def testAddData(self):
db = Database(MapDirectory(self.testdatadir), "db00", 'a')
table = db.getTableByName("R_GR0")
beforedata = [curs.getRow().asList() for curs in table.getCursor(0)]
## Add an empty row
refrow = Row(table)
refrow.setColumn(0, 1)
table.writeRow(refrow)
refdata = refrow.asList()
db.close()
db = Database(MapDirectory(self.testdatadir), "db00")
table = db.getTableByName("R_GR0")
aux = db.getTableByName("AUX_GR0")
am = AuxTableManager(aux)
afterdata = [curs.getRow().asList() for curs in table.getCursor(0)]
for curs in table.getCursor(0):
row = curs.getRow()
index = row.asDict()['NAME_REF'] & 0xffffff
offset = row.asDict()['NAME_REF'] >> 24
self.assertEqual(beforedata + [refdata], afterdata)
def testAddData(self):
db = Database(MapDirectory(self.testdatadir), "db00", "a")
table = db.getTableByName("R_GR0")
beforedata = [curs.getRow().asList() for curs in table.getCursor(0)]
## Add an empty row
refrow = Row(table)
refrow.setColumn(0, 1)
table.writeRow(refrow)
refdata = refrow.asList()
db.close()
db = Database(MapDirectory(self.testdatadir), "db00")
table = db.getTableByName("R_GR0")
aux = db.getTableByName("AUX_GR0")
am = AuxTableManager(aux)
afterdata = [curs.getRow().asList() for curs in table.getCursor(0)]
for curs in table.getCursor(0):
row = curs.getRow()
index = row.asDict()["NAME_REF"] & 0xFFFFFF
offset = row.asDict()["NAME_REF"] >> 24
self.assertEqual(beforedata + [refdata], afterdata)
def testAddRows(self):
random.seed(0)
db = Database(MapDirectory(self.testdatadir), "db00", 'a')
table = db.getTableByName("R_GR0")
rows = [curs.getRow() for curs in table.getCursor(0)]
data = [
"".join([
chr(random.randint(0, 255))
for i in xrange(table.rstruct.rt_len)
]) for j in xrange(5)
]
newrows = [Row(table, data=d) for d in data]
for row in newrows:
table.writeRow(row)
self.assertEqual(table.getRowCount(), 29 + 5)
db.close()
## Read back
db = Database(MapDirectory(self.testdatadir), "db00", 'r')
table = db.getTableByName("R_GR0")
rowsafter = [curs.getRow() for curs in table.getCursor(0)]
self.assertEqual(table.getRowCount(), 29 + 5)
self.assertEqual(rows + newrows, rowsafter)
def close(self):
if self.isopen:
if self.mode in ['w', 'a']:
self.maintable.setMode('w')
self.addtable.setMode('w')
self.auxtable.setMode('w')
aux = AuxTableManager(self.auxtable)
# Write features to database
addrow = 0
for f in self.xfeatures:
textslot = aux.appendText(f.name,
self.maintable.getRowCount() + 1)
# Update cell elements
for ref, e in zip(f.cellelementrefs,
f.getCellElements(self.map)):
e.textslot = textslot
layer = self.map.getLayerByIndex(f.layerindex)
layer.updateCellElement(ref, e)
row = Row(self.maintable)
row.setColumnUInt(
self.maintable.getColumnIndex("NAME_REF"), textslot)
row.setColumnUInt(
self.maintable.getColumnIndex("OBJ_TYPE"),
f.getObjtypeIndex(self))
cellelementrefs = f.getCellElementRefs()
if len(cellelementrefs) == 1:
row.setColumnUInt(
self.maintable.getColumnIndex("CELL_NUM"),
cellelementrefs[0][0])
row.setColumnUInt(
self.maintable.getColumnIndex("N_IN_C"),
cellelementrefs[0][1] + 1)
else:
row.setColumnUInt(
self.maintable.getColumnIndex("CELL_NUM"),
0x80000000 | (addrow + 1))
row.setColumnUInt(
self.maintable.getColumnIndex("N_IN_C"),
len(cellelementrefs))
for cref in cellelementrefs:
rowrc = Row(self.addtable)
rowrc.setColumnUInt(
self.addtable.getColumnIndex("CELL_NUM"),
cref[0])
rowrc.setColumnUInt(
self.addtable.getColumnIndex("N_IN_C"),
cref[1] + 1)
self.addtable.writeRow(rowrc)
addrow += 1
self.maintable.writeRow(row)
self.isopen = False
def close(self):
if self.isopen:
if self.mode in ['w','a']:
self.maintable.setMode('w')
self.addtable.setMode('w')
self.auxtable.setMode('w')
aux = AuxTableManager(self.auxtable)
# Write features to database
addrow = 0
for f in self.xfeatures:
textslot = aux.appendText(f.name, self.maintable.getRowCount()+1)
# Update cell elements
for ref, e in zip(f.cellelementrefs, f.getCellElements(self.map)):
e.textslot = textslot
layer = self.map.getLayerByIndex(f.layerindex)
layer.updateCellElement(ref, e)
row = Row(self.maintable)
row.setColumnUInt(self.maintable.getColumnIndex("NAME_REF"), textslot)
row.setColumnUInt(self.maintable.getColumnIndex("OBJ_TYPE"), f.getObjtypeIndex(self))
cellelementrefs = f.getCellElementRefs()
if len(cellelementrefs) == 1:
row.setColumnUInt(self.maintable.getColumnIndex("CELL_NUM"), cellelementrefs[0][0])
row.setColumnUInt(self.maintable.getColumnIndex("N_IN_C"), cellelementrefs[0][1]+1)
else:
row.setColumnUInt(self.maintable.getColumnIndex("CELL_NUM"), 0x80000000|(addrow+1) )
row.setColumnUInt(self.maintable.getColumnIndex("N_IN_C"), len(cellelementrefs))
for cref in cellelementrefs:
rowrc = Row(self.addtable)
rowrc.setColumnUInt(self.addtable.getColumnIndex("CELL_NUM"), cref[0])
rowrc.setColumnUInt(self.addtable.getColumnIndex("N_IN_C"), cref[1]+1)
self.addtable.writeRow(rowrc)
addrow+=1
self.maintable.writeRow(row)
self.isopen = False
def addToTable(self, id, db, cattable):
row = Row(cattable)
row.setColumnUInt(cattable.getColumnIndex('ID'), id)
row.setColumnString(cattable.getColumnIndex('NAME'), self.name)
row.setColumnUInt(cattable.getColumnIndex('POICOUNT'),self.poicount)
row.setColumnUInt(cattable.getColumnIndex('COMM_SLOT'), 0)
row.setColumnUIntVector(cattable.getColumnIndex('FIRSTCHSLOT'), self.first_char_slots)
if 'SLOTFIRST' in cattable.getColumnNames():
row.setColumnUInt(cattable.getColumnIndex('SLOTFIRST'), self.firstslot)
row.setColumnUInt(cattable.getColumnIndex('SLOTLAST'), self.lastslot)
catcursor = cattable.writeRow(row)
# Add subcategories
all_subcatg = db.getSetByName('ALL_SUBCATG_')
subcatmember = all_subcatg.getMemberByIndex(0)
subcattable = subcatmember.table
for subcatindex,subcat in enumerate(self.subcategories):
subcatid = subcatindex+1
subcatcursor = subcat.addToTable(subcatid, db, subcattable)
catcursor.addSetItem(subcatmember, subcatcursor)
# Add fields
fieldinfo_set = db.getSetByName(self.fieldinfo_setname)
fieldinfomember = fieldinfo_set.getMemberByIndex(0)
fieldtable = fieldinfomember.table
for name,type in zip(self.fieldnames, self.fieldtypes):
fieldrow = Row(fieldtable)
fieldrow.setColumnString(fieldtable.getColumnIndex('NAME'), name)
fieldrow.setColumnUInt(fieldtable.getColumnIndex('AUX_TYPE'), type)
fieldcursor = fieldtable.writeRow(fieldrow)
catcursor.addSetItem(fieldinfomember, fieldcursor)
return catcursor
def close(self):
if self.mode in ['w','a']:
self.maintable.clear()
self.auxtable.clear()
aux = AuxTableManager(self.auxtable, endchar=chr(7), searchindex=False)
# sort categories, note that this will create new category ids
# and the features have to be updated
if self.sortcategories:
cattrans, subcattrans = self.catman.sortCategories()
# translate categories
for f in self.features:
oldcatid = f.getCategoryId()
oldsubcatid = f.getSubCategoryId()
f.setCategoryId(cattrans[oldcatid])
f.setSubCategoryId(subcattrans[(oldcatid, oldsubcatid)])
# Sort features on ids
self.features.sort(lambda x,y: cmp((x.getCategoryId(), x.getSubCategoryId(), x.name.upper()), (y.getCategoryId(), y.getSubCategoryId(), y.name.upper())))
# Clear category statistics
for cat in self.catman.getCategories():
cat.clearStatistics()
for subcat in cat.getSubCategories():
subcat.clearStatistics()
# Write features to database
slot = 1
for f in self.features:
# Update category statistics
cat=self.catman.getCategory(f.getCategoryId())
subcat=cat.getSubCategory(f.getSubCategoryId())
cat.updateFromPOI(slot,f.getAux()[0])
subcat.updateFromPOI(slot,f.getAux()[0])
textslot = aux.appendText('\t'.join(f.getAux())+'\t')
# Update cell elements
for ref, e in zip(f.cellelementrefs, f.getCellElements(self.map)):
e.textslot = textslot
e.setCategoryId(f.getCategoryId())
e.setSubCategoryId(f.getSubCategoryId())
layer = self.map.getPOILayers()[0]
layer.updateCellElement(ref, e)
row = Row(self.maintable)
row.setColumnUInt(self.maintable.getColumnIndex("TEXT_SLOT"), textslot)
row.setColumnUInt(self.maintable.getColumnIndex("CATG_ID"), f.getCategoryId())
row.setColumnUInt(self.maintable.getColumnIndex("SUBCAT_ID"), f.getSubCategoryId())
cellelementrefs = f.getCellElementRefs()
row.setColumnUInt(self.maintable.getColumnIndex("CELL_NUMBER"), cellelementrefs[0][0])
row.setColumnUInt(self.maintable.getColumnIndex("NUMBER_IN_CELL"), cellelementrefs[0][1]+1)
self.maintable.writeRow(row)
slot+=1
self.catman.close()
def addToTable(self, id, db, cattable):
row = Row(cattable)
row.setColumnUInt(cattable.getColumnIndex('ID'), id)
row.setColumnString(cattable.getColumnIndex('NAME'), self.name)
row.setColumnUInt(cattable.getColumnIndex('POICOUNT'), self.poicount)
row.setColumnUInt(cattable.getColumnIndex('COMM_SLOT'), 0)
row.setColumnUIntVector(cattable.getColumnIndex('FIRSTCHSLOT'),
self.first_char_slots)
if 'SLOTFIRST' in cattable.getColumnNames():
row.setColumnUInt(cattable.getColumnIndex('SLOTFIRST'),
self.firstslot)
row.setColumnUInt(cattable.getColumnIndex('SLOTLAST'),
self.lastslot)
catcursor = cattable.writeRow(row)
# Add subcategories
all_subcatg = db.getSetByName('ALL_SUBCATG_')
subcatmember = all_subcatg.getMemberByIndex(0)
subcattable = subcatmember.table
for subcatindex, subcat in enumerate(self.subcategories):
subcatid = subcatindex + 1
subcatcursor = subcat.addToTable(subcatid, db, subcattable)
catcursor.addSetItem(subcatmember, subcatcursor)
# Add fields
fieldinfo_set = db.getSetByName(self.fieldinfo_setname)
fieldinfomember = fieldinfo_set.getMemberByIndex(0)
fieldtable = fieldinfomember.table
for name, type in zip(self.fieldnames, self.fieldtypes):
fieldrow = Row(fieldtable)
fieldrow.setColumnString(fieldtable.getColumnIndex('NAME'), name)
fieldrow.setColumnUInt(fieldtable.getColumnIndex('AUX_TYPE'), type)
fieldcursor = fieldtable.writeRow(fieldrow)
catcursor.addSetItem(fieldinfomember, fieldcursor)
return catcursor
def close(self):
if self.mode in ['w', 'a']:
self.maintable.clear()
self.auxtable.clear()
aux = AuxTableManager(self.auxtable,
endchar=chr(7),
searchindex=False)
# sort categories, note that this will create new category ids
# and the features have to be updated
if self.sortcategories:
cattrans, subcattrans = self.catman.sortCategories()
# translate categories
for f in self.features:
oldcatid = f.getCategoryId()
oldsubcatid = f.getSubCategoryId()
f.setCategoryId(cattrans[oldcatid])
f.setSubCategoryId(subcattrans[(oldcatid, oldsubcatid)])
# Sort features on ids
self.features.sort(lambda x, y: cmp(
(x.getCategoryId(), x.getSubCategoryId(), x.name.upper()),
(y.getCategoryId(), y.getSubCategoryId(), y.name.upper())))
# Clear category statistics
for cat in self.catman.getCategories():
cat.clearStatistics()
for subcat in cat.getSubCategories():
subcat.clearStatistics()
# Write features to database
slot = 1
for f in self.features:
# Update category statistics
cat = self.catman.getCategory(f.getCategoryId())
subcat = cat.getSubCategory(f.getSubCategoryId())
cat.updateFromPOI(slot, f.getAux()[0])
subcat.updateFromPOI(slot, f.getAux()[0])
textslot = aux.appendText('\t'.join(f.getAux()) + '\t')
# Update cell elements
for ref, e in zip(f.cellelementrefs,
f.getCellElements(self.map)):
e.textslot = textslot
e.setCategoryId(f.getCategoryId())
e.setSubCategoryId(f.getSubCategoryId())
layer = self.map.getPOILayers()[0]
layer.updateCellElement(ref, e)
row = Row(self.maintable)
row.setColumnUInt(self.maintable.getColumnIndex("TEXT_SLOT"),
textslot)
row.setColumnUInt(self.maintable.getColumnIndex("CATG_ID"),
f.getCategoryId())
row.setColumnUInt(self.maintable.getColumnIndex("SUBCAT_ID"),
f.getSubCategoryId())
cellelementrefs = f.getCellElementRefs()
row.setColumnUInt(self.maintable.getColumnIndex("CELL_NUMBER"),
cellelementrefs[0][0])
row.setColumnUInt(
self.maintable.getColumnIndex("NUMBER_IN_CELL"),
cellelementrefs[0][1] + 1)
self.maintable.writeRow(row)
slot += 1
self.catman.close()