/usr/share/system-config-lvm/renderer.py is in system-config-lvm 1.1.18-2ubuntu1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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import pygtk
import gtk, gtk.glade
from cylinder_items import *
from lvmui_constants import *
from Segment import STRIPED_SEGMENT_ID, LINEAR_SEGMENT_ID, UNUSED_SEGMENT_ID, MIRROR_SEGMENT_ID
GRADIENT_PV = "#ED1C2A"
GRADIENT_VG = "#2D6C23"
GRADIENT_LV = "#43ACE2"
GRADIENT_UV = "#404040"
HEIGHT_SINGLE = 100
HEIGHT_DUAL = 50
#WIDTH_SINGLE = 200
WIDTH_SINGLE = 250
WIDTH_MULTIPLE = 300
SMALLEST_SELECTABLE_WIDTH = 4
Y_OFFSET = 125
#UNINITIALIZED_MESSAGE=_("This extent has not yet been \n initialized for use with LVM.")
UNSELECTED_MESSAGE=_("No Volume Selected")
MULTIPLE_SELECTION_MESSAGE=_("Multiple selection")
#UNALLOCATED_MESSAGE=_("This Volume has not been allocated \n to a Volume Group yet.")
LOGICAL_VOL_STR=_("Logical Volume")
PHYSICAL_VOL_STR=_("Physical Volume")
VOLUME_GRP_STR=_("Volume Group")
LOGICAL_VIEW_STR=_("Logical View")
PHYSICAL_VIEW_STR=_("Physical View")
UNALLOCATED_STR=_("Unallocated")
UNINITIALIZED_STR=_("Uninitialized")
DISK_ENTITY_STR=_("Disk Entity")
#EXTENTS_STR=_("extents")
#MEGABYTES_STR=_("Megabytes")
CYL_ID_VOLUME = 0
CYL_ID_FUNCTION = 1
CYL_ID_ARGS = 2
class DisplayView:
def __init__(self,
register_selections_fcn,
da1, # drawing area
properties_renderer1,
da2=None,
properties_renderer2=None):
self.da = da1
self.pr = properties_renderer1
self.dvH = None # helper DisplayView
if da2 != None:
self.dvH = DisplayView(None, da2, properties_renderer2)
self.dvH_selectable = False
self.gc = self.da.window.new_gc()
white = gtk.gdk.colormap_get_system().alloc_color("white", 1,1)
black = gtk.gdk.colormap_get_system().alloc_color("black", 1,1)
self.gc.foreground = black
self.gc.background = white
self.da.add_events(gtk.gdk.BUTTON_PRESS_MASK)
self.da.connect('expose-event', self.expose)
self.da.connect('button_press_event', self.mouse_event)
self.message = ''
self.display = None # Single or Double Cylinder
lv_color = gtk.gdk.colormap_get_system().alloc_color(GRADIENT_LV, 1,1)
pv_color = gtk.gdk.colormap_get_system().alloc_color(GRADIENT_PV, 1,1)
uv_color = gtk.gdk.colormap_get_system().alloc_color(GRADIENT_UV, 1,1)
vg_color = gtk.gdk.colormap_get_system().alloc_color(GRADIENT_VG, 1,1)
self.pv_cyl_gen = CylinderGenerator(INSTALLDIR + '/pixmaps/PV.xpm', pv_color)
self.lv_cyl_gen = CylinderGenerator(INSTALLDIR + '/pixmaps/LV.xpm', lv_color)
self.uv_cyl_gen = CylinderGenerator(INSTALLDIR + '/pixmaps/UV.xpm', uv_color)
self.vg_cyl_gen = CylinderGenerator(INSTALLDIR + '/pixmaps/VG.xpm', vg_color)
# to be removed when right clicking gets implemented
self.type = None
self.register_selections_fcn = register_selections_fcn
self.set_visible_size((50, 50))
self.height = None
def zoom_in(self):
if self.display == None:
return (False, False)
w_old = self.display.get_width()
w_new = w_old * 1.5
h_old = self.display.get_height()
h_new = h_old + 2
self.display.set_width(w_new)
self.display.set_height(h_new)
smallest_selectable = self.display.get_smallest_selectable_width()
if SMALLEST_SELECTABLE_WIDTH <= smallest_selectable or smallest_selectable == 0:
return (False, True)
else:
return (True, True)
def zoom_out(self):
if self.display == None:
return (False, False)
w_old = self.display.get_width()
w_new = w_old * 0.5
h_old = self.display.get_height()
h_new = h_old - 2
self.display.set_width(w_new)
self.display.set_height(h_new)
pix_w, nothing1, nothing2 = self.display.minimum_pixmap_dimension(self.da)
if pix_w <= self.get_visible_size()[0]:
self.set_best_fit()
return (True, False)
return (True, True)
def set_best_fit(self, try_not_best_fit = False):
if self.display == None:
return (False, False)
self.display.respect_smallest_selectable_width(False)
if try_not_best_fit == True:
return (False, False)
vis_w, vis_h = self.get_visible_size()
pix_w, pix_h, u_label_h = self.display.minimum_pixmap_dimension(self.da)
while pix_w+20 > 1.01 * vis_w or pix_w+20 < 0.98 * vis_w:
cyl_w = self.display.get_width()
if pix_w+20 > 1.01 * vis_w:
if self.display.get_adjusted_width() > 100:
new_width = cyl_w * 0.8
else:
break
else:
new_width = cyl_w * 1.2
self.display.set_width(new_width)
pix_w, pix_h, u_label_h = self.display.minimum_pixmap_dimension(self.da)
self.display.set_height(self.height)
return (True, False)
def set_visible_size(self, (width, height)):
self.visible_size = (width, height)
def get_visible_size(self):
return self.visible_size
def render_pv(self, pv):
if self.dvH != None:
self.dvH.render_no_selection()
self.dvH_selectable = True
self.type = PHYS_TYPE
self.height = HEIGHT_SINGLE
# display properties
self.pr.render_to_layout_area(pv.get_properties(), pv.get_description(), PHYS_TYPE)
# display cylinder
line1 = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\"><b>" + PHYSICAL_VOL_STR + "</b></span>\n"
line2 = "<span size=\"8000\"><b>" + pv.get_description() + "</b></span>"
label = line1 + line2
self.display = SingleCylinder(False, '', label, SMALLEST_SELECTABLE_WIDTH, WIDTH_MULTIPLE, self.height)
self.display.append_right(End(self.pv_cyl_gen))
for extent in pv.get_extent_blocks():
extents_lv = extent.get_lv()
if extents_lv.is_used():
if extents_lv.is_mirror_log:
cyl = UnselectableSubcylinder(_("The extents that you are attempting to select belong to a mirror log of Logical Volume %s. Mirrored Logical Volumes are not yet migratable, so the extents are not selectable.") % extents_lv.get_name(), self.pv_cyl_gen, 1, extent.get_start_size()[1])
elif extents_lv.is_mirror_image:
cyl = UnselectableSubcylinder(_("The extents that you are attempting to select belong to mirror image of Logical Volume %s. Mirrored Logical Volumes are not yet migratable, so the extents are not selectable.") % extents_lv.get_name(), self.pv_cyl_gen, 1, extent.get_start_size()[1])
elif extents_lv.is_snapshot():
cyl = UnselectableSubcylinder(_("The extents that you are attempting to select belong to %s, a snapshot of %s. Snapshots are not yet migratable, so the extents are not selectable.") % (extents_lv.get_name(), extents_lv.get_snapshot_info()[0].get_name()), self.pv_cyl_gen, 1, extent.get_start_size()[1])
elif extents_lv.has_snapshots():
cyl = UnselectableSubcylinder(_("The extents that you are attempting to select belong to a snapshot origin %s. Snapshot origins are not yet migratable, so the extents are not selectable.") % extents_lv.get_name(), self.pv_cyl_gen, 1, extent.get_start_size()[1])
else:
cyl = Subcylinder(self.pv_cyl_gen, 1, 1, True, extent.get_start_size()[1])
else:
cyl = Subcylinder(self.pv_cyl_gen, 1, 1, False, extent.get_start_size()[1])
label = "<span size=\"7000\">"
label = label + extent.get_lv().get_name() + '\n'
annotation = extent.get_annotation()
if annotation != '':
label = label + annotation + '\n'
label = label + str(extent.get_start_size()[1]) + ' extents'
label = label + "</span>"
cyl.set_label_lower(label)
self.display.append_right(cyl)
self.display.append_right(Separator())
# set up helper display
cyl.add_object(CYL_ID_VOLUME, extent)
cyl.add_object(CYL_ID_FUNCTION, DisplayView.render_ext)
cyl.add_object(CYL_ID_ARGS, [extent])
def render_unalloc_pv(self, pv):
if self.dvH != None:
self.dvH.render_none()
self.dvH_selectable = False
self.type = None
self.height = HEIGHT_SINGLE
# display properties
self.pr.render_to_layout_area(pv.get_properties(), pv.get_description(), UNALLOCATED_TYPE)
# display cylinder
line1 = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\"><b>" + UNALLOCATED_STR + "</b></span>"
line2 = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\"><b>" + PHYSICAL_VOL_STR + "</b></span>"
line3 = "<span size=\"8000\"><b>" + pv.get_description() + "</b></span>"
label = line1 + "\n" + line2 + "\n" + line3
self.display = SingleCylinder(True, '', label, SMALLEST_SELECTABLE_WIDTH, WIDTH_SINGLE, self.height)
self.display.append_right(End(self.pv_cyl_gen))
cyl = Subcylinder(self.pv_cyl_gen, 1, 1, False, 1)
self.display.append_right(cyl)
def render_uninit_pv(self, pv):
if self.dvH != None:
self.dvH.render_none()
self.dvH_selectable = False
self.type = None
self.height = HEIGHT_SINGLE
# display properties
self.pr.render_to_layout_area(pv.get_properties(), pv.get_description(), UNINITIALIZED_TYPE)
# display cylinder
line1 = "<span size=\"8000\"><b>" + UNINITIALIZED_STR + "</b></span>\n"
line2 = "<span size=\"8000\"><b>" + DISK_ENTITY_STR + "</b></span>\n"
line3 = "<span size=\"8000\"><b>" + pv.get_description() + "</b></span>"
label = line1 + line2 + line3
self.display = SingleCylinder(True, '', label, SMALLEST_SELECTABLE_WIDTH, WIDTH_SINGLE, self.height)
self.display.append_right(End(self.uv_cyl_gen))
cyl = Subcylinder(self.uv_cyl_gen, 1, 1, False, 1)
self.display.append_right(cyl)
def render_pvs(self, pv_list):
if self.dvH != None:
self.dvH.render_no_selection()
self.dvH_selectable = True
self.type = VG_PHYS_TYPE
self.height = HEIGHT_SINGLE
vg = pv_list[0].get_vg()
# display properties
self.pr.render_to_layout_area(vg.get_properties(), vg.get_name(), VG_PHYS_TYPE)
# display cylinder
line1 = "<span size=\"7000\"><b>" + VOLUME_GRP_STR + "</b></span>\n"
line2 = "<span size=\"7000\"><b>" + vg.get_name() + "</b></span>\n"
line3 = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\"><i>" + PHYSICAL_VIEW_STR + "</i></span>"
label = line1 + line2 + line3
self.display = SingleCylinder(False, '', label, SMALLEST_SELECTABLE_WIDTH, WIDTH_MULTIPLE, self.height)
self.display.append_right(End(self.pv_cyl_gen))
for pv in pv_list:
selectable = pv.is_used()
cyl = Subcylinder(self.pv_cyl_gen, 1, 2, selectable, pv.get_extent_total_used_free()[0])
#label = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\">" + pv.get_name() + "</span>"
label = "<span size=\"8000\">" + pv.get_description(False, False) + "</span>"
cyl.set_label_upper(label)
self.display.append_right(cyl)
self.display.append_right(Separator())
# set up helper display
cyl.add_object(CYL_ID_VOLUME, pv)
cyl.add_object(CYL_ID_FUNCTION, DisplayView.render_pv)
cyl.add_object(CYL_ID_ARGS, [pv])
def render_lv(self, lv):
if self.dvH != None:
self.dvH.render_none()
self.dvH_selectable = False
self.type = None
self.height = HEIGHT_SINGLE
# display properties
self.pr.render_to_layout_area(lv.get_properties(), lv.get_path(), LOG_TYPE)
# display cylinder
line1 = "<span foreground=\"" + GRADIENT_LV + "\" size=\"8000\"><b>" + LOGICAL_VOL_STR + "</b></span>\n"
line2 = "<span size=\"8000\"><b>" + lv.get_path() + "</b></span>"
label = line1 + line2
self.display = SingleCylinder(True, '', label, SMALLEST_SELECTABLE_WIDTH, WIDTH_SINGLE, self.height)
self.display.append_right(End(self.lv_cyl_gen))
cyl = Subcylinder(self.lv_cyl_gen, 1, 1, False, lv.get_extent_total_used_free()[0])
self.display.append_right(cyl)
def render_lvs(self, lv_list):
if self.dvH != None:
self.dvH.render_no_selection()
self.dvH_selectable = True
self.type = VG_LOG_TYPE
self.height = HEIGHT_SINGLE
vg = lv_list[0].get_vg()
# place unused space to the end
for lv in lv_list:
if lv.is_used():
continue
else:
lv_list.remove(lv)
lv_list.append(lv)
break
# display properties
self.pr.render_to_layout_area(vg.get_properties(), vg.get_name(), VG_LOG_TYPE)
# display cylinder
line1 = "<span size=\"7000\"><b>" + VOLUME_GRP_STR + "</b></span>\n"
line2 = "<span size=\"7000\"><b>" + vg.get_name() + "</b></span>\n"
line3 = "<span foreground=\"" + GRADIENT_LV + "\" size=\"8000\"><i>" + LOGICAL_VIEW_STR + "</i></span>"
label = line1 + line2 + line3
self.display = SingleCylinder(False, '', label, SMALLEST_SELECTABLE_WIDTH, WIDTH_MULTIPLE, self.height)
self.display.append_right(End(self.lv_cyl_gen))
lv_cyls_dir = {}
for lv in lv_list:
selectable = lv.is_used()
cyl = None
if lv.get_segments()[0].get_type() == MIRROR_SEGMENT_ID:
cyl = Subcylinder(self.lv_cyl_gen, 1, 0, selectable)
image_lv_cyls = []
for image_lv in lv.get_segments()[0].get_images():
image_lv_cyl = Subcylinder(self.lv_cyl_gen, 1, 0, False)
try:
label_mirror = "<span size=\"8000\">" + image_lv.get_segments()[0].get_extent_block().get_annotation() + "</span>"
except:
label_mirror = "<span size=\"8000\"> None </span>"
image_lv_cyl.set_label_lower(label_mirror, False, True, False)
image_lv_cyls.append(image_lv_cyl)
for seg in image_lv.get_segments():
# mirror should have linear mapping only
if seg.type == LINEAR_SEGMENT_ID:
extent = seg.get_extent_block()
subcyl = Subcylinder(self.lv_cyl_gen, 1, 0, False, extent.get_start_size()[1])
image_lv_cyl.children.append(subcyl)
if len(image_lv_cyls) != 0:
cyl.children.append(image_lv_cyls[0])
for image_lv_cyl in image_lv_cyls[1:]:
cyl.children.append(Separator(1, self.lv_cyl_gen, 3))
cyl.children.append(image_lv_cyl)
else:
cyl = Subcylinder(self.lv_cyl_gen, 1, 0, selectable, lv.get_extent_total_used_free()[0])
#label = "<span foreground=\"" + GRADIENT_LV + "\" size=\"8000\">" + lv.get_name() + "</span>"
label = "<span size=\"8000\">" + lv.get_name() + "</span>"
cyl.set_label_upper(label)
self.display.append_right(cyl)
self.display.append_right(Separator())
# set up helper display
cyl.add_object(CYL_ID_VOLUME, lv)
cyl.add_object(CYL_ID_FUNCTION, DisplayView.render_lv)
cyl.add_object(CYL_ID_ARGS, [lv])
lv_cyls_dir[lv.get_name()] = cyl
# set up snapshot highlighting
for orig in lv_list:
snaps = orig.get_snapshots()
for snap in snaps:
orig_cyl = lv_cyls_dir[orig.get_name()]
snap_cyl = lv_cyls_dir[snap.get_name()]
orig_cyl.add_highlightable(snap_cyl)
snap_cyl.add_highlightable(orig_cyl)
label_snap = "<span size=\"8000\">" + (_("Snapshot of %s") % orig.get_name()) + "</span>"
snap_cyl.set_label_lower(label_snap, False, True, True)
def render_vg(self, vg):
if self.dvH != None:
self.dvH.render_no_selection()
self.dvH_selectable = True
self.type = None
self.height = HEIGHT_DUAL
pv_list = vg.get_pvs().values()
lv_list = vg.get_lvs().values()
# place unused space to the end
for lv in lv_list:
if lv.is_used():
continue
else:
lv_list.remove(lv)
lv_list.append(lv)
break
# display properties
self.pr.render_to_layout_area(vg.get_properties(), vg.get_name(), VG_TYPE)
# display cylinder
line1 = "<span size=\"7000\"><b>" + VOLUME_GRP_STR + "</b></span>\n"
line2 = "<span size=\"7000\"><b>" + vg.get_name() + "</b></span>\n"
line3 = "<span foreground=\"" + GRADIENT_LV + "\" size=\"8000\"><i>" + LOGICAL_VIEW_STR + "</i></span>"
label_upper = line1 + line2 + line3
line1 = "<span size=\"7000\"><b>" + VOLUME_GRP_STR + "</b></span>\n"
line2 = "<span size=\"7000\"><b>" + vg.get_name() + "</b></span>\n"
line3 = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\"><i>" + PHYSICAL_VIEW_STR + "</i></span>"
label_lower = line1 + line2 + line3
self.display = DoubleCylinder(Y_OFFSET, '', label_upper, label_lower, 5, WIDTH_MULTIPLE, self.height)
lv_cyls_dir = {}
lv_cyls = []
for lv in lv_list:
#label = "<span foreground=\"" + GRADIENT_LV + "\" size=\"8000\">" + lv.get_name() + "</span>"
label = "<span size=\"8000\">" + lv.get_name() + "</span>"
#cyl = Subcylinder(self.lv_cyl_gen, 1, 0, lv.is_used())
#cyl = Subcylinder(self.lv_cyl_gen, 1, 0, True)
cyl = Subcylinder(self.lv_cyl_gen, 1, 4, True)
lv_cyls_dir[lv] = cyl
cyl.set_label_upper(label)
lv_cyls.append(cyl)
for seg in lv.get_segments():
type = seg.get_type()
if type == STRIPED_SEGMENT_ID:
for stripe in seg.get_stripes().values():
subcyl = Subcylinder(self.lv_cyl_gen, 1, 0, False, stripe.get_start_size()[1])
lv_cyls_dir[stripe] = subcyl
cyl.children.append(subcyl)
elif type == LINEAR_SEGMENT_ID or type == UNUSED_SEGMENT_ID:
extent = seg.get_extent_block()
subcyl = Subcylinder(self.lv_cyl_gen, 1, 0, False, extent.get_start_size()[1])
lv_cyls_dir[extent] = subcyl
cyl.children.append(subcyl)
elif type == MIRROR_SEGMENT_ID:
image_lv_cyls = []
for image_lv in seg.get_images():
image_lv_cyl = Subcylinder(self.lv_cyl_gen, 1, 0, False)
try:
label_mirror = "<span size=\"8000\">" + image_lv.get_segments()[0].get_extent_block().get_annotation() + "</span>"
except:
label_mirror = "<span size=\"8000\">Extent Information Is Not Available</span>"
image_lv_cyl.set_label_lower(label_mirror, False, True, False)
image_lv_cyls.append(image_lv_cyl)
lv_cyls_dir[image_lv] = image_lv_cyl
for seg2 in image_lv.get_segments():
# mirror should have linear mapping only
if seg2.type == LINEAR_SEGMENT_ID:
extent = seg2.get_extent_block()
subcyl = Subcylinder(self.lv_cyl_gen, 1, 0, False, extent.get_start_size()[1])
lv_cyls_dir[extent] = subcyl
image_lv_cyl.children.append(subcyl)
if len(image_lv_cyls) != 0:
cyl.children.append(image_lv_cyls[0])
for image_lv_cyl in image_lv_cyls[1:]:
cyl.children.append(Separator(1, self.lv_cyl_gen, 3))
cyl.children.append(image_lv_cyl)
else:
print 'Error: render_vg(): invalid segment type'
# set up mirroring log
if lv.is_mirrored():
log_lv = lv.get_mirror_log()
if log_lv:
for seg2 in log_lv.get_segments():
# log should have linear mapping only
extent = seg2.get_extent_block()
subcyl = Subcylinder(self.lv_cyl_gen, 1, 0, False, extent.get_start_size()[1])
lv_cyls_dir[extent] = subcyl
cyl.children.append(subcyl)
# set up helper display
cyl.add_object(CYL_ID_VOLUME, lv)
cyl.add_object(CYL_ID_FUNCTION, DisplayView.render_lv)
cyl.add_object(CYL_ID_ARGS, [lv])
# set up snapshot highlighting
for orig in lv_list:
if orig.has_snapshots():
orig_cyl = lv_cyls_dir[orig]
label_orig = "<span size=\"8000\">" + _("Origin") + "</span>"
orig_cyl.set_label_lower(label_orig, False, False, True)
for snap in orig.get_snapshots():
snap_cyl = lv_cyls_dir[snap]
orig_cyl.add_highlightable(snap_cyl)
snap_cyl.add_highlightable(orig_cyl)
label_snap = "<span size=\"8000\">" + _("Snapshot") + "</span>"
snap_cyl.set_label_lower(label_snap, False, True, True)
pv_cyls = []
for pv in pv_list:
#pv_cyl = Subcylinder(self.pv_cyl_gen, 1, 2, True)
pv_cyl = Subcylinder(self.pv_cyl_gen, 1, 2, False)
#label = "<span foreground=\"" + GRADIENT_PV + "\" size=\"8000\">" + pv.get_name() + "</span>"
label = "<span size=\"8000\">" + pv.get_description(False, False) + "</span>"
pv_cyl.set_label_upper(label)
pv_cyls.append(pv_cyl)
# set up helper display
pv_cyl.add_object(CYL_ID_VOLUME, pv)
pv_cyl.add_object(CYL_ID_FUNCTION, DisplayView.render_pv)
pv_cyl.add_object(CYL_ID_ARGS, [pv])
for ext in pv.get_extent_blocks():
width = ext.get_start_size()[1]
ext_cyl_p = Subcylinder(self.pv_cyl_gen, 1, 2, False, width)
label = "<span size=\"7000\">"
annotation = ext.get_annotation()
if annotation != '':
label = label + annotation + '\n'
label = label + str(width) + ' extents'
label = label + "</span>"
ext_cyl_p.set_label_lower(label, False, False, True)
ext_cyl_l = None
if lv_cyls_dir.has_key(ext) == True:
ext_cyl_l = lv_cyls_dir[ext]
ext_cyl_l.add_highlightable(ext_cyl_p)
pv_cyl.children.append(ext_cyl_p)
self.display.append_right(True, End(self.lv_cyl_gen))
for lv_cyl in lv_cyls:
self.display.append_right(True, lv_cyl)
self.display.append_right(True, Separator())
self.display.append_right(False, End(self.pv_cyl_gen))
for pv_cyl in pv_cyls:
self.display.append_right(False, pv_cyl)
self.display.append_right(False, Separator())
def render_ext(self, ext):
# TODO: implement extent view
if self.dvH != None:
self.dvH.render_none()
self.dvH_selectable = False
self.render_text(_("extent view"))
self.type = None
return
def render_no_selection(self):
#self.render_text(UNSELECTED_MESSAGE)
self.render_text('')
self.dvH_selectable = True
self.type = None
def render_none(self):
self.render_text('')
self.dvH_selectable = False
self.type = None
def render_multiple_selection(self):
self.render_text(MULTIPLE_SELECTION_MESSAGE)
self.dvH_selectable = True
self.type = None
def render_text(self, txt):
# clear properties
self.pr.clear_layout_area()
# set up message
self.message = txt
self.display = None
# render helper
if self.dvH != None:
self.dvH.render_none()
self.type = None
def expose(self, obj1, obj2):
self.draw()
def draw(self):
if self.display != None:
w, h, u_label_h = self.display.minimum_pixmap_dimension(self.da)
y_offset = Y_OFFSET - u_label_h
if y_offset < 0:
y_offset = 0
self.da.set_size_request(w+20, h+y_offset+20)
self.display.draw(self.da, self.gc, (10, y_offset))
else:
# clear pixmap
pixmap = self.da.window
(w, h) = pixmap.get_size()
back = self.gc.foreground
self.gc.foreground = self.gc.background
pixmap.draw_rectangle(self.gc, True, 0, 0, w, h)
self.gc.foreground = back
# draw message
layout = self.da.create_pango_layout('')
layout.set_markup(self.message)
label_w, label_h = layout.get_pixel_size()
#pixmap.draw_layout(self.gc, (w-label_w)/2, (h-label_h)/2, layout)
pixmap.draw_layout(self.gc, 180, 180, layout)
def mouse_event(self, obj, event, *args):
if event.type == gtk.gdk.BUTTON_PRESS:
# print 'single click'
# print 'button', event.button
# print 'time', event.time
# print 'x', event.x
# print 'y', event.y
pass
elif event.type == gtk.gdk._2BUTTON_PRESS:
# print 'double click'
# print 'button', event.button
# print 'time', event.time
# print 'x', event.x
# print 'y', event.y
pass
elif event.type == gtk.gdk._3BUTTON_PRESS:
# print 'triple click'
# print 'button', event.button
# print 'time', event.time
# print 'x', event.x
# print 'y', event.y
pass
else:
print 'unknown mouse event'
if self.display != None:
self.display.click((int(event.x), int(event.y)), event.button==1)
selection = self.display.get_selection()
# register selection
if self.register_selections_fcn != None and self.type != None:
sels = []
for sel in selection:
sels.append(sel.get_object(CYL_ID_VOLUME))
self.register_selections_fcn(self.type, sels)
# render helper DisplayView
if self.dvH != None:
if len(selection) == 0:
if self.dvH_selectable:
self.dvH.render_no_selection()
else:
self.dvH.render_none()
elif len(selection) == 1:
# render to dvH
cyl = selection[0]
volume = cyl.get_object(CYL_ID_VOLUME)
render_fct = cyl.get_object(CYL_ID_FUNCTION)
args = cyl.get_object(CYL_ID_ARGS)
if len(args) == 0:
render_fct(self.dvH)
elif len(args) == 1:
render_fct(self.dvH, args[0])
elif len(args) == 2:
render_fct(self.dvH, args[0], args[1])
elif len(args) == 3:
render_fct(self.dvH, args[0], args[1], args[2])
else:
self.dvH.render_multiple_selection()
self.draw()
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