"""
Tests for parsing STC-X into ASTs.

"""

#c Copyright 2008-2025, the GAVO project <gavo@ari.uni-heidelberg.de>
#c
#c This program is free software, covered by the GNU GPL.  See the
#c COPYING file in the source distribution.


import base64
import bz2
import datetime

from gavo.helpers import testhelpers

from gavo import stc
from gavo import utils
from gavo.stc import dm


def _unwrapSample(samp):
	return bz2.decompress(base64.b64decode(samp))


class STCXForestResource(testhelpers.TestResource):
	"""An abstract base for resources unpacking and parsing a base64-encoded
	bzipped STC-X to a list of abstract syntax trees.

	The input is defined in the data attribute
	"""
	def make(self, ignored):
		return stc.parseSTCX(_unwrapSample(self.data))


class _M81EventHrefDoc(STCXForestResource):
	data = (
    'QlpoOTFBWSZTWR0wcQMAAUJfgFVQeAP/968v30C/79/gQAKarDXOnRhJKnpoFH5U'
    '/SQ9JpoGj0gaANNBpoBoJQkyamFNHqepo9Q0GjQDNT1DQNDTagEik1T2pH6SHqHq'
    'D9SaAeoNA0AAAAkiRNGJoNAaRp6QaA0AAaGQ0rQgogbQIYDaEFrEAsAAmvjLYdnr'
    '7/VzvPTQJzceGZ52FelzjIxHQT3UziB5u7eO7LwmYMwa8/NX8hc9GpQIB+KS2yBW'
    'quVK4oUBejQ2LCugvJQ7U5EeDiXThsWUsmTNgwS/U+lDWtVRTCtERDRihXmQc/IK'
    'gbJeU2FAUOrQtUKHtJOhQ2HjiqS4USEWcksAhiIToay9DBX0l6mU7sxMhOhbRsQz'
    'yW3ArFwPxTozlEVZBmlHQlBWHhwZ9ap1cmUfVt1xHwIXStzNkfl/W3TBIkQdZJB6'
    'kgKDweHbNDQ8shZJE7JowGQ0xzY8iaIIaGjxCo3iLUiaqgqvpBzpybz0/1RULfqT'
    'UqqUhoJqKVUX6NIM5VQYPAKTYGIjRsyE4d9tG3IFzGxRLcGeDuwMDfZMZXzKuDQa'
    '8fg6tcK1pe4aShKwpiDBnp0PqHTw5Ba5RjHEtBHUZ1Mh5qZWkk4jf2gJBKFt9VAO'
    'iYhpJLpNrMA7ERKoG4tVijL1gWehETCVtOIjJTWohYCNgwl3kH1CiWUqMKMQo0DE'
    'BIjGajRMVqd5WULkNXipxksrE2hWhEZIKALZjLIhkUq+U0SAv44E6kRKG4MKFFVV'
    'CepRZDaq8ycJHLJNKIhaWlTK4jPWShlUhSuBBOA6iGGAYVKIkYENovlY6kJ1aCEE'
    'bUZhkWIiAzwq8HMycp0016msgGQgf4u5IpwoSA6YOIGA')


class M81EventHrefTest(testhelpers.VerboseTest):
	resources = [('asf', _M81EventHrefDoc())]

	def testRefPresent(self):
		sys = self.asf[1][1].astroSystem
		self.assertEqual(sys.libraryId, "ivo://STClib/CoordSys#TT-ICRS-TOPO")

	def testValuesPresent(self):
		sys = self.asf[1][1].astroSystem
		self.assertEqual(sys.spaceFrame.refFrame, "ICRS")


class _M81ImageDoc(STCXForestResource):
	data = (
	  'QlpoOTFBWSZTWeE9tcIAA5nfgHgwcPf//7//38C////wYAh8wMb5xndy7oYURCip'
    'AoEJIpMhGj0MQCaD0hpoNDQGQAAAA00Q0JomIp6T1PU0ANGmjQAABoeppoAcAwjC'
    'aYhgEAyAGEaZMmEYCGgk1EmqZNGhHqnoymZQaeo9TIAyB6T0gNBoGhwDCMJpiGAQ'
    'DIAYRpkyYRgIaCRITQIaNRpoyARo0T0QaANA0A0D1GAkJDSSEBirCMGKpIrEiyLF'
    'iyIgoQRBSAdMJJOOcc7OL/vV27tOq00ogAIhSW6EUQUoN1OieuYnm+98+RZAhWtx'
    'ZUaCzBcw5YbRESDGUvyqw9I9A5HoY7nq2C1YXCk3FNeU3rGghvNdwVFtcSC4iZXm'
    '68X2aROpXZipGZE2W8yYqWDGS3kxIPBbeaxwdJ4a6i9xnB0bAFJZSeWmy5ZRaRDU'
    'WAiQ0EMYQzId7ninjzYCxgRqOYvI40H91x4a0jvtjzZTgaLs8SJDSeW5syGWm+w9'
    '4d1S82nER5KiBF+bEpO7236tiW9C90KZvBy4gfIuRZqIvBHUYGassNqNV6ti5A7R'
    'WbNFors4GVh7zKB2Yf9VNYByJQY0ahh8SSWAIFtIAJkySKku6sqK02spuECk0quS'
    'zybgtlTl9oseyiZEl56Z0zXeiwXi3G+8Hiq2SR7RqVmnBcxhndbYohrFB0sQ7g6o'
    'JdPfkr7gtWMXhqWZdelhtcOIITQOOYfrNwxgeEg5XTx6w1Jjiq6pYC4UTZMTIymV'
    'KhQo6Eq7Xi4KTlNNXO2SaKLscWI+lxAok3VYTRXD2iXsmn9oKVTt4foSGnugeooN'
    'FscVQYLoYmCrGN/rmTxyYYh0UKPjxaMNZnJ57AssqqqFDF6jF/e6XnMKNEnalMpD'
    'MwqBUQwOmCpigKItVCpGKlNQGHnp33dTmXAk0Lox23UImoRcd2FQhs26TIxs4Poi'
    '7zxOI5C4kKeJ6K0rId7gaqx3u0nfBeTZtADPQ0MqxWVSrBazpSK1ykLi6qDQAzUK'
    'KliGWylWBgVtEcKN2vDEqnlhRsRiCXwwcl5SIBZYJzpDpQJOIKHw3fF4H5nXB71U'
    '5At42MYz1VFdkEgkEg6ij7IUGq8ajlnYJjFNDVg1qVmgCvnHy9xhmCyiP4XapEei'
    'kRmGKtZme1YnZyh3JTLbrmM+ib0/ks1gnnPAb0vEZ4fw4Dn8W1sbuvGe90/IfvPt'
    '9s61URFXiOIRO34R66Vqt+H9bJsneYa9artxDmYaHMQ5iVv58urW3V3WT1fAQ55p'
    'pEzVcw0qqvQVSrsh4k9wOQ6jr6F7C64bGV7AuPSKZpVih1HD0kM7u0VnaULBttsY'
    '6i3I+lM5dwt6NR/XnXmRgiqNxzolwXqPaZSUyExpp14KRIYx8ATi9e+OO3o5e8GH'
    'IHVhAeCnky5Dqd6nIak560KctpREHX3+70MJMioeSE+OBsuTwggsgsM8+NbChV9O'
    'kwb+wW6tcYXmKkaAiC84/Oh6BGRjC4rgNjxYmBeUBmXudnhsXBG5pjWdpu1ZhCF5'
    'AUphURDR43mkYDGFa7ywkKlogvaKaaF7A11hjaHdzi4kTFmSpJlCiE2apxEsrY0F'
    'IDg0sNu88s1pNjyDn6tMYmUt1YoxqQdMWOIZ05MFu7euzAeuqqqHl19yyYZQw0GG'
    'ELic5J0iRMIBjBjQYiyv3cAVMBWeMyQscmx0VsZSOgTZvAkelCJ6LBcjSosqFM9R'
    'hzm2eZVSvNBGG3sO2MyoLFBrzxmQO8gmGGOvMUa6heb3ClnW3eBVIwEzKy5NHzOY'
    'sDDgEy0LHj41PGICqsDfS4kzyh3yk0nlA0yPJs0a8rwbGxg2xuyxPa4LRVDxyqag'
    'FxesAzmHW5oWueBLJS77DSJFWJPQbTrOcLBsxa4GVslvAkkMDyzFbqP0W32NoGJi'
    'XcLmvVuoO6jBQ4C0LOjFCRAQRI9yiV5thyeZ0tWxQgxA5NG3BGmh0yNI1DS1eweF'
    'MFxsmwGILEUZGKEYYrN3YBtga4YukZTKWJCYqE6QcZjIaF2nAHsSvlPTvbJDEtvi'
    'DWqK+U9JKZMhTmNgRhytahHQB3LBRgwYxRmW4dk+ditudUoKGgRRiE+VwSDzAhoT'
    'BphoLDrsciQYAltGAbTXYrrKh0GKYub1afJbVGJl1Axph1MUCkc20zF06nC3zhaI'
    'Ktw3BAMZMUYC/cWYxJo8pLiLKiSK9JIZOVx2+TEmNaXcX8S/3HjoFBFWMxRQn9AX'
    'ylVAmWEL0ZUwnDOE/27p3roN1UKM5u9OqtjoVgpYEYWu8jJElr8te5airNkTtQVK'
    'XqdVPTMvFKenQVSnqCISYXFq+NcEKnII9Jf6JrtDvvM86mL0FmuEbCaEUGKC0U5m'
    'tdROFOBsKtFGTQoEoVcUJRZFpzTQsCwWMpDTGDjgFQxJFA5UQKeKFxvRaid84Me9'
    'B/xxRMWaZhsuJHLYlxq8FNoLCLFlHlR3EGxyRzIsACxSvB20szNUTFaejh2nDiyq'
    '4PXco3d+IxDaT/xdyRThQkOE9tcI')


class M81ImageTest(testhelpers.VerboseTest):
	resources = [('asf', _M81ImageDoc())]

	def testRootTag(self):
		self.assertTrue(self.asf[0][0].endswith("ObservatoryLocation"))
		self.assertTrue(self.asf[1][0].endswith("ObservationLocation"))

	def testTimeFrame(self):
		frame = self.asf[0][1].astroSystem.timeFrame
		self.assertEqual(frame.timeScale, "TT")
		self.assertEqual(frame.refPos.standardOrigin, "TOPOCENTER")
	
	def testSpaceFrame(self):
		frame = self.asf[0][1].astroSystem.spaceFrame
		self.assertEqual(frame.flavor, "SPHERICAL")
		self.assertEqual(frame.nDim, 3)
		self.assertEqual(frame.refPos.standardOrigin, "TOPOCENTER")
		frame = self.asf[1][1].astroSystem.spaceFrame
		self.assertEqual(frame.flavor, "SPHERICAL")
		self.assertEqual(frame.nDim, 2)
		self.assertEqual(frame.refFrame, 'ICRS')
		self.assertEqual(frame.refPos.standardOrigin, "TOPOCENTER")

	def testSimplePlace(self):
		p = self.asf[0][1].place
		self.assertEqual(p.unit, ("deg", "deg", "m"))
		self.assertAlmostEqual(p.value[0], 248.4056)
		self.assertEqual(p.value[2], 2158.)
		self.assertTrue(p.frame is self.asf[0][1].astroSystem.spaceFrame,
			"Wrong frame on positions")

	def testComplexPlaces(self):
		p = self.asf[1][1].place
		self.assertEqual(p.unit, ("deg", "deg"))
		self.assertAlmostEqual(p.value[0], 148.88821)
		self.assertAlmostEqual(p.resolution.values[0][1], 0.00025)
		self.assertAlmostEqual(p.pixSize.values[0][1], 0.0001)
		self.assertAlmostEqual(p.error.radii[0], 0.0003)
		self.assertTrue(p.frame is self.asf[1][1].astroSystem.spaceFrame,
			"Wrong frame on complex places")

	def testTime(self):
		p = self.asf[1][1].time
		self.assertEqual(p.unit, "s")
		self.assertEqual(p.value, datetime.datetime(2004, 7, 15, 8, 23, 56))
		self.assertEqual(p.resolution.values[0], 1000.0)
		self.assertEqual(p.pixSize.values[0], 1000.0)
		self.assertTrue(p.frame is self.asf[1][1].astroSystem.timeFrame,
			"Wrong frame on time.")

	def testSpectral(self):
		p = self.asf[1][1].freq
		self.assertEqual(p.unit, "Angstrom")
		self.assertEqual(p.value, 4600.)
		self.assertEqual(p.resolution.values[0], 400.0)
		self.assertEqual(p.pixSize.values[0], 400.0)
		self.assertTrue(p.frame is self.asf[1][1].astroSystem.spectralFrame,
			"Wrong frame on spectral.")
	
	def testTimeInterval(self):
		p = self.asf[1][1].timeAs[0]
		self.assertEqual(p.lowerLimit, datetime.datetime(2004, 7, 15, 8, 17, 36))
		self.assertEqual(p.upperLimit, datetime.datetime(2004, 7, 15, 8, 30, 16))
		self.assertTrue(p.frame is self.asf[1][1].astroSystem.timeFrame,
			"Wrong frame on time interval.")
	
	def testSpectralInterval(self):
		p = self.asf[1][1].freqAs[0]
		self.assertEqual(p.lowerLimit, 4400.)
		self.assertEqual(p.upperLimit, 4800.)
		self.assertTrue(p.frame is self.asf[1][1].astroSystem.spectralFrame,
			"Wrong frame on spectral interval.")

	def testSpaceInterval(self):
		p = self.asf[1][1].areas[0]
		self.assertAlmostEqual(p.lowerLimit[0], 148.18821)
		self.assertAlmostEqual(p.upperLimit[1], 69.31529)
		self.assertTrue(p.frame is self.asf[1][1].astroSystem.spaceFrame,
			"Wrong frame on space interval.")


class _ChandraResDoc(STCXForestResource):
	data = (
    'QlpoOTFBWSZTWXXPk0MAAhHfgGAicuf//69332C/79/xUAV+dhrEm1baakVq00Ek'
    'gImNTTKaGnqp+mUn6mTGomm0A1Gj9KP1T1PUNDjJk00wmRkDAjE0YIwg0aYABBKa'
    'JqBpFNgk9TI9R6I9CBoNAGgAaNDjJk00wmRkDAjE0YIwg0aYABBIkTFNJmUNMTUZ'
    'NGmQAZNAaB6gAMCSSbQkTSSTE0xMGMGwaE2CYMGm2CbQMGCaYhHELOL7bcd06We+'
    'qTBa0M4MP8HYa46G1H16ViT9j5QL+xL4lCYKm6+CeROvZtIcK2/l56d3jld28JtK'
    'M+SNZe+vlNBL5R3Pm0WhkRh+EM1U8GjHB87+dz2fXVb5eUsMeaTzHe601323uozb'
    'aUt3ma7J2plHM4qthppjHNPBOPfeQ8Sx77zU5vzQv15YxsO9ROU28k4d8gU6vWih'
    '0qzhwhbcRPxBe0F6xdTKwcufq9tULLuLMpd7Mn0xnwnaNhr77E3zaYCQM/drGT08'
    'm5RW9Lq2eOLnG0QqDIC753+BZSAvUecET93DDx0N3uw8QOJaQsYomXltuREJLXKb'
    'U4JNLJu2mHEhTgRWvUFkkIQSPs9j0SmdAdUmEmEW6KtjbbPIYCEeY50LBp2ZQz3k'
    'yKke56tCMdwOMsEvhLzh19wjwTKKPjWOL8dPYzNOcbZlcSDzoeBkRcDwYTMJOYQO'
    '5rKdgdm6EMHq00F66ev3u2yJbIrlIkksKFS2LYkV8w3PdbbMq93XAJJFiLoTh0rl'
    'o9cRXvUfLjaFiURAFebj0jxpNpGZJvWMgYzb1JomboUOsWY3FctvOZcrTU7asQf9'
    'Sl7ZXJ8GlMaPjxRn6WaqrLyRxUBQE8KLOvgfO4dqTNlsmim8bgaUagpVgwpMZpRr'
    'J/MoQ9d5OZATBznEufCjnMzNJzsjEPkxgHkuM1o2K07S5mUwceTW6pAkkrmuzyho'
    'aVvhwGnkNDbi7Gjv6to8p39AV+g+IK8sod7aaOkLHVwhNMaYtli1A82OI6YOeuZl'
    'Y33momJ7FVoqwvi8zOZaxtPQbx6OYM6Z5dA6niweVqCLUpNT1K5LSphVZAMCKhsJ'
    'kGSCGoKVBpWGstxYKkyk5Y6DK8tZyzshFDO4lQSsURSk9YTCohiBOnEDuzpA4yTG'
    'xjP6larwFwAX5nKcGJu9YTJhYeIWdCy72ZJrKRvQGLWt1mYxbYwywI7gV32XW7oT'
    'SmQWJ0zO1Q4jJohuVJMhI79GILvFxMjOeknExIrgPXs5kXN5wB+MKB3U9F+udPJd'
    '25IxaG0FkW1YhAZDAgqpBxlnqO4Cv0jRFXuLjbGX9oZAElgcHIpjZkgjlIqSY6AG'
    '3ehXtNG/O1msYEmSGQE3jpBibWabrBBMEOkhJkmqbJ2pAhnQbxULO4Ii6CgPKYl3'
    'nBnJpVwsj0mdzehlBa9+knqSUVNPsQi6uQ24JCYtq9DEMWILROZMzKOYlepX3ykk'
    '+FMaWjZslMzLU0Gw1VVgd4rQnBRAmCbWQiHdslAGiViwWKwYM5W7YAnEkCTXiuNf'
    'DGb/UhXo25uab9eyFqKsPOHQs9wzGruUB3JFUiVIXUMnhtHYUhuX7Ig/IXWO1YVk'
    'gKEB7qZ9owRJszRmQRhQHnJ0WgSLVJFMhMdwxxADmrEEbupKYFhZlvpYBZd968yK'
    'ypXBpiku1cs1LACYOHuGs7UurQFIkEq8zIwPBxEqNDJ2WcvWvCj92JE53jGo51pB'
    'Z//F3JFOFCQdc+TQwA==')


class ChandraResDocTest(testhelpers.VerboseTest):
	resources = [('asf', _ChandraResDoc())]

	def testTimeCoord(self):
		p = self.asf[0][1].time
		self.assertEqual(p.frame.timeScale, "TT")
		self.assertEqual(p.unit, "s")
		self.assertAlmostEqual(p.error.values[0], 0.000005)
		self.assertAlmostEqual(p.error.values[1], 0.0001)
		self.assertAlmostEqual(p.resolution.values[0], 0.000016)
		self.assertAlmostEqual(p.resolution.values[1], 3.)
		self.assertAlmostEqual(p.size.values[0], 1000.)
		self.assertAlmostEqual(p.size.values[1], 170000.)

	def testPosition(self):
		p = self.asf[0][1].place
		self.assertEqual(p.frame.refPos.standardOrigin, "TOPOCENTER")
		self.assertEqual(p.frame.nDim, 2)
		self.assertEqual(p.frame.flavor, "SPHERICAL")
		self.assertEqual(p.unit, ("arcsec", "arcsec"))
		self.assertEqual(p.error.radii[0], 1.)
		self.assertEqual(p.resolution.radii[0], 0.5)
		self.assertEqual(p.size.values[0], (1000, 1000))
		self.assertEqual(p.size.values[1], (4000, 4000))
	
	def testSpectral(self):
		p = self.asf[0][1].freq
		self.assertEqual(p.unit, "keV")
		self.assertAlmostEqual(p.error.values[0], 0.1)
		self.assertAlmostEqual(p.resolution.values[0], 0.02)
		self.assertAlmostEqual(p.resolution.values[1], 2.)
		self.assertEqual(p.size.values[0], 2.)
		self.assertEqual(p.size.values[1], 10.)

	def testTimeInterval(self):
		p = self.asf[0][1].timeAs[0]
		self.assertEqual(p.frame, self.asf[0][1].astroSystem.timeFrame)
		self.assertEqual(p.upperLimit, None)
		self.assertEqual(p.lowerLimit, datetime.datetime(1999, 7, 23, 16, 0))
	
	def testAreas(self):
		p = self.asf[0][1].areas[0]
		self.assertEqual(p.frame, self.asf[0][1].astroSystem.spaceFrame)
		self.assertTrue(isinstance(p, dm.AllSky))
		self.assertAlmostEqual(p.fillFactor, 0.02)

	def testSpectralInterval(self):
		p = self.asf[0][1].freqAs[0]
		self.assertEqual(p.frame, self.asf[0][1].astroSystem.spectralFrame)
		self.assertAlmostEqual(p.lowerLimit, 0.12)
		self.assertAlmostEqual(p.upperLimit, 10)


class _RegistryLibsysAllskyDoc(STCXForestResource):
	data = (
'QlpoOTFBWSZTWbsA/ikAAF1fgCoUWAP5tywm3kC/79/wMAFaTQGiFAyPKAGTQ9Q/UIAA2oA0oyIy'
'ZGaBoJkBoYIGIMEkk0majJlDYmpggZDRiabKNMkaVQEjnKlyUTCUiQyPS5/u306M28PJ7Jt2hBDU'
'BQBb4yS+2ZwoMeBGL/3n3fG1CCySEzkcnxQs+gbSwCu8nI0KqgUgBaZjMaknn3KWw1MpoKWKKFVP'
'JuVewMNex8WyYZHJHAGVZKysN4cb+QSBwDCTm0VwTPGucbqS8OIUBd+KF6rTEpbRFW7TniThL55m'
'PWTpnSSwJpQZIHDqYxgcnGy/JGx10KaBiTCdZONoQOQOcDLSY3ku+seDWS2WNn6h0wKpkyiSjrNk'
'3V4Yk19qG6JxEThaMYQIFGsyFSzdvfSQAyGhxIiBphlTo6y1xlI/DoMwwwzNqgp0aiSzuEDFCcil'
'S4JjTIXqwZThUSucuajfvzLH4lBiP8XckU4UJC7AP4pA')


class RegistryLibsysTest(testhelpers.VerboseTest):
	resources = [('asf', _RegistryLibsysAllskyDoc())]

	def testAllWell(self):
		self.assertEqual(stc.getSTCS(self.asf[0][1]),
			"AllSky ICRS TOPOCENTER Size 0.016666666666666666\n"
			"System UTC-ICRS-TOPO")


class _RegistryNullsysAllskyDoc(STCXForestResource):
	data = (
    'QlpoOTFBWSZTWRE+RJAAABffgAAQUAPoFywAXACvb9/gMADMbDSmgANMjTTIAGQE'
    'qEAARgA2oJpgJSUw0am1NpoT1GE000bRKgStWchqCad81qfj8LwCnL9zDHIBPYCM'
    'oUJOaBaYwpPaRRhMaFpSsup1RZ5MuCZxEsF1qrPpubmICzU2XEkCg6DxpUTFJmZn'
    'EhsTijJtTxxpeHiFjyMkDkonuS5QZp3tCBewrJQaSo85IUGI5gwb+FrFpySqkgiF'
    'DSZikcHgoPIDBEHxk4mSNn/F3JFOFCQET5EkAA==')


class NullSystemTest(testhelpers.VerboseTest):
	resources = [('asf', _RegistryNullsysAllskyDoc())]

	def testAllWell(self):
		self.assertEqual(stc.getSTCS(self.asf[0][1]),
			"AllSky UNKNOWNFrame")


class GeometriesTest(testhelpers.VerboseTest):
	def _getAST(self, geo):
		return stc.parseSTCX(('<ObservationLocation xmlns="%s">'%stc.STCNamespace)+
			'<AstroCoordSystem id="x">'
			'<SpaceFrame><ICRS/></SpaceFrame>'
			'</AstroCoordSystem><AstroCoordArea coord_system_id="x">'+
			geo+
			'</AstroCoordArea></ObservationLocation>')[0][1]

	def testCircle(self):
		ast = self._getAST("<Circle><Center><C1>15</C1><C2>40</C2></Center>"
			"<Radius>3</Radius></Circle>")
		p = ast.areas[0]
		self.assertTrue(isinstance(p, dm.Circle))
		self.assertEqual(p.radius, 3.0)
		self.assertEqual(p.center, (15.0, 40.0))
	
	def testEllipse(self):
		ast = self._getAST("<Ellipse><Center><C1>10</C1><C2>12</C2></Center>"
			'<SemiMajorAxis>3</SemiMajorAxis><SemiMinorAxis>2</SemiMinorAxis>'
			'<PosAngle unit="rad">1</PosAngle></Ellipse>')
		p = ast.areas[0]
		self.assertTrue(isinstance(p, dm.Ellipse))
		self.assertEqual(p.center, (10.0, 12.0))
		self.assertEqual(p.smajAxis, 3.0)
		self.assertEqual(p.sminAxis, 2.0)
		self.assertEqual(p.posAngle, 57.295779513082323)
	
	def testBox(self):
		ast = self._getAST("<Box><Center><C1>10</C1><C2>12</C2></Center>"
			'<Size><C1>1</C1><C2>1.5</C2></Size></Box>')
		p = ast.areas[0]
		self.assertTrue(isinstance(p, dm.Box))
		self.assertEqual(p.center, (10.0, 12.0))
		self.assertEqual(p.boxsize, (1.0, 1.5))
	
	def testPolygon(self):
		ast = self._getAST("<Polygon><Vertex><C1>10</C1><C2>12</C2></Vertex>"
			'<Vertex><C1>1</C1><C2>1.5</C2></Vertex></Polygon>')
		p = ast.areas[0]
		self.assertTrue(isinstance(p, dm.Polygon))
		self.assertEqual(p.vertices, ((10., 12.), (1., 1.5)))
	
	def testConvex(self):
		ast = self._getAST("<Convex>"
			'<Halfspace><Vector><C1>10</C1><C2>12</C2><C3>1</C3></Vector>'
			'<Offset>0.125</Offset></Halfspace>'
			'<Halfspace><Vector><C1>-10</C1><C2>-12</C2><C3>-1</C3></Vector>'
			'<Offset>-0.125</Offset></Halfspace>'
			'</Convex>')
		p = ast.areas[0]
		self.assertTrue(isinstance(p, dm.Convex))
		self.assertEqual(p.vectors,
			((10.0, 12.0, 1.0, 0.125), (-10.0, -12.0, -1.0, -0.125)))


class SimpleSTCXSrcTest(testhelpers.VerboseTest):
	def _getAST(self, frame, area, coo=""):
		if coo!="":
			coo = '<AstroCoords coord_system_id="x">'+coo+"</AstroCoords>"
		return stc.parseSTCX(('<ObservationLocation xmlns="%s">'%stc.STCNamespace)+
			'<AstroCoordSystem id="x">%s</AstroCoordSystem>'+
			coo+
			'<AstroCoordArea coord_system_id="x">'+
			area+
			'</AstroCoordArea></ObservationLocation>')[0][1]


class UnitsTest(SimpleSTCXSrcTest):
	def testSimpleCoo(self):
		ast = self._getAST("<TimeFrame/>",
			'<Time unit="a">2003-03-03T03:04:05</Time>')
		self.assertEqual(ast.time.unit, "a")
	
	def testSpatial2DEmpty(self):
		ast = self._getAST("<SpaceFrame><ICRS/></SpaceFrame>",
			'<Position2D unit="rad"/>')
		self.assertEqual(ast.place.unit, ("rad", "rad"))

	def testSpatial2DMixed(self):
		ast = self._getAST("<SpaceFrame><ICRS/></SpaceFrame>",
			'<Position2D unit="deg"><Value2><C1 pos_unit="deg">1</C1><C2 pos_unit="arcsec"'
			'>2</C2></Value2></Position2D>')
		self.assertEqual(ast.place.unit, ("deg", "arcsec"))


class MiscSrcTest(SimpleSTCXSrcTest):
	def testEpoch(self):
		ast = self._getAST("<SpaceFrame><ICRS/></SpaceFrame>",
			'<Position3D><Epoch yearDef="B">400</Epoch></Position3D>')
		self.assertEqual(ast.place.epoch, 400.0)
		self.assertEqual(ast.place.yearDef, "B")


class _CompoundSTCX(STCXForestResource):
	data = (
		'QlpoOTFBWSZTWcPIAfcAAYhfgFVVUAP4N79v38C//9/wQALbbrG2wBgkkEmp+lG9'
    'U2poNGgaMaQAaD1GIAGmQiSaAND0I00AaAANGgACSVDQGgAA0AAAAAAAKokI0npM'
    'p4mCPUTahiDIADQGGpDEgnoEDIYZJmEAlCQIGCzm08G5bPrGa1ZrwRrY85dwVZMK'
    'YIYN6DQyttyTcKQSIQWJ3czPWgkfhSRWsPVKu4kri2fnO7GhBWMgu7RQZpz0RHSq'
    '7nVajQac9cIZLDwivnIuYw8cNeGUyjhKChhKC3U0lMKT7SwVnKYpgGTLYWRfljBi'
    'iLEEik8lWlWBPIWQIug7hGyHFybImyUHllSXgPSA7XruAMlvaPE2G/gFcSdrImSR'
    'hpDn8kJlsy9YNYNXqymqloarQ1RQCjsRkjG/PLWMQQSRPAmVeDzc81simSZxlKdq'
    'RQSJHzVKqplhgYzA5zNnc6ot9oQa3xtv6sAaPfVKUu9z/pnMmUz1tgQKuNN4BPmU'
    'ST3lXxdAdyWLe6xyM9WjgDv7mM1uVg+DA+/2dzqxs62KVQ5XA0eeKHxYGZWc0WIy'
    'uhFTEaWbJbLNpTRNW+qqk2VKFyxpwo5Hgo4ooaDCXiscxrUfjvR2Y3GsRstNRtVI'
    'xwl24Y/j+tJyr0ysWtbaeGBc7zK57zcyY12iIWNpqLEWIvNy9uWFM+9kouzNTjmy'
    'aU4Sx1+lbF7FEcKTCioNldZlXYnC9iUVIxxOAe9uXktb16lb2uLEiZG01Nm9OlGi'
    'LYON4skRyLmcWm9pVlSNaxFI2LS5XBXlZFU4sSUzNjx6152NSibEYmLBHTGU5rFy'
    'PIvpUiJCfNminMshWlcDpSfYbxYK8UhjT6x5QihSqHoiikmKF4ILb9HFSkDQ9ecw'
    'lcz/F3JFOFCQw8gB9w==')


class CompoundParseTest(testhelpers.VerboseTest):
	resources = [("asf", _CompoundSTCX())]


	def testAreasPresent(self):
		self.assertEqual(len(self.asf[0][1].areas), 1)
	
	def testDifferenceShape(self):
		area = self.asf[0][1].areas[0]
		self.assertTrue(isinstance(area, dm.Difference))
		self.assertTrue(isinstance(area.children[0], dm.AllSky))
		self.assertTrue(isinstance(area.children[1], dm.Union))
	
	def testCircle(self):
		area = self.asf[0][1].areas[0]
		circ = area.children[1].children[0]
		self.assertEqual(circ.center, (10., 10.))
		self.assertEqual(circ.radius, 2.)
	
	def testNegation(self):
		area = self.asf[0][1].areas[0]
		innerDiff = area.children[1].children[1].children[2]
		self.assertTrue(isinstance(innerDiff, dm.Not))


class CompoundUnitsTest(SimpleSTCXSrcTest):
	def testNegationUnitFails(self):
		self.assertRaises(stc.STCNotImplementedError, self._getAST,
			"<SpaceFrame><ICRS/></SpaceFrame>",
			'<Union><Negation unit="deg"><AllSky/></Negation><Circle>'
			'<Center><C1>12.0</C1><C2>13.0</C2></Center><Radius>1.0</Radius>'
			'</Circle></Union>')

	def testDifferingParentUnitFails(self):
		self.assertRaises(stc.STCNotImplementedError, self._getAST,
			"<SpaceFrame><ICRS/></SpaceFrame>",
			'<Union unit="deg"><AllSky unit="rad"/><Circle>'
			'<Center><C1>12.0</C1><C2>13.0</C2></Center><Radius>1.0</Radius>'
			'</Circle></Union>')

	def testDifferingSiblingUnitFails(self):
		self.assertRaises(stc.STCNotImplementedError, self._getAST,
			"<SpaceFrame><ICRS/></SpaceFrame>",
			'<Union><AllSky unit="rad"/><Circle>'
			'<Center><C1 unit="deg">12.0</C1><C2 unit="deg">13.0</C2>'
			'</Center><Radius>1.0</Radius></Circle></Union>')

	def testUnitInheritance(self):
		ast = self._getAST("<SpaceFrame><ICRS/></SpaceFrame>",
			'<Union><AllSky/><Circle>'
			'<Center><C1 unit="deg">12.0</C1><C2 unit="arcmin">13.0</C2>'
			'</Center><Radius>1.0</Radius></Circle></Union>')
		self.assertEqual(ast.place.unit, ("deg", "arcmin"))

	def testAreaUnitCoercion(self):
		ast = self._getAST("<SpaceFrame><ICRS/></SpaceFrame>",
			'<Union><AllSky/><Circle unit="deg">'
			'<Center><C1>12.0</C1><C2>13.0</C2>'
			'</Center><Radius>1.0</Radius></Circle></Union>',
			'<Position2D unit="rad"/>')
		self.assertEqual(ast.place.unit, ("rad", "rad"))
		self.assertAlmostEqual(ast.areas[0].children[1].radius, 1*utils.DEG)


class PositionAddedTest(SimpleSTCXSrcTest):
	def testGeometry(self):
		ast = self._getAST("<SpaceFrame><ICRS/></SpaceFrame>",
			'<AllSky/>', " ")
		self.assertEqual(ast.place.unit, ("deg", "deg"))


AST0 = stc.parseSTCS("Time TT unit d\n"
	"Position ICRS BARYCENTER 0 0 unit deg\n"
	"Spectral BARYCENTER unit m\n"
	"Redshift OPTICAL")


class RealWorldMessTest(testhelpers.VerboseTest):
	def testAllSky(self):
		ast = stc.parseSTCX(
		"""<stc:STCResourceProfile xmlns:stc="http://www.ivoa.net/xml/STC/stc-v1.30.xsd" xmlns:xlink="http://www.w3.org/1999/xlink">
      <stc:AstroCoordSystem xlink:type="simple" xlink:href="ivo://STClib/CoordSys#UTC-ICRS-TOPO" id="_cygob2xmm_UTC-ICRS-TOPO"/>
      <stc:AstroCoords coord_system_id="_cygob2xmm_UTC-ICRS-TOPO">
			<stc:Position1D>
			<stc:Size pos_unit="deg">0.0166666666666666667</stc:Size></stc:Position1D>
			</stc:AstroCoords>
			<stc:AstroCoordArea coord_system_id="_cygob2xmm_UTC-ICRS-TOPO">
				<stc:AllSky/></stc:AstroCoordArea></stc:STCResourceProfile>""")[0][1]
		self.assertEqual(
			stc.conformTo(ast, AST0).areas[0].__class__.__name__, "AllSky")

	def testShittyPolygon(self):
		ast = stc.parseSTCX("""
      <stc:STCResourceProfile xmlns:stc="http://www.ivoa.net/xml/STC/stc-v1.30.xsd" xmlns:xlink="http://www.w3.org/1999/xlink">
         <stc:AstroCoordSystem id="UTC-ICRS-TOPO" xlink:href="ivo://STClib/CoordSys#UTC-ICRS-TOPO" xlink:type="simple"/>
         <stc:AstroCoordArea coord_system_id="UTC-ICRS-TOPO">
            <stc:TimeInterval>
               <stc:StartTime>
                  <stc:Timescale>UTC</stc:Timescale>
                  <stc:ISOTime>1965-01-01T00:00:00Z</stc:ISOTime>
               </stc:StartTime>
               <stc:StopTime>
                  <stc:Timescale>UTC</stc:Timescale>
                  <stc:ISOTime>1980-01-01T00:00:00Z</stc:ISOTime>
               </stc:StopTime>
            </stc:TimeInterval>
            <stc:Polygon unit="deg">
               <stc:Vertex>
                  <stc:Position>
                     <stc:C1>360</stc:C1>
                     <stc:C2>-15</stc:C2>
                  </stc:Position>
               </stc:Vertex>
               <stc:Vertex>
                  <stc:Position>
                     <stc:C1>180</stc:C1>
                     <stc:C2>-15</stc:C2>
                  </stc:Position>
               </stc:Vertex>
               <stc:Vertex>
                  <stc:Position>
                     <stc:C1>0</stc:C1>
                     <stc:C2>-15</stc:C2>
                  </stc:Position>
                  <stc:SmallCircle/>
               </stc:Vertex>
            </stc:Polygon>
            <stc:SpectralInterval unit="Angstrom">
               <stc:LoLimit>3400</stc:LoLimit>
               <stc:HiLimit>6900</stc:HiLimit>
            </stc:SpectralInterval>
         </stc:AstroCoordArea>
      </stc:STCResourceProfile>""")[0][1]
		self.assertEqual(
			stc.conformTo(ast, AST0).areas[0].__class__.__name__, "Polygon")

	def testInferredFrame(self):
		ast = stc.parseSTCX("""
			<ns0:STCResourceProfile xmlns:ns0="http://www.ivoa.net/xml/STC/stc-v1.30.xsd">
            <ns0:AstroCoordSystem id="aelhouge">
              <ns0:TimeFrame id="ahbhouge">
                <ns0:TimeScale>TT</ns0:TimeScale><ns0:UNKNOWNRefPos /></ns0:TimeFrame><ns0:SpaceFrame id="apphouge">
                <ns0:ICRS /><ns0:UNKNOWNRefPos /><ns0:SPHERICAL coord_naxes="2" /></ns0:SpaceFrame></ns0:AstroCoordSystem><ns0:AstroCoordArea coord_system_id="aelhouge">
              <ns0:TimeInterval frame_id="ahbhouge">
                <ns0:StartTime>
                  <ns0:ISOTime>2003-04-01T00:00:00</ns0:ISOTime></ns0:StartTime><ns0:StopTime>
                  <ns0:ISOTime>2009-03-31T23:59:59</ns0:ISOTime></ns0:StopTime></ns0:TimeInterval><ns0:Union>
                <ns0:Box unit="deg">
                  <ns0:Center>
                    <ns0:C1>36.0</ns0:C1><ns0:C2>-6.0</ns0:C2></ns0:Center><ns0:Size>
                    <ns0:C1>6.0</ns0:C1><ns0:C2>5.0</ns0:C2></ns0:Size></ns0:Box><ns0:Box unit="deg">
                  <ns0:Center>
                    <ns0:C1>211.5</ns0:C1><ns0:C2>52.0</ns0:C2></ns0:Center><ns0:Size>
                    <ns0:C1>4.0</ns0:C1><ns0:C2>3.0</ns0:C2></ns0:Size></ns0:Box><ns0:Box unit="deg">
                  <ns0:Center>
                    <ns0:C1>334.0</ns0:C1><ns0:C2>0.5</ns0:C2></ns0:Center><ns0:Size>
                    <ns0:C1>4.0</ns0:C1><ns0:C2>3.0</ns0:C2></ns0:Size></ns0:Box></ns0:Union></ns0:AstroCoordArea></ns0:STCResourceProfile>
	""")[0][1]
		self.assertEqual(
			stc.conformTo(ast, AST0).areas[0].__class__.__name__, "Union")



def _wrapSample(srcPath):
	import textwrap
	bzstr = bz2.compress(open(srcPath).read()
		).encode("base64").replace(b"\n", b"")
	print("\n".join("    '%s'"%s for s in textwrap.wrap(bzstr, width=64)))


if __name__=="__main__":
	import sys
	if len(sys.argv)>1 and sys.argv[1].startswith("/"):
		_wrapSample(sys.argv[1])
	else:
		testhelpers.main(RealWorldMessTest)
