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path: root/tests/check_arc.c
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#include <stdlib.h>
#include <glib.h>
#include <gmodule.h>
#include <check.h>
#include <string.h>
#include <stdio.h>
#include "arc.h"

char *password = "ArcVier";

char *clear_tests[] =
{
	"Wie dit leest is gek :-)",
	"ItllBeBitlBee",
	"One more boring password",
	"Hoi hoi",
	NULL
};

static void check_codec(int l)
{
	int i;
	
	for( i = 0; clear_tests[i]; i++ )
	{
  		tcase_fn_start (clear_tests[i], __FILE__, __LINE__);
		unsigned char *crypted;
		char *decrypted;
		int len;
		
		len = arc_encode( clear_tests[i], 0, &crypted, password, 12 );
		len = arc_decode( crypted, len, &decrypted, password );
		
		fail_if( strcmp( clear_tests[i], decrypted ) != 0,
		         "%s didn't decrypt back properly", clear_tests[i] );
		
		g_free( crypted );
		g_free( decrypted );
	}
}

struct
{
	unsigned char crypted[30];
	int len;
	char *decrypted;
} decrypt_tests[] = {
	/* One block with padding. */
	{
		{
			0x3f, 0x79, 0xb0, 0xf5, 0x91, 0x56, 0xd2, 0x1b, 0xd1, 0x4b, 0x67, 0xac,
			0xb1, 0x31, 0xc9, 0xdb, 0xf9, 0xaa
		}, 18, "short pass"
	},
	
	/* Two blocks with padding. */
	{
		{
			0xf9, 0xa6, 0xec, 0x5d, 0xc7, 0x06, 0xb8, 0x6b, 0x63, 0x9f, 0x2d, 0xb5,
			0x7d, 0xaa, 0x32, 0xbb, 0xd8, 0x08, 0xfd, 0x81, 0x2e, 0xca, 0xb4, 0xd7,
			0x2f, 0x36, 0x9c, 0xac, 0xa0, 0xbc
		}, 30, "longer password"
	},

	/* This string is exactly two "blocks" long, to make sure unpadded strings also decrypt
	   properly. */
	{
		{
			0x95, 0x4d, 0xcf, 0x4d, 0x5e, 0x6c, 0xcf, 0xef, 0xb9, 0x80, 0x00, 0xef,
			0x25, 0xe9, 0x17, 0xf6, 0x29, 0x6a, 0x82, 0x79, 0x1c, 0xca, 0x68, 0xb5,
			0x4e, 0xd0, 0xc1, 0x41, 0x8e, 0xe6
		}, 30, "OSCAR is really creepy.."
	},
	{ "", 0, NULL }
};

static void check_decod(int l)
{
	int i;
	
	for( i = 0; decrypt_tests[i].len; i++ )
	{
  		tcase_fn_start (decrypt_tests[i].decrypted, __FILE__, __LINE__);
		char *decrypted;
		int len;
		
		len = arc_decode( decrypt_tests[i].crypted, decrypt_tests[i].len,
		                  &decrypted, password );
		
		fail_if( strcmp( decrypt_tests[i].decrypted, decrypted ) != 0,
		         "`%s' didn't decrypt properly", decrypt_tests[i].decrypted );
		
		g_free( decrypted );
	}
}

Suite *arc_suite (void)
{
	Suite *s = suite_create("ArcFour");
	TCase *tc_core = tcase_create("Core");
	suite_add_tcase (s, tc_core);
	tcase_add_test (tc_core, check_codec);
	tcase_add_test (tc_core, check_decod);
	return s;
}
>{ init:snmpInit, tag:"snmp", name:"SNMP state" }; var handler_cpu = { init:cpuInit, tag:"cpu", name:"CPU utilization" }; var handlers = [ handler_uplinks, handler_temp, handler_ping, handler_traffic, handler_disco, handler_comment, handler_traffic_tot, handler_dhcp, handler_snmp, handler_cpu ]; /* * Update function for uplink map */ function uplinkUpdater() { if (!nmsData.switches) return; if (!nmsData.switches.switches) return; if (!nmsData.switchstate) return; if (!nmsData.switchstate.switches) return; for (var sw in nmsData.switches.switches) { var uplinks=0; if (nmsData.switchstate.switches[sw] == undefined || nmsData.switchstate.switches[sw].uplinks == undefined) { uplinks=0; } else { uplinks = nmsData.switchstate.switches[sw].uplinks.live; nuplinks = nmsData.switchstate.switches[sw].uplinks.total; } if (uplinks == 0) { nmsMap.setSwitchColor(sw,"white"); } else if (uplinks == 1) { nmsMap. setSwitchColor(sw, red); } else if (uplinks == 2) { nmsMap.setSwitchColor(sw, orange); } else if (uplinks == 3) { nmsMap.setSwitchColor(sw,green); } else if (uplinks > 3) { nmsMap.setSwitchColor(sw, blue); } } } /* * Init-function for uplink map */ function uplinkInit() { nmsData.addHandler("switches","mapHandler",uplinkUpdater); nmsData.addHandler("switchstate","mapHandler",uplinkUpdater); setLegend(1,"white","0 uplinks"); setLegend(2,red,"1 uplink"); setLegend(3,orange,"2 uplinks"); setLegend(4,green,"3 uplinks"); setLegend(5,blue,"4 uplinks"); } /* * Init-function for uplink map */ function trafficInit() { nmsData.addHandler("switches","mapHandler",trafficUpdater); nmsData.addHandler("switchstate","mapHandler",trafficUpdater); var m = 1024 * 1024 / 8; drawGradient([lightgreen,green,orange,red]); setLegend(1,colorFromSpeed(0),"0 (N/A)"); setLegend(5,colorFromSpeed(1100 * m) , "1100Mb/s"); setLegend(4,colorFromSpeed(600 * m),"600Mb/s"); setLegend(3,colorFromSpeed(300 * m),"300Mb/s"); setLegend(2,colorFromSpeed(10 * m),"10Mb/s"); } function trafficUpdater() { if (!nmsData.switchstate.switches || !nmsData.switchstate.then) return; for (var sw in nmsData.switchstate.switches) { var speed = 0; try { var t = parseInt(nmsData.switchstate.then[sw].uplinks.ifHCOutOctets); var n = parseInt(nmsData.switchstate.switches[sw].uplinks.ifHCOutOctets); var tt = parseInt(nmsData.switchstate.then[sw].time); var nt = parseInt(nmsData.switchstate.switches[sw].time); } catch (e) { continue;}; var tdiff = nt - tt; var diff = n - t; speed = diff / tdiff; if(!isNaN(speed)) { nmsMap.setSwitchColor(sw,colorFromSpeed(speed)); nmsMap.setSwitchInfo(sw,byteCount(speed*8,0)); } } } function trafficTotInit() { nmsData.addHandler("switches","mapHandler",trafficTotUpdater); nmsData.addHandler("switchstate","mapHandler",trafficTotUpdater); var m = 1024 * 1024 / 8; drawGradient([lightgreen,green,orange,red]); setLegend(1,colorFromSpeed(0),"0 (N/A)"); setLegend(5,colorFromSpeed(5000 * m,5) , "5000Mb/s"); setLegend(4,colorFromSpeed(3000 * m,5),"3000Mb/s"); setLegend(3,colorFromSpeed(1000 * m,5),"1000Mb/s"); setLegend(2,colorFromSpeed(100 * m,5),"100Mb/s"); } function trafficTotUpdater() { if (!nmsData.switchstate.switches || !nmsData.switchstate.then) return; for (var sw in nmsData.switchstate.switches) { var speed = 0; try { var t = parseInt(nmsData.switchstate.then[sw].totals.ifHCOutOctets); var n = parseInt(nmsData.switchstate.switches[sw].totals.ifHCOutOctets); var tt = parseInt(nmsData.switchstate.then[sw].time); var nt = parseInt(nmsData.switchstate.switches[sw].time); } catch (e) { continue;}; var tdiff = nt - tt; var diff = n - t; speed = diff / tdiff; if(!isNaN(speed)) nmsMap.setSwitchColor(sw,colorFromSpeed(speed)); } } function colorFromSpeed(speed,factor) { var m = 1024 * 1024 / 8; if (factor == undefined) factor = 1.1; if (speed == 0) return blue; speed = speed < 0 ? 0 : speed; return getColorStop( 1000 * (speed / (factor * (1000 * m)))); } /* * Tweaked this to scale from roughly 20C to 35C. Hence the -20 and /15 * thing (e.g., "0" is 20 and "15" is 35 by the time we pass it to * rgb_from_max()); */ function temp_color(t) { if (t == undefined) { console.log("Temp_color, but temp is undefined"); return blue; } t = parseInt(t) - 12; t = Math.floor((t / 23) * 1000); return getColorStop(t); } function tempUpdater() { if(!nmsData.switches) return; for ( var sw in nmsData.switches["switches"]) { var t = "white"; var temp = ""; if(!nmsData.switchstate || !nmsData.switchstate.switches || !nmsData.switchstate.switches[sw] || !nmsData.switchstate.switches[sw].temp) continue; var t = nmsData.switchstate.switches[sw].temp; temp = t + "°C"; t = temp_color(temp); nmsMap.setSwitchColor(sw, t); nmsMap.setSwitchInfo(sw, temp); } } function tempInit() { //Padded the gradient with extra colors for the upper unused values drawGradient(["black",blue,lightblue,lightgreen,green,orange,red]); setLegend(1,temp_color(15),"15 °C"); setLegend(2,temp_color(20),"20 °C"); setLegend(3,temp_color(25),"25 °C"); setLegend(4,temp_color(30),"30 °C"); setLegend(5,temp_color(35),"35 °C"); nmsData.addHandler("switchstate","mapHandler",tempUpdater); } function pingUpdater() { if (nmsData.switches == undefined || nmsData.switches.switches == undefined) { return; } for (var sw in nmsData.switches.switches) { try { var c; if (nmsData.ping.switches[sw].age > 0) { c = red; } else { c = gradient_from_latency(nmsData.ping.switches[sw].latency); } nmsMap.setSwitchColor(sw, c); } catch (e) { nmsMap.setSwitchColor(sw, blue); } } } function pingInit() { drawGradient([green,lightgreen,orange,red]); setLegend(1,gradient_from_latency(1),"1ms"); setLegend(2,gradient_from_latency(30),"30ms"); setLegend(3,gradient_from_latency(60),"60ms"); setLegend(4,gradient_from_latency(100),"100ms"); setLegend(5,gradient_from_latency(undefined) ,"No response"); nmsData.addHandler("ping","mapHandler",pingUpdater); nmsData.addHandler("switches","mapHandler",pingUpdater); nmsData.addHandler("ticker", "mapHandler", pingUpdater); } function commentUpdater() { var realnow = Date.now(); var now = Math.floor(realnow / 1000); if (nmsData.comments == undefined || nmsData.comments.comments == undefined) { return } if(!nmsData.switches) return; for (var sw in nmsData.switches.switches) { var c = "white"; if (nmsData.comments.comments[sw] == undefined) { nmsMap.setSwitchColor(sw,c); continue; } var s = nmsData.comments.comments[sw]; var then = 0; var active = 0; var persist = 0; c = "yellow"; for (var v in s["comments"]) { var then_test = parseInt(s["comments"][v]["time"]); if (then_test > then && s["comments"][v]["state"] != "inactive") then = then_test; if (s["comments"][v]["state"] == "active") { active++; } if (s["comments"][v]["state"] == "persist") persist++; } if (then > (now - (60*15))) { c = red; } else if (active > 0) { c = orange; } else if (persist > 0) { c = blue; } else { c = green; } nmsMap.setSwitchColor(sw, c); } } function commentInit() { nmsData.addHandler("comments","mapHandler",commentUpdater); setLegend(1,"white","0 comments"); setLegend(2,blue,"Persistent"); setLegend(3,red, "New"); setLegend(4,orange,"Active"); setLegend(5,green ,"Old/inactive only"); } function getDhcpColor(stop) { stop = parseInt(stop); stop = stop * 0.85; if (stop < 0) stop = 1000; if (stop > 1000) stop = 1000; return getColorStop(stop); } function dhcpUpdater() { if (nmsData.dhcp == undefined || nmsData.dhcp.dhcp == undefined) { return } if (nmsData.switches == undefined || nmsData.switches.switches == undefined) { return; } var now = nmsData.dhcp.time; try { for (var sw in nmsData.switches.switches) { var c = blue; if (nmsData.dhcp.dhcp[sw] == undefined) { nmsMap.setSwitchColor(sw,c); continue; } var s = nmsData.dhcp.dhcp[sw]; var then = parseInt(s); c = getDhcpColor(now - then); nmsMap.setSwitchColor(sw, c); } } catch(e) { console.log(e); } } function dhcpInit() { drawGradient([green,lightgreen,orange,red]); nmsData.addHandler("dhcp","mapHandler",dhcpUpdater); setLegend(1,"white","Undefined"); setLegend(2,getDhcpColor(1),"1 Second old"); setLegend(3,getDhcpColor(300),"300 Seconds old"); setLegend(4,getDhcpColor(900),"900 Seconds old"); setLegend(5,getDhcpColor(1200),"1200 Seconds old"); } /* * Testing-function to randomize colors of linknets and switches */ function randomizeColors() { /* for (var i in nms.switches_now.linknets) { setLinknetColors(i, getRandomColor(), getRandomColor()); } */ if (nmsData.switches == undefined || nmsData.switches.switches == undefined) { return; } for (var sw in nmsData.switches.switches) { nmsMap.setSwitchColor(sw, getRandomColor()); } } function discoDo() { randomizeColors(); setTimeout(randomizeColors,500); } function discoInit() { nmsData.addHandler("ticker", "mapHandler", discoDo); setNightMode(true); setLegend(1,blue,"Y"); setLegend(2,red, "M"); setLegend(3,orange,"C"); setLegend(4,green, "A"); setLegend(5,"white","!"); } function snmpUpdater() { for (var sw in nmsData.switches.switches) { if (nmsData.snmp.snmp[sw] == undefined || nmsData.snmp.snmp[sw].misc == undefined) { nmsMap.setSwitchColor(sw, red); } else if (nmsData.snmp.snmp[sw].misc.sysName[0] != sw) { nmsMap.setSwitchColor(sw, orange); } else { nmsMap.setSwitchColor(sw, green); } } } function snmpInit() { nmsData.addHandler("snmp", "mapHandler", snmpUpdater); setLegend(1,green,"OK"); setLegend(2,orange, "Sysname mismatch"); setLegend(3,red,"No SNMP data"); setLegend(4,green, ""); setLegend(5,green,""); } function cpuUpdater() { for (var sw in nmsData.switches.switches) { try { var cpu = 0; for (var u in nmsData.snmp.snmp[sw].misc.jnxOperatingCPU) { var local = nmsData.snmp.snmp[sw].misc['jnxOperatingCPU'][u]; cpu = Math.max(nmsData.snmp.snmp[sw].misc.jnxOperatingCPU[u],cpu); } nmsMap.setSwitchColor(sw, getColorStop(cpu * 10)); nmsMap.setSwitchInfo(sw, cpu + " % "); } catch (e) { nmsMap.setSwitchColor(sw, "white"); nmsMap.setSwitchInfo(sw, "N/A"); } } } function cpuInit() { nmsData.addHandler("snmp", "mapHandler", cpuUpdater); drawGradient([green,orange,red]); setLegend(1,getColorStop(0),"0 %"); setLegend(2,getColorStop(250),"25 %"); setLegend(3,getColorStop(600),"60 %"); setLegend(4,getColorStop(1000),"100 %"); setLegend(5,"white","N/A"); }