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package main
import (
"fmt"
"log"
)
// printResponse reads a response from the printChannel, formats it and prints it
func printResponses(channels channels) {
var i int
for {
// read a response from the printChannel for further usage
response := <-channels.printChannel
// define a postfix: a string attached to the end of all printed
// string set in the section filtering the status code cases
var postfix string
var prefix string
// define what color should be used to print the individual status
// codes
var statusCode string
var color string
// default values: clear the line, print, newline, green
prefix = "\r\033[K"
postfix = "\n"
color = "green"
// hide some of the requests, filter using the status code
for _, codeToHide := range hide.HideCode {
if response.StatusCode == codeToHide {
prefix = ""
postfix = "\033[K\r"
color = "red"
}
}
for _, linesToHide := range hide.HideLine {
if response.ResponseLines == linesToHide {
prefix = ""
postfix = "\033[K\r"
color = "red"
}
}
for _, wordsToHide := range hide.HideWord {
if response.ResponseWords == wordsToHide {
prefix = ""
postfix = "\033[K\r"
color = "red"
}
}
for _, charsToHide := range hide.HideChar {
if response.ResponseChars == charsToHide {
prefix = ""
postfix = "\033[K\r"
color = "red"
}
}
// color
if color == "red" {
statusCode = red(fmt.Sprintf("%d", response.StatusCode))
} else if color == "green" {
statusCode = green(fmt.Sprintf("%d", response.StatusCode))
}
// print the requests
fmt.Printf("%s%.7d: %s | %7d L | %7d W | %7d Ch | %s%s", prefix, i, statusCode, response.ResponseLines, response.ResponseWords, response.ResponseChars, response.FuzzWord, postfix)
i++
}
log.Printf("%s Done printing the responses", green("[+]"))
}
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