def placeText(self, text, font, x, y, alignLeft):
"""Used for subject headers and teacher names, to place
them on the canvas.
"""
ti = TextItem(self.canvas, text)
ti.setFont(font)
if not alignLeft: # Right alignment
x = self.layoutInfo.mainWidth - x - font.getWidth(text)
ti.setPos(x, y)
return ti
def printout(self, filepath=None, pages=None):
"""Print the selected pages ('None' => all pages !).
If filepath is given the output will be to a file, otherwise
the default printer.
#Or should I use the print dialog?
"""
printer = Printer(filename=filepath)
first = True # to control 'newPage'
npages = len(self.pages) # total number of pages
if (pages == None):
pages = range(1, npages+1)
for pn in pages:
p = self.pages[pn-1]
# add header/footer (class, subject, ...)
text = u"%s - %s (%s)" % (
argSub(_("Class %1"), (self.className,)),
self.subjectName,
argSub(_("page %1 of %2"), (unicode(pn), unicode(npages))))
ti = TextItem(p, text)
ti.setFont(self.titleFont)
ti.setPos(XTITLE, YTITLE - self.titleSpace)
LineH(p, XTITLE, 0.0,
self.titleFont.getWidth(text),
UNDERLINEWIDTH,
getColour(u"#606060"))
if not first:
printer.newPage()
printer.render(p.gScene)
first = False
printer.end()
def placeText(self, text, font, x, y, alignLeft):
"""Used for subject headers and teacher names, to place
them on the canvas.
"""
ti = TextItem(self.canvas, text)
ti.setFont(font)
if not alignLeft: # Right alignment
x = self.layoutInfo.mainWidth - x - font.getWidth(text)
ti.setPos(x, y)
return ti
def renderItem(self, idict, page=u"-"):
"""Render the item described by the given dictionary to the
current page.
"""
x = float(idict[u"x"])
y = float(idict[u"y"])
object = idict[u"object"]
try:
table, item = object.split(u"/")
odict = self.layoutDict[table][item]
if (table == u"lines"):
self.renderLine(odict, x, y)
elif (table == u"text"):
t = self.textSub(odict[u"text"])
ti = TextItem(self.page, t)
ti.setFont(self.db.layoutInfo.getFont(odict[u"font"]))
ti.setPos(x, y)
elif (table == u"images"):
file = odict[u"file"]
data = self.db.getBFile(u"imagefiles/%s" % file)
image = Image(self.page, data)
image.setPos(x, y)
image.setSize(float(odict[u"vsize"]))
elif (table == u"blocks"):
self.renderSubjects(odict, x, y)
else:
raise
except:
print_exc()
warning(_("Invalid item for print rendering on page %1:\n %2"),
(page, object))
def printout(self, filepath=None, pages=None):
"""Print the selected pages ('None' => all pages !).
If filepath is given the output will be to a file, otherwise
the default printer.
#Or should I use the print dialog?
"""
printer = Printer(filename=filepath)
first = True # to control 'newPage'
npages = len(self.pages) # total number of pages
if (pages == None):
pages = range(1, npages + 1)
for pn in pages:
p = self.pages[pn - 1]
# add header/footer (class, subject, ...)
text = u"%s - %s (%s)" % (argSub(
_("Class %1"), (self.className, )), self.subjectName,
argSub(_("page %1 of %2"),
(unicode(pn), unicode(npages))))
ti = TextItem(p, text)
ti.setFont(self.titleFont)
ti.setPos(XTITLE, YTITLE - self.titleSpace)
LineH(p, XTITLE, 0.0, self.titleFont.getWidth(text),
UNDERLINEWIDTH, getColour(u"#606060"))
if not first:
printer.newPage()
printer.render(p.gScene)
first = False
printer.end()
def __init__(self, db, subject, pupils):
layoutInfo = db.layoutInfo
self.subjectName = db.getSubjectName(subject)
self.className = db.classObject.className
self.titleFont = layoutInfo.titleFont
self.titleSpace = self.titleFont.lineSpacing + TITLEGAP
docinfo = layoutInfo.layoutDict[u"document"]
width = float(docinfo[u"pageWidth"])
height = float(docinfo[u"pageHeight"])
y0 = float(docinfo[u"topSpace"])
x0 = (width - layoutInfo.mainWidth) / 2
lineWidth = layoutInfo.lineWidth
textSpace = float(docinfo[u"textAreaHeight"])
page = None # current page
self.pages = [] # list of pages
for p in pupils:
rs = RSubject(p, subject, db)
pupilName = db.getPupilName(p)
# Take the existing frames and re-render these in the
# available area, one frame at a time
lix = 0 # line index
nlines = len(rs.tlines)
frameNo = 0 # frame number
for frame in rs.frames:
frameNo += 1
# Get all the lines from this frame
lines = []
while (lix < nlines):
line = rs.tlines[lix]
if (line.frame != frame):
break
lines.append(line)
lix += 1
if not lines:
# Don't show empty frames
break
# will they fit on the current page?
if (not page) or self.noFit(textSpace - yoff - self.titleSpace,
lines):
# if not, end the page and get a new one
if (len(self.pages) % 2):
xoff = -XSHIFT
else:
xoff = XSHIFT
page = Page(x0 + xoff, y0, width, height, lineWidth)
self.pages.append(page)
# set yoff
yoff = GAP
# Render the collected lines
# - pupil name + frame number
text = pupilName
if (frameNo > 1):
if (frameNo < len(rs.frames)):
text += u" (%d)" % frameNo
else:
# overflow frame
text = u" (%s [X])" % text
ti = TextItem(page, text)
ti.setFont(self.titleFont)
ti.setPos(0.0, yoff)
yoff += self.titleSpace - lines[0].y
for l in lines:
l.render0(page, yoff)
# reset yoff to after last line
##yoff += lines[-1].getYafter() - lines[0].y
yoff += lines[-1].getYafter()
# gap at end
yoff += GAP
def __init__(self, db, subject, pupils):
layoutInfo = db.layoutInfo
self.subjectName = db.getSubjectName(subject)
self.className = db.classObject.className
self.titleFont = layoutInfo.titleFont
self.titleSpace = self.titleFont.lineSpacing + TITLEGAP
docinfo = layoutInfo.layoutDict[u"document"]
width = float(docinfo[u"pageWidth"])
height = float(docinfo[u"pageHeight"])
y0 = float(docinfo[u"topSpace"])
x0 = (width - layoutInfo.mainWidth) / 2
lineWidth = layoutInfo.lineWidth
textSpace = float(docinfo[u"textAreaHeight"])
page = None # current page
self.pages = [] # list of pages
for p in pupils:
rs = RSubject(p, subject, db)
pupilName = db.getPupilName(p)
# Take the existing frames and re-render these in the
# available area, one frame at a time
lix = 0 # line index
nlines = len(rs.tlines)
frameNo = 0 # frame number
for frame in rs.frames:
frameNo += 1
# Get all the lines from this frame
lines = []
while (lix < nlines):
line = rs.tlines[lix]
if (line.frame != frame):
break
lines.append(line)
lix += 1
if not lines:
# Don't show empty frames
break
# will they fit on the current page?
if (not page) or self.noFit(textSpace - yoff - self.titleSpace,
lines):
# if not, end the page and get a new one
if (len(self.pages) % 2):
xoff = -XSHIFT
else:
xoff = XSHIFT
page = Page(x0 + xoff, y0, width, height, lineWidth)
self.pages.append(page)
# set yoff
yoff = GAP
# Render the collected lines
# - pupil name + frame number
text = pupilName
if (frameNo > 1):
if (frameNo < len(rs.frames)):
text += u" (%d)" % frameNo
else:
# overflow frame
text = u" (%s [X])" % text
ti = TextItem(page, text)
ti.setFont(self.titleFont)
ti.setPos(0.0, yoff)
yoff += self.titleSpace - lines[0].y
for l in lines:
l.render0(page, yoff)
# reset yoff to after last line
##yoff += lines[-1].getYafter() - lines[0].y
yoff += lines[-1].getYafter()
# gap at end
yoff += GAP
def setCanvas(self, canvas):
"""Allocate a graphical item for the word on the given canvas.
"""
self.canvas = canvas
self.textItem = TextItem(canvas, self.string)
self.textItem.setFont(self.tline.para.font)
class TWord:
"""Manages / encapsulates a single text word in a report.
It must contain the text string, and eventually it will
contain the graphics object. It provides a method (getWidth) to
obtain the display/print width of the word.
After rendering it also contains the x-coordinate relative to the
beginning of its display line. The units are mm.
In addition the x-offsets of the characters within the word are
calculated on demand and cached in the variable 'offsets'.
"""
def __init__(self, string):
"""string: the text - it should be unicode.
(the text can be changed later)
"""
self.x = None
self.tline = None
self.textItem = None # initially there is no graphical item
self.canvas = None
self.spellingError = False
self.spellItem = None
self.setString(string)
def setString(self, string):
"""Change the text of the word.
"""
self.string = string
self.offsets = None
self.width = None
if autoSpellCheck:
self.spellingError = not checkSpelling.check(string)
if self.spellItem and (not self.spellingError):
self.spellItem.remove()
self.spellItem = None
if self.textItem:
self.textItem.setText(self.string)
def getWidth(self):
"""Get the display/print width of this word.
"""
if (self.width == None):
self.width = self.tline.para.font.getWidth(self.string)
return self.width
def setPos(self, x):
"""Place the word on the canvas at the given x-coordinate.
The y-coordinate comes from the Textline.
"""
self.x = x
y = self.tline.yReal
self.textItem.setPos(x, y)
if self.spellItem:
self.spellItem.setPos(x, y + self.tline.height, self.getWidth())
elif self.spellingError:
self.markSpellingError()
def markSpellingError(self):
self.spellItem = LineH(self.canvas, self.x,
self.tline.yReal + self.tline.height,
self.getWidth(), SPELLTHICKNESS, colours("spell"))
def setCanvas(self, canvas):
"""Allocate a graphical item for the word on the given canvas.
"""
self.canvas = canvas
self.textItem = TextItem(canvas, self.string)
self.textItem.setFont(self.tline.para.font)
def delete(self):
"""The destructor method.
As TWord objects form circular references with TextLine objects,
I provide this function to break the cycles, so as not
to rely on the garbage collector.
Also the graphical items need removing from the editor view.
"""
self.tline = None
self.textItem.remove()
del(self.textItem)
del(self.canvas)
if self.spellItem:
self.spellItem.remove()
del(self.spellItem)
def getX(self, charIx=0):
"""Return the x-coordinate (not offset!) of the character at the
given index.
"""
if (charIx == 0):
x = 0.0
else:
x = self.getOffsets()[charIx - 1]
return self.x + x
def getOffsets(self):
"""Return a list of character x-offsets, starting at the second
character (the first character always has offset 0.0).
"""
if (self.offsets == None):
dlfont = self.tline.para.font
self.offsets = []
k = 1
while (k <= len(self.string)):
self.offsets.append(dlfont.getWidth(self.string[:k]))
k += 1
return self.offsets
def setTLine(self, ntline):
"""Tell the TWord object when it is allocated to a new
TLine instance.
"""
# Check whether the style of the word has changed
if (not self.tline) or (self.tline.para.font != ntline.para.font):
self.offsets = None
self.width = None
if self.textItem:
self.textItem.setFont(ntline.para.font)
self.tline = ntline
def getXYH(self, cx):
"""Get editor view coordinates of a given character offset within
this word.
Returns a 3-tuple (x, y, lineHeight)
"""
x = self.getX(cx)
tl = self.tline
return (x, tl.y + tl.frame.yF, tl.height)
def spellUncheck(self):
"""Clears spell-checking data from word.
"""
self.spellingError = False
if self.spellItem:
self.spellItem.remove()
self.spellItem = None
def spellCheck(self):
"""Check spelling of the word.
"""
self.spellingError = not checkSpelling.check(self.string)
if self.spellingError:
self.markSpellingError()
def setCanvas(self, canvas):
"""Allocate a graphical item for the word on the given canvas.
"""
self.canvas = canvas
self.textItem = TextItem(canvas, self.string)
self.textItem.setFont(self.tline.para.font)
class TWord:
"""Manages / encapsulates a single text word in a report.
It must contain the text string, and eventually it will
contain the graphics object. It provides a method (getWidth) to
obtain the display/print width of the word.
After rendering it also contains the x-coordinate relative to the
beginning of its display line. The units are mm.
In addition the x-offsets of the characters within the word are
calculated on demand and cached in the variable 'offsets'.
"""
def __init__(self, string):
"""string: the text - it should be unicode.
(the text can be changed later)
"""
self.x = None
self.tline = None
self.textItem = None # initially there is no graphical item
self.canvas = None
self.spellingError = False
self.spellItem = None
self.setString(string)
def setString(self, string):
"""Change the text of the word.
"""
self.string = string
self.offsets = None
self.width = None
if autoSpellCheck:
self.spellingError = not checkSpelling.check(string)
if self.spellItem and (not self.spellingError):
self.spellItem.remove()
self.spellItem = None
if self.textItem:
self.textItem.setText(self.string)
def getWidth(self):
"""Get the display/print width of this word.
"""
if (self.width == None):
self.width = self.tline.para.font.getWidth(self.string)
return self.width
def setPos(self, x):
"""Place the word on the canvas at the given x-coordinate.
The y-coordinate comes from the Textline.
"""
self.x = x
y = self.tline.yReal
self.textItem.setPos(x, y)
if self.spellItem:
self.spellItem.setPos(x, y + self.tline.height, self.getWidth())
elif self.spellingError:
self.markSpellingError()
def markSpellingError(self):
self.spellItem = LineH(self.canvas, self.x,
self.tline.yReal + self.tline.height,
self.getWidth(), SPELLTHICKNESS,
colours("spell"))
def setCanvas(self, canvas):
"""Allocate a graphical item for the word on the given canvas.
"""
self.canvas = canvas
self.textItem = TextItem(canvas, self.string)
self.textItem.setFont(self.tline.para.font)
def delete(self):
"""The destructor method.
As TWord objects form circular references with TextLine objects,
I provide this function to break the cycles, so as not
to rely on the garbage collector.
Also the graphical items need removing from the editor view.
"""
self.tline = None
self.textItem.remove()
del (self.textItem)
del (self.canvas)
if self.spellItem:
self.spellItem.remove()
del (self.spellItem)
def getX(self, charIx=0):
"""Return the x-coordinate (not offset!) of the character at the
given index.
"""
if (charIx == 0):
x = 0.0
else:
x = self.getOffsets()[charIx - 1]
return self.x + x
def getOffsets(self):
"""Return a list of character x-offsets, starting at the second
character (the first character always has offset 0.0).
"""
if (self.offsets == None):
dlfont = self.tline.para.font
self.offsets = []
k = 1
while (k <= len(self.string)):
self.offsets.append(dlfont.getWidth(self.string[:k]))
k += 1
return self.offsets
def setTLine(self, ntline):
"""Tell the TWord object when it is allocated to a new
TLine instance.
"""
# Check whether the style of the word has changed
if (not self.tline) or (self.tline.para.font != ntline.para.font):
self.offsets = None
self.width = None
if self.textItem:
self.textItem.setFont(ntline.para.font)
self.tline = ntline
def getXYH(self, cx):
"""Get editor view coordinates of a given character offset within
this word.
Returns a 3-tuple (x, y, lineHeight)
"""
x = self.getX(cx)
tl = self.tline
return (x, tl.y + tl.frame.yF, tl.height)
def spellUncheck(self):
"""Clears spell-checking data from word.
"""
self.spellingError = False
if self.spellItem:
self.spellItem.remove()
self.spellItem = None
def spellCheck(self):
"""Check spelling of the word.
"""
self.spellingError = not checkSpelling.check(self.string)
if self.spellingError:
self.markSpellingError()
