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Would you like to inspect the original subtitles? These are the user uploaded subtitles that are being translated: 1 00:00:01,409 --> 00:00:07,520 Welcome to Jeremy’s IT Lab. This is a free,\n 2 00:00:07,519 --> 00:00:12,359 these videos, please subscribe to follow along\n 3 00:00:12,359 --> 00:00:17,350 a comment, and share the video to help spread\n 4 00:00:18,870 --> 00:00:24,330 In this video we will cover Syslog. Syslog\n 5 00:00:24,329 --> 00:00:30,129 events that happen on the device, for example\n 6 00:00:30,129 --> 00:00:36,030 relationships going up or down, etc. The log\n 7 00:00:36,030 --> 00:00:40,960 CLI of the device to inform you of important\n 8 00:00:40,960 --> 00:00:47,539 stored in the device or on an external server\n 9 00:00:47,539 --> 00:00:53,739 so understanding Syslog is essential for network\n 10 00:00:53,738 --> 00:00:59,378 in exam topic 4.5, which says you must be\n 11 00:00:59,378 --> 00:01:04,489 including facilities and levels. In this video\n 12 00:01:06,859 --> 00:01:12,310 Here’s what we’ll cover in this video.\n 13 00:01:12,311 --> 00:01:18,250 and outline how it works. Then I’ll introduce\n 14 00:01:18,250 --> 00:01:22,680 have a standard format, and it’s important\n 15 00:01:22,680 --> 00:01:28,850 understand Syslog messages. Then I’ll introduce\n 16 00:01:28,849 --> 00:01:33,799 levels. You probably aren’t sure exactly\n 17 00:01:33,799 --> 00:01:37,819 yet, but they were both mentioned in the exam\n 18 00:01:37,819 --> 00:01:45,789 video. Then I’ll introduce some basic Syslog\n 19 00:01:45,790 --> 00:01:49,810 isn’t mentioned in the exam topics, but\n 20 00:01:49,810 --> 00:01:56,359 practice. So, I’ll go over the basic Syslog\n 21 00:01:56,359 --> 00:02:00,989 until the end of the video for a bonus practice\n 22 00:02:00,989 --> 00:02:05,619 CCNA, the best practice exams for the CCNA. 23 00:02:05,620 --> 00:02:11,710 Here’s a quick overview of Syslog. Syslog\n 24 00:02:11,710 --> 00:02:17,710 logging. On network devices, Syslog can be\n 25 00:02:17,710 --> 00:02:22,840 status, changes in OSPF neighbor status, or\n 26 00:02:22,840 --> 00:02:30,099 like EIGRP and BGP, also system restarts,\n 27 00:02:30,099 --> 00:02:34,849 so I’m not going to try to list them all.\n 28 00:02:34,849 --> 00:02:40,900 you configure the device, saved in the device’s\n 29 00:02:40,900 --> 00:02:46,010 I’m sure you’ve seen these messages as\n 30 00:02:46,009 --> 00:02:52,069 example, I used NO SHUTDOWN to enable a router\n 31 00:02:52,069 --> 00:02:58,039 are displayed, indicating that the interface\n 32 00:02:58,039 --> 00:03:04,419 when troubleshooting issues, examining the\n 33 00:03:04,419 --> 00:03:10,099 both used for monitoring and troubleshooting\n 34 00:03:10,099 --> 00:03:14,979 but their functionalities are quite different.\n 35 00:03:14,979 --> 00:03:20,919 give a brief summary of how Syslog and SNMP\n 36 00:03:20,919 --> 00:03:25,479 Now let’s take a look at the Syslog message\n 37 00:03:25,479 --> 00:03:31,079 to see in a standard Syslog message. Let’s\n 38 00:03:31,080 --> 00:03:36,719 number indicating the order, the sequence,\n 39 00:03:36,719 --> 00:03:42,659 indicating at what time the message was generated.\n 40 00:03:42,659 --> 00:03:47,709 especially when comparing the logs of different\n 41 00:03:47,709 --> 00:03:52,479 time thanks to NTP, you can use these timestamps\n 42 00:03:52,479 --> 00:03:58,318 on different devices. Note that these two\n 43 00:03:58,318 --> 00:04:04,379 on the device’s configuration. Sequence\n 44 00:04:04,379 --> 00:04:10,818 are very important and I highly recommend\n 45 00:04:10,818 --> 00:04:15,848 is the facility, this is a value that indicates\n 46 00:04:15,848 --> 00:04:22,418 message. For example, if OSPF generated the\n 47 00:04:22,418 --> 00:04:28,659 would be displayed in this field. Next is\n 48 00:04:28,660 --> 00:04:35,740 of the event. Some messages are just informational,\n 49 00:04:35,740 --> 00:04:41,230 Other messages indicate something much more\n 50 00:04:41,230 --> 00:04:46,370 There are 8 severity levels, and you’ll\n 51 00:04:46,370 --> 00:04:51,490 is a mnemonic, which is a short code for the\n 52 00:04:51,490 --> 00:04:56,720 example, if the facility is OSPF, this mnemonic\n 53 00:04:56,720 --> 00:05:03,400 is about OSPF neighbor adjacencies. If the\n 54 00:05:03,399 --> 00:05:09,629 that the message is about an interface going\n 55 00:05:09,629 --> 00:05:13,560 This is the detailed information about the\n 56 00:05:15,740 --> 00:05:19,629 Before looking at some examples of Syslog\n 57 00:05:19,629 --> 00:05:25,490 severity levels. As I briefly mentioned, these\n 58 00:05:25,490 --> 00:05:31,280 event is. For example, something like a serious\n 59 00:05:31,279 --> 00:05:37,530 neighbor moving to the FULL state. There are\n 60 00:05:37,531 --> 00:05:43,680 severity level has a number, 0 being the most\n 61 00:05:43,680 --> 00:05:49,259 level also has a keyword, which is a name\n 62 00:05:49,259 --> 00:05:55,370 description. I took these descriptions directly\n 63 00:05:55,370 --> 00:06:02,090 is level 0, emergency, events which render\n 64 00:06:02,089 --> 00:06:08,509 events for which action must be taken immediately.\n 65 00:06:08,509 --> 00:06:13,810 2 is called critical, and the description\n 66 00:06:13,810 --> 00:06:20,370 for level 3, error, and level 4, warning.\n 67 00:06:20,370 --> 00:06:27,060 representing a ‘normal but significant condition’.\n 68 00:06:27,060 --> 00:06:33,160 for level 5 is ‘Notice’, but in the CLI\n 69 00:06:33,160 --> 00:06:40,520 make sure you know of both names. Notice and\n 70 00:06:40,519 --> 00:06:46,359 and then finally the least severe level, level\n 71 00:06:46,360 --> 00:06:52,090 messages. Now, the RFC doesn’t give detailed\n 72 00:06:52,089 --> 00:06:57,989 into each severity level. So, each vendor\n 73 00:06:57,990 --> 00:07:04,800 a quote from the RFC. Because severities are\n 74 00:07:04,800 --> 00:07:09,639 that means a Syslog server) should not assume\n 75 00:07:09,639 --> 00:07:16,519 of severity. That’s from RFC 5424, The Syslog\n 76 00:07:16,519 --> 00:07:21,459 you Google it. Basically it means that you\n 77 00:07:21,459 --> 00:07:26,699 level to be exactly the same as a Juniper\n 78 00:07:26,699 --> 00:07:32,649 Each vendor may interpret each level differently.\n 79 00:07:32,649 --> 00:07:38,569 the levels and keywords. You should know that\n 80 00:07:38,569 --> 00:07:44,829 6, for example. If you want some help remembering\n 81 00:07:44,829 --> 00:07:50,709 Engineer Will Need Ice cream Daily. Just like\n 82 00:07:50,709 --> 00:07:55,000 ways to remember these levels post them in\nthe comment section! 83 00:07:55,000 --> 00:08:02,209 Let’s look at some examples of Syslog messages.\n 84 00:08:02,209 --> 00:08:08,198 indicating the month, date, hours, minutes,\n 85 00:08:08,199 --> 00:08:13,520 is no sequence number before the timestamp.\n 86 00:08:13,519 --> 00:08:19,129 and timestamp fields may or may not be displayed,\n 87 00:08:19,129 --> 00:08:26,269 Here’s the facility, LINK. And the severity\n 88 00:08:26,269 --> 00:08:31,709 us the message is about an interface going\n 89 00:08:31,709 --> 00:08:38,019 which tells us exactly what happened. Interface\n 90 00:08:38,019 --> 00:08:43,418 that’s an example Syslog message. Make sure\n 91 00:08:43,418 --> 00:08:49,000 message. For example, you might be asked,\n 92 00:08:49,000 --> 00:08:53,990 You should be able to answer ‘LINK’. Or\n 93 00:08:53,990 --> 00:08:59,370 able to answer ‘3’ or ‘error’, depending\n 94 00:08:59,370 --> 00:09:03,838 judging by the exam topics list those seem\n 95 00:09:03,839 --> 00:09:10,230 the exam. Okay, let’s see some more examples.\n 96 00:09:10,230 --> 00:09:17,528 moving to the FULL state. The facility is\n 97 00:09:17,528 --> 00:09:26,360 level, message. The mnemonic is A D J C H\n 98 00:09:26,360 --> 00:09:31,220 and for this one I turned on the sequence\n 99 00:09:31,220 --> 00:09:37,110 In this case the facility is SYS for system,\n 100 00:09:37,110 --> 00:09:44,039 keywords for level 5, ‘notice’ or ‘notification’.\n 101 00:09:44,039 --> 00:09:49,948 of ‘configured from console by jeremy on\n 102 00:09:49,948 --> 00:09:56,109 you exit global config mode and return to\n 103 00:09:56,110 --> 00:10:01,550 this time I just changed the timezone from\n 104 00:10:01,549 --> 00:10:07,250 Again, the facility is SYS, but this time\n 105 00:10:07,250 --> 00:10:13,730 level 6? It’s ‘informational’. And the\n 106 00:10:13,730 --> 00:10:18,240 sure you can identify each part of a Syslog\n 107 00:10:19,360 --> 00:10:24,818 Soon we’ll take a look at how to configure\n 108 00:10:24,818 --> 00:10:30,578 an overview of the different locations Syslog\n 109 00:10:30,578 --> 00:10:35,359 line. This means that Syslog messages will\n 110 00:10:35,360 --> 00:10:41,919 via the console port. By default, all messages,\n 111 00:10:41,919 --> 00:10:47,958 when connected to the CLI via the device’s\n 112 00:10:47,958 --> 00:10:52,438 when you click on a device and go to the CLI\n 113 00:10:52,438 --> 00:10:58,039 via the console port of the device. So, that’s\n 114 00:10:58,039 --> 00:11:05,328 devices in packet tracer via the CLI tab.\n 115 00:11:05,328 --> 00:11:10,088 This means that Syslog messages will be displayed\n 116 00:11:10,089 --> 00:11:17,379 Telnet or SSH. Telnet and SSH will be covered\n 117 00:11:17,379 --> 00:11:22,009 to connect to a device over a network, without\n 118 00:11:22,009 --> 00:11:27,499 console port. Logging to the VTY lines is\n 119 00:11:27,499 --> 00:11:33,939 not be displayed if you’re connecting to\n 120 00:11:33,938 --> 00:11:39,938 an interface, for example, no message will\n 121 00:11:39,938 --> 00:11:44,480 messages is the ‘buffer’ of the device.\n 122 00:11:44,480 --> 00:11:51,420 to RAM. By default, all messages, from level\n 123 00:11:51,419 --> 00:11:55,778 You can view the messages in the buffer with\n 124 00:11:55,778 --> 00:12:01,028 at that command in the lab video. You can\n 125 00:12:01,028 --> 00:12:06,259 to an external server. This is very useful,\n 126 00:12:06,259 --> 00:12:11,789 small networks. Having a central server for\n 127 00:12:11,789 --> 00:12:17,929 easier and makes it easier to compare the\n 128 00:12:17,929 --> 00:12:24,899 servers will listen for Syslog messages on\n 129 00:12:24,899 --> 00:12:31,589 message to a Syslog server, the destination\n 130 00:12:31,589 --> 00:12:36,899 So here are some basic Syslog configurations.\n 131 00:12:36,899 --> 00:12:42,629 the console line. This is enabled by default,\n 132 00:12:42,629 --> 00:12:48,730 is LOGGING CONSOLE, followed by the level.\n 133 00:12:48,730 --> 00:12:54,058 commands, you can specify either the number\n 134 00:12:54,058 --> 00:12:59,988 I specified 6, but I could have used the keyword\n 135 00:12:59,989 --> 00:13:05,028 doesn’t only enable informational messages.\n 136 00:13:05,028 --> 00:13:12,379 and higher, so informational to emergency,\n 137 00:13:12,379 --> 00:13:17,470 0. By default the console logs all messages,\n 138 00:13:17,470 --> 00:13:22,809 level to 6 actually slightly restricts the\n 139 00:13:22,808 --> 00:13:28,528 Okay, next the command to configure logging\n 140 00:13:28,528 --> 00:13:34,389 by the level. Just like above, you can specify\n 141 00:13:34,389 --> 00:13:39,850 the keyword of INFORMATIONAL instead of the\n 142 00:13:39,850 --> 00:13:45,159 buffer the command is LOGGING BUFFERED, followed\n 143 00:13:45,159 --> 00:13:50,039 level. The size is optional, if you don’t\n 144 00:13:50,039 --> 00:13:55,338 size. Just be careful not to set the buffer\n 145 00:13:55,339 --> 00:14:01,709 memory away from other essential operations.\n 146 00:14:01,708 --> 00:14:06,438 you can use either the number or the keyword,\n 147 00:14:06,438 --> 00:14:13,448 6 but also levels 5, 4, 3, 2, 1, and 0. Finally,\n 148 00:14:13,448 --> 00:14:20,628 with LOGGING, followed by the server IP, or\n 149 00:14:20,629 --> 00:14:25,619 commands are the same, you can use whichever.\n 150 00:14:25,619 --> 00:14:30,889 to the external server, you need to use a\n 151 00:14:30,889 --> 00:14:36,110 by the level. This time I specified DEBUGGING,\n 152 00:14:36,110 --> 00:14:43,180 number of 7 instead. This enables logging\n 153 00:14:43,179 --> 00:14:48,818 3, 2, 1, and 0. So, that’s how you enable\n 154 00:14:48,818 --> 00:14:55,068 specify which levels of messages should be\n 155 00:14:55,068 --> 00:14:59,019 specified in the exam topics, you probably\n 156 00:14:59,019 --> 00:15:04,068 the exam. However, I will include flashcards\n 157 00:15:04,068 --> 00:15:08,068 with them in the following lab video. 158 00:15:08,068 --> 00:15:13,729 Let me introduce another command. Even if\n 159 00:15:13,730 --> 00:15:19,420 messages will not be displayed when connected\n 160 00:15:19,419 --> 00:15:24,849 too. For the messages to be displayed, you\n 161 00:15:24,850 --> 00:15:29,759 from privileged exec mode. But not only that,\n 162 00:15:29,759 --> 00:15:35,989 to the device via Telnet or SSH. So, if you\n 163 00:15:35,989 --> 00:15:41,800 command, Syslog messages will be displayed\n 164 00:15:41,799 --> 00:15:46,448 you log out, that ‘session’ is finished\n 165 00:15:46,448 --> 00:15:52,308 effective. To display Syslog messages in the\n 166 00:15:52,308 --> 00:15:58,259 need to use the TERMINAL MONITOR command again.\n 167 00:15:58,259 --> 00:16:03,759 This next command isn’t essential, but very\n 168 00:16:03,759 --> 00:16:07,828 in the CLI while you are in the middle of\n 169 00:16:07,828 --> 00:16:14,178 like this. Notice in the middle of typing\n 170 00:16:14,178 --> 00:16:19,938 I continued typing the command, and the command\n 171 00:16:19,938 --> 00:16:23,828 the color of the command to make it easier\n 172 00:16:23,828 --> 00:16:29,888 the CLI it can be hard to see where the Syslog\n 173 00:16:29,889 --> 00:16:34,789 To prevent this, you should use the logging\n 174 00:16:34,789 --> 00:16:40,000 and I will talk more about ‘line’ configuration\n 175 00:16:40,000 --> 00:16:45,100 to learn this yet, but for example here’s\n 176 00:16:45,100 --> 00:16:50,870 0, and then configure LOGGING SYNCHRONOUS.\n 177 00:16:50,870 --> 00:16:57,519 your typing is interrupted by a message. Here’s\n 178 00:16:57,519 --> 00:17:03,789 was displayed, and then SHOW IP INT was reprinted\n 179 00:17:03,789 --> 00:17:09,149 typing the command. So, this is a nice command\n 180 00:17:09,150 --> 00:17:12,190 labs. It just makes things easier to see. 181 00:17:12,190 --> 00:17:19,490 Okay, the last two commands I want to show\n 182 00:17:19,490 --> 00:17:23,319 This is how you control whether or not the\n 183 00:17:23,319 --> 00:17:30,919 in Syslog messages. To enable timestamps for\n 184 00:17:30,920 --> 00:17:36,670 followed either by DATETIME or UPTIME. If\n 185 00:17:36,670 --> 00:17:42,420 the actual date and time when the event occurred.\n 186 00:17:42,420 --> 00:17:46,759 display the date and time, they will display\n 187 00:17:46,759 --> 00:17:52,829 the event occurred. DATETIME is usually the\n 188 00:17:52,829 --> 00:17:58,279 Then I enabled sequence numbers with the SERVICE\n 189 00:17:58,279 --> 00:18:04,559 config mode, you can see that the Syslog message\n 190 00:18:04,559 --> 00:18:08,669 I think it’s a good idea to always enable\n 191 00:18:08,670 --> 00:18:13,080 find sequence numbers particularly useful,\n 192 00:18:13,079 --> 00:18:17,909 Here’s a summary of the commands I just\n 193 00:18:17,910 --> 00:18:23,080 lab will be very helpful, not just for remembering\n 194 00:18:23,079 --> 00:18:29,189 works. So make sure to watch the next video\n 195 00:18:29,190 --> 00:18:36,880 Finally, here’s a brief comparison of Syslog\n 196 00:18:36,880 --> 00:18:41,850 are both used for monitoring and troubleshooting\n 197 00:18:41,849 --> 00:18:47,829 functionalities are different. Syslog is used\n 198 00:18:47,829 --> 00:18:53,609 the system are categorized based on facility\n 199 00:18:53,609 --> 00:19:00,119 and likely to an external Syslog server. Syslog\n 200 00:19:00,119 --> 00:19:05,649 troubleshooting. Here’s a big difference.\n 201 00:19:05,650 --> 00:19:10,680 server, but the server can’t actively pull\n 202 00:19:10,680 --> 00:19:19,400 Get message, or modify variables on the devices,\n 203 00:19:19,400 --> 00:19:25,050 used to retrieve and organize information\n 204 00:19:25,049 --> 00:19:31,559 IP addresses, current interface status, device\n 205 00:19:31,559 --> 00:19:38,480 variables and organized within the MIB. SNMP\n 206 00:19:38,480 --> 00:19:45,160 Set to modify variables on the clients. Syslog\n 207 00:19:45,160 --> 00:19:51,470 device management, and you need to be familiar\n 208 00:19:51,470 --> 00:19:56,250 Before the quiz, here’s a review of what\n 209 00:19:56,250 --> 00:20:02,019 of Syslog. It’s an industry standard protocol\n 210 00:20:02,019 --> 00:20:08,600 I introduced the Syslog message format, as\n 211 00:20:08,601 --> 00:20:13,040 sure you know all of those severity level\n 212 00:20:13,039 --> 00:20:19,759 the different parts of a Syslog message. Finally,\n 213 00:20:19,759 --> 00:20:24,019 You probably won’t be asked about Syslog\n 214 00:20:24,019 --> 00:20:28,930 hands-on practice in Packet Tracer will be\n 215 00:20:28,930 --> 00:20:34,000 end of the quiz for a bonus practice question\n 216 00:20:34,000 --> 00:20:40,000 exams for the CCNA, and the ones I used to\n 217 00:20:43,160 --> 00:20:48,851 What is the severity level of the following\n 218 00:20:48,851 --> 00:20:56,750 the video now to examine the message and select\n 219 00:20:56,750 --> 00:21:02,869 The answer is C, Notification. This is indicated\n 220 00:21:02,869 --> 00:21:09,009 mnemonic. This severity level is called ‘Notice’\n 221 00:21:09,009 --> 00:21:15,990 as ‘Notification’. In the CLI of Cisco\n 222 00:21:17,799 --> 00:21:23,510 Here’s another one. What is the severity\n 223 00:21:23,510 --> 00:21:32,359 are the options. Pause the video now to examine\n 224 00:21:32,359 --> 00:21:38,740 The answer is B, Error. That is the name of\n 225 00:21:38,740 --> 00:21:43,609 the severity levels and their names. They’re\n 226 00:21:43,609 --> 00:21:49,529 definitely important. Okay, let’s go to\nquestion 3. 227 00:21:49,529 --> 00:21:54,220 Which of the following locations are Syslog\n 228 00:21:54,220 --> 00:22:00,319 Syslog configuration? (select two). Here are\n 229 00:22:00,319 --> 00:22:06,000 about the answers, select two. 230 00:22:06,000 --> 00:22:12,380 The answers are B, the console line and C,\n 231 00:22:12,380 --> 00:22:17,561 messages in realtime when connected to the\n 232 00:22:17,560 --> 00:22:22,019 can also use SHOW LOGGING to view those messages\n 233 00:22:22,019 --> 00:22:27,519 of the device. The device will not send Syslog\n 234 00:22:27,519 --> 00:22:32,730 it to do so, and Syslog messages also won’t\n 235 00:22:32,730 --> 00:22:39,559 the device via the VTY lines using Telnet\n 236 00:22:39,559 --> 00:22:47,000 in another video, don’t worry about them\n 237 00:22:47,000 --> 00:22:52,819 You issue the logging buffered 6 command on\n 238 00:22:52,819 --> 00:22:57,679 will be saved to the logging buffer? Here\n 239 00:23:02,130 --> 00:23:09,180 The answer is C, severity 0 to 6. When you\n 240 00:23:09,180 --> 00:23:13,640 of that level and higher severity, meaning\n 241 00:23:13,640 --> 00:23:19,230 are more severe, will be displayed or saved\n 242 00:23:21,859 --> 00:23:26,979 Which of the following Syslog message fields\n 243 00:23:26,980 --> 00:23:32,299 configuration? (select two). Here are the\n 244 00:23:37,710 --> 00:23:44,809 The answers are A, sequence and D, time stamp.\n 245 00:23:44,809 --> 00:23:50,710 and SERVICE SEQUENCE-NUMBERS command. I highly\n 246 00:23:50,710 --> 00:23:55,029 although I don’t think sequence numbers\n 247 00:23:55,029 --> 00:24:03,269 quiz. Now let’s take a look at a bonus question\n 248 00:24:03,269 --> 00:24:09,210 Okay here's today's Boson ExSim practice question.\n 249 00:24:09,210 --> 00:24:14,651 so I'll click on this button to open it up.\n 250 00:24:14,651 --> 00:24:19,680 logging keywords from the left and drag them\n 251 00:24:19,680 --> 00:24:24,570 right. Okay, so I have said this multiple\n 252 00:24:24,569 --> 00:24:33,619 know all of these levels for the CCNA exam.\n 253 00:24:33,619 --> 00:24:40,469 Okay let's check. So, first level 0. This\n 254 00:24:40,470 --> 00:24:49,019 but the severity level is the highest. And\n 255 00:24:49,019 --> 00:25:00,440 number 1, alerts. And the critical, number\n 256 00:25:00,440 --> 00:25:08,130 that, notifications, or notices. And then\n 257 00:25:08,130 --> 00:25:14,030 So, if it helps you remember that, use the\n 258 00:25:14,029 --> 00:25:19,349 need ice cream daily'. So, I personally don't\n 259 00:25:19,349 --> 00:25:25,189 do, so if that helps you remember these seven\n 260 00:25:25,190 --> 00:25:32,830 so I'll click on done and then let's check.\n 261 00:25:32,829 --> 00:25:39,000 as always Boson has a great explanation down\n 262 00:25:39,000 --> 00:25:49,319 about filtering the levels on the console,\n 263 00:25:49,319 --> 00:25:54,990 There is also a reference here to some Cisco\n 264 00:25:54,990 --> 00:26:00,509 keywords. So, if you google this title here\n 265 00:26:00,509 --> 00:26:07,930 is available for free online from Cisco, and\n 266 00:26:07,930 --> 00:26:12,460 that was a question from Boson Software's\n 267 00:26:12,460 --> 00:26:17,019 the best practice exams for the CCNA and I\n 268 00:26:17,019 --> 00:26:22,769 Boson ExSim, please follow the link in the\nvideo description. 269 00:26:22,769 --> 00:26:27,839 There are supplementary materials for this\n 270 00:26:27,839 --> 00:26:32,839 the software ‘Anki’. There will also be\n 271 00:26:32,839 --> 00:26:38,869 some hands-on practice. That will be in the\n 272 00:26:38,869 --> 00:26:42,649 the link in the description, and I’ll send\n 273 00:26:46,420 --> 00:26:52,000 Before finishing today’s video I want to\n 274 00:26:52,000 --> 00:26:57,519 please click the ‘Join’ button under the\n 275 00:26:57,519 --> 00:27:04,389 Brandon, Samil, Aaron, Tech Alameda, Marcel,\n 276 00:27:04,390 --> 00:27:10,210 Junhong, Benjamin, Tshepiso, Justin, Prakaash,\n 277 00:27:10,210 --> 00:27:16,559 Ed, Value, John, Funnydart, Velvijaykum, Mark,\n 278 00:27:16,559 --> 00:27:21,569 and Vance. Sorry if I pronounced your name\n 279 00:27:21,569 --> 00:27:28,369 support. This is the list of JCNP-level members\n 280 00:27:28,369 --> 00:27:33,799 13th 2021. If you signed up recently and your\n 281 00:27:36,849 --> 00:27:41,719 Thank you for watching. Please subscribe to\n 282 00:27:41,720 --> 00:27:46,730 and share the video with anyone else studying\n 283 00:27:46,730 --> 00:27:52,400 check the links in the description. I'm also\n 284 00:27:52,400 --> 00:27:56,330 or Basic Attention Token, tips via the Brave\n 23233

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