private void brute_snmac_button_Click(object sender, EventArgs e)
{
bool quick = brute_snmac_quick.Checked;
brute_snmac_button.Text = ". . .";
output.Text = "finding serial for " + brute_snmac_essid_input.Text + "...";
brute_snmac_button.Enabled = false;
string ret = AGPF_Brute.bruteSNMAC(brute_snmac_essid_input.Text, brute_snmac_psk_input.Text, brute_snmac_threads.Value.ToString(), quick);
brute_snmac_button.Enabled = true;
brute_snmac_button.Text = "brute";
if (!ret.Contains("nothing found"))
{
using (TextWriter config2 = new StreamWriter(@"list.txt", true))
{
try
{
config2.WriteLine(ret.Substring(0, 14) + " " + ret.Substring(25, 13));
config2.Close();
U.sortUniq("list.txt");
}
catch (Exception ex)
{
output.Text = ex.Message;
}
}
}
output.Text = ret + "\r\nadded to list.txt";
return;
}
private void brute_psk_button_Click(object sender, EventArgs e)
{
bool quick = brute_psk_quick.Checked;
brute_psk_button.Text = ". . .";
output.Text = "creating a rainbow table for " + brute_psk_essid_input.Text + "...";
brute_psk_button.Enabled = false;
output.Text = AGPF_Brute.brutePSK(brute_psk_essid_input.Text, brute_psk_threads.Value.ToString(), quick);
output.SelectionStart = output.TextLength;
output.ScrollToCaret();
output.Refresh();
brute_psk_button.Enabled = true;
brute_psk_button.Text = "brute";
return;
}