Stable version of node-js port

This commit is contained in:
francis
2013-10-05 20:15:54 -03:00
parent f1aabc1313
commit b26972df79
6 changed files with 595 additions and 401 deletions

511
client.go Normal file
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package spamc
import (
"bufio"
"errors"
"fmt"
"io"
"net"
"regexp"
"strconv"
"strings"
"time"
)
//Error Types
const EX_OK = 0 //no problems
const EX_USAGE = 64 // command line usage error
const EX_DATAERR = 65 // data format error
const EX_NOINPUT = 66 // cannot open input
const EX_NOUSER = 67 // addressee unknown
const EX_NOHOST = 68 // host name unknown
const EX_UNAVAILABLE = 69 // service unavailable
const EX_SOFTWARE = 70 // internal software error
const EX_OSERR = 71 // system error (e.g., can't fork)
const EX_OSFILE = 72 // critical OS file missing
const EX_CANTCREAT = 73 // can't create (user) output file
const EX_IOERR = 74 // input/output error
const EX_TEMPFAIL = 75 // temp failure; user is invited to retry
const EX_PROTOCOL = 76 // remote error in protocol
const EX_NOPERM = 77 // permission denied
const EX_CONFIG = 78 // configuration error
const EX_TIMEOUT = 79 // read timeout
//map of default spamD protocol errors v1.5
var SpamDError = map[int]string{
EX_USAGE: "Command line usage error",
EX_DATAERR: "Data format error",
EX_NOINPUT: "Cannot open input",
EX_NOUSER: "Addressee unknown",
EX_NOHOST: "Host name unknown",
EX_UNAVAILABLE: "Service unavailable",
EX_SOFTWARE: "Internal software error",
EX_OSERR: "System error",
EX_OSFILE: "Critical OS file missing",
EX_CANTCREAT: "Can't create (user) output file",
EX_IOERR: "Input/output error",
EX_TEMPFAIL: "Temp failure; user is invited to retry",
EX_PROTOCOL: "Remote error in protocol",
EX_NOPERM: "Permission denied",
EX_CONFIG: "Configuration error",
EX_TIMEOUT: "Read timeout",
}
//Default parameters
const PROTOCOL_VERSION = "1.5"
const DEFAULT_TIMEOUT = 10
//Command types
const CHECK = "CHECK"
const SYMBOLS = "SYMBOLS"
const REPORT = "REPORT"
const REPORT_IGNOREWARNING = "REPORT_IGNOREWARNING"
const REPORT_IFSPAM = "REPORT_IFSPAM"
const SKIP = "SKIP"
const PING = "PING"
const TELL = "TELL"
const PROCESS = "PROCESS"
const HEADERS = "HEADERS"
//Learn types
const LEARN_SPAM = "SPAM"
const LEARN_HAM = "HAM"
const LEARN_NOTSPAM = "NOTSPAM"
const LEARN_NOT_SPAM = "NOT_SPAM"
const LEARN_FORGET = "FORGET"
//Test Types
const TEST_INFO = "info"
const TEST_BODY = "body"
const TEST_RAWBODY = "rawbody"
const TEST_HEADER = "header"
const TEST_FULL = "full"
const TEST_URI = "uri"
const TEST_TXT = "text"
//only for parse use !important
const SPLIT = "§"
const TABLE_MARK = "----"
//Types
type Client struct {
ConnTimoutSecs int
ProtocolVersion string
Host string
User string
}
//Default response struct
type SpamDOut struct {
Code int
Message string
Vars map[string]interface{}
}
//Default callback to SpanD response
type FnCallback func(*bufio.Reader) (*SpamDOut, error)
//new instance of Client
func New(host string, timeout int) *Client {
return &Client{timeout, PROTOCOL_VERSION, host, ""}
}
func (s *Client) SetUnixUser(user string) {
s.User = user
}
// Return a confirmation that spamd is alive.
func (s *Client) Ping() (r *SpamDOut, err error) {
return s.simpleCall(PING, []string{})
}
// Just check if the passed message is spam or not and return score
func (s *Client) Check(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(CHECK, msgpars)
}
//Ignore this message -- client opened connection then changed its mind
func (s *Client) Skip(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(SKIP, msgpars)
}
//Check if message is spam or not, and return score plus list of symbols hit
func (s *Client) Symbols(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(SYMBOLS, msgpars)
}
//Check if message is spam or not, and return score plus report
func (s *Client) Report(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(REPORT, msgpars)
}
//Check if message is spam or not, and return score plus report
func (s *Client) ReportIgnoreWarning(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(REPORT_IGNOREWARNING, msgpars)
}
//Check if message is spam or not, and return score plus report if the message is spam
func (s *Client) ReportIfSpam(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(REPORT_IFSPAM, msgpars)
}
//Process this message and return a modified message - on deloy
func (s *Client) Process(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(PROCESS, msgpars)
}
//Same as PROCESS, but return only modified headers, not body (new in protocol 1.4)
func (s *Client) Headers(msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(HEADERS, msgpars)
}
//Sign the message as spam
func (s *Client) ReportingSpam(msgpars ...string) (reply *SpamDOut, err error) {
headers := map[string]string{
"Message-class": "spam",
"Set": "local,remote",
}
return s.Tell(msgpars, &headers)
}
//Sign the message as false-positive
func (s *Client) RevokeSpam(msgpars ...string) (reply *SpamDOut, err error) {
headers := map[string]string{
"Message-class": "ham",
"Set": "local,remote",
}
return s.Tell(msgpars, &headers)
}
//Learn if a message is spam or not
func (s *Client) Learn(learnType string, msgpars ...string) (reply *SpamDOut, err error) {
headers := make(map[string]string)
switch strings.ToUpper(learnType) {
case LEARN_SPAM:
headers["Message-class"] = "spam"
headers["Set"] = "local"
case LEARN_HAM, LEARN_NOTSPAM, LEARN_NOT_SPAM:
headers["Message-class"] = "ham"
headers["Set"] = "local"
case LEARN_FORGET:
headers["Remove"] = "local"
default:
err = errors.New("Learn Type Not Found")
return
}
return s.Tell(msgpars, &headers)
}
//wrapper to simple calls
func (s *Client) simpleCall(cmd string, msgpars []string) (reply *SpamDOut, err error) {
return s.call(cmd, msgpars, func(data *bufio.Reader) (r *SpamDOut, e error) {
r, e = processResponse(cmd, data)
if r.Code == EX_OK {
e = nil
}
return
}, nil)
}
//external wrapper to simple call
func (s *Client) SimpleCall(cmd string, msgpars ...string) (reply *SpamDOut, err error) {
return s.simpleCall(strings.ToUpper(cmd), msgpars)
}
//Tell what type of we are to process and what should be done
//with that message. This includes setting or removing a local
//or a remote database (learning, reporting, forgetting, revoking)
func (s *Client) Tell(msgpars []string, headers *map[string]string) (reply *SpamDOut, err error) {
return s.call(TELL, msgpars, func(data *bufio.Reader) (r *SpamDOut, e error) {
r, e = processResponse(TELL, data)
if r.Code == EX_UNAVAILABLE {
e = errors.New("TELL commands are not enabled, set the --allow-tell switch.")
return
}
if r.Code == EX_OK {
e = nil
return
}
return
}, headers)
}
//here a TCP socket is created to call SPAMD
func (s *Client) call(cmd string, msgpars []string, onData FnCallback, extraHeaders *map[string]string) (reply *SpamDOut, err error) {
if extraHeaders == nil {
extraHeaders = &map[string]string{}
}
switch len(msgpars) {
case 1:
if s.User != "" {
x := *extraHeaders
x["User"] = s.User
*extraHeaders = x
}
case 2:
x := *extraHeaders
x["User"] = msgpars[1]
*extraHeaders = x
default:
if cmd != PING {
err = errors.New("Message parameters wrong size")
} else {
msgpars = []string{""}
}
return
}
if cmd == REPORT_IGNOREWARNING {
cmd = REPORT
}
// Create a new connection
stream, err := net.Dial("tcp", s.Host)
if err != nil {
err = errors.New("Connection dial error to spamd: " + err.Error())
return
}
// Set connection timeout
timeout := time.Now().Add(time.Duration(s.ConnTimoutSecs) * time.Duration(time.Second))
errTimeout := stream.SetDeadline(timeout)
if errTimeout != nil {
err = errors.New("Connection to spamd Timed Out:" + errTimeout.Error())
return
}
defer stream.Close()
// Create Command to Send to spamd
cmd += " SPAMC/" + s.ProtocolVersion + "\r\n"
cmd += "Content-length: " + fmt.Sprintf("%v\r\n", len(msgpars[0])+2)
//Process Extra Headers if Any
if len(*extraHeaders) > 0 {
for hname, hvalue := range *extraHeaders {
cmd = cmd + hname + ": " + hvalue + "\r\n"
}
}
cmd += "\r\n" + msgpars[0] + "\r\n\r\n"
_, errwrite := stream.Write([]byte(cmd))
if errwrite != nil {
err = errors.New("spamd returned a error: " + errwrite.Error())
return
}
// Execute onData callback throwing the buffer like parameter
reply, err = onData(bufio.NewReader(stream))
return
}
//SpamD reply processor
func processResponse(cmd string, data *bufio.Reader) (returnObj *SpamDOut, err error) {
defer func() {
data.UnreadByte()
}()
returnObj = new(SpamDOut)
returnObj.Code = -1
//read the first line
line, _, _ := data.ReadLine()
lineStr := string(line)
r := regexp.MustCompile(`(?i)SPAMD\/([0-9\.]+)\s([0-9]+)\s([0-9A-Z_]+)`)
var result = r.FindStringSubmatch(lineStr)
if len(result) < 4 {
if cmd != "SKIP" {
err = errors.New("spamd unreconized reply:" + lineStr)
} else {
returnObj.Code = EX_OK
returnObj.Message = "SKIPPED"
}
return
}
returnObj.Code, _ = strconv.Atoi(result[2])
returnObj.Message = result[3]
//verify a mapped error...
if SpamDError[returnObj.Code] != "" {
err = errors.New(SpamDError[returnObj.Code])
returnObj.Vars = make(map[string]interface{})
returnObj.Vars["error_description"] = SpamDError[returnObj.Code]
return
}
returnObj.Vars = make(map[string]interface{})
//start didSet
if cmd == TELL {
returnObj.Vars["didSet"] = false
returnObj.Vars["didRemove"] = false
for {
line, _, err = data.ReadLine()
if err == io.EOF || err != nil {
if err == io.EOF {
err = nil
}
break
}
if strings.Contains(string(line), "DidRemove") {
returnObj.Vars["didRemove"] = true
}
if strings.Contains(string(line), "DidSet") {
returnObj.Vars["didSet"] = true
}
}
return
}
//read the second line
line, _, err = data.ReadLine()
//finish here if line is empty
if len(line) == 0 {
if err == io.EOF {
err = nil
}
return
}
//ignore content-length header..
lineStr = string(line)
switch cmd {
case SYMBOLS, CHECK, REPORT, REPORT_IFSPAM, REPORT_IGNOREWARNING, PROCESS, HEADERS:
switch cmd {
case SYMBOLS, REPORT, REPORT_IFSPAM, REPORT_IGNOREWARNING, PROCESS, HEADERS:
//ignore content-length header..
line, _, err = data.ReadLine()
lineStr = string(line)
}
r := regexp.MustCompile(`(?i)Spam:\s(True|False|Yes|No)\s;\s([0-9\.]+)\s\/\s([0-9\.]+)`)
var result = r.FindStringSubmatch(lineStr)
if len(result) > 0 {
returnObj.Vars["isSpam"] = false
switch result[1][0:1] {
case "T", "t", "Y", "y":
returnObj.Vars["isSpam"] = true
}
returnObj.Vars["spamScore"], _ = strconv.ParseFloat(result[2], 64)
returnObj.Vars["baseSpamScore"], _ = strconv.ParseFloat(result[3], 64)
}
switch cmd {
case PROCESS, HEADERS:
lines := ""
for {
line, _, err = data.ReadLine()
if err == io.EOF || err != nil {
if err == io.EOF {
err = nil
}
return
}
lines += string(line) + "\r\n"
returnObj.Vars["body"] = lines
}
return
case SYMBOLS:
//ignore line break...
data.ReadLine()
//read
line, _, err = data.ReadLine()
returnObj.Vars["symbolList"] = strings.Split(string(line), ",")
case REPORT, REPORT_IFSPAM, REPORT_IGNOREWARNING:
//ignore line break...
data.ReadLine()
for {
line, _, err = data.ReadLine()
if len(line) > 0 {
lineStr = string(line)
//TXT Table found, prepare to parse..
if lineStr[0:4] == TABLE_MARK {
section := []map[string]interface{}{}
tt := 0
for {
line, _, err = data.ReadLine()
//Stop read the text table if last line or Void line
if err == io.EOF || err != nil || len(line) == 0 {
if err == io.EOF {
err = nil
}
break
}
//Parsing
lineStr = string(line)
spc := 2
if lineStr[0:1] == "-" {
spc = 1
}
lineStr = strings.Replace(lineStr, " ", SPLIT, spc)
lineStr = strings.Replace(lineStr, " ", SPLIT, 1)
if spc > 1 {
lineStr = " " + lineStr[2:]
}
x := strings.Split(lineStr, SPLIT)
if lineStr[1:3] == SPLIT {
section[tt-1]["message"] = fmt.Sprintf("%v %v", section[tt-1]["message"], strings.TrimSpace(lineStr[5:]))
} else {
if len(x) != 0 {
message := strings.TrimSpace(x[2])
score, _ := strconv.ParseFloat(strings.TrimSpace(x[0]), 64)
section = append(section, map[string]interface{}{
"score": score,
"symbol": x[1],
"message": message,
})
tt++
}
}
}
if REPORT_IGNOREWARNING == cmd {
nsection := []map[string]interface{}{}
for _, c := range section {
if c["score"].(float64) != 0 {
nsection = append(nsection, c)
}
}
section = nsection
}
returnObj.Vars["report"] = section
break
}
}
if err == io.EOF || err != nil {
if err == io.EOF {
err = nil
}
break
}
}
}
}
if err != io.EOF {
for {
line, _, err = data.ReadLine()
if err == io.EOF || err != nil {
if err == io.EOF {
err = nil
}
break
}
}
}
return
}

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examples/report.go Normal file
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package main
import (
"fmt"
"go-spamc"
)
func main() {
html := "<html><title>Test</title><body>Hello world. I'm not a Spam, don't kill me spamassassin!</body></html>"
client := spamc.New("127.0.0.1:783", 10)
//the 2nd parameter is optional, you can set who (the unix user) do the call
//looks like client.Report(html, "saintienn")
reply, err := client.Report(html)
if err == nil {
fmt.Println(reply)
} else {
fmt.Println(reply, err)
}
}
/* Example Response
{
Code: 0,
Message: 'EX_OK',
Vars:{
isSpam: true,
spamScore: 6.9,
baseSpamScore: 5,
report:[
{
"score": score,
"symbol": x[1],
"message": message,
}
]
}
}
*/

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/**
* User: Carl Glaysher
* Date: 17/03/2012
* Time: 08:46
* Description: Front end to check spamc client
*/
var spamc = require('./spamc');
var client = new spamc();
client.report('My Message as String',function(result){
console.log(result);
});
/* Example Response
{
responseCode: 0,
responseMessage: 'EX_OK',
isSpam: true,
spamScore: 6.9,
baseSpamScore: 5,
report:[
{
score: '0.0',
name: 'NO_RELAYS',
description: 'Informational',
type: 'message'
}
]
}
*/

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index.js
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/**
* Author: Carl Glaysher
* Date Created: 17/03/2012
* Description: Module to emulate SPAMC client in a node way
* Available Commands:
*
* ping - returns boolean
* check - returns object
* symbols - returns object with matches
* report - returns objects with matches and descriptions
* reportIfSpam - returns object with matches and descriptions
* process - returns object with modified message
* headers - returns object with modified headers only
* learn - TELL spamassassin message is Spam or Ham
* tell - TELL spamassassin message is Spam
* revoke - remove Spammed Message as being spam from spamassassin
*
*/
var net = require('net');
var spamc = function (host, port, timeout) {
var self = this;
var protocolVersion = 1.5;
var host = (host == undefined) ? '127.0.0.1' : host;
var port = (port == undefined) ? 783 : port;
var connTimoutSecs = (timeout == undefined) ? 10 : timeout;
/*
* Description: Sends a Ping to spamd and returns Pong on response
* Param: onResponse {function}
* Returns: self
*/
this.ping = function(onResponse){
exec('PING',null,function(data){
/* Check Response has the word PONG */
if(data[0].indexOf('PONG')>0){
onResponse(true);
}else{
onResponse(false);
}
});
return self;
};
/*
* Description: returns spam score
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.check = function(message,onResponse){
exec('CHECK',message,function(data){
var response = processResponse('CHECK',data);
if(typeof(onResponse)=='function') onResponse(response);
});
return self;
};
/*
* Description: Returns Spam Score and Matches
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.symbols = function(message,onResponse){
exec('SYMBOLS',message,function(data){
var response = processResponse('SYMBOLS',data);
if(typeof(onResponse)=='function') onResponse(response);
});
return self;
};
/*
* Description: Returns an object report
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.report = function(message,onResponse){
exec('REPORT',message,function(data){
var response = processResponse('REPORT',data);
if(typeof(onResponse)=='function') onResponse(response);
});
return self;
};
/*
* Description: Returns Object Report if is spam
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.reportIfSpam = function(message,onResponse){
exec('REPORT_IFSPAM',message,function(data){
var response = processResponse('REPORT_IFSPAM',data);
if(typeof(onResponse)=='function') onResponse(response);
});
return self;
};
/*
* Description: Returns back a report for the message + the message
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.process = function(message,onResponse){
exec('PROCESS',message,function(data){
var response = processResponse('PROCESS',data);
if(typeof(onResponse)=='function') onResponse(response);
});
return self;
};
/*
* Description: Returns headers for the message
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.headers = function(message,onResponse){
exec('HEADERS',message,function(data){
var response = processResponse('HEADERS',data);
if(typeof(onResponse)=='function') onResponse(response);
});
return self;
};
/*
* Description: Tell spamd to learn message is spam/ham or forget
* Param: message {string}
* Param: learnType {string}
* Param: onResponse {function}
* Returns: self
*/
this.learn = function(message,learnType,onResponse){
var headers;
switch(learnType.toUpperCase()){
case 'SPAM':
headers=[
{name:'Message-class','value':'spam'},
{name:'Set','value':'local'}
];
break;
case 'HAM':
case 'NOTSPAM':
case 'NOT_SPAM':
headers=[
{name:'Message-class','value':'ham'},
{name:'Set','value':'local'}
];
break;
case 'FORGET':
headers=[
{name:'Remove','value':'local'}
];
break;
default:
throw new Error('Learn Type Not Found');
}
exec('TELL',message,function(data){
var response = processResponse('HEADERS',data);
if(response.responseCode==69){
throw new Error('TELL commands are not enabled, set the --allow-tell switch.');
}
if(typeof(onResponse)=='function') onResponse(response);
},headers);
return self;
};
/*
* Description: tell spamd message is not spam
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.revoke = function(message,onResponse){
headers=[
{name:'Message-class','value':'ham'},
{name:'Set','value':'local,remote'}
];
exec('TELL',message,function(data){
var response = processResponse('HEADERS',data);
if(response.responseCode==69){
throw new Error('TELL commands are not enabled, set the --allow-tell switch.');
}
if(typeof(onResponse)=='function') onResponse(response);
},headers);
return self;
};
/*
* Description: Tell spamd message is spam
* Param: message {string}
* Param: onResponse {function}
* Returns: self
*/
this.tell = function(message,onResponse){
headers=[
{name:'Message-class','value':'spam'},
{name:'Set','value':'local,remote'}
];
exec('TELL',message,function(data){
var response = processResponse('HEADERS',data);
if(response.responseCode==69){
throw new Error('TELL commands are not enabled, set the --allow-tell switch.');
}
if(typeof(onResponse)=='function') onResponse(response);
},headers);
return self;
};
/*
* Description: Sends a command to spamd
* Param: cmd {string}
* Param: message {string}
* Param: onData {function(data)}
*/
var exec = function(cmd,message,onData,extraHeaders){
var responseData = [];
var stream = net.createConnection(port,host);
stream.setTimeout(connTimoutSecs*1000,function(){
throw new Error('Connection to spamd Timed Out');
});
stream.on('connect',function(){
/* Create Command to Send to spamd */
cmd = cmd+" SPAMC/"+protocolVersion+"\r\n";
if(typeof(message)=='string'){
message = message+'\r\n';
cmd = cmd+"Content-length: "+(message.length)+"\r\n";
/* Process Extra Headers if Any */
if(typeof(extraHeaders)=='object'){
for(var i=0;i<extraHeaders.length;i++){
cmd = cmd+extraHeaders[i].name+": "+extraHeaders[i].value+"\r\n";
}
}
cmd = cmd+"\r\n"+message;
}
stream.write(cmd+"\r\n");
});
stream.on('error',function(data){
throw new Error('spamd returned a error: '+data.toString());
});
stream.on('data',function(data){
var data = data.toString();
/* Remove Last new Line and Return and Split Lines into Array */
data = data.split("\r\n");
for(var i=0;i<data.length;i++){
if(data[i].length>0){
responseData[responseData.length]=data[i];
}
}
});
stream.on('close',function(){
onData(responseData);
})
};
/*
* Description: Processes Response from spamd and put into a formatted object
* Param: cmd {string}
* Param: lines {array[string]}
* Return: {object}
*/
var processResponse = function(cmd,lines){
var returnObj = {};
var result = lines[0].match(/SPAMD\/([0-9\.]+)\s([0-9]+)\s([0-9A-Z_]+)/);
if(result==null){
throw new Error('spamd unreconized response:'+lines[0]);
}
returnObj.responseCode = parseInt(result[2]);
returnObj.responseMessage = result[3];
if(cmd=='TELL'){
returnObj.didSet=false;
returnObj.didRemove=false;
}
for(var i=0;i<lines.length;i++){
var result = lines[i].match(/Spam:\s(True|False|Yes|No)\s;\s([0-9\.]+)\s\/\s([0-9\.]+)/);
if(result!=null){
returnObj.isSpam =false;
if(result[1]=='True' || result[1]=='Yes'){
returnObj.isSpam = true;
}
returnObj.spamScore = parseFloat(result[2]);
returnObj.baseSpamScore = parseFloat(result[3]);
}
if(result==null){
var result = lines[i].match(/([A-Z0-9\_]+)\,/g);
if(result!=null){
returnObj.matches =[];
for(var ii=0;ii<result.length;ii++){
returnObj.matches[ii] = result[ii].substring(0,result[ii].length-1);
}
}
}
if(result==null && cmd!='PROCESS'){
var pattern = /(\s|-)([0-9\.]+)\s([A-Z0-9\_]+)\s([^:]+)\:\s([^\n]+)/g;
var result = lines[i].match(pattern);
if(result!=null){
returnObj.report =[];
for(var ii=0;ii<result.length;ii++){
/* Remove New Line if Found */
result[ii] = result[ii].replace(/\n([\s]*)/, ' ');
/* Match Sections */
var pattern = /(\s|-)([0-9\.]+)\s([A-Z0-9\_]+)\s([^:]+)\:\s([^\s]+)/;
var matches = result[ii].match(pattern);
returnObj.report[returnObj.report.length] = {
score:matches[2],
name:matches[3],
description:matches[4].replace(/^\s*([\S\s]*)\b\s*$/, '$1'),
type:matches[5]
};
}
}
}
if(lines[i].indexOf('DidSet:')>=0){
returnObj.didSet=true;
}
if(lines[i].indexOf('DidRemove:')>=0){
returnObj.didRemove=true;
}
}
if(cmd=='PROCESS'){
returnObj.message = '';
for(var i=3;i<lines.length;i++){
returnObj.message=returnObj.message+lines[i]+"\r\n";
}
}
if(cmd=='HEADERS'){
returnObj.headers = [];
for(var i=3;i<lines.length;i++){
if(lines[i].indexOf('\t')<0){
returnObj.headers[returnObj.headers.length]=lines[i];
}else{
returnObj.headers[returnObj.headers.length-1]=returnObj.headers[returnObj.headers.length-1]+lines[i];
}
}
}
return returnObj;
};
};
module.exports = spamc;

View File

@@ -1,18 +0,0 @@
{
"name":"node-spamc",
"version":"0.0.1",
"author":"Carl Glaysher <carl@coxeh.com>",
"description":"Connect to spamassassin via spamd daemon and check spam score on a email",
"contributors":[
{
"name":"Carl Glaysher",
"email":"carl@coxeh.com"
}
],
"repository": {
"type": "git",
"url": "https://github.com/coxeh/node-spamc"
},
"main":"./index.js",
"keywords":["spamd","spamc","spamassassin","email","spam"]
}

View File

@@ -1,34 +1,55 @@
# node-spamc
# go-spamc
node-spamc is a nodejs module that connects to spamassassin's spamd daemon. You are able to:
go-spamc is a golang package that connects to spamassassin's spamd daemon.
Is a code port of nodejs module node-spamc(https://github.com/coxeh/node-spamc)
Thanks for your amazing code Carl Glaysher ;)
You are able to:
- Check a message for a spam score and return back what spamassassin matched on
- Ability to send messages to spamassassin to learn from
- Ability to do everything that `spamc` is capable of
## Commands Available
- `check` checks a message for a spam score and returns an object of information
- `symbols` like `check` but also returns what the message matched on
- `report` like `symbols` but matches also includes a small description
- `reportIfSpam` only returns a result if message is spam
- `process` like `check` but also returns a processed message with extra headers
- `headers` like `check` but also returns the message headers in a array
- `learn` abilty to parse a message to spamassassin and learn it as spam or ham
- `tell` ability to tell spamassassin that the message is spam
- `revoke` abilty to tell spamassassin that the message is not spam
## Methods Available
- `Check` checks a message for a spam score and returns an object of information
- `Symbols` like `check` but also returns what the message matched on
- `Report` like `symbols` but matches also includes a small description
- `ReportIfSpam` only returns a result if message is spam
- `ReportIgnoreWarning` like report but matches only symbols with score > 0 "New"
- `Process` like `check` but also returns a processed message with extra headers
- `Headers` like `check` but also returns the message headers in a array
- `Learn` abilty to parse a message to spamassassin and learn it as spam or ham
- `ReportingSpam` ability to tell spamassassin that the message is spam
- `RevokeSpam` abilty to tell spamassassin that the message is not spam
## Example
example.go
This example will parse a message to spamassassin to perform a report and will callback on success.
package main
import (
"fmt"
"spamc"
)
var spamc = require('./spamc');
var client = new spamc();
func main() {
html := "<html>Hello world. I'm not a Spam, don't kill me SpamAssassin!</html>"
client := spamc.New()
//the 2nd parameter is optional, you can set who (the unix user) do the call
reply, err := client.Check(html, "saintienn")
fmt.Println(reply.Code)
fmt.Println(reply.Message)
fmt.Println(reply.Vars)
}
client.report('My Message as String',function(result){
console.log(result);
});