def __init__(self, parent, **kwargs):
if self.inputTableXML is not None:
if "inputTable" not in kwargs:
kwargs["inputTable"] = base.parseFromString(
inputdef.InputTable, self.inputTableXML)
base.Structure.__init__(self, parent, **kwargs)
def makeConeSearchFor(inputKey):
"""returns an //scs#makeSpointCD condDesc tailored for inputKey.
"""
from gavo.svcs import standardcores
return base.parseFromString(
standardcores.CondDesc, """
<FEED source="//scs#makeSpointCD"
tablehead=%s
matchColumn=%s/>
""" % (utils.escapeAttrVal(
inputKey.tablehead), utils.escapeAttrVal(inputKey.name)))
def makeDataForFITS(rd, srcName, opts):
targetTable = rd.tables[0]
dd = rscdef.DataDescriptor(rd, id="import_" + opts.tableName)
grammar = fitsprodgrammar.FITSProdGrammar(dd)
grammar.feedObject("qnd", True)
rowfilter = base.parseFromString(
grammars.Rowfilter, """
<rowfilter procDef="//products#define">
<bind key="table">"%s"</bind>
<bind key="owner">"FILLIN"</bind>
<bind key="embargo">"FILLIN"</bind>
</rowfilter>""" % (targetTable.getQName()))
grammar.feedObject("rowfilter", rowfilter)
grammar.feedObject(
"mapKeys", MS(grammars.MapKeys, content_=rd.getProperty("mapKeys")))
grammar.finishElement()
dd.grammar = grammar
dd.feedObject("sources",
MS(rscdef.SourceSpec, pattern=["*.fits"], recurse=True))
dd.feedObject("rowmaker", MS(rscdef.RowmakerDef, idmaps="*", id="gen_rmk"))
dd.feedObject("make", MS(rscdef.Make,
table=targetTable,
rowmaker="gen_rmk"))
return dd
def __call__(self, parent):
if parent._ot_prototype is None:
ot = outputdef.OutputTableDef(parent)
parent._ot_prototype = base.parseFromString(
ot, parent.outputTableXML or "<outputTable/>")
return parent._ot_prototype.copy(parent)
def completeElement(self, ctx):
if self.outputTable is base.Undefined:
self.outputTable = base.parseFromString(outputdef.OutputTableDef,
uploadOutputDef)
self._completeElementNext(EditCore, ctx)