Commit 4e42fef9 authored by Kirill Smelkov's avatar Kirill Smelkov

go/zodb/btree: go/zodb/fs1tools: Test it on all py2/py3 ZODB kinds of data we care about

Previously, like with FileStorage, we were testing btree/go only with
data generated by python and pickle protocol=2. However even on py2
there are more pickle protocols that are in use, and also there is python3.

-> Modernize testdata/gen-testdata to use run_with_all_zodb_pickle_kinds
   that was recently added as part of nexedi/zodbtools@f9d36ba7
   and generate test data with both python2 and python3. It is handy to
   use py2py3-venv(*) to prepare python environment to do that.

   Adjust tests on Go side to verify how btree handles all generated zkinds.

All py2_pickle1, py2_pickle2, py2_pickle3 and py3_pickle3 are handled well out of the box.

(*) see nexedi/zodbtools@fac2f190
parent 32c2907a
...@@ -19,7 +19,8 @@ ...@@ -19,7 +19,8 @@
package btree package btree
//go:generate ./testdata/gen-testdata //go:generate python2 testdata/gen-testdata
//go:generate python3 testdata/gen-testdata
import ( import (
"context" "context"
...@@ -28,6 +29,7 @@ import ( ...@@ -28,6 +29,7 @@ import (
"lab.nexedi.com/kirr/go123/exc" "lab.nexedi.com/kirr/go123/exc"
"lab.nexedi.com/kirr/go123/xerr" "lab.nexedi.com/kirr/go123/xerr"
"lab.nexedi.com/kirr/neo/go/internal/xtesting"
"lab.nexedi.com/kirr/neo/go/transaction" "lab.nexedi.com/kirr/neo/go/transaction"
"lab.nexedi.com/kirr/neo/go/zodb" "lab.nexedi.com/kirr/neo/go/zodb"
_ "lab.nexedi.com/kirr/neo/go/zodb/wks" _ "lab.nexedi.com/kirr/neo/go/zodb/wks"
...@@ -35,6 +37,23 @@ import ( ...@@ -35,6 +37,23 @@ import (
pickle "github.com/kisielk/og-rek" pickle "github.com/kisielk/og-rek"
) )
// ztestdataReg maintains registry of all entries under testdata/ .
var ztestdataReg = xtesting.ZTestDataRegistry[_TestDataOK]{}
type ZTestData = xtesting.ZTestData[_TestDataOK]
// _TestDataOK describes expected data for one entry under testdata/ .
type _TestDataOK struct {
smallTestv []testEntry // which data is stored in small b0-b2 and B0-B2 nodes
B3_oid zodb.Oid // information about large B3 tree
B3_maxkey int64
Bv_oid zodb.Oid // information about Bv tree, used to verify visit callbacks
Bv_kmin int64
Bv_kmax int64
Bvdict map[int64][]tVisit
}
// kv is one (key, value) pair. // kv is one (key, value) pair.
type kv struct { type kv struct {
key int64 key int64
...@@ -108,9 +127,14 @@ type tVisit struct { ...@@ -108,9 +127,14 @@ type tVisit struct {
} }
func TestBTree(t *testing.T) { func TestBTree(t *testing.T) {
ztestdataReg.RunWithEach(t, _TestBTree)
}
func _TestBTree(t *testing.T, z *ZTestData) {
zz := z.Misc
X := exc.Raiseif X := exc.Raiseif
ctx := context.Background() ctx := context.Background()
stor, err := zodb.Open(ctx, "testdata/1.fs", &zodb.OpenOptions{ReadOnly: true}) stor, err := zodb.Open(ctx, z.Path("1.fs"), &zodb.OpenOptions{ReadOnly: true})
if err != nil { if err != nil {
t.Fatal(err) t.Fatal(err)
} }
...@@ -132,7 +156,7 @@ func TestBTree(t *testing.T) { ...@@ -132,7 +156,7 @@ func TestBTree(t *testing.T) {
} }
// go through small test Buckets/BTrees and verify that Get(key) is as expected. // go through small test Buckets/BTrees and verify that Get(key) is as expected.
for _, tt := range smallTestv { for _, tt := range zz.smallTestv {
xobj, err := conn.Get(ctx, tt.oid) xobj, err := conn.Get(ctx, tt.oid)
if err != nil { if err != nil {
t.Fatal(err) t.Fatal(err)
...@@ -207,16 +231,16 @@ func TestBTree(t *testing.T) { ...@@ -207,16 +231,16 @@ func TestBTree(t *testing.T) {
// B3 is a large BTree with {i: i} data. // B3 is a large BTree with {i: i} data.
// verify Get(key), {Min,Max}Key and that different bucket links lead to the same in-RAM object. // verify Get(key), {Min,Max}Key and that different bucket links lead to the same in-RAM object.
xB3, err := conn.Get(ctx, B3_oid) xB3, err := conn.Get(ctx, zz.B3_oid)
if err != nil { if err != nil {
t.Fatal(err) t.Fatal(err)
} }
B3, ok := xB3.(*LOBTree) B3, ok := xB3.(*LOBTree)
if !ok { if !ok {
t.Fatalf("B3: %v; got %T; want LOBTree", B3_oid, xB3) t.Fatalf("B3: %v; got %T; want LOBTree", zz.B3_oid, xB3)
} }
for i := int64(0); i <= B3_maxkey; i++ { for i := int64(0); i <= zz.B3_maxkey; i++ {
v, ok, err := B3.Get(ctx, i) v, ok, err := B3.Get(ctx, i)
if err != nil { if err != nil {
t.Fatal(err) t.Fatal(err)
...@@ -234,9 +258,9 @@ func TestBTree(t *testing.T) { ...@@ -234,9 +258,9 @@ func TestBTree(t *testing.T) {
if err := xerr.Merge(emin, emax); err != nil { if err := xerr.Merge(emin, emax); err != nil {
t.Fatalf("B3: min/max key: %s", err) t.Fatalf("B3: min/max key: %s", err)
} }
if !(kmin == 0 && kmax == B3_maxkey && okmin && okmax) { if !(kmin == 0 && kmax == zz.B3_maxkey && okmin && okmax) {
t.Fatalf("B3: min/max key wrong: got [%v, %v] (%v, %v); want [%v, %v] (%v, %v)", t.Fatalf("B3: min/max key wrong: got [%v, %v] (%v, %v); want [%v, %v] (%v, %v)",
kmin, kmax, okmin, okmax, 0, B3_maxkey, true, true) kmin, kmax, okmin, okmax, 0, zz.B3_maxkey, true, true)
} }
// verifyFirstBucket verifies that b.firstbucket is correct and returns it. // verifyFirstBucket verifies that b.firstbucket is correct and returns it.
...@@ -274,13 +298,13 @@ func TestBTree(t *testing.T) { ...@@ -274,13 +298,13 @@ func TestBTree(t *testing.T) {
verifyFirstBucket(B3) verifyFirstBucket(B3)
// verify nodes/keycov visited through VGet/V{Min,Max}Key // verify nodes/keycov visited through VGet/V{Min,Max}Key
xBv, err := conn.Get(ctx, Bv_oid); X(err) xBv, err := conn.Get(ctx, zz.Bv_oid); X(err)
Bv, ok := xBv.(*LOBTree) Bv, ok := xBv.(*LOBTree)
if !ok { if !ok {
t.Fatalf("Bv: %v; got %T; want LOBTree", Bv_oid, xBv) t.Fatalf("Bv: %v; got %T; want LOBTree", zz.Bv_oid, xBv)
} }
for k, visitOK := range Bvdict { for k, visitOK := range zz.Bvdict {
visit := []tVisit{} visit := []tVisit{}
_, _, err := Bv.VGet(ctx, k, func(node LONode, keycov LKeyRange) { _, _, err := Bv.VGet(ctx, k, func(node LONode, keycov LKeyRange) {
visit = append(visit, tVisit{node.POid(), keycov}) visit = append(visit, tVisit{node.POid(), keycov})
...@@ -290,8 +314,8 @@ func TestBTree(t *testing.T) { ...@@ -290,8 +314,8 @@ func TestBTree(t *testing.T) {
} }
} }
visitMinOK := Bvdict[Bv_kmin] visitMinOK := zz.Bvdict[zz.Bv_kmin]
visitMaxOK := Bvdict[Bv_kmax] visitMaxOK := zz.Bvdict[zz.Bv_kmax]
visitMin := []tVisit{} visitMin := []tVisit{}
visitMax := []tVisit{} visitMax := []tVisit{}
_, _, err = Bv.VMinKey(ctx, func(node LONode, keycov LKeyRange) { _, _, err = Bv.VMinKey(ctx, func(node LONode, keycov LKeyRange) {
...@@ -312,5 +336,5 @@ func TestBTree(t *testing.T) { ...@@ -312,5 +336,5 @@ func TestBTree(t *testing.T) {
// ---- misc ---- // ---- misc ----
// ztestdata_* use bstr // ztestdata_py2_* use bstr
type bstr = pickle.ByteString type bstr = pickle.ByteString
/*.lock *.lock
/*.tmp *.tmp
/*.tr[0-9] *.tr[0-9]
#!/usr/bin/env python2 #!/usr/bin/env python
# -*- coding: utf-8 -*- # -*- coding: utf-8 -*-
# Copyright (C) 2018-2024 Nexedi SA and Contributors. # Copyright (C) 2018-2024 Nexedi SA and Contributors.
# Kirill Smelkov <kirr@nexedi.com> # Kirill Smelkov <kirr@nexedi.com>
...@@ -20,25 +20,27 @@ ...@@ -20,25 +20,27 @@
# See https://www.nexedi.com/licensing for rationale and options. # See https://www.nexedi.com/licensing for rationale and options.
"""generate test data for btree serialization tests""" """generate test data for btree serialization tests"""
from __future__ import print_function
from ZODB.DB import DB from ZODB.DB import DB
from BTrees.LOBTree import LOBucket, LOBTree from BTrees.LOBTree import LOBucket, LOBTree
from BTrees.check import check as bcheck from BTrees.check import check as bcheck
from ZODB.utils import u64 from ZODB.utils import u64
from zodbtools.test.gen_testdata import run_with_zodb4py2_compat from zodbtools.test.gen_testdata import run_with_all_zodb_pickle_kinds, current_zkind
import os, os.path, transaction import os, os.path, shutil, transaction
from golang.gcompat import qq from golang.gcompat import qq
def rm_f(path):
if os.path.exists(path):
os.remove(path)
def main2(): def main2():
import zodbtools.test.gen_testdata # to make time predictable (XXX) import zodbtools.test.gen_testdata # to make time predictable (XXX)
outfs = "testdata/1.fs" zkind = current_zkind()
rm_f(outfs) prefix = "testdata/%s" % zkind
rm_f(outfs + ".index") if os.path.exists(prefix):
shutil.rmtree(prefix)
os.makedirs(prefix)
outfs = "%s/1.fs" % prefix
db = DB(outfs) db = DB(outfs)
conn = db.open() conn = db.open()
root = conn.root() root = conn.root()
...@@ -79,19 +81,23 @@ def main2(): ...@@ -79,19 +81,23 @@ def main2():
assert Bv[9] == "e" assert Bv[9] == "e"
with open("ztestdata_expect_test.go", "w") as f: with open("ztestdata_expect_%s_test.go" % zkind, "w") as f:
def emit(v): def emit(v):
print >>f, v print(v, file=f)
emit("// Code generated by %s; DO NOT EDIT." % __file__) emit("// Code generated by %s; DO NOT EDIT." % os.path.relpath(__file__))
emit("package btree\n") emit("package btree\n")
emit("func init() {")
emit("\ttestdataok := _TestDataOK{")
def emititems(b): def emititems(b):
s = "testEntry{oid: %s, kind: %s, itemv: []kv{" \ s = "testEntry{oid: %s, kind: %s, itemv: []kv{" \
% (u64(b._p_oid), "kind%s" % type(b).__name__[2:]) % (u64(b._p_oid), "kind%s" % type(b).__name__[2:])
for k, v in b.items(): for k, v in b.items():
if isinstance(v, str): if isinstance(v, str):
v = qq(v) v = qq(v)
v = "bstr(%s)" % v if str is bytes:
v = "bstr(%s)" % v
elif isinstance(v, int): elif isinstance(v, int):
v = "int64(%d)" % v v = "int64(%d)" % v
else: else:
...@@ -99,20 +105,20 @@ def main2(): ...@@ -99,20 +105,20 @@ def main2():
s += "{%s, %s}, " % (k, v) s += "{%s, %s}, " % (k, v)
s += "}}," s += "}},"
emit("\t"+s) emit("\t\t\t"+s)
emit("\nvar smallTestv = [...]testEntry{") emit("\t\tsmallTestv: []testEntry{")
for b in (b0, b1, b2, B0, B1, B2): for b in (b0, b1, b2, B0, B1, B2):
emititems(b) emititems(b)
emit("}") emit("\t\t},")
emit("\nconst B3_oid = %s" % u64(B3._p_oid)) emit("\n\t\tB3_oid: %s," % u64(B3._p_oid))
emit("const B3_maxkey = %d" % B3.maxKey()) emit("\t\tB3_maxkey: %d," % B3.maxKey())
emit("\nconst Bv_oid = %s" % u64(Bv._p_oid)) emit("\n\t\tBv_oid: %s," % u64(Bv._p_oid))
emit("const Bv_kmin = %d" % Bv.minKey()) emit("\t\tBv_kmin: %d," % Bv.minKey())
emit("const Bv_kmax = %d" % Bv.maxKey()) emit("\t\tBv_kmax: %d," % Bv.maxKey())
emit("var Bvdict = map[int64][]tVisit{") emit("\t\tBvdict: map[int64][]tVisit{")
noo = "_LKeyMin" noo = "_LKeyMin"
oo = "_LKeyMax" oo = "_LKeyMax"
def emitVisit(key, *visitv): # visitv = [](node, lo,hi) def emitVisit(key, *visitv): # visitv = [](node, lo,hi)
...@@ -123,20 +129,24 @@ def main2(): ...@@ -123,20 +129,24 @@ def main2():
else: else:
hi_ = hi-1 hi_ = hi-1
vstr.append("{%d, LKeyRange{%s, %s}}" % (u64(node._p_oid), lo, hi_)) vstr.append("{%d, LKeyRange{%s, %s}}" % (u64(node._p_oid), lo, hi_))
emit("\t%d: []tVisit{%s}," % (key, ", ".join(vstr))) emit("\t\t\t%d: []tVisit{%s}," % (key, ", ".join(vstr)))
emitVisit(1, (T4, noo,oo), (T2, noo,4), (v1, noo,2)) emitVisit(1, (T4, noo,oo), (T2, noo,4), (v1, noo,2))
emitVisit(2, (T4, noo,oo), (T2, noo,4), (v2, 2,4)) emitVisit(2, (T4, noo,oo), (T2, noo,4), (v2, 2,4))
emitVisit(5, (T4, noo,oo), (T, 4,oo), (T79, 4,oo), (v5, 4,7)) emitVisit(5, (T4, noo,oo), (T, 4,oo), (T79, 4,oo), (v5, 4,7))
emitVisit(8, (T4, noo,oo), (T, 4,oo), (T79, 4,oo), (v8, 7,9)) emitVisit(8, (T4, noo,oo), (T, 4,oo), (T79, 4,oo), (v8, 7,9))
emitVisit(9, (T4, noo,oo), (T, 4,oo), (T79, 4,oo), (v9, 9,oo)) emitVisit(9, (T4, noo,oo), (T, 4,oo), (T79, 4,oo), (v9, 9,oo))
emit("\t\t},")
emit("\t}")
emit("\n\tztestdataReg.Register(%s, %s, &testdataok)" % (qq(zkind), qq(prefix)))
emit("}") emit("}")
conn.close() conn.close()
db.close() db.close()
def main(): def main():
run_with_zodb4py2_compat(main2) run_with_all_zodb_pickle_kinds(main2)
if __name__ == '__main__': if __name__ == '__main__':
......
// Code generated by testdata/gen-testdata; DO NOT EDIT.
package btree
func init() {
testdataok := _TestDataOK{
smallTestv: []testEntry{
testEntry{oid: 7, kind: kindBucket, itemv: []kv{}},
testEntry{oid: 4, kind: kindBucket, itemv: []kv{{10, int64(17)}, }},
testEntry{oid: 1, kind: kindBucket, itemv: []kv{{15, int64(1)}, {23, bstr("hello")}, }},
testEntry{oid: 3, kind: kindBTree, itemv: []kv{}},
testEntry{oid: 8, kind: kindBTree, itemv: []kv{{5, int64(4)}, }},
testEntry{oid: 5, kind: kindBTree, itemv: []kv{{7, int64(3)}, {9, bstr("world")}, }},
},
B3_oid: 6,
B3_maxkey: 9999,
Bv_oid: 2,
Bv_kmin: 1,
Bv_kmax: 9,
Bvdict: map[int64][]tVisit{
1: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {344, LKeyRange{_LKeyMin, 1}}},
2: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {349, LKeyRange{2, 3}}},
5: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {346, LKeyRange{4, 6}}},
8: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {347, LKeyRange{7, 8}}},
9: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {348, LKeyRange{9, _LKeyMax}}},
},
}
ztestdataReg.Register("py2_pickle1", "testdata/py2_pickle1", &testdataok)
}
// Code generated by testdata/gen-testdata; DO NOT EDIT.
package btree
func init() {
testdataok := _TestDataOK{
smallTestv: []testEntry{
testEntry{oid: 7, kind: kindBucket, itemv: []kv{}},
testEntry{oid: 4, kind: kindBucket, itemv: []kv{{10, int64(17)}, }},
testEntry{oid: 1, kind: kindBucket, itemv: []kv{{15, int64(1)}, {23, bstr("hello")}, }},
testEntry{oid: 3, kind: kindBTree, itemv: []kv{}},
testEntry{oid: 8, kind: kindBTree, itemv: []kv{{5, int64(4)}, }},
testEntry{oid: 5, kind: kindBTree, itemv: []kv{{7, int64(3)}, {9, bstr("world")}, }},
},
B3_oid: 6,
B3_maxkey: 9999,
Bv_oid: 2,
Bv_kmin: 1,
Bv_kmax: 9,
Bvdict: map[int64][]tVisit{
1: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {344, LKeyRange{_LKeyMin, 1}}},
2: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {349, LKeyRange{2, 3}}},
5: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {346, LKeyRange{4, 6}}},
8: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {347, LKeyRange{7, 8}}},
9: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {348, LKeyRange{9, _LKeyMax}}},
},
}
ztestdataReg.Register("py2_pickle2", "testdata/py2_pickle2", &testdataok)
}
// Code generated by testdata/gen-testdata; DO NOT EDIT.
package btree
func init() {
testdataok := _TestDataOK{
smallTestv: []testEntry{
testEntry{oid: 7, kind: kindBucket, itemv: []kv{}},
testEntry{oid: 4, kind: kindBucket, itemv: []kv{{10, int64(17)}, }},
testEntry{oid: 1, kind: kindBucket, itemv: []kv{{15, int64(1)}, {23, bstr("hello")}, }},
testEntry{oid: 3, kind: kindBTree, itemv: []kv{}},
testEntry{oid: 8, kind: kindBTree, itemv: []kv{{5, int64(4)}, }},
testEntry{oid: 5, kind: kindBTree, itemv: []kv{{7, int64(3)}, {9, bstr("world")}, }},
},
B3_oid: 6,
B3_maxkey: 9999,
Bv_oid: 2,
Bv_kmin: 1,
Bv_kmax: 9,
Bvdict: map[int64][]tVisit{
1: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {344, LKeyRange{_LKeyMin, 1}}},
2: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {349, LKeyRange{2, 3}}},
5: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {346, LKeyRange{4, 6}}},
8: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {347, LKeyRange{7, 8}}},
9: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {348, LKeyRange{9, _LKeyMax}}},
},
}
ztestdataReg.Register("py2_pickle3", "testdata/py2_pickle3", &testdataok)
}
// Code generated by testdata/gen-testdata; DO NOT EDIT.
package btree
func init() {
testdataok := _TestDataOK{
smallTestv: []testEntry{
testEntry{oid: 1, kind: kindBucket, itemv: []kv{}},
testEntry{oid: 2, kind: kindBucket, itemv: []kv{{10, int64(17)}, }},
testEntry{oid: 3, kind: kindBucket, itemv: []kv{{15, int64(1)}, {23, "hello"}, }},
testEntry{oid: 4, kind: kindBTree, itemv: []kv{}},
testEntry{oid: 5, kind: kindBTree, itemv: []kv{{5, int64(4)}, }},
testEntry{oid: 6, kind: kindBTree, itemv: []kv{{7, int64(3)}, {9, "world"}, }},
},
B3_oid: 7,
B3_maxkey: 9999,
Bv_oid: 8,
Bv_kmin: 1,
Bv_kmax: 9,
Bvdict: map[int64][]tVisit{
1: []tVisit{{8, LKeyRange{_LKeyMin, _LKeyMax}}, {9, LKeyRange{_LKeyMin, 3}}, {11, LKeyRange{_LKeyMin, 1}}},
2: []tVisit{{8, LKeyRange{_LKeyMin, _LKeyMax}}, {9, LKeyRange{_LKeyMin, 3}}, {16, LKeyRange{2, 3}}},
5: []tVisit{{8, LKeyRange{_LKeyMin, _LKeyMax}}, {10, LKeyRange{4, _LKeyMax}}, {12, LKeyRange{4, _LKeyMax}}, {13, LKeyRange{4, 6}}},
8: []tVisit{{8, LKeyRange{_LKeyMin, _LKeyMax}}, {10, LKeyRange{4, _LKeyMax}}, {12, LKeyRange{4, _LKeyMax}}, {14, LKeyRange{7, 8}}},
9: []tVisit{{8, LKeyRange{_LKeyMin, _LKeyMax}}, {10, LKeyRange{4, _LKeyMax}}, {12, LKeyRange{4, _LKeyMax}}, {15, LKeyRange{9, _LKeyMax}}},
},
}
ztestdataReg.Register("py3_pickle3", "testdata/py3_pickle3", &testdataok)
}
// Code generated by ./testdata/gen-testdata; DO NOT EDIT.
package btree
var smallTestv = [...]testEntry{
testEntry{oid: 7, kind: kindBucket, itemv: []kv{}},
testEntry{oid: 4, kind: kindBucket, itemv: []kv{{10, int64(17)}, }},
testEntry{oid: 1, kind: kindBucket, itemv: []kv{{15, int64(1)}, {23, bstr("hello")}, }},
testEntry{oid: 3, kind: kindBTree, itemv: []kv{}},
testEntry{oid: 8, kind: kindBTree, itemv: []kv{{5, int64(4)}, }},
testEntry{oid: 5, kind: kindBTree, itemv: []kv{{7, int64(3)}, {9, bstr("world")}, }},
}
const B3_oid = 6
const B3_maxkey = 9999
const Bv_oid = 2
const Bv_kmin = 1
const Bv_kmax = 9
var Bvdict = map[int64][]tVisit{
1: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {344, LKeyRange{_LKeyMin, 1}}},
2: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {342, LKeyRange{_LKeyMin, 3}}, {349, LKeyRange{2, 3}}},
5: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {346, LKeyRange{4, 6}}},
8: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {347, LKeyRange{7, 8}}},
9: []tVisit{{2, LKeyRange{_LKeyMin, _LKeyMax}}, {343, LKeyRange{4, _LKeyMax}}, {345, LKeyRange{4, _LKeyMax}}, {348, LKeyRange{9, _LKeyMax}}},
}
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