def test_count_is_cached(self):
count = get_cached_plot_count(self.filter)
self.assertEqual(0, count)
# We save with the old
plot = Plot(geom=self.instance.center, instance=self.instance)
plot.save_with_user(self.user)
count = get_cached_plot_count(self.filter)
self.assertEqual(0, count)
def test_updating_geo_rev_busts_count_cache(self):
count = get_cached_plot_count(self.filter)
self.assertEqual(0, count)
plot = Plot(geom=self.instance.center, instance=self.instance)
plot.save_with_user(self.user)
self.filter.instance.update_geo_rev()
count = get_cached_plot_count(self.filter)
self.assertEqual(1, count)
def test_updating_geo_rev_busts_count_cache(self):
count = get_cached_plot_count(self.filter)
self.assertEqual(0, count)
plot = Plot(geom=self.instance.center, instance=self.instance)
plot.save_with_user(self.user)
self.filter.instance.update_geo_rev()
count = get_cached_plot_count(self.filter)
self.assertEqual(1, count)
def test_count_is_cached(self):
count = get_cached_plot_count(self.filter)
self.assertEqual(0, count)
# We save with the old
plot = Plot(geom=self.instance.center, instance=self.instance)
plot.save_with_user(self.user)
count = get_cached_plot_count(self.filter)
self.assertEqual(0, count)
def search_tree_benefits(request, instance):
filter_str = request.REQUEST.get('q', '')
display_str = request.REQUEST.get('show', '')
hide_summary_text = request.REQUEST.get('hide_summary', 'false')
hide_summary = hide_summary_text.lower() == 'true'
filter = Filter(filter_str, display_str, instance)
total_plots = get_cached_plot_count(
filter, lambda: filter.get_object_count(Plot))
benefits, basis = get_benefits_for_filter(filter)
# Inject the plot count as a basis for tree benefit calcs
basis.get('plot', {})['n_plots'] = total_plots
# We also want to inject the total currency amount saved
# for plot-based items except CO2 stored
total_currency_saved = 0
for benefit_name, benefit in benefits.get('plot', {}).iteritems():
if benefit_name != BenefitCategory.CO2STORAGE:
currency = benefit.get('currency', 0.0)
if currency:
total_currency_saved += currency
# save it as if it were a normal benefit so we get formatting
# and currency conversion
benefits.get('plot', {})['totals'] = {
'value': None,
'currency': total_currency_saved,
'label': _('Total annual benefits')
}
formatted = format_benefits(instance, benefits, basis, digits=0)
formatted['hide_summary'] = hide_summary
formatted['tree_count_label'] = (
'tree,' if basis['plot']['n_total'] == 1 else 'trees,')
formatted['plot_count_label'] = (
'planting site' if basis['plot']['n_plots'] == 1 else 'planting sites')
if instance.has_resources and 'resource' in basis:
formatted['plot_count_label'] += ','
return formatted
def search_tree_benefits(request, instance):
filter_str = request.REQUEST.get('q', '')
display_str = request.REQUEST.get('show', '')
hide_summary_text = request.REQUEST.get('hide_summary', 'false')
hide_summary = hide_summary_text.lower() == 'true'
filter = Filter(filter_str, display_str, instance)
total_plots = get_cached_plot_count(filter)
benefits, basis = get_benefits_for_filter(filter)
# Inject the plot count as a basis for tree benefit calcs
basis.get('plot', {})['n_plots'] = total_plots
# We also want to inject the total currency amount saved
# for plot-based items except CO2 stored
total_currency_saved = 0
for benefit_name, benefit in benefits.get('plot', {}).iteritems():
if benefit_name != BenefitCategory.CO2STORAGE:
currency = benefit.get('currency', 0.0)
if currency:
total_currency_saved += currency
# save it as if it were a normal benefit so we get formatting
# and currency conversion
benefits.get('plot', {})['totals'] = {
'value': None,
'currency': total_currency_saved,
'label': _('Total annual benefits')
}
formatted = format_benefits(instance, benefits, basis, digits=0)
formatted['hide_summary'] = hide_summary
formatted['tree_count_label'] = (
'tree,' if basis['plot']['n_total'] == 1 else 'trees,')
formatted['plot_count_label'] = (
'planting site' if basis['plot']['n_plots'] == 1 else 'planting sites')
if instance.has_resources and 'resource' in basis:
formatted['plot_count_label'] += ','
return formatted
def search_tree_benefits(request, instance):
filter_str = request.GET.get('q', '')
display_str = request.GET.get('show', '')
hide_summary_text = request.GET.get('hide_summary', 'false')
hide_summary = hide_summary_text.lower() == 'true'
filter = Filter(filter_str, display_str, instance)
total_plots = get_cached_plot_count(filter)
benefits, basis = get_benefits_for_filter(filter)
# Inject the plot count as a basis for tree benefit calcs
basis.get('plot', {})['n_plots'] = total_plots
formatted = format_benefits(instance, benefits, basis, digits=0)
n_trees = basis['plot']['n_total']
n_plots = basis['plot']['n_plots']
n_empty_plots = n_plots - n_trees
n_resources = 0
tree_count_label = ungettext('tree', 'trees', n_trees) + ','
empty_plot_count_label = ungettext(
'empty planting site', 'empty planting sites', n_empty_plots)
has_resources = instance.has_resources and 'resource' in basis
if has_resources:
n_resources = basis['resource']['n_total']
empty_plot_count_label += ','
context = {
'n_trees': n_trees,
'n_empty_plots': n_empty_plots,
'n_resources': n_resources,
'tree_count_label': tree_count_label,
'empty_plot_count_label': empty_plot_count_label,
'has_resources': has_resources,
'hide_summary': hide_summary,
'single_result': _single_result_context(instance, n_plots, n_resources,
filter)
}
context.update(formatted)
return context
def plot_count(self):
from treemap.ecocache import get_cached_plot_count
from treemap.search import Filter
all_plots_filter = Filter('', '', self)
return get_cached_plot_count(all_plots_filter)
def search_tree_benefits(request, instance):
filter_str = request.REQUEST.get('q', '')
display_str = request.REQUEST.get('show', '')
hide_summary_text = request.REQUEST.get('hide_summary', 'false')
hide_summary = hide_summary_text.lower() == 'true'
filter = Filter(filter_str, display_str, instance)
total_plots = get_cached_plot_count(filter)
benefits, basis = get_benefits_for_filter(filter)
# Inject the plot count as a basis for tree benefit calcs
basis.get('plot', {})['n_plots'] = total_plots
# We also want to inject the total currency amount saved
# for plot-based items except CO2 stored
total_currency_saved = 0
for benefit_name, benefit in benefits.get('plot', {}).iteritems():
if benefit_name != BenefitCategory.CO2STORAGE:
currency = benefit.get('currency', 0.0)
if currency:
total_currency_saved += currency
# save it as if it were a normal benefit so we get formatting
# and currency conversion
benefits.get('plot', {})['totals'] = {
'value': None,
'currency': total_currency_saved,
'label': _('Total annual benefits')
}
formatted = format_benefits(instance, benefits, basis, digits=0)
n_trees = basis['plot']['n_total']
n_plots = basis['plot']['n_plots']
n_empty_plots = n_plots - n_trees
n_resources = 0
tree_count_label = ungettext('tree', 'trees', n_trees) + ','
empty_plot_count_label = ungettext('empty planting site',
'empty planting sites', n_empty_plots)
has_resources = instance.has_resources and 'resource' in basis
if has_resources:
n_resources = basis['resource']['n_total']
empty_plot_count_label += ','
context = {
'n_trees':
n_trees,
'n_empty_plots':
n_empty_plots,
'n_resources':
n_resources,
'tree_count_label':
tree_count_label,
'empty_plot_count_label':
empty_plot_count_label,
'has_resources':
has_resources,
'hide_summary':
hide_summary,
'single_result':
_single_result_context(instance, n_plots, n_resources, filter)
}
context.update(formatted)
return context
def plot_count(self):
from treemap.ecocache import get_cached_plot_count
from treemap.search import Filter
all_plots_filter = Filter('', '', self)
return get_cached_plot_count(all_plots_filter)
def test_updating_geo_rev_busts_count_cache(self):
get_cached_plot_count(self.filter, lambda: self.count)
self.filter.instance.update_geo_rev()
count = get_cached_plot_count(self.filter, lambda: 17)
self.assertEqual(count, 17)
def test_count_is_cached(self):
get_cached_plot_count(self.filter, lambda: self.count)
count = get_cached_plot_count(self.filter, lambda: 17)
self.assertEqual(count, self.count)
def search_tree_benefits(request, instance):
filter_str = request.REQUEST.get('q', '')
display_str = request.REQUEST.get('show', '')
hide_summary_text = request.REQUEST.get('hide_summary', 'false')
hide_summary = hide_summary_text.lower() == 'true'
filter = Filter(filter_str, display_str, instance)
total_plots = get_cached_plot_count(filter)
benefits, basis = get_benefits_for_filter(filter)
# Inject the plot count as a basis for tree benefit calcs
basis.get('plot', {})['n_plots'] = total_plots
# We also want to inject the total currency amount saved
# for plot-based items except CO2 stored
total_currency_saved = 0
for benefit_name, benefit in benefits.get('plot', {}).iteritems():
if benefit_name != BenefitCategory.CO2STORAGE:
currency = benefit.get('currency', 0.0)
if currency:
total_currency_saved += currency
# save it as if it were a normal benefit so we get formatting
# and currency conversion
benefits.get('plot', {})['totals'] = {
'value': None,
'currency': total_currency_saved,
'label': _('Total annual benefits')
}
formatted = format_benefits(instance, benefits, basis, digits=0)
n_trees = basis['plot']['n_total']
n_plots = basis['plot']['n_plots']
n_empty_plots = n_plots - n_trees
n_resources = 0
tree_count_label = ungettext('tree', 'trees', n_trees) + ','
empty_plot_count_label = ungettext(
'empty planting site', 'empty planting sites', n_empty_plots)
has_resources = instance.has_resources and 'resource' in basis
if has_resources:
n_resources = basis['resource']['n_total']
empty_plot_count_label += ','
context = {
'n_trees': n_trees,
'n_empty_plots': n_empty_plots,
'n_resources': n_resources,
'tree_count_label': tree_count_label,
'empty_plot_count_label': empty_plot_count_label,
'has_resources': has_resources,
'hide_summary': hide_summary,
'single_result': _single_result_context(instance, n_plots, n_resources,
filter)
}
context.update(formatted)
return context
