roysc/plugeth
1
0
Fork 0
forked from cerc-io/plugeth
Code Pull Requests Activity

build: upgrade to go 1.19 (#25726)

Browse Source 
This changes the CI / release builds to use the latest Go version. It also
upgrades golangci-lint to a newer version compatible with Go 1.19.

In Go 1.19, godoc has gained official support for links and lists. The
syntax for code blocks in doc comments has changed and now requires a
leading tab character. gofmt adapts comments to the new syntax
automatically, so there are a lot of comment re-formatting changes in this
PR. We need to apply the new format in order to pass the CI lint stage with
Go 1.19.

With the linter upgrade, I have decided to disable 'gosec' - it produces
too many false-positive warnings. The 'deadcode' and 'varcheck' linters
have also been removed because golangci-lint warns about them being
unmaintained. 'unused' provides similar coverage and we already have it
enabled, so we don't lose much with this change.
This commit is contained in:
Felix Lange
2022-09-10 13:25:40 +02:00
committed by GitHub
parent 389021a5af
commit b628d72766
107 changed files with 997 additions and 973 deletions
Download Patch File Download Diff File Expand all files Collapse all files
p2p/dial.go
+5 -6
View File
@@ -84,13 +84,12 @@ var (
// dialer creates outbound connections and submits them into Server.
// Two types of peer connections can be created:
//
// - static dials are pre-configured connections. The dialer attempts
// keep these nodes connected at all times.
//
// - dynamic dials are created from node discovery results. The dialer
// continuously reads candidate nodes from its input iterator and attempts
// to create peer connections to nodes arriving through the iterator.
// - static dials are pre-configured connections. The dialer attempts
// keep these nodes connected at all times.
//
// - dynamic dials are created from node discovery results. The dialer
// continuously reads candidate nodes from its input iterator and attempts
// to create peer connections to nodes arriving through the iterator.
type dialScheduler struct {
dialConfig
setupFunc dialSetupFunc
p2p/discover/v5wire/encoding_test.go
+1 -2
View File
@@ -38,8 +38,7 @@ import (
// To regenerate discv5 test vectors, run
//
// go test -run TestVectors -write-test-vectors
//
// go test -run TestVectors -write-test-vectors
var writeTestVectorsFlag = flag.Bool("write-test-vectors", false, "Overwrite discv5 test vectors in testdata/")
var (
p2p/dnsdisc/tree.go
+20 -20
View File
@@ -117,32 +117,32 @@ func (t *Tree) Nodes() []*enode.Node {
We want to keep the UDP size below 512 bytes. The UDP size is roughly:
UDP length = 8 + UDP payload length ( 229 )
UPD Payload length:
- dns.id 2
- dns.flags 2
- dns.count.queries 2
- dns.count.answers 2
- dns.count.auth_rr 2
- dns.count.add_rr 2
- queries (query-size + 6)
- answers :
- dns.resp.name 2
- dns.resp.type 2
- dns.resp.class 2
- dns.resp.ttl 4
- dns.resp.len 2
- dns.txt.length 1
- dns.txt resp_data_size
- dns.id 2
- dns.flags 2
- dns.count.queries 2
- dns.count.answers 2
- dns.count.auth_rr 2
- dns.count.add_rr 2
- queries (query-size + 6)
- answers :
- dns.resp.name 2
- dns.resp.type 2
- dns.resp.class 2
- dns.resp.ttl 4
- dns.resp.len 2
- dns.txt.length 1
- dns.txt resp_data_size
So the total size is roughly a fixed overhead of `39`, and the size of the
query (domain name) and response.
The query size is, for example, FVY6INQ6LZ33WLCHO3BPR3FH6Y.snap.mainnet.ethdisco.net (52)
So the total size is roughly a fixed overhead of `39`, and the size of the query (domain
name) and response. The query size is, for example,
FVY6INQ6LZ33WLCHO3BPR3FH6Y.snap.mainnet.ethdisco.net (52)
We also have some static data in the response, such as `enrtree-branch:`, and potentially
splitting the response up with `" "`, leaving us with a size of roughly `400` that we need
to stay below.
The number `370` is used to have some margin for extra overhead (for example, the dns query
may be larger - more subdomains).
The number `370` is used to have some margin for extra overhead (for example, the dns
query may be larger - more subdomains).
*/
const (
hashAbbrevSize = 1 + 16*13/8 // Size of an encoded hash (plus comma)
p2p/enode/urlv4.go
+3 -3
View File
@@ -54,8 +54,8 @@ func MustParseV4(rawurl string) *Node {
//
// For incomplete nodes, the designator must look like one of these
//
// enode://<hex node id>
// <hex node id>
// enode://<hex node id>
// <hex node id>
//
// For complete nodes, the node ID is encoded in the username portion
// of the URL, separated from the host by an @ sign. The hostname can
@@ -68,7 +68,7 @@ func MustParseV4(rawurl string) *Node {
// a node with IP address 10.3.58.6, TCP listening port 30303
// and UDP discovery port 30301.
//
// enode://<hex node id>@10.3.58.6:30303?discport=30301
// enode://<hex node id>@10.3.58.6:30303?discport=30301
func ParseV4(rawurl string) (*Node, error) {
if m := incompleteNodeURL.FindStringSubmatch(rawurl); m != nil {
id, err := parsePubkey(m[1])
p2p/enr/enr.go
+1 -1
View File
@@ -19,7 +19,7 @@
// stored in key/value pairs. To store and retrieve key/values in a record, use the Entry
// interface.
//
// Signature Handling
// # Signature Handling
//
// Records must be signed before transmitting them to another node.
//
p2p/message.go
+2 -3
View File
@@ -107,12 +107,11 @@ func Send(w MsgWriter, msgcode uint64, data interface{}) error {
// SendItems writes an RLP with the given code and data elements.
// For a call such as:
//
// SendItems(w, code, e1, e2, e3)
// SendItems(w, code, e1, e2, e3)
//
// the message payload will be an RLP list containing the items:
//
// [e1, e2, e3]
//
// [e1, e2, e3]
func SendItems(w MsgWriter, msgcode uint64, elems ...interface{}) error {
return Send(w, msgcode, elems)
}
p2p/nat/nat.go
+6 -6
View File
@@ -53,12 +53,12 @@ type Interface interface {
// The following formats are currently accepted.
// Note that mechanism names are not case-sensitive.
//
// "" or "none" return nil
// "extip:77.12.33.4" will assume the local machine is reachable on the given IP
// "any" uses the first auto-detected mechanism
// "upnp" uses the Universal Plug and Play protocol
// "pmp" uses NAT-PMP with an auto-detected gateway address
// "pmp:192.168.0.1" uses NAT-PMP with the given gateway address
// "" or "none" return nil
// "extip:77.12.33.4" will assume the local machine is reachable on the given IP
// "any" uses the first auto-detected mechanism
// "upnp" uses the Universal Plug and Play protocol
// "pmp" uses NAT-PMP with an auto-detected gateway address
// "pmp:192.168.0.1" uses NAT-PMP with the given gateway address
func Parse(spec string) (Interface, error) {
var (
parts = strings.SplitN(spec, ":", 2)
p2p/simulations/adapters/types.go
+3 -4
View File
@@ -39,10 +39,9 @@ import (
// Node represents a node in a simulation network which is created by a
// NodeAdapter, for example:
//
// * SimNode - An in-memory node
// * ExecNode - A child process node
// * DockerNode - A Docker container node
//
// - SimNode, an in-memory node in the same process
// - ExecNode, a child process node
// - DockerNode, a node running in a Docker container
type Node interface {
// Addr returns the node's address (e.g. an Enode URL)
Addr() []byte
p2p/simulations/mocker.go
+11 -11
View File
@@ -29,20 +29,20 @@ import (
"github.com/ethereum/go-ethereum/p2p/simulations/adapters"
)
//a map of mocker names to its function
// a map of mocker names to its function
var mockerList = map[string]func(net *Network, quit chan struct{}, nodeCount int){
"startStop": startStop,
"probabilistic": probabilistic,
"boot": boot,
}
//Lookup a mocker by its name, returns the mockerFn
// Lookup a mocker by its name, returns the mockerFn
func LookupMocker(mockerType string) func(net *Network, quit chan struct{}, nodeCount int) {
return mockerList[mockerType]
}
//Get a list of mockers (keys of the map)
//Useful for frontend to build available mocker selection
// Get a list of mockers (keys of the map)
// Useful for frontend to build available mocker selection
func GetMockerList() []string {
list := make([]string, 0, len(mockerList))
for k := range mockerList {
@@ -51,7 +51,7 @@ func GetMockerList() []string {
return list
}
//The boot mockerFn only connects the node in a ring and doesn't do anything else
// The boot mockerFn only connects the node in a ring and doesn't do anything else
func boot(net *Network, quit chan struct{}, nodeCount int) {
_, err := connectNodesInRing(net, nodeCount)
if err != nil {
@@ -59,7 +59,7 @@ func boot(net *Network, quit chan struct{}, nodeCount int) {
}
}
//The startStop mockerFn stops and starts nodes in a defined period (ticker)
// The startStop mockerFn stops and starts nodes in a defined period (ticker)
func startStop(net *Network, quit chan struct{}, nodeCount int) {
nodes, err := connectNodesInRing(net, nodeCount)
if err != nil {
@@ -96,10 +96,10 @@ func startStop(net *Network, quit chan struct{}, nodeCount int) {
}
}
//The probabilistic mocker func has a more probabilistic pattern
//(the implementation could probably be improved):
//nodes are connected in a ring, then a varying number of random nodes is selected,
//mocker then stops and starts them in random intervals, and continues the loop
// The probabilistic mocker func has a more probabilistic pattern
// (the implementation could probably be improved):
// nodes are connected in a ring, then a varying number of random nodes is selected,
// mocker then stops and starts them in random intervals, and continues the loop
func probabilistic(net *Network, quit chan struct{}, nodeCount int) {
nodes, err := connectNodesInRing(net, nodeCount)
if err != nil {
@@ -159,7 +159,7 @@ func probabilistic(net *Network, quit chan struct{}, nodeCount int) {
}
}
//connect nodeCount number of nodes in a ring
// connect nodeCount number of nodes in a ring
func connectNodesInRing(net *Network, nodeCount int) ([]enode.ID, error) {
ids := make([]enode.ID, nodeCount)
for i := 0; i < nodeCount; i++ {