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Sample testing from XML 

+ Added qa_BasicTest_Data.xml file with list of al the samples generated
and their setting.
+ Added qa_BasicTest_XML.py to run Unit Tests by parsing the xml file
~ Changed ReadMe to include these changes
pull/22/head
Wosser1sProductions 2017-02-20 20:44:46 +01:00
rodzic 35d2a47cf7
commit f0471a93ce
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9
README.md
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@ -17,7 +17,7 @@ Though there is no official reference implementation of LoRa, the protocol is de
- Decoding + Hamming error correction of the LoRa PHDR length field
- Decoding + Hamming error correction of frame payloads (all coding rates)
Not supported yet:
Not supported yet:
- CRC checks of the payload and header
- Decoding multiple channels simultaneously
@ -41,13 +41,13 @@ make && sudo make install
The following dependencies are required:
- numpy
- scipy
- liquid-dsp (https://github.com/jgaeddert/liquid-dsp)
- [liquid-dsp](https://github.com/jgaeddert/liquid-dsp)
Testing
-------
To test your installation, you can download one of the sample LoRa signals at https://github.com/rpp0/gr-lora-samples. Configure ```apps/lora_receive_file.py``` to use the sample and run the script. You should see the decoded sample data:
To test your installation, you can download one of the sample LoRa signals at [rpp0/gr-lora-samples](https://github.com/rpp0/gr-lora-samples). Configure ```apps/lora_receive_file.py``` to use the sample and run the script. You should see the decoded sample data:
```
$ ./lora_receive_file.py
@ -63,6 +63,9 @@ Using Volk machine: avx2_64_mmx_orc
...
```
Alternatively, if you have a LoRa transmitter, you can configure/modify ```/examples/_examplify.py``` to generate example files and add them to ```python/qa_BasicTest.py``` as Unit Test, or to ```/examples/qa_BasicTest_Data.xml``` to run them automatically with ```python/qa_BasicTest_XML.py``` (```xmltodict``` module needed).
Note that these can be run with their shell script in ```build\python```.
Contributing
------------

71
examples/qa_BasicTest.log
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@ -1,181 +1,180 @@
-------- Test Results on 2017-02-17 15:37:32 ---------
Test serie 0: ['80 0b 01 01 23 45 67 89 ab cd ef'] * 10
-------- Test Results on 2017-02-20 14:14:00 ---------
Test serie 0: [u'80 0b 01 01 23 45 67 89 ab cd ef'] * 10
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 5 out of 10 ( 50.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
=> Total passed: 5 out of 30 (16.67%)
Test serie 1: ['80 0f 02 01 23 45 67 89 ab cd ef'] * 10
Test serie 1: [u'80 0f 02 01 23 45 67 89 ab cd ef'] * 10
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 4 out of 10 ( 40.00%)
=> Total passed: 4 out of 20 (20.00%)
Test serie 2: ['80 0d 05 01 23 45 67 89 ab cd ef'] * 10
Test serie 2: [u'80 0d 05 01 23 45 67 89 ab cd ef'] * 10
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 2 out of 10 ( 20.00%)
=> Total passed: 2 out of 20 (10.00%)
Test serie 3: ['30 0b 02 11 11 11'] * 1
Test serie 3: [u'30 0b 02 11 11 11'] * 1
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 1 out of 1 (100.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 1 out of 3 (33.33%)
Test serie 4: ['30 0f 01 11 11 11'] * 1
Test serie 4: [u'30 0f 01 11 11 11'] * 1
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 0 out of 2 (0.00%)
Test serie 5: ['30 0d 06 11 11 11'] * 1
Test serie 5: [u'30 0d 06 11 11 11'] * 1
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 0 out of 2 (0.00%)
Test serie 6: ['30 0b 02 11 11 11'] * 5
Test serie 6: [u'30 0b 02 11 11 11'] * 5
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 3 out of 5 ( 60.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
=> Total passed: 3 out of 15 (20.00%)
Test serie 7: ['30 0f 01 11 11 11'] * 5
Test serie 7: [u'30 0f 01 11 11 11'] * 5
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 2 out of 5 ( 40.00%)
=> Total passed: 2 out of 10 (20.00%)
Test serie 8: ['30 0d 06 11 11 11'] * 5
Test serie 8: [u'30 0d 06 11 11 11'] * 5
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 1 out of 5 ( 20.00%)
=> Total passed: 1 out of 10 (10.00%)
Test serie 9: ['40 0b 07 aa aa aa aa'] * 3
Test serie 9: [u'40 0b 07 aa aa aa aa'] * 3
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 1 out of 3 ( 33.33%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
=> Total passed: 1 out of 9 (11.11%)
Test serie 10: ['40 0f 04 aa aa aa aa'] * 3
Test serie 10: [u'40 0f 04 aa aa aa aa'] * 3
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
=> Total passed: 0 out of 6 (0.00%)
Test serie 11: ['40 0d 03 aa aa aa aa'] * 3
Test serie 11: [u'40 0d 03 aa aa aa aa'] * 3
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 1 out of 3 ( 33.33%)
=> Total passed: 1 out of 6 (16.67%)
Test serie 12: ['40 0b 07 ff ff ff ff'] * 1
Test serie 12: [u'40 0b 07 ff ff ff ff'] * 1
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 0 out of 3 (0.00%)
Test serie 13: ['40 0f 04 ff ff ff ff'] * 1
Test serie 13: [u'40 0f 04 ff ff ff ff'] * 1
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 0 out of 2 (0.00%)
Test serie 14: ['40 0d 03 ff ff ff ff'] * 1
Test serie 14: [u'40 0d 03 ff ff ff ff'] * 1
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 1 out of 1 (100.00%)
=> Total passed: 1 out of 2 (50.00%)
Test serie 15: ['40 0b 07 ff ff ff ff'] * 10
Test serie 15: [u'40 0b 07 ff ff ff ff'] * 10
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 2 out of 10 ( 20.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
=> Total passed: 2 out of 30 (6.67%)
Test serie 16: ['40 0f 04 ff ff ff ff'] * 10
Test serie 16: [u'40 0f 04 ff ff ff ff'] * 10
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
=> Total passed: 0 out of 20 (0.00%)
Test serie 17: ['40 0d 03 ff ff ff ff'] * 10
Test serie 17: [u'40 0d 03 ff ff ff ff'] * 10
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 3 out of 10 ( 30.00%)
=> Total passed: 3 out of 20 (15.00%)
Test serie 18: ['40 0b 07 55 55 55 55'] * 3
Test serie 18: [u'40 0b 07 55 55 55 55'] * 3
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 1 out of 3 ( 33.33%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
=> Total passed: 1 out of 9 (11.11%)
Test serie 19: ['40 0f 04 55 55 55 55'] * 3
Test serie 19: [u'40 0f 04 55 55 55 55'] * 3
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 1 out of 3 ( 33.33%)
=> Total passed: 1 out of 6 (16.67%)
Test serie 20: ['40 0d 03 55 55 55 55'] * 3
Test serie 20: [u'40 0d 03 55 55 55 55'] * 3
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 0 out of 3 ( 0.00%)
=> Total passed: 0 out of 6 (0.00%)
Test serie 21: ['40 0b 07 55 55 55 55'] * 10
Test serie 21: [u'40 0b 07 55 55 55 55'] * 10
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 2 out of 10 ( 20.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
=> Total passed: 2 out of 30 (6.67%)
Test serie 22: ['40 0f 04 55 55 55 55'] * 10
Test serie 22: [u'40 0f 04 55 55 55 55'] * 10
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 5 out of 10 ( 50.00%)
=> Total passed: 5 out of 20 (25.00%)
Test serie 23: ['40 0d 03 55 55 55 55'] * 10
Test serie 23: [u'40 0d 03 55 55 55 55'] * 10
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 3 out of 10 ( 30.00%)
=> Total passed: 3 out of 20 (15.00%)
Test serie 24: ['40 0b 07 88 88 88 88'] * 1
Test serie 24: [u'40 0b 07 88 88 88 88'] * 1
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 0 out of 3 (0.00%)
Test serie 25: ['40 0f 04 88 88 88 88'] * 1
Test serie 25: [u'40 0f 04 88 88 88 88'] * 1
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
=> Total passed: 0 out of 2 (0.00%)
Test serie 26: ['40 0d 03 88 88 88 88'] * 1
Test serie 26: [u'40 0d 03 88 88 88 88'] * 1
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 1 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 1 out of 1 (100.00%)
=> Total passed: 1 out of 2 (50.00%)
Test serie 27: ['40 0b 07 88 88 88 88'] * 5
Test serie 27: [u'40 0b 07 88 88 88 88'] * 5
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 2 out of 5 ( 40.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
=> Total passed: 2 out of 15 (13.33%)
Test serie 28: ['40 0f 04 88 88 88 88'] * 5
Test serie 28: [u'40 0f 04 88 88 88 88'] * 5
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
=> Total passed: 0 out of 10 (0.00%)
Test serie 29: ['40 0d 03 88 88 88 88'] * 5
Test serie 29: [u'40 0d 03 88 88 88 88'] * 5
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 5 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 1 out of 5 ( 20.00%)
=> Total passed: 1 out of 10 (10.00%)
Test serie 30: ['40 0b 07 88 88 88 88'] * 10
Test serie 30: [u'40 0b 07 88 88 88 88'] * 10
Test 0 :: cr4-5 bw125 sf7 crc1 pwr1 :: passed 5 out of 10 ( 50.00%)
Test 1 :: cr4-5 bw125 sf8 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 2 :: cr4-5 bw125 sf12 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
=> Total passed: 5 out of 30 (16.67%)
Test serie 31: ['40 0f 04 88 88 88 88'] * 10
Test serie 31: [u'40 0f 04 88 88 88 88'] * 10
Test 0 :: cr4-7 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-7 bw125 sf7 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
=> Total passed: 0 out of 20 (0.00%)
Test serie 32: ['40 0d 03 88 88 88 88'] * 10
Test serie 32: [u'40 0d 03 88 88 88 88'] * 10
Test 0 :: cr4-6 bw125 sf6 crc1 pwr1 :: passed 0 out of 10 ( 0.00%)
Test 1 :: cr4-6 bw125 sf7 crc1 pwr1 :: passed 4 out of 10 ( 40.00%)
=> Total passed: 4 out of 20 (20.00%)
====== Total passed: 51 out of 413 (12.35%) ======
Ran 33 tests in 278.085s
Ran 1 tests in 278.085s

619
examples/qa_BasicTest_Data.xml 100644
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@ -0,0 +1,619 @@
<?xml version="1.0" encoding="UTF-8"?>
<lora-test-data>
<TEST id="1">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_000.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>80 0b 01 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0b 01</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="2">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_000.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>80 0b 01 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0b 01</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="3">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_000.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>80 0b 01 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0b 01</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="4">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_000.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>80 0f 02 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0f 02</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="5">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_000.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>80 0f 02 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0f 02</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="6">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_000.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>80 0d 05 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0d 05</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="7">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_000.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>80 0d 05 01 23 45 67 89 ab cd ef</expected-data-all>
<expected-hdr>80 0d 05</expected-hdr>
<expected-data-only>01 23 45 67 89 ab cd ef</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="8">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_001.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>30 0b 02 11 11 11</expected-data-all>
<expected-hdr>30 0b 02</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="9">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_001.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>30 0b 02 11 11 11</expected-data-all>
<expected-hdr>30 0b 02</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="10">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_001.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>30 0b 02 11 11 11</expected-data-all>
<expected-hdr>30 0b 02</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="11">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_001.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>30 0f 01 11 11 11</expected-data-all>
<expected-hdr>30 0f 01</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="12">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_001.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>30 0f 01 11 11 11</expected-data-all>
<expected-hdr>30 0f 01</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="13">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_001.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>30 0d 06 11 11 11</expected-data-all>
<expected-hdr>30 0d 06</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="14">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_001.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>30 0d 06 11 11 11</expected-data-all>
<expected-hdr>30 0d 06</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="15">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_002.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>30 0b 02 11 11 11</expected-data-all>
<expected-hdr>30 0b 02</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="16">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_002.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>30 0b 02 11 11 11</expected-data-all>
<expected-hdr>30 0b 02</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="17">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_002.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>30 0b 02 11 11 11</expected-data-all>
<expected-hdr>30 0b 02</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="18">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_002.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>30 0f 01 11 11 11</expected-data-all>
<expected-hdr>30 0f 01</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="19">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_002.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>30 0f 01 11 11 11</expected-data-all>
<expected-hdr>30 0f 01</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="20">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_002.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>30 0d 06 11 11 11</expected-data-all>
<expected-hdr>30 0d 06</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="21">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_002.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>30 0d 06 11 11 11</expected-data-all>
<expected-hdr>30 0d 06</expected-hdr>
<expected-data-only>11 11 11</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="22">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_003.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 aa aa aa aa</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="23">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_003.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 aa aa aa aa</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="24">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_003.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 aa aa aa aa</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="25">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_003.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 aa aa aa aa</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="26">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_003.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 aa aa aa aa</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="27">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_003.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 aa aa aa aa</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="28">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_003.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 aa aa aa aa</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>aa aa aa aa</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="29">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_004.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 ff ff ff ff</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="30">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_004.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 ff ff ff ff</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="31">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_004.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 ff ff ff ff</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="32">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_004.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 ff ff ff ff</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="33">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_004.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 ff ff ff ff</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="34">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_004.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 ff ff ff ff</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="35">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_004.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 ff ff ff ff</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="36">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_005.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 ff ff ff ff</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="37">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_005.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 ff ff ff ff</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="38">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_005.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 ff ff ff ff</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="39">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_005.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 ff ff ff ff</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="40">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_005.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 ff ff ff ff</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="41">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_005.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 ff ff ff ff</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="42">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_005.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 ff ff ff ff</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>ff ff ff ff</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="43">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_006.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 55 55 55 55</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="44">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_006.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 55 55 55 55</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="45">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_006.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 55 55 55 55</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="46">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_006.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 55 55 55 55</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="47">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_006.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 55 55 55 55</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="48">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_006.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 55 55 55 55</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="49">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_006.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 55 55 55 55</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>3</expected-times>
</TEST>
<TEST id="50">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_007.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 55 55 55 55</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="51">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_007.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 55 55 55 55</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="52">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_007.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 55 55 55 55</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="53">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_007.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 55 55 55 55</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="54">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_007.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 55 55 55 55</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="55">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_007.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 55 55 55 55</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="56">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_007.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 55 55 55 55</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>55 55 55 55</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="57">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_008.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="58">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_008.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="59">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_008.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="60">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_008.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 88 88 88 88</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="61">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_008.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 88 88 88 88</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="62">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_008.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 88 88 88 88</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="63">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_008.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 88 88 88 88</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>1</expected-times>
</TEST>
<TEST id="61">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_009.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="62">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_009.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="63">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_009.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="64">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_009.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 88 88 88 88</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="65">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_009.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 88 88 88 88</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="66">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_009.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 88 88 88 88</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="67">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_009.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 88 88 88 88</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>5</expected-times>
</TEST>
<TEST id="68">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf7_crc1_pwr1_010.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="69">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf8_crc1_pwr1_010.cfile</file>
<spreading-factor>8</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="70">
<file>./examples/lora-samples/hackrf_cr4-5_bw125_sf12_crc1_pwr1_010.cfile</file>
<spreading-factor>12</spreading-factor>
<expected-data-all>40 0b 07 88 88 88 88</expected-data-all>
<expected-hdr>40 0b 07</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="71">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf6_crc1_pwr1_010.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0f 04 88 88 88 88</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="72">
<file>./examples/lora-samples/hackrf_cr4-7_bw125_sf7_crc1_pwr1_010.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0f 04 88 88 88 88</expected-data-all>
<expected-hdr>40 0f 04</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="73">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_010.cfile</file>
<spreading-factor>6</spreading-factor>
<expected-data-all>40 0d 03 88 88 88 88</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
<TEST id="74">
<file>./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_010.cfile</file>
<spreading-factor>7</spreading-factor>
<expected-data-all>40 0d 03 88 88 88 88</expected-data-all>
<expected-hdr>40 0d 03</expected-hdr>
<expected-data-only>88 88 88 88</expected-data-only>
<expected-times>10</expected-times>
</TEST>
</lora-test-data>

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python/CMakeLists.txt
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@ -52,3 +52,4 @@ set(GR_TEST_TARGET_DEPS gnuradio-lora)
set(GR_TEST_PYTHON_DIRS ${CMAKE_BINARY_DIR}/swig)
GR_ADD_TEST(qa_receiver ${PYTHON_EXECUTABLE} ${CMAKE_CURRENT_SOURCE_DIR}/qa_receiver.py)
GR_ADD_TEST(qa_BasicTest ${PYTHON_EXECUTABLE} ${CMAKE_CURRENT_SOURCE_DIR}/qa_BasicTest.py)
GR_ADD_TEST(qa_BasicTest_XML ${PYTHON_EXECUTABLE} ${CMAKE_CURRENT_SOURCE_DIR}/qa_BasicTest_XML.py)

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python/qa_BasicTest_XML.py 100644
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@ -0,0 +1,259 @@
#!/usr/bin/env python2
import lora, socket, pmt, time
import collections, datetime
import os.path
import xmltodict
from gnuradio import gr, gr_unittest, blocks
TestResultData = collections.namedtuple('TestResultData', ['fromfile', 'passing', 'total', 'rate'])
TestSerieSettings = collections.namedtuple('TestSerieSettings', ['data', 'times'])
class qa_BasicTest_XML (gr_unittest.TestCase):
#
# Listen on socket for data, append to list if any and return list of captured data.
#
def gatherFromSocket(self, amount):
total_data = []
data = ''
for i in range(amount):
try:
data = self.server.recv(4096)
if data:
total_data.append(data)
except:
pass
return total_data
#
# Compare captured data list with the expected data list.
# Print received data, expected data and if they match.
# Also give feedback about successrate in the decoding (percentage correctly captured and decoded).
#
def compareDataSets(self, total_data, expected_data, fromfile, cmpHDR):
global testResults
total_passing = 0
print '\nReceived:'
for idx, val in enumerate(expected_data):
data_str = '?'
passed = True
try:
data_str = " ".join("{:02x}".format(ord(n)) for n in total_data[idx])
self.assertEqual(val, data_str if cmpHDR else data_str[9:])
except:
passed = False
if passed:
total_passing += 1
print "{0: 3d} :: match:\n {1:s}".format(idx, val)
else:
print "{0: 3d} :: mismatch:\n {1:s}".format(idx, data_str)
print "should be:\n {0:s}".format(expected_data[idx])
results = TestResultData(fromfile, total_passing, len(expected_data), float(total_passing) / len(expected_data) * 100.0)
testResults[len(testResults) - 1].append(results)
print ("\nPassed rate: {0:d} out of {1:d} ({2:.2f}%)\n"
.format(results[1], results[2], results[3]))
#
# Connect a filesource with the given file and run the flowgraph.
# File is acquired from the file_sink block and saved as .cfile (complex IQ data).
#
def runWithFileSourceAndData(self, infile, SpreadingFactor, cmpHDR):
print "Starting test from data in: {0:s}\n".format(infile)
if os.path.isfile(infile):
self.file_source.close()
self.file_source.open(infile, False)
self.sf = SpreadingFactor
self.lora_lora_receiver_0.set_sf(self.sf)
self.tb.run ()
total_data = self.gatherFromSocket(test_series[len(test_series) - 1][1])
self.compareDataSets(total_data,
test_series[len(test_series) - 1][0] * test_series[len(test_series) - 1][1],
os.path.splitext(os.path.basename(infile))[0],
cmpHDR)
else:
raise Exception("Error file does not exists!")
#
# Set up flowgraph before Unit Test. (Gets threrefore called before EVERY test)
#
# 1. Set variables for various blocks (spreading factor from test_series settings)
# 2. Make UDP socket server to listen for outputted messages
# 3. Connect blocks: (file_source) -> throttle -> lora_receiver -> message_socket_sink
#
def setUp (self):
##################################################
# Variables #
##################################################
self.target_freq = 868.1e6
self.sf = 7
self.samp_rate = 1e6
self.capture_freq = 868.0e6
#self.bw = 125e3
#self.symbols_per_sec = self.bw / (2**self.sf)
self.offset = -(self.capture_freq - self.target_freq)
#self.bitrate = self.sf * (1 / (2**self.sf / self.bw ))
# Socket connection for sink
self.host = "127.0.0.1"
self.port = 40868
self.server = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.server.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
self.server.bind((self.host, self.port))
self.server.setblocking(0) ## or self.server.settimeout(0.5) ?
self.lastTestComplete = False
self.logFile = './examples/qa_BasicTest.log'
self.xmlFile = './examples/qa_BasicTest_Data.xml'
if os.path.isfile(self.xmlFile):
f = open(self.xmlFile, 'r')
self.xmlTests = xmltodict.parse(f.read())["lora-test-data"]["TEST"]
f.close()
else:
raise Exception("[BasicTest_XML] '" + self.xmlFile + "' does not exists!")
self.prevData = ""
##################################################
# Blocks #
##################################################
self.tb = gr.top_block ()
self.file_source = blocks.file_source(gr.sizeof_gr_complex*1, "./", False) # Repeat input: True/False
self.lora_lora_receiver_0 = lora.lora_receiver(self.samp_rate, self.capture_freq, self.offset, self.sf, self.samp_rate)
self.blocks_throttle_0 = blocks.throttle(gr.sizeof_gr_complex*1, self.samp_rate, True)
self.blocks_message_socket_sink_0 = lora.message_socket_sink()
self.tb.connect( (self.file_source, 0), (self.blocks_throttle_0, 0))
self.tb.connect( (self.blocks_throttle_0, 0), (self.lora_lora_receiver_0, 0))
self.tb.msg_connect( (self.lora_lora_receiver_0, 'frames'), (self.blocks_message_socket_sink_0, 'in'))
#
# Clean-up flowgraph after Unit Test. (Gets threrefore called after EVERY test)
#
# If last test was completed, report results.
#
def tearDown (self):
self.tb = None
self.xmlTests = None
self.server.close()
if self.lastTestComplete:
flog = open(self.logFile, 'a')
passed_t_a = 0
passed_t = 0
total_t_a = 0
total_t = 0
stro = ("-" * 8) + " Test Results on " + str(datetime.datetime.now())[:19] + " " + ("-" * 9)
print(stro)
flog.write(stro + '\n')
for j, serie in enumerate(testResults):
total_t = passed_t = 0
stro = ("Test serie {0: 3d}: {1:s} * {2:d}"
.format(j, test_series[j][0], test_series[j][1]))
print(stro)
flog.write(stro + '\n')
for i, x in enumerate(serie):
passed_t += x[1]
total_t += x[2]
stro = (" Test {0: 3d} :: {1:5s} {2:5s} {3:4s} {4:4s} {5:4s} :: passed {6: 3d} out of {7: 3d} ({8:6.2f}%)"
.format(i, *(x[0].split('_')[1:-1] + [x[1]] + [x[2]] + [x[3]])))
print(stro)
flog.write(stro + '\n')
passed_t_a += passed_t
total_t_a += total_t
stro = (" => Total passed: {0:d} out of {1:d} ({2:.2f}%)\n"
.format(passed_t, total_t, float(passed_t) / (total_t if total_t else 1.0) * 100.0))
print(stro)
flog.write(stro + '\n')
stro = ("\n ====== Total passed: {0:d} out of {1:d} ({2:.2f}%) ======"
.format(passed_t_a, total_t_a, float(passed_t_a) / (total_t_a if total_t_a else 1.0) * 100.0))
print(stro)
flog.write(stro + '\n\n')
flog.close()
print ("Log appended to: " + self.logFile)
###################################################################################################
# Unit tests #
# These assume a directory "./examples/lora-samples" #
# with the specified .cfiles existing. #
###################################################################################################
# def test_032 (self):
# testResults.append( [] )
# test_series.append( TestSerieSettings(["40 0d 03 88 88 88 88"] , 10) )
#
# self.runWithFileSourceAndData('./examples/lora-samples/hackrf_cr4-6_bw125_sf6_crc1_pwr1_010.cfile', 6)
# self.runWithFileSourceAndData('./examples/lora-samples/hackrf_cr4-6_bw125_sf7_crc1_pwr1_010.cfile', 7)
#
# self.lastTestComplete = True
###############################################################################################
# Unit tests series from qa_BasicTest_Data.xml #
###############################################################################################
def test_000 (self):
for test in self.xmlTests:
# print (("Test {0: 3d}\n"
# + " File: {1:s}\n"
# + " SF: {2: 2d}\n"
# + " All data: {3:s}\n"
# + " HDR: {4:s}\n"
# + " DATA: {5:s}\n"
# + " times: {6: 2d}")
# .format(int(test['@id']), test['file'], int(test['spreading-factor']),
# test['expected-data-all'], test['expected-hdr'],
# test['expected-data-only'], int(test['expected-times']))
# )
data = test['expected-data-all']
hasHDR = True
if not data:
data = test['expected-hdr']
if not data:
hasHDR = False
data = test['expected-data-only']
else:
data = data + " " + test['expected-data-only']
infile = str(test['file'])
if data and os.path.isfile(infile):
if data != self.prevData:
testResults.append( [] )
test_series.append( TestSerieSettings([data], int(test['expected-times'])) )
self.prevData = data
self.runWithFileSourceAndData(infile, int(test['spreading-factor']), hasHDR)
else:
print("No test data or file does not exist, skipping test {0: 3d}...".format(int(test['@id'])))
self.lastTestComplete = True
if __name__ == '__main__':
global testResults
testResults = []
global test_series
test_series = []
gr_unittest.run(qa_BasicTest_XML)