CN105407018A - Automated testing method for FC switch - Google Patents
Automated testing method for FC switch Download PDFInfo
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- CN105407018A CN105407018A CN201510894607.3A CN201510894607A CN105407018A CN 105407018 A CN105407018 A CN 105407018A CN 201510894607 A CN201510894607 A CN 201510894607A CN 105407018 A CN105407018 A CN 105407018A
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Abstract
The invention discloses an automated testing method for an FC switch, and belongs to a computer communication technology. The method comprises the following steps: firstly, performing initial configuration on testing logic through testing software; transmitting and receiving data through the testing logic; and comparing the transmitted and received data. Through adoption of the method, unicast routing, unicast competition, multicast and broadcast testing can be finished without manual testing switching; data frames can be compared; errors can be reported automatically; and error results can be saved. The method is easy for field programmable gate array (FPGA) implementation, and facilitates miniaturization, portability and low power consumption of FC switch testing equipment.
Description
Technical field
The invention belongs to computer communication technology, relate to a kind of FC switch automated testing method.
Background technology
FC communication network is made up of Node station and switch, and all Node station are all connected with switch by link, realize distributed communication.
At present, the commercial testing equipment of FC switch exists a lot of not enough:
(1) control complexity, if such as need to test the clean culture of FC switch, need to set up corresponding topological structure, a lot of parameter is set;
(2) testing scheme switches needs manually to carry out, and such as, when proceeding to multicast test from clean culture test, needs clean culture test to stop, then sets up multicast test topology structure, arrange the steps such as multicast test parameter;
(3) stagger the time testing out, automatically cannot stop test, automatically cannot preserve test result;
(4) test time, only judge the type of error such as crc error, EOF incorrect polarity, cannot comparison transmitting terminal and receiving terminal data whether completely the same;
(5) volume is large, and power consumption is high;
A kind of FC switch automated testing method is designed based on FPGA.
Summary of the invention
For solving the problem, the invention provides a kind of FC switch automated testing method, supporting the functional tests such as clean culture, multicast, broadcast.
Technical solution of the present invention is,
A kind of FC switch automated testing method, its special character is, comprises the following steps:
1, a FC switch automated testing method,
1) testing software carries out initial configuration to test logic, and deploy content comprises testing scheme quantity, and the singlecast router testing time of each testing scheme, clean culture competition testing time, multicast testing time and on-air testing number of times;
2) testing software starts test;
3) current testing scheme number is set to 0 by test logic;
4) test logic reads current testing scheme;
5) test logic carries out singlecast router test according to current testing scheme to FC switch; If tested, jump to step 6); Otherwise, rest on step 5);
6) test logic carries out clean culture competition test according to current testing scheme to FC switch; If tested, jump to step 7); Otherwise, rest on step 6);
7) test logic carries out multicast test according to current testing scheme to FC switch; If tested, jump to step 8); Otherwise, rest on step 7);
8) test logic carries out on-air testing according to current testing scheme to FC switch; If tested, jump to step 9); Otherwise, rest on step 8);
9) testing scheme number is added 1 by test logic, obtains new testing scheme number;
10) test logic judges whether new testing scheme number equals the testing scheme quantity configured, and if so, jumps to step 11), otherwise, jump to step 4);
11) test terminates.
Test logic comprises and singlecast router counter, clean culture race-counter, multicast counter and broadcast counter, these counters initial value competes testing time with singlecast router testing time, clean culture respectively, multicast testing time is equal with on-air testing number of times.
Step 5) in singlecast router testing process be:
5.1) judge whether singlecast router counter is 0, if be 0, singlecast router test terminates; Otherwise, jump to step 5.2);
5.2) current test-types is set to singlecast router test;
5.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
5.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
5.5) obtaining step 5.4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, singlecast router counter subtracts 1, jumps to step 5.1); Otherwise, jump procedure 5.6);
5.6) misregistration information, reporting interruption, flow process terminates.
Step 6) in clean culture competition testing process as follows:
6.1) judge whether clean culture race-counter is 0, if be 0, clean culture competition test terminates; Otherwise, jump to step 6.2);
6.2) current test-types is set to clean culture competition test;
6.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
6.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
6.5) obtaining step 6.4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, clean culture race-counter subtracts 1, jumps to step 6.1); Otherwise, jump procedure 6.6);
6.6) misregistration information, reporting interruption, flow process terminates.
Step 7) multicast testing process:
7.1) judge whether multicast counter is 0, if be 0, multicast test terminates; Otherwise, jump to step 7.2);
7.2) current test-types is set to multicast test;
7.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
7.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
7.5) obtaining step 7.4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, multicast counter subtracts 1, jumps to step 7.1); Otherwise, jump procedure 7.6);
7.6) misregistration information, reporting interruption, flow process terminates.
Step 8) on-air testing flow process:
8.1) judge whether broadcast counter is 0, if be 0, on-air testing terminates; Otherwise, jump to step 8.2);
8.2) current test-types is set to on-air testing;
8.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
8.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
8.5) obtaining step 8.4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, broadcast counter subtracts 1, jumps to step 8.1); Otherwise, jump procedure 8.6);
8.6) misregistration information, reporting interruption, flow process terminates.
The advantage that the present invention has is:
(1) singlecast router to FC switch, clean culture competition, multicast and on-air testing can be completed;
(2) can mistake be detected and automatically report, judging without the need to manual observation;
(3) can compare to content frame;
(4) be easy to FPGA realize, be beneficial to the low-power consumption of testing equipment, miniaturization, be easy to carry;
Accompanying drawing explanation
Fig. 1 is FC switch automatic testing process schematic diagram;
Fig. 2 is singlecast router testing process schematic diagram;
Fig. 3 is clean culture competition testing process schematic diagram;
Fig. 4 is multicast testing process schematic diagram;
Fig. 5 is on-air testing schematic flow sheet.
Embodiment
Below for 32 port FC switch test methods, embodiments of the present invention are further described.
1, overall plan
A kind of FC switch automated testing method, as shown in Figure 1, flow process is as follows:
1) testing software carries out initial configuration to test logic, and deploy content comprises testing scheme quantity, and the singlecast router testing time of each testing scheme, clean culture competition testing time, multicast testing time and on-air testing number of times;
2) testing software starts test;
3) current testing scheme number is set to 0 by test logic;
4) test logic reads current testing scheme;
5) test logic carries out singlecast router test according to current testing scheme to FC switch; If tested, jump to step 6); Otherwise, rest on step 5);
6) test logic carries out clean culture competition test according to current testing scheme to FC switch; If tested, jump to step 7); Otherwise, rest on step 6);
7) test logic carries out multicast test according to current testing scheme to FC switch; If tested, jump to step 8); Otherwise, rest on step 7);
8) test logic carries out on-air testing according to current testing scheme to FC switch; If tested, jump to step 9); Otherwise, rest on step 8);
9) testing scheme number is added 1 by test logic, obtains new testing scheme number;
10) test logic judges whether new testing scheme number equals the testing scheme quantity configured, and if so, jumps to step 11), otherwise, jump to step 4);
11) test terminates.
Wherein, test logic comprises and singlecast router counter, clean culture race-counter, multicast counter and broadcast counter, singlecast router counter, clean culture race-counter, multicast counter and broadcast counter initial value competes testing time with singlecast router testing time, clean culture respectively, multicast testing time is equal with on-air testing number of times.
2, singlecast router testing process
During singlecast router test, the destination interface of each port transmission frame can change in the following manner:
first time sends: port one → port one, port 2 → port 2, port 3 → port 3 ... port 31 → port 31, port 32 → port 32;
second time sends: port one → port 2, port 2 → port 3, port 3 → port 4 ... port 31 → port 32, port 32 → port one;
third time sends: port one → port 3, port 2 → port 4, port 3 → port 5 ... port 31 → port one, port 32 → port 2;
…
send for 33 time: port one → port one, port 2 → port 2, port 3 → port 3 ... port 31 → port 31, port 32 → port 32;
send for 34 time: port one → port 2, port 2 → port 3, port 3 → 4 ... port 31 → port 32, port 32 → port one;
until singlecast router test loop counter is 0, stop test.
As shown in Figure 2, flow process is as follows for singlecast router testing process:
1) judge whether singlecast router counter is 0, if be 0, singlecast router test terminates; Otherwise, jump to step 2);
2) current test-types is set to singlecast router test;
3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
5) obtaining step 4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, singlecast router counter subtracts 1, jumps to step 1); Otherwise, jump procedure 6);
6) misregistration information, reporting interruption, flow process terminates.
3, clean culture competition testing process
During clean culture competition test, the destination interface of each port transmission frame changes in the following manner:
first time sends: port one → port one, port 2 → port one, port 3 → port one, port 4 → port one, port 5 → port 2, port 6 → port 2, port 7 → port 2, port 8 → port 2 ... port 29 → port 8, port 30 → port 8, port 31 → 8, port 32 → port 8;
second time sends: port one → port 2, port 2 → port 2, port 3 → port 2, port 4 → port 2, port 5 → port 3, port 6 → port 3, port 7 → port 3, port 8 → port 3 ... port 29 → port 9, port 30 → port 9, port 31 → port 9, port 32 → port 9;
third time sends: port one → port 3, port 2 → port 3, port 3 → port 3, port 4 → port 3, port 5 → port 4, port 6 → port 4, port 7 → port 4, port 8 → port 4 ... port 29 → port one 0, port 30 → port one 0, port 31 → port one 0, port 32 → port one 0;
send for 4th time: port one → port 4, port 2 → port 4, port 3 → port 4, port 4 → port 4, port 5 → port 5, port 6 → port 5, port 7 → port 5, port 8 → port 5 ... port 29 → port one 1,30 → port one 1,31 → port one 1, port 32 → port one 1;
send for 5th time: port one → port 5, port 2 → port 5, port 3 → port 5, port 4 → port 5, port 5 → port 6, port 6 → port 6, port 7 → port 6, port 8 → port 6 ... port 29 → port one 2, port 30 → port one 2, port 31 → port one 2, port 32 → port one 2;
send for 6th time: port one → port 6, port 2 → port 6, port 3 → port 6, port 4 → port 6, port 5 → port 7, port 6 → port 7, port 7 → port 7, port 8 → port 7 ... port 29 → port one 3, port 30 → port one 3, port 31 → port one 3, port 32 → port one 3;
…
30 once sends: port one → port 31, port 2 → port 31, port 3 → port 31, port 4 → port 31, port 5 → port 32, port 6 → port 32, port 7 → port 32, port 8 → port 32 ... port 29 → port 6, port 30 → port 6, port 31 → port 6, port 32 → port 6;
send for 32 time: port one → port 32, port 2 → port 32, port 3 → port 32, port 4 → port 32, port 5 → port one, port 6 → port one, port 7 → port one, port 8 → port one ... port 29 → port 7, port 30 → port 7, port 31 → port 7, port 32 → port 7;
send for 33 time: port one → port one, port 2 → port one, port 3 → port one, port 4 → port one, port 5 → port 2, port 6 → port 2, port 7 → port 2, port 8 → port 2 ... port 29 → 8, port 30 → port 8, port 31 → port 8, port 32 → port 8;
send for 34 time: port one → port 2, port 2 → port 2, port 3 → port 2, port 4 → port 2, port 5 → port 3, port 6 → port 3, port 7 → port 3, port 8 → port 3 ... port 29 → port 9, port 30 → port 9, port 31 → port 9, port 32 → port 9.
until clean culture competition test loop counter is 0, stop test.
As shown in Figure 3, flow process is as follows for clean culture competition testing process:
1) judge whether clean culture race-counter is 0, if be 0, clean culture competition test terminates; Otherwise, jump to step 2);
2) current test-types is set to clean culture competition test;
3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
5) obtaining step 4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, clean culture race-counter subtracts 1, jumps to step 1); Otherwise, jump procedure 6);
6) misregistration information, reporting interruption, flow process terminates.
4, multicast testing process
During multicast test, each port sends according to the multicast list item of software merit rating, and each port sends in turn, and namely port one is sent completely and comparison terminates rear port 2 and sends, and is then port 3, the like, until the cycle-index required by multicast test terminates.As shown in Figure 4, idiographic flow is as follows for multicast testing process schematic diagram:
1) judge whether multicast counter is 0, if be 0, multicast test terminates; Otherwise, jump to step 7.2);
2) current test-types is set to multicast test;
3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
5) obtaining step 4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, multicast counter subtracts 1, jumps to step 1); Otherwise, jump procedure 6);
6) misregistration information, reporting interruption, flow process terminates.
5, on-air testing flow process
During on-air testing, the destination address that each port sends broadcast frame is all 0xFFFFFFFF, and as shown in Figure 5, flow process is as follows for idiographic flow:
1) judge whether broadcast counter is 0, if be 0, on-air testing terminates; Otherwise, jump to step 2);
2) current test-types is set to on-air testing;
3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
5) obtaining step 4) in be buffered in the S_ID of Frame in reception buffer zone, according to the transmission buffer data frame that S_ID reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, broadcast counter subtracts 1, jumps to step 1); Otherwise, jump procedure 6);
6) misregistration information, reporting interruption, flow process terminates.
Claims (6)
1. a FC switch automated testing method, is characterized in that, comprises the following steps:
1) testing software carries out initial configuration to test logic, and deploy content comprises testing scheme quantity, and the singlecast router testing time of each testing scheme, clean culture competition testing time, multicast testing time and on-air testing number of times;
2) testing software starts test;
3) current testing scheme number is set to 0 by test logic;
4) test logic reads current testing scheme;
5) test logic carries out singlecast router test according to current testing scheme to FC switch; If tested, jump to step 6); Otherwise, rest on step 5);
6) test logic carries out clean culture competition test according to current testing scheme to FC switch; If tested, jump to step 7); Otherwise, rest on step 6);
7) test logic carries out multicast test according to current testing scheme to FC switch; If tested, jump to step 8); Otherwise, rest on step 7);
8) test logic carries out on-air testing according to current testing scheme to FC switch; If tested, jump to step 9); Otherwise, rest on step 8);
9) testing scheme number is added 1 by test logic, obtains new testing scheme number;
10) test logic judges whether new testing scheme number equals the testing scheme quantity configured, and if so, jumps to step 11), otherwise, jump to step 4);
11) test terminates.
2. FC switch automated testing method according to claim 1, is characterized in that,
Test logic comprises and singlecast router counter, clean culture race-counter, multicast counter and broadcast counter, these counters initial value competes testing time with singlecast router testing time, clean culture respectively, multicast testing time is equal with on-air testing number of times.
3. FC switch automated testing method according to claim 2, is characterized in that,
Step 5) in singlecast router testing process be:
5.1) judge whether singlecast router counter is 0, if be 0, singlecast router test terminates; Otherwise, jump to step 5.2);
5.2) current test-types is set to singlecast router test;
5.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
5.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
5.5) obtaining step 5.4) in be buffered in the S_TD of Frame in reception buffer zone, according to the transmission buffer data frame that S_TD reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, singlecast router counter subtracts 1, jumps to step 5.1); Otherwise, jump procedure 5.6);
5.6) misregistration information, reporting interruption, flow process terminates.
4. FC switch automated testing method according to claim 3, is characterized in that,
Step 6) in clean culture competition testing process as follows:
6.1) judge whether clean culture race-counter is 0, if be 0, clean culture competition test terminates; Otherwise, jump to step 6.2);
6.2) current test-types is set to clean culture competition test;
6.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
6.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
6.5) obtaining step 6.4) in be buffered in the S_TD of Frame in reception buffer zone, according to the transmission buffer data frame that S_TD reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, clean culture race-counter subtracts 1, jumps to step 6.1); Otherwise, jump procedure 6.6);
6.6) misregistration information, reporting interruption, flow process terminates.
5. FC switch automated testing method according to claim 4, is characterized in that,
Step 7) multicast testing process:
7.1) judge whether multicast counter is 0, if be 0, multicast test terminates; Otherwise, jump to step 7.2);
7.2) current test-types is set to multicast test;
7.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
7.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
7.5) obtaining step 7.4) in be buffered in the S_TD of Frame in reception buffer zone, according to the transmission buffer data frame that S_TD reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, multicast counter subtracts 1, jumps to step 7.1); Otherwise, jump procedure 7.6);
7.6) misregistration information, reporting interruption, flow process terminates.
6. FC switch automated testing method according to claim 5, is characterized in that,
Step 8) on-air testing flow process:
8.1) judge whether broadcast counter is 0, if be 0, on-air testing terminates; Otherwise, jump to step 8.2);
8.2) current test-types is set to on-air testing;
8.3) test logic is by the port transmission Frame of switching port to tested FC switch, and by data frame buffer memory in the transmission buffering area of corresponding switching port;
8.4) switching port of test logic receives the Frame of tested FC switch feedback, and by the data frame buffer memory that receives in the reception buffer zone of corresponding switching port;
8.5) obtaining step 8.4) in be buffered in the S_TD of Frame in reception buffer zone, according to the transmission buffer data frame that S_TD reads corresponding switching port, compare with the Frame in this switching port reception buffer zone; If consistent, broadcast counter subtracts 1, jumps to step 8.1); Otherwise, jump procedure 8.6);
8.6) misregistration information, reporting interruption, flow process terminates.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107423172A (en) * | 2017-04-27 | 2017-12-01 | 郑州云海信息技术有限公司 | One kind power supply start and stop test system and method |
| CN114006678A (en) * | 2021-11-01 | 2022-02-01 | 合肥国科天迅科技有限公司 | Method for FC-AE equipment to quickly obtain received frame source |
| CN115297070A (en) * | 2022-07-15 | 2022-11-04 | 中国航空无线电电子研究所 | Multi-metadata-excited ARINC664 switch cache overflow test method |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1851665A (en) * | 2005-11-07 | 2006-10-25 | 华为技术有限公司 | Method for completing product automation test utilizing test kit |
| CN101277459A (en) * | 2008-05-08 | 2008-10-01 | 北京星网锐捷网络技术有限公司 | Method and apparatus for recurrence of defect in switch |
| CN102055597A (en) * | 2009-11-03 | 2011-05-11 | 中兴通讯股份有限公司 | Stability test platform and method |
| US20120136607A1 (en) * | 2010-11-26 | 2012-05-31 | Primax Electronics Ltd. | Method and system for testing circuit board of keys |
| CN102821211A (en) * | 2011-06-10 | 2012-12-12 | 中兴通讯股份有限公司 | Automatic testing method and device for communication network elements |
-
2015
- 2015-12-08 CN CN201510894607.3A patent/CN105407018A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1851665A (en) * | 2005-11-07 | 2006-10-25 | 华为技术有限公司 | Method for completing product automation test utilizing test kit |
| CN101277459A (en) * | 2008-05-08 | 2008-10-01 | 北京星网锐捷网络技术有限公司 | Method and apparatus for recurrence of defect in switch |
| CN102055597A (en) * | 2009-11-03 | 2011-05-11 | 中兴通讯股份有限公司 | Stability test platform and method |
| US20120136607A1 (en) * | 2010-11-26 | 2012-05-31 | Primax Electronics Ltd. | Method and system for testing circuit board of keys |
| CN102821211A (en) * | 2011-06-10 | 2012-12-12 | 中兴通讯股份有限公司 | Automatic testing method and device for communication network elements |
Non-Patent Citations (1)
| Title |
|---|
| 王玉欢: "《FC交换机芯片交换端口虚拟验证关键技术研究》", 《计算机技术与发展》 * |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107423172A (en) * | 2017-04-27 | 2017-12-01 | 郑州云海信息技术有限公司 | One kind power supply start and stop test system and method |
| CN114006678A (en) * | 2021-11-01 | 2022-02-01 | 合肥国科天迅科技有限公司 | Method for FC-AE equipment to quickly obtain received frame source |
| CN114006678B (en) * | 2021-11-01 | 2024-04-19 | 合肥华控天芯科技有限公司 | Method for quickly acquiring source of received frame by FC-AE equipment |
| CN115297070A (en) * | 2022-07-15 | 2022-11-04 | 中国航空无线电电子研究所 | Multi-metadata-excited ARINC664 switch cache overflow test method |
| CN115297070B (en) * | 2022-07-15 | 2024-02-27 | 中国航空无线电电子研究所 | Multi-metadata-excited ARINC664 switch cache overflow test method |
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Application publication date: 20160316 |