FFFF_FFFF) << 10) | uint64(clockId&0x3FF)
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func NewTID(unixMicros int64, clockId uint) TID {
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var v uint64 = (uint64(unixMicros&0x1F_FFFF_FFFF_FFFF) << 10) | uint64(clockId&0x3FF)
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return NewTIDFromInteger(v)
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}
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// Constructs a new TID from a [time.Time] and clock ID value
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func NewTIDFromTime(ts time.Time, clockId uint) TID {
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return NewTID(ts.UTC().UnixMicro(), clockId)
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}
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// Returns full integer representation of this TID (not used often)
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atproto/syntax/tid_test.go
+5
-1
atproto/syntax/tid_test.go
···
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assert.Equal("2222222222222", zero.String())
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assert.Equal(uint64(0), zero.Integer())
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assert.Equal(uint(0), zero.ClockID())
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assert.Equal(time.UnixMilli(0).UTC(), zero.Time())
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assert.Equal(time.UnixMicro(0).UTC(), zero.Time())
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now := NewTIDNow(1011)
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assert.Equal(uint(1011), now.ClockID())
···
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over := NewTIDNow(4096)
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assert.Equal(uint(0), over.ClockID())
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next := NewTIDFromTime(time.Now(), 123)
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assert.Equal(uint(123), next.ClockID())
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assert.True(time.Since(next.Time()) < time.Minute)
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}
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func TestTIDClock(t *testing.T) {