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How to use getIPBlock method of types Package

Best K6 code snippet using types.getIPBlock

ipblock_test.go

Source:ipblock_test.go

...57	for name, data := range testdata {58		name, data := name, data59		t.Run(name, func(t *testing.T) {60			t.Parallel()61			b, err := getIPBlock(name)62			require.NoError(t, err)63			assert.Equal(t, data.count, b.count)64			pb := ipPoolBlock{firstIP: b.firstIP}65			idx := big.NewInt(0)66			assert.Equal(t, data.firstIP.To16(), pb.getIP(idx).To16())67			idx.Sub(idx.Add(idx, b.count), big.NewInt(1))68			assert.Equal(t, data.lastIP.To16(), pb.getIP(idx).To16())69		})70	}71}72func TestIPPool(t *testing.T) {73	t.Parallel()74	testdata := map[string]struct {75		count   *big.Int76		queries map[uint64]net.IP77	}{78		"192.168.0.101": {79			count:   new(big.Int).SetInt64(1),80			queries: map[uint64]net.IP{0: net.ParseIP("192.168.0.101"), 12: net.ParseIP("192.168.0.101")},81		},82		"192.168.0.101,192.168.0.102": {83			count: new(big.Int).SetInt64(2),84			queries: map[uint64]net.IP{85				0:  net.ParseIP("192.168.0.101"),86				1:  net.ParseIP("192.168.0.102"),87				12: net.ParseIP("192.168.0.101"),88				13: net.ParseIP("192.168.0.102"),89			},90		},91		"192.168.0.101-192.168.0.105,fd00::2/112": {92			count: new(big.Int).SetInt64(65541),93			queries: map[uint64]net.IP{94				0:     net.ParseIP("192.168.0.101"),95				1:     net.ParseIP("192.168.0.102"),96				5:     net.ParseIP("fd00::0"),97				6:     net.ParseIP("fd00::1"),98				65541: net.ParseIP("192.168.0.101"),99			},100		},101		"192.168.0.101,192.168.0.102,192.168.0.103,192.168.0.104,192.168.0.105-192.168.0.105,fd00::2/112": {102			count: new(big.Int).SetInt64(65541),103			queries: map[uint64]net.IP{104				0:     net.ParseIP("192.168.0.101"),105				1:     net.ParseIP("192.168.0.102"),106				2:     net.ParseIP("192.168.0.103"),107				3:     net.ParseIP("192.168.0.104"),108				4:     net.ParseIP("192.168.0.105"),109				5:     net.ParseIP("fd00::0"),110				6:     net.ParseIP("fd00::1"),111				65541: net.ParseIP("192.168.0.101"),112			},113		},114	}115	for name, data := range testdata {116		name, data := name, data117		t.Run(name, func(t *testing.T) {118			t.Parallel()119			p, err := NewIPPool(name)120			require.NoError(t, err)121			assert.Equal(t, data.count, p.count)122			for q, a := range data.queries {123				assert.Equal(t, a.To16(), p.GetIP(q).To16(), "index %d", q)124			}125		})126	}127}128func TestIpBlockError(t *testing.T) {129	t.Parallel()130	testdata := map[string]string{131		"whatever":                       "not a valid IP",132		"192.168.0.1012":                 "not a valid IP",133		"192.168.0.10/244":               "invalid CIDR",134		"fd00::0/244":                    "invalid CIDR",135		"192.168.0.101-192.168.0.102/32": "wrong IP range format",136		"192.168.0.101-fd00::1":          "mixed IP range format",137		"fd00::1-192.168.0.101":          "mixed IP range format",138		"192.168.0.100-192.168.0.2":      "negative IP range",139		"fd00:1:1:0::0-fd00:1:0:ff::3ff": "negative IP range",140	}141	for name, data := range testdata {142		name, data := name, data143		t.Run(name, func(t *testing.T) {144			t.Parallel()145			_, err := getIPBlock(name)146			require.Error(t, err)147			require.Contains(t, err.Error(), data)148		})149	}150}151func TestNullIPPoolMarshalText(t *testing.T) {152	t.Parallel()153	rangeInput := "192.168.20.12-192.168.20.15,192.168.10.0/27"154	p, err := NewIPPool(rangeInput)155	require.NoError(t, err)156	nullpool := NullIPPool{157		Pool:  p,158		Valid: true,159		raw:   []byte(rangeInput),...

ipblock.go

Source:ipblock.go

...39type IPPool struct {40	list  []ipPoolBlock41	count *big.Int42}43func getIPBlock(s string) (*ipBlock, error) {44	switch {45	case strings.Contains(s, "-"):46		return ipBlockFromRange(s)47	case strings.Contains(s, "/"):48		return ipBlockFromCIDR(s)49	default:50		if net.ParseIP(s) == nil {51			return nil, fmt.Errorf("%s is not a valid IP, IP range or CIDR", s)52		}53		return ipBlockFromRange(s + "-" + s)54	}55}56func ipBlockFromRange(s string) (*ipBlock, error) {57	ss := strings.SplitN(s, "-", 2)58	ip0, ip1 := net.ParseIP(ss[0]), net.ParseIP(ss[1])59	if ip0 == nil || ip1 == nil {60		return nil, errors.New("wrong IP range format: " + s)61	}62	if (ip0.To4() == nil) != (ip1.To4() == nil) { // XOR63		return nil, errors.New("mixed IP range format: " + s)64	}65	block := ipBlockFromTwoIPs(ip0, ip1)66	if block.count.Sign() <= 0 {67		return nil, errors.New("negative IP range: " + s)68	}69	return block, nil70}71func ipBlockFromTwoIPs(ip0, ip1 net.IP) *ipBlock {72	// This code doesn't do any checks on the validity of the arguments, that should be73	// done before and/or after it is called74	var block ipBlock75	block.firstIP = new(big.Int)76	block.count = new(big.Int)77	block.ipv6 = ip0.To4() == nil78	if block.ipv6 {79		block.firstIP.SetBytes(ip0.To16())80		block.count.SetBytes(ip1.To16())81	} else {82		block.firstIP.SetBytes(ip0.To4())83		block.count.SetBytes(ip1.To4())84	}85	block.count.Sub(block.count, block.firstIP)86	block.count.Add(block.count, big.NewInt(1))87	return &block88}89func ipBlockFromCIDR(s string) (*ipBlock, error) {90	_, pnet, err := net.ParseCIDR(s)91	if err != nil {92		return nil, fmt.Errorf("parseCIDR() failed parsing %s: %w", s, err)93	}94	ip0 := pnet.IP95	// TODO: this is just to copy it, it will probably be better to copy the bytes ...96	ip1 := net.ParseIP(ip0.String())97	if ip1.To4() == nil {98		ip1 = ip1.To16()99	} else {100		ip1 = ip1.To4()101	}102	for i := range ip1 {103		ip1[i] |= (255 ^ pnet.Mask[i])104	}105	block := ipBlockFromTwoIPs(ip0, ip1)106	// in the case of ipv4 if the network is bigger than 31 the first and last IP are reserved so we107	// need to reduce the addresses by 2 and increment the first ip108	if !block.ipv6 && big.NewInt(2).Cmp(block.count) < 0 {109		block.count.Sub(block.count, big.NewInt(2))110		block.firstIP.Add(block.firstIP, big.NewInt(1))111	}112	return block, nil113}114func (b ipPoolBlock) getIP(index *big.Int) net.IP {115	// TODO implement walking ipv6 networks first116	// that will probably require more math ... including knowing which is the next network and ...117	// thinking about it - it looks like it's going to be kind of hard or badly defined118	i := new(big.Int)119	i.Add(b.firstIP, index)120	// TODO use big.Int.FillBytes when golang 1.14 is no longer supported121	return net.IP(i.Bytes())122}123// NewIPPool returns an IPPool slice from the provided string representation that should be comma124// separated list of IPs, IP ranges(ip1-ip2) and CIDRs125func NewIPPool(ranges string) (*IPPool, error) {126	ss := strings.Split(ranges, ",")127	pool := &IPPool{}128	pool.list = make([]ipPoolBlock, len(ss))129	pool.count = new(big.Int)130	for i, bs := range ss {131		r, err := getIPBlock(bs)132		if err != nil {133			return nil, err134		}135		pool.list[i] = ipPoolBlock{136			firstIP:    r.firstIP,137			startIndex: new(big.Int).Set(pool.count), // this is how many there are until now138		}139		pool.count.Add(pool.count, r.count)140	}141	// The list gets reversed here as later it is searched based on when the index we are looking is142	// bigger than startIndex but it will be true always for the first block which is with143	// startIndex 0. This can also be fixed by iterating in reverse but this seems better144	for i := 0; i < len(pool.list)/2; i++ {145		pool.list[i], pool.list[len(pool.list)-1-i] = pool.list[len(pool.list)-1-i], pool.list[i]...

getIPBlock

Using AI Code Generation

1import (2func main() {3	vm := otto.New()4	vm.Run(`5		var types = require('./types.js');6		var ipBlock = types.getIPBlock('

getIPBlock

Using AI Code Generation

1ipBlock := types.GetIPBlock()2ipBlock := types.GetIPBlock()3ipBlock := types.GetIPBlock()4ipBlock := types.GetIPBlock()5ipBlock := types.GetIPBlock()6ipBlock := types.GetIPBlock()7ipBlock := types.GetIPBlock()8ipBlock := types.GetIPBlock()9ipBlock := types.GetIPBlock()10ipBlock := types.GetIPBlock()11ipBlock := types.GetIPBlock()12ipBlock := types.GetIPBlock()13ipBlock := types.GetIPBlock()

getIPBlock

Using AI Code Generation

1import (2func main() {3	xlFile, err := xlsx.OpenFile("1.xlsx")4	if err != nil {5		log.Printf("Error: %s6		os.Exit(1)7	}8	cell := sheet.Cell(0, 0)9	fmt.Println(cell.Value)10	ipBlock := cell.GetIPBlock()11	fmt.Printf("IP block: %s12", ipBlock.String())13}14import (15func main() {16	xlFile := xlsx.NewFile()17	sheet, err := xlFile.AddSheet("Sheet1")18	if err != nil {19		log.Printf("Error: %s20		os.Exit(1)21	}22	row := sheet.AddRow()23	cell := row.AddCell()24	ipBlock, err := types.NewIPBlock("

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