|
3 | 3 | import tarfile
|
4 | 4 |
|
5 | 5 | import pytest
|
6 |
| -from requests.exceptions import ChunkedEncodingError |
7 | 6 |
|
8 | 7 | from ..core import HSAClass
|
9 | 8 |
|
10 |
| -spire_chksum = [10233, 10762, 9019, 10869, 3944, 11328, 3921, 10999, 10959, |
11 |
| - 11342, 10974, 3944, 11335, 11323, 11078, 11321, 11089, 11314, 11108, 6281] |
12 | 9 |
|
13 |
| -pacs_chksum = [10208, 10755, 8917, 10028, 3924, 3935, 6291] |
| 10 | +pytestmark = pytest.mark.remote_data |
14 | 11 |
|
15 | 12 |
|
16 |
| -@pytest.mark.remote_data |
17 |
| -class TestHSARemote: |
18 |
| - retries = 2 |
| 13 | +PACS_ENDINGS = ["571.xml", "571.jpg", "214.fits.gz", "008.fits.gz", |
| 14 | + "674.fits.gz", "350.fits.gz", "README.pdf"] |
| 15 | +SPIRE_ENDINGS = ["898.xml", "898.jpg", "141.fits.gz", "045.fits.gz", "952.fits.gz", |
| 16 | + "974.fits.gz", "715.fits.gz", "547.fits.gz", "770.fits.gz", |
| 17 | + "856.fits.gz", "148.fits.gz", "025.fits.gz", "538.fits.gz", |
| 18 | + "070.fits.gz", "434.fits.gz", "637.fits.gz", "835.fits.gz", |
| 19 | + "372.fits.gz", "248.fits.gz", "README.pdf"] |
19 | 20 |
|
20 |
| - def access_archive_with_retries(self, f, params): |
21 |
| - for _ in range(self.retries): |
22 |
| - try: |
23 |
| - res = f(**params) |
24 |
| - return res |
25 |
| - except ChunkedEncodingError: |
26 |
| - pass |
27 |
| - return None |
28 | 21 |
|
29 |
| - def test_download_data_observation_pacs(self, tmp_path): |
30 |
| - obs_id = "1342191813" |
31 |
| - parameters = {'retrieval_type': "OBSERVATION", |
32 |
| - 'observation_id': obs_id, |
33 |
| - 'instrument_name': "PACS", |
34 |
| - 'product_level': 'LEVEL3', |
35 |
| - 'cache': False, |
36 |
| - 'download_dir': tmp_path} |
37 |
| - expected_res = Path(tmp_path, obs_id + ".tar") |
38 |
| - hsa = HSAClass() |
39 |
| - res = self.access_archive_with_retries(hsa.download_data, parameters) |
40 |
| - if res is None: |
41 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
42 |
| - assert Path(res) == expected_res |
43 |
| - assert Path(res).is_file() |
44 |
| - with tarfile.open(res) as tar: |
45 |
| - chksum = [m.chksum for m in tar.getmembers()] |
46 |
| - assert chksum.sort() == pacs_chksum.sort() |
| 22 | +@pytest.mark.parametrize( |
| 23 | + "method,kwargs,expected_filename,expected_endings", |
| 24 | + [("download_data", {}, "1342191813.tar", PACS_ENDINGS), |
| 25 | + ("download_data", {"filename": "output_file"}, "output_file.tar", PACS_ENDINGS), |
| 26 | + ("download_data", {"compress": "true"}, "1342191813.tgz", PACS_ENDINGS), |
| 27 | + ("download_data", {"observation_id": "1342191188", "instrument_name": "SPIRE", "product_level": "LEVEL2", }, |
| 28 | + "1342191188.tar", SPIRE_ENDINGS), |
| 29 | + ("get_observation", {}, "1342191813.tar", PACS_ENDINGS)]) |
| 30 | +def test_download_data_observation(method, kwargs, expected_filename, expected_endings, tmp_path): |
| 31 | + parameters = {"observation_id": "1342191813", |
| 32 | + 'instrument_name': "PACS", |
| 33 | + 'product_level': 'LEVEL3', |
| 34 | + 'cache': False, |
| 35 | + 'download_dir': tmp_path} |
| 36 | + parameters.update(kwargs) |
| 37 | + if method == "download_data": |
| 38 | + res = HSAClass().download_data(**parameters, retrieval_type="OBSERVATION") |
| 39 | + elif method == "get_observation": |
| 40 | + res = HSAClass().get_observation(**parameters) |
| 41 | + assert Path(res) == tmp_path / expected_filename |
| 42 | + assert Path(res).is_file() |
| 43 | + with tarfile.open(res) as tar: |
| 44 | + names = tar.getnames() |
| 45 | + assert len(names) == len(expected_endings) |
| 46 | + for name, ending in zip(names, expected_endings): |
| 47 | + assert name.endswith(ending) |
47 | 48 |
|
48 |
| - def test_download_data_observation_pacs_filename(self, tmp_path): |
49 |
| - obs_id = "1342191813" |
50 |
| - fname = "output_file" |
51 |
| - parameters = {'retrieval_type': "OBSERVATION", |
52 |
| - 'observation_id': obs_id, |
53 |
| - 'instrument_name': "PACS", |
54 |
| - 'product_level': 'LEVEL3', |
55 |
| - 'filename': fname, |
56 |
| - 'cache': False, |
57 |
| - 'download_dir': tmp_path} |
58 |
| - expected_res = Path(tmp_path, fname + ".tar") |
59 |
| - hsa = HSAClass() |
60 |
| - res = self.access_archive_with_retries(hsa.download_data, parameters) |
61 |
| - if res is None: |
62 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
63 |
| - assert Path(res) == expected_res |
64 |
| - assert Path(res).is_file() |
65 |
| - with tarfile.open(res) as tar: |
66 |
| - chksum = [m.chksum for m in tar.getmembers()] |
67 |
| - assert chksum.sort() == pacs_chksum.sort() |
68 | 49 |
|
69 |
| - def test_download_data_observation_pacs_compressed(self, tmp_path): |
70 |
| - obs_id = "1342191813" |
71 |
| - parameters = {'retrieval_type': "OBSERVATION", |
72 |
| - 'observation_id': obs_id, |
73 |
| - 'instrument_name': "PACS", |
74 |
| - 'product_level': 'LEVEL3', |
75 |
| - 'compress': 'true', |
76 |
| - 'cache': False, |
77 |
| - 'download_dir': tmp_path} |
78 |
| - expected_res = Path(tmp_path, obs_id + ".tgz") |
79 |
| - hsa = HSAClass() |
80 |
| - res = self.access_archive_with_retries(hsa.download_data, parameters) |
81 |
| - if res is None: |
82 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
83 |
| - assert Path(res) == expected_res |
84 |
| - assert Path(res).is_file() |
85 |
| - with tarfile.open(res) as tar: |
86 |
| - chksum = [m.chksum for m in tar.getmembers()] |
87 |
| - assert chksum.sort() == pacs_chksum.sort() |
88 |
| - |
89 |
| - def test_download_data_observation_spire(self, tmp_path): |
90 |
| - obs_id = "1342191188" |
91 |
| - parameters = {'retrieval_type': "OBSERVATION", |
92 |
| - 'observation_id': obs_id, |
93 |
| - 'instrument_name': "SPIRE", |
94 |
| - 'product_level': 'LEVEL2', |
95 |
| - 'cache': False, |
96 |
| - 'download_dir': tmp_path} |
97 |
| - expected_res = Path(tmp_path, obs_id + ".tar") |
98 |
| - hsa = HSAClass() |
99 |
| - res = self.access_archive_with_retries(hsa.download_data, parameters) |
100 |
| - if res is None: |
101 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
102 |
| - assert Path(res) == expected_res |
103 |
| - assert Path(res).is_file() |
104 |
| - with tarfile.open(res) as tar: |
105 |
| - chksum = [m.chksum for m in tar.getmembers()] |
106 |
| - assert chksum.sort() == spire_chksum.sort() |
107 |
| - |
108 |
| - def test_download_data_postcard_pacs(self, tmp_path): |
109 |
| - obs_id = "1342191813" |
110 |
| - parameters = {'retrieval_type': "POSTCARD", |
111 |
| - 'observation_id': obs_id, |
112 |
| - 'instrument_name': "PACS", |
113 |
| - 'cache': False, |
114 |
| - 'download_dir': tmp_path} |
115 |
| - expected_res = Path(tmp_path, obs_id + ".jpg") |
116 |
| - hsa = HSAClass() |
117 |
| - res = self.access_archive_with_retries(hsa.download_data, parameters) |
118 |
| - if res is None: |
119 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
120 |
| - assert Path(res) == expected_res |
121 |
| - assert Path(res).is_file() |
122 |
| - |
123 |
| - def test_download_data_postcard_pacs_filename(self, tmp_path): |
124 |
| - obs_id = "1342191813" |
125 |
| - fname = "output_file" |
126 |
| - parameters = {'retrieval_type': "POSTCARD", |
127 |
| - 'observation_id': obs_id, |
128 |
| - 'instrument_name': "PACS", |
129 |
| - 'filename': fname, |
130 |
| - 'cache': False, |
131 |
| - 'download_dir': tmp_path} |
132 |
| - expected_res = Path(tmp_path, fname + ".jpg") |
133 |
| - hsa = HSAClass() |
134 |
| - res = self.access_archive_with_retries(hsa.download_data, parameters) |
135 |
| - if res is None: |
136 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
137 |
| - assert Path(res) == expected_res |
138 |
| - assert Path(res).is_file() |
139 |
| - |
140 |
| - def test_get_observation(self, tmp_path): |
141 |
| - obs_id = "1342191813" |
142 |
| - parameters = {'observation_id': obs_id, |
143 |
| - 'instrument_name': "PACS", |
144 |
| - 'product_level': 'LEVEL3', |
145 |
| - 'cache': False, |
146 |
| - 'download_dir': tmp_path} |
147 |
| - expected_res = Path(tmp_path, obs_id + ".tar") |
148 |
| - hsa = HSAClass() |
149 |
| - res = self.access_archive_with_retries(hsa.get_observation, parameters) |
150 |
| - if res is None: |
151 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
152 |
| - assert Path(res) == expected_res |
153 |
| - assert Path(res).is_file() |
154 |
| - with tarfile.open(res) as tar: |
155 |
| - chksum = [m.chksum for m in tar.getmembers()] |
156 |
| - assert chksum.sort() == pacs_chksum.sort() |
157 |
| - |
158 |
| - def test_get_postcard(self, tmp_path): |
159 |
| - obs_id = "1342191813" |
160 |
| - parameters = {'observation_id': obs_id, |
161 |
| - 'instrument_name': "PACS", |
162 |
| - 'cache': False, |
163 |
| - 'download_dir': tmp_path} |
164 |
| - expected_res = Path(tmp_path, obs_id + ".jpg") |
165 |
| - hsa = HSAClass() |
166 |
| - res = self.access_archive_with_retries(hsa.get_postcard, parameters) |
167 |
| - if res is None: |
168 |
| - pytest.xfail(f"Archive broke the connection {self.retries} times, unable to test") |
169 |
| - assert Path(res) == expected_res |
170 |
| - assert Path(res).is_file() |
| 50 | +@pytest.mark.parametrize( |
| 51 | + "method,kwargs,expected_filename", |
| 52 | + [("download_data", {}, "1342191813.jpg"), |
| 53 | + ("download_data", {"filename": "output_file"}, "output_file.jpg"), |
| 54 | + ("get_postcard", {}, "1342191813.jpg")]) |
| 55 | +def test_download_data_postcard(method, kwargs, expected_filename, tmp_path): |
| 56 | + parameters = {"observation_id": "1342191813", |
| 57 | + 'instrument_name': "PACS", |
| 58 | + 'cache': False, |
| 59 | + 'download_dir': tmp_path} |
| 60 | + if method == "download_data": |
| 61 | + res = HSAClass().download_data(**parameters, **kwargs, retrieval_type="POSTCARD") |
| 62 | + elif method == "get_postcard": |
| 63 | + res = HSAClass().get_postcard(**parameters, **kwargs) |
| 64 | + assert Path(res) == tmp_path / expected_filename |
| 65 | + assert Path(res).is_file() |
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