def item_add(request, client_pk, job_pk):
client = Client.objects.get(pk=client_pk)
job = Job.objects.get(pk=job_pk, client=client) # Check if Job exists
if job:
if request.method == 'POST':
post = request.POST.copy()
num_pages = int(post['num_pages'])
start_page = int(post['start_page'])
name = str(post['name'])
desc = str(post['desc'])
post['job'] = job.pk
# Save Item:
item = Item.objects.create(name=name, desc=desc, job=job)
print('\n\n\n' + str(item))
# Create all the neccesary pages:
i = 0
for i in range(i, num_pages):
page = Page.objects.create()
page.save()
# Create relationship to Version:
base = Version.objects.create(
abs_num=i + 1,
rel_num=i + start_page,
item=item,
page=page,
)
base.save()
# And add a Revision to the Version:
revision = Revision(rev_number=0, version=base)
revision.save()
message = 'You added Item: %r' % name + ' - %r' % desc + ' - %r' % num_pages
return render_to_response('item_add.html', {
'message': message,
'client': client,
'job': job,
})
return render_to_response('item_add.html', {
'client': client,
'job': job,
})
else:
raise Http404
def item_add (request, client_pk, job_pk):
client = Client.objects.get(pk=client_pk)
job = Job.objects.get(pk=job_pk, client=client) # Check if Job exists
if job:
if request.method == 'POST':
post = request.POST.copy()
num_pages = int(post['num_pages'])
start_page = int(post['start_page'])
name = str(post['name'])
desc = str(post['desc'])
post['job'] = job.pk
# Save Item:
item = Item.objects.create(name=name, desc=desc, job=job)
print('\n\n\n' + str(item))
# Create all the neccesary pages:
i = 0
for i in range(i, num_pages):
page = Page.objects.create()
page.save()
# Create relationship to Version:
base = Version.objects.create(
abs_num=i + 1, rel_num=i + start_page, item=item, page=page,
)
base.save()
# Add a initial PENDING Revision to each new page:
last_pages = Page.objects.filter(item=item)
for page in last_pages:
revision = Revision(rev_number=0, page=page)
revision.save()
message = 'You added Item: %r' % name + ' - %r' % desc + ' - %r' % num_pages
return render_to_response('item_add.html',
{'message': message, 'client': client, 'job': job, })
return render_to_response('item_add.html', {
'client': client,
'job': job,
})
else:
raise Http404
def comment_add(request, version, item, job, client):
# This conditions also checks that POST data comes from the same page
# where the send button was hit. Avoids accidentally adding comments
# from a different form and receiving POST twice from different forms
# (since forms share IDs in the template):
if request.method == 'POST' and int(
request.POST['from_page']) == version.rel_num:
post = request.POST.copy()
print(post)
print('\nProcessing POST...')
# Extract variables form POST message
# TODO: sanitize entries
comment = post['comment']
new_status = post['status']
pages = post.getlist('pages[]')
print('\tpages: ' + str(pages) + '\n\tcomment: ' + str(comment) +
'\n\tnew_status: ' + str(new_status) + '\n\tfrom_page: ' +
str(post['from_page']) + '\n\tcalling_page: ' +
str(version.rel_num))
# Create a comment and save it for later:
new_comment = Comment(comment=comment)
new_comment.save()
print('\nNew Comment saved.\n')
# Assign comment to a revision of its own page
# and also to each page in the "affects too" list.
# This revision can be:
# a) if the user adding the comment belongs to providers list, the current last_rev()
# b) if the user adding the comment belongs to clients list, a new revision (i.e.: last_rev()+1)
print('Pages affected:')
print(
'count: \tpg_abs_num: \tpg_rel_num: \tcurr_rev: \tnew_rev: \tchanges rev?'
)
c = 0
for p in pages:
current_page_num = int(p)
current_version = Version.objects.get(rel_num=current_page_num,
item=item,
name=version.name)
current_page = current_version.page
current_rev = current_page.last_rev()
# Add new revision only when status has been changed
if current_rev.status != new_status:
new_rev_num = current_rev.rev_number + 1
new_revision = Revision(rev_number=new_rev_num,
page=current_page,
status=new_status)
new_revision.save()
revision = new_revision
changes = 'Yes'
else: # Do not create a new revision
revision = current_rev
changes = 'No'
print(
str(c) + '\t\t' + str(current_version.abs_num) + '\t\t' +
str(current_version.rel_num) + '\t\t' +
str(current_rev.rev_number) + '\t\t' +
str(revision.rev_number) + '\t\t' + str(changes))
# Associate new_comment to revision
new_comment.revision.add(revision)
c += 1
print('\nNew Comment \"' + str(new_comment.comment) +
'\" added to pages ' + str(pages) + ' inside ' + '\"' +
str(job.name) + '\"/\"' + str(item.name) + '\".')
return {
'version': version,
'item': item,
'job': job,
'client': client,
}
def comment_add (request, version, item, job, client):
# This conditions also checks that POST data comes from the same page
# where the send button was hit. Avoids accidentally adding comments
# from a different form and receiving POST twice from different forms
# (since forms share IDs in the template):
if request.method == 'POST' and int(request.POST['from_page']) == version.rel_num:
post = request.POST.copy()
print(post)
print('\nProcessing POST...')
# Extract variables form POST message
# TODO: sanitize entries
comment = post['comment']
new_status = post['status']
pages = post.getlist('pages[]')
print('\tpages: ' + str(pages) + '\n\tcomment: ' + str(comment) + '\n\tnew_status: ' + str(
new_status) + '\n\tfrom_page: ' + str(post['from_page']) + '\n\tcalling_page: ' + str(version.rel_num))
# Create a comment and save it for later:
new_comment = Comment(comment=comment)
new_comment.save()
print('\nNew Comment saved.\n')
# Assign comment to a revision of its own page
# and also to each page in the "affects too" list.
# This revision can be:
# a) if the user adding the comment belongs to providers list, the current last_rev()
# b) if the user adding the comment belongs to clients list, a new revision (i.e.: last_rev()+1)
print('Pages affected:')
print('count: \tpg_abs_num: \tpg_rel_num: \tcurr_rev: \tnew_rev: \tchanges rev?')
c = 0
for p in pages:
current_page_num = int(p)
current_version = Version.objects.get(rel_num=current_page_num, item=item, name=version.name)
current_page = current_version.page
current_rev = current_page.last_rev()
# Add new revision only when status has been changed
if current_rev.status != new_status:
new_rev_num = current_rev.rev_number + 1
new_revision = Revision(rev_number=new_rev_num, page=current_page, status=new_status)
new_revision.save()
revision = new_revision
changes = 'Yes'
else: # Do not create a new revision
revision = current_rev
changes = 'No'
print(str(c) + '\t\t' + str(current_version.abs_num) + '\t\t' + str(current_version.rel_num) + '\t\t' + str(
current_rev.rev_number) + '\t\t' + str(revision.rev_number) + '\t\t' + str(changes))
# Associate new_comment to revision
new_comment.revision.add(revision)
c += 1
print(
'\nNew Comment \"' + str(new_comment.comment) + '\" added to pages ' + str(pages) + ' inside ' + '\"' + str(
job.name) + '\"/\"' + str(item.name) + '\".')
return {
'version': version,
'item': item,
'job': job,
'client': client,
}
