#
# ex:ts=4:sw=4:sts=4:et
# -*- tab-width: 4; c-basic-offset: 4; indent-tabs-mode: nil -*-
#
# BitBake Toaster Implementation
#
# Copyright (C) 2013 Intel Corporation
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License version 2 as
# published by the Free Software Foundation.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
import operator,re
from django.db.models import Q, Sum
from django.shortcuts import render, redirect
from orm.models import Build, Target, Task, Layer, Layer_Version, Recipe, LogMessage, Variable
from orm.models import Task_Dependency, Recipe_Dependency, Package, Package_File, Package_Dependency
from orm.models import Target_Installed_Package, Target_File, Target_Image_File
from django.views.decorators.cache import cache_control
from django.core.paginator import Paginator, EmptyPage, PageNotAnInteger
from django.http import HttpResponseBadRequest
from django.utils import timezone
from datetime import timedelta
from django.utils import formats
import json
def _build_page_range(paginator, index = 1):
try:
page = paginator.page(index)
except PageNotAnInteger:
page = paginator.page(1)
except EmptyPage:
page = paginator.page(paginator.num_pages)
page.page_range = [page.number]
crt_range = 0
for i in range(1,5):
if (page.number + i) <= paginator.num_pages:
page.page_range = page.page_range + [ page.number + i]
crt_range +=1
if (page.number - i) > 0:
page.page_range = [page.number -i] + page.page_range
crt_range +=1
if crt_range == 4:
break
return page
def _verify_parameters(g, mandatory_parameters):
miss = []
for mp in mandatory_parameters:
if not mp in g:
miss.append(mp)
if len(miss):
return miss
return None
def _redirect_parameters(view, g, mandatory_parameters, *args, **kwargs):
import urllib
from django.core.urlresolvers import reverse
url = reverse(view, kwargs=kwargs)
params = {}
for i in g:
params[i] = g[i]
for i in mandatory_parameters:
if not i in params:
params[i] = mandatory_parameters[i]
return redirect(url + "?%s" % urllib.urlencode(params), *args, **kwargs)
FIELD_SEPARATOR = ":"
VALUE_SEPARATOR = ";"
DESCENDING = "-"
def __get_q_for_val(name, value):
if "OR" in value:
return reduce(operator.or_, map(lambda x: __get_q_for_val(name, x), [ x for x in value.split("OR") ]))
if "AND" in value:
return reduce(operator.and_, map(lambda x: __get_q_for_val(name, x), [ x for x in value.split("AND") ]))
if value.startswith("NOT"):
kwargs = { name : value.strip("NOT") }
return ~Q(**kwargs)
else:
kwargs = { name : value }
return Q(**kwargs)
def _get_filtering_query(filter_string):
search_terms = filter_string.split(FIELD_SEPARATOR)
keys = search_terms[0].split(VALUE_SEPARATOR)
values = search_terms[1].split(VALUE_SEPARATOR)
querydict = dict(zip(keys, values))
return reduce(lambda x, y: x & y, map(lambda x: __get_q_for_val(k, querydict[k]),[k for k in querydict]))
def _get_toggle_order(request, orderkey, reverse = False):
if reverse:
return "%s:+" % orderkey if request.GET.get('orderby', "") == "%s:-" % orderkey else "%s:-" % orderkey
else:
return "%s:-" % orderkey if request.GET.get('orderby', "") == "%s:+" % orderkey else "%s:+" % orderkey
def _get_toggle_order_icon(request, orderkey):
if request.GET.get('orderby', "") == "%s:+"%orderkey:
return "down"
elif request.GET.get('orderby', "") == "%s:-"%orderkey:
return "up"
else:
return None
# we check that the input comes in a valid form that we can recognize
def _validate_input(input, model):
invalid = None
if input:
input_list = input.split(FIELD_SEPARATOR)
# Check we have only one colon
if len(input_list) != 2:
invalid = "We have an invalid number of separators"
return None, invalid
# Check we have an equal number of terms both sides of the colon
if len(input_list[0].split(VALUE_SEPARATOR)) != len(input_list[1].split(VALUE_SEPARATOR)):
invalid = "Not all arg names got values"
return None, invalid + str(input_list)
# Check we are looking for a valid field
valid_fields = model._meta.get_all_field_names()
for field in input_list[0].split(VALUE_SEPARATOR):
if not reduce(lambda x, y: x or y, map(lambda x: field.startswith(x), [ x for x in valid_fields ])):
return None, (field, [ x for x in valid_fields ])
return input, invalid
# uses search_allowed_fields in orm/models.py to create a search query
# for these fields with the supplied input text
def _get_search_results(search_term, queryset, model):
search_objects = []
for st in search_term.split(" "):
q_map = map(lambda x: Q(**{x+'__icontains': st}),
model.search_allowed_fields)
search_objects.append(reduce(operator.or_, q_map))
search_object = reduce(operator.and_, search_objects)
queryset = queryset.filter(search_object)
return queryset
# function to extract the search/filter/ordering parameters from the request
# it uses the request and the model to validate input for the filter and orderby values
def _search_tuple(request, model):
ordering_string, invalid = _validate_input(request.GET.get('orderby', ''), model)
if invalid:
raise BaseException("Invalid ordering model:" + str(model) + str(invalid))
filter_string, invalid = _validate_input(request.GET.get('filter', ''), model)
if invalid:
raise BaseException("Invalid filter " + str(invalid))
search_term = request.GET.get('search', '')
return (filter_string, search_term, ordering_string)
# returns a lazy-evaluated queryset for a filter/search/order combination
def _get_queryset(model, queryset, filter_string, search_term, ordering_string, ordering_secondary=''):
if filter_string:
filter_query = _get_filtering_query(filter_string)
queryset = queryset.filter(filter_query)
else:
queryset = queryset.all()
if search_term:
queryset = _get_search_results(search_term, queryset, model)
if ordering_string and queryset:
column, order = ordering_string.split(':')
if column == re.sub('-','',ordering_secondary):
ordering_secondary=''
if order.lower() == DESCENDING:
column = '-' + column
if ordering_secondary:
queryset = queryset.order_by(column, ordering_secondary)
else:
queryset = queryset.order_by(column)
# insure only distinct records (e.g. from multiple search hits) are returned
return queryset.distinct()
# shows the "all builds" page
def builds(request):
template = 'build.html'
# define here what parameters the view needs in the GET portion in order to
# be able to display something. 'count' and 'page' are mandatory for all views
# that use paginators.
mandatory_parameters = { 'count': 10, 'page' : 1, 'orderby' : 'completed_on:-' };
retval = _verify_parameters( request.GET, mandatory_parameters )
if retval:
return _redirect_parameters( 'all-builds', request.GET, mandatory_parameters)
# boilerplate code that takes a request for an object type and returns a queryset
# for that object type. copypasta for all needed table searches
(filter_string, search_term, ordering_string) = _search_tuple(request, Build)
queryset_all = Build.objects.exclude(outcome = Build.IN_PROGRESS)
queryset_with_search = _get_queryset(Build, queryset_all, None, search_term, ordering_string, '-completed_on')
queryset = _get_queryset(Build, queryset_all, filter_string, search_term, ordering_string, '-completed_on')
# retrieve the objects that will be displayed in the table; builds a paginator and gets a page range to display
build_info = _build_page_range(Paginator(queryset, request.GET.get('count', 10)),request.GET.get('page', 1))
# build view-specific information; this is rendered specifically in the builds page, at the top of the page (i.e. Recent builds)
build_mru = Build.objects.filter(completed_on__gte=(timezone.now()-timedelta(hours=24))).order_by("-started_on")[:3]
for b in [ x for x in build_mru if x.outcome == Build.IN_PROGRESS ]:
tf = Task.objects.filter(build = b)
tfc = tf.count()
if tfc > 0:
b.completeper = tf.exclude(order__isnull=True).count()*100/tf.count()
else:
b.completeper = 0
b.eta = timezone.now()
if b.completeper > 0:
b.eta += ((timezone.now() - b.started_on)*100/b.completeper)
else:
b.eta = 0
# set up list of fstypes for each build
fstypes_map = {};
for build in build_info:
targets = Target.objects.filter( build_id = build.id )
comma = "";
extensions = "";
for t in targets:
if ( not t.is_image ):
continue
tif = Target_Image_File.objects.filter( target_id = t.id )
for i in tif:
s=re.sub('.*tar.bz2', 'tar.bz2', i.file_name)
if s == i.file_name:
s=re.sub('.*\.', '', i.file_name)
if None == re.search(s,extensions):
extensions += comma + s
comma = ", "
fstypes_map[build.id]=extensions
# send the data to the template
context = {
# specific info for
'mru' : build_mru,
# TODO: common objects for all table views, adapt as needed
'objects' : build_info,
'objectname' : "builds",
'fstypes' : fstypes_map,
'search_term' : search_term,
'total_count' : queryset_with_search.count(),
# Specifies the display of columns for the table, appearance in "Edit columns" box, toggling default show/hide, and specifying filters for columns
'tablecols' : [
{'name': 'Outcome', # column with a single filter
'qhelp' : "The outcome tells you if a build completed successfully or failed", # the help button content
'dclass' : "span2", # indication about column width; comes from the design
'orderfield': _get_toggle_order(request, "outcome"), # adds ordering by the field value; default ascending unless clicked from ascending into descending
'ordericon':_get_toggle_order_icon(request, "outcome"),
# filter field will set a filter on that column with the specs in the filter description
# the class field in the filter has no relation with clclass; the control different aspects of the UI
# still, it is recommended for the values to be identical for easy tracking in the generated HTML
'filter' : {'class' : 'outcome',
'label': 'Show:',
'options' : [
('Successful builds', 'outcome:' + str(Build.SUCCEEDED), queryset_with_search.filter(outcome=str(Build.SUCCEEDED)).count()), # this is the field search expression
('Failed builds', 'outcome:'+ str(Build.FAILED), queryset_with_search.filter(outcome=str(Build.FAILED)).count()),
]
}
},
{'name': 'Target', # default column, disabled box, with just the name in the list
'qhelp': "This is the build target(s): one or more recipes or image recipes",
'orderfield': _get_toggle_order(request, "target__target"),
'ordericon':_get_toggle_order_icon(request, "target__target"),
},
{'name': 'Machine',
'qhelp': "The machine is the hardware for which you are building",
'orderfield': _get_toggle_order(request, "machine"),
'ordericon':_get_toggle_order_icon(request, "machine"),
'dclass': 'span3'
}, # a slightly wider column
{'name': 'Started on', 'clclass': 'started_on', 'hidden' : 1, # this is an unchecked box, which hides the column
'qhelp': "The date and time you started the build",
'orderfield': _get_toggle_order(request, "started_on", True),
'ordericon':_get_toggle_order_icon(request, "started_on"),
'filter' : {'class' : 'started_on',
'label': 'Show:',
'options' : [
("Today's builds" , 'started_on__gte:'+timezone.now().strftime("%Y-%m-%d"), queryset_with_search.filter(started_on__gte=timezone.now().strftime("%Y-%m-%d")).count()),
("Yesterday's builds", 'started_on__gte:'+(timezone.now()-timedelta(hours=24)).strftime("%Y-%m-%d"), queryset_with_search.filter(started_on__gte=(timezone.now()-timedelta(hours=24)).strftime("%Y-%m-%d")).count()),
("This week's builds", 'started_on__gte:'+(timezone.now()-timedelta(days=7)).strftime("%Y-%m-%d"), queryset_with_search.filter(started_on__gte=(timezone.now()-timedelta(days=7)).strftime("%Y-%m-%d")).count()),
]
}
},
{'name': 'Completed on',
'qhelp': "The date and time the build finished",
'orderfield': _get_toggle_order(request, "completed_on", True),
'ordericon':_get_toggle_order_icon(request, "completed_on"),
'filter' : {'class' : 'completed_on',
'label': 'Show:',
'options' : [
("Today's builds", 'completed_on__gte:'+timezone.now().strftime("%Y-%m-%d"), queryset_with_search.filter(completed_on__gte=timezone.now().strftime("%Y-%m-%d")).count()),
("Yesterday's builds", 'completed_on__gte:'+(timezone.now()-timedelta(hours=24)).strftime("%Y-%m-%d"), queryset_with_search.filter(completed_on__gte=(timezone.now()-timedelta(hours=24)).strftime("%Y-%m-%d")).count()),
("This week's builds", 'completed_on__gte:'+(timezone.now()-timedelta(days=7)).strftime("%Y-%m-%d"), queryset_with_search.filter(completed_on__gte=(timezone.now()-timedelta(days=7)).strftime("%Y-%m-%d")).count()),
]
}
},
{'name': 'Failed tasks', 'clclass': 'failed_tasks', # specifing a clclass will enable the checkbox
'qhelp': "How many tasks failed during the build",
'filter' : {'class' : 'failed_tasks',
'label': 'Show:',
'options' : [
('Builds with failed tasks', 'task_build__outcome:4', queryset_with_search.filter(task_build__outcome=4).count()),
('Builds without failed tasks', 'task_build__outcome:NOT4', queryset_with_search.filter(~Q(task_build__outcome=4)).count()),
]
}
},
{'name': 'Errors', 'clclass': 'errors_no',
'qhelp': "How many errors were encountered during the build (if any)",
'orderfield': _get_toggle_order(request, "errors_no", True),
'ordericon':_get_toggle_order_icon(request, "errors_no"),
'filter' : {'class' : 'errors_no',
'label': 'Show:',
'options' : [
('Builds with errors', 'errors_no__gte:1', queryset_with_search.filter(errors_no__gte=1).count()),
('Builds without errors', 'errors_no:0', queryset_with_search.filter(errors_no=0).count()),
]
}
},
{'name': 'Warnings', 'clclass': 'warnings_no',
'qhelp': "How many warnings were encountered during the build (if any)",
'orderfield': _get_toggle_order(request, "warnings_no", True),
'ordericon':_get_toggle_order_icon(request, "warnings_no"),
'filter' : {'class' : 'warnings_no',
'label': 'Show:',
'options' : [
('Builds with warnings','warnings_no__gte:1', queryset_with_search.filter(warnings_no__gte=1).count()),
('Builds without warnings','warnings_no:0', queryset_with_search.filter(warnings_no=0).count()),
]
}
},
{'name': 'Time', 'clclass': 'time', 'hidden' : 1,
'qhelp': "How long it took the build to finish",
'orderfield': _get_toggle_order(request, "timespent", True),
'ordericon':_get_toggle_order_icon(request, "timespent"),
},
{'name': 'Log',
'dclass': "span4",
'qhelp': "The location in disk of the build main log file",
'clclass': 'log', 'hidden': 1,
'orderfield': _get_toggle_order(request, "cooker_log_path"),
'ordericon':_get_toggle_order_icon(request, "cooker_log_path"),
},
{'name': 'Output', 'clclass': 'output',
'qhelp': "The root file system types produced by the build. You can find them in your /build/tmp/deploy/images/ directory",
# TODO: compute image fstypes from Target_Image_File
},
]
}
return render(request, template, context)
##
# build dashboard for a single build, coming in as argument
# Each build may contain multiple targets and each target
# may generate multiple image files. display them all.
#
def builddashboard(request, build_id):
template = "builddashboard.html"
if Build.objects.filter(pk=build_id).count() == 0 :
return redirect(builds)
build = Build.objects.filter(pk = build_id)[0];
layerVersionId = Layer_Version.objects.filter( build = build_id );
recipeCount = Recipe.objects.filter( layer_version__id__in = layerVersionId ).count( );
tgts = Target.objects.filter( build_id = build_id ).order_by( 'target' );
# set up custom target list with computed package and image data
targets = [ ];
ntargets = 0;
hasImages = False;
for t in tgts:
elem = { };
elem[ 'target' ] = t;
if ( t.is_image ):
hasImages = True;
npkg = 0;
pkgsz = 0;
pid= 0;
tp = Target_Installed_Package.objects.filter( target_id = t.id );
package = None;
for p in tp:
pid = p.package_id;
package = Package.objects.get( pk = p.package_id )
pkgsz = pkgsz + package.size;
npkg = npkg + 1;
elem[ 'npkg' ] = npkg;
elem[ 'pkgsz' ] = pkgsz;
ti = Target_Image_File.objects.filter( target_id = t.id );
imageFiles = [ ];
for i in ti:
imageFiles.append({ 'path': i.file_name, 'size' : i.file_size });
elem[ 'imageFiles' ] = imageFiles;
targets.append( elem );
context = {
'build' : build,
'hasImages' : hasImages,
'ntargets' : ntargets,
'targets' : targets,
'recipecount' : recipeCount,
'logmessages' : LogMessage.objects.filter(build=build_id),
}
return render(request, template, context)
def task(request, build_id, task_id):
template = "task.html"
if Task.objects.filter(pk=task_id).count() == 0 :
return redirect(builds)
task = Task.objects.filter(pk=task_id)[0]
dependencies = sorted(_find_task_dep(task), key=lambda t:'%s_%s %s'%(t.recipe.name, t.recipe.version, t.task_name))
reverse_dependencies = sorted(_find_task_revdep(task), key=lambda t:'%s_%s %s'%(t.recipe.name, t.recipe.version, t.task_name))
log_head = ''
log_body = ''
if task.outcome == task.OUTCOME_FAILED:
pass
# FIXME: the log should be read from the orm_logmessage table.
# This will be fixed when the backend is done.
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'object': task,
'task':task,
'deps': dependencies,
'rdeps': reverse_dependencies,
'log_head':log_head,
'log_body':log_body,
'showing_matches':False,
}
if request.GET.get('show_matches', ""):
context['showing_matches'] = True
context['matching_tasks'] = Task.objects.filter(sstate_checksum=task.sstate_checksum).filter(build__completed_on__lt=task.build.completed_on).order_by('-build__completed_on')
return render(request, template, context)
def recipe(request, build_id, recipe_id):
template = "recipe.html"
if Recipe.objects.filter(pk=recipe_id).count() == 0 :
return redirect(builds)
object = Recipe.objects.filter(pk=recipe_id)[0]
layer_version = Layer_Version.objects.filter(pk=object.layer_version_id)[0]
layer = Layer.objects.filter(pk=layer_version.layer_id)[0]
tasks = Task.objects.filter(recipe_id = recipe_id).filter(build_id = build_id).exclude(task_name__endswith='_setscene')
packages = Package.objects.filter(recipe_id = recipe_id).filter(build_id = build_id).filter(size__gte=0)
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'object' : object,
'layer_version' : layer_version,
'layer' : layer,
'tasks' : tasks,
'packages': packages,
}
return render(request, template, context)
def target(request, build_id, target_id):
template = "target.html"
mandatory_parameters = { 'count': 25, 'page' : 1, 'orderby':'name:+'};
retval = _verify_parameters( request.GET, mandatory_parameters )
if retval:
return _redirect_parameters( 'target', request.GET, mandatory_parameters, build_id = build_id, target_id = target_id)
(filter_string, search_term, ordering_string) = _search_tuple(request, Package)
# FUTURE: get rid of nested sub-queries replacing with ManyToMany field
queryset = Package.objects.filter(size__gte=0, id__in=Target_Installed_Package.objects.filter(target_id=target_id).values('package_id'))
packages_sum = queryset.aggregate(Sum('installed_size'))
queryset = _get_queryset(Package, queryset, filter_string, search_term, ordering_string, 'name')
packages = _build_page_range(Paginator(queryset, request.GET.get('count', 25)),request.GET.get('page', 1))
# bring in package dependencies
for p in packages.object_list:
p.runtime_dependencies = p.package_dependencies_source.filter(target_id = target_id, dep_type=Package_Dependency.TYPE_TRDEPENDS)
p.reverse_runtime_dependencies = p.package_dependencies_target.filter(target_id = target_id, dep_type=Package_Dependency.TYPE_TRDEPENDS)
context = { 'build': Build.objects.filter(pk=build_id)[0],
'target': Target.objects.filter(pk=target_id)[0],
'objects': packages,
'packages_sum' : packages_sum['installed_size__sum'],
'object_search_display': "packages included",
'tablecols':[
{
'name':'Package',
'qhelp':'Packaged output resulting from building a recipe and included in this image',
'orderfield': _get_toggle_order(request, "name"),
'ordericon':_get_toggle_order_icon(request, "name"),
},
{
'name':'Package version',
'qhelp':'The package version and revision',
},
{
'name':'Size',
'qhelp':'The size of the package',
'orderfield': _get_toggle_order(request, "size", True),
'ordericon':_get_toggle_order_icon(request, "size"),
'clclass': 'package_size',
'hidden' : 0,
},
{
'name':'Size over total (%)',
'qhelp':'Proportion of the overall included package size represented by this package',
'orderfield': _get_toggle_order(request, "size"),
'ordericon':_get_toggle_order_icon(request, "size"),
'clclass': 'size_over_total',
'hidden' : 1,
},
{
'name':'License',
'qhelp':'The license under which the package is distributed. Separate license names using | (pipe) means there is a choice between licenses. Separate license names using & (ampersand) means multiple licenses exist that cover different parts of the source',
'orderfield': _get_toggle_order(request, "license"),
'ordericon':_get_toggle_order_icon(request, "license"),
'clclass': 'license',
'hidden' : 1,
},
{
'name':'Dependencies',
'qhelp':"Package runtime dependencies (other packages)",
'clclass': 'depends',
'hidden' : 0,
},
{
'name':'Reverse dependencies',
'qhelp':'Package run-time reverse dependencies (i.e. which other packages depend on this package',
'clclass': 'brought_in_by',
'hidden' : 0,
},
{
'name':'Recipe',
'qhelp':'The name of the recipe building the package',
'orderfield': _get_toggle_order(request, "recipe__name"),
'ordericon':_get_toggle_order_icon(request, "recipe__name"),
'clclass': 'recipe_name',
'hidden' : 0,
},
{
'name':'Recipe version',
'qhelp':'Version and revision of the recipe building the package',
'clclass': 'recipe_version',
'hidden' : 1,
},
{
'name':'Layer',
'qhelp':'The name of the layer providing the recipe that builds the package',
'orderfield': _get_toggle_order(request, "recipe__layer_version__layer__name"),
'ordericon':_get_toggle_order_icon(request, "recipe__layer_version__layer__name"),
'clclass': 'layer_name',
'hidden' : 1,
},
{
'name':'Layer branch',
'qhelp':'The Git branch of the layer providing the recipe that builds the package',
'orderfield': _get_toggle_order(request, "recipe__layer_version__branch"),
'ordericon':_get_toggle_order_icon(request, "recipe__layer_version__branch"),
'clclass': 'layer_branch',
'hidden' : 1,
},
{
'name':'Layer commit',
'qhelp':'The Git commit of the layer providing the recipe that builds the package',
'clclass': 'layer_commit',
'hidden' : 1,
},
{
'name':'Layer directory',
'qhelp':'Location in disk of the layer providing the recipe that builds the package',
'orderfield': _get_toggle_order(request, "recipe__layer_version__layer__local_path"),
'ordericon':_get_toggle_order_icon(request, "recipe__layer_version__layer__local_path"),
'clclass': 'layer_directory',
'hidden' : 1,
},
]
}
return render(request, template, context)
from django.core.serializers.json import DjangoJSONEncoder
from django.http import HttpResponse
def dirinfo_ajax(request, build_id, target_id):
top = request.GET.get('start', '/')
return HttpResponse(_get_dir_entries(build_id, target_id, top))
from django.utils.functional import Promise
from django.utils.encoding import force_text
class LazyEncoder(json.JSONEncoder):
def default(self, obj):
if isinstance(obj, Promise):
return force_text(obj)
return super(LazyEncoder, self).default(obj)
from toastergui.templatetags.projecttags import filtered_filesizeformat
from django import template
import os
def _get_dir_entries(build_id, target_id, start):
node_str = {
Target_File.ITYPE_REGULAR : '-',
Target_File.ITYPE_DIRECTORY : 'd',
Target_File.ITYPE_SYMLINK : 'l',
Target_File.ITYPE_SOCKET : 's',
Target_File.ITYPE_FIFO : 'p',
Target_File.ITYPE_CHARACTER : 'c',
Target_File.ITYPE_BLOCK : 'b',
}
response = []
objects = Target_File.objects.filter(target__exact=target_id, directory__path=start)
target_packages = Target_Installed_Package.objects.filter(target__exact=target_id).values_list('package_id', flat=True)
for o in objects:
# exclude root inode '/'
if o.path == '/':
continue
try:
entry = {}
entry['parent'] = start
entry['name'] = os.path.basename(o.path)
entry['fullpath'] = o.path
# set defaults, not all dentries have packages
entry['installed_package'] = None
entry['package_id'] = None
entry['package'] = None
entry['link_to'] = None
if o.inodetype == Target_File.ITYPE_DIRECTORY:
entry['isdir'] = 1
# is there content in directory
entry['childcount'] = Target_File.objects.filter(target__exact=target_id, directory__path=o.path).all().count()
else:
entry['isdir'] = 0
# resolve the file to get the package from the resolved file
resolved_id = o.sym_target_id
resolved_path = o.path
if target_packages.count():
while resolved_id != "" and resolved_id != None:
tf = Target_File.objects.get(pk=resolved_id)
resolved_path = tf.path
resolved_id = tf.sym_target_id
thisfile=Package_File.objects.all().filter(path__exact=resolved_path, package_id__in=target_packages)
if thisfile.count():
p = Package.objects.get(pk=thisfile[0].package_id)
entry['installed_package'] = p.installed_name
entry['package_id'] = str(p.id)
entry['package'] = p.name
# don't use resolved path from above, show immediate link-to
if o.sym_target_id != "" and o.sym_target_id != None:
entry['link_to'] = Target_File.objects.get(pk=o.sym_target_id).path
t = template.Template('{% load projecttags %} {{ size|filtered_filesizeformat }}')
c = template.Context({'size': o.size})
entry['size'] = str(t.render(c))
if entry['link_to'] != None:
entry['permission'] = node_str[o.inodetype] + o.permission
else:
entry['permission'] = node_str[o.inodetype] + o.permission
entry['owner'] = o.owner
entry['group'] = o.group
response.append(entry)
except:
pass
# sort by directories first, then by name
rsorted = sorted(response, key=lambda entry : entry['name'])
rsorted = sorted(rsorted, key=lambda entry : entry['isdir'], reverse=True)
return json.dumps(rsorted, cls=LazyEncoder)
def dirinfo(request, build_id, target_id, file_path=None):
template = "dirinfo.html"
objects = _get_dir_entries(build_id, target_id, '/')
packages_sum = Package.objects.filter(id__in=Target_Installed_Package.objects.filter(target_id=target_id).values('package_id')).aggregate(Sum('installed_size'))
dir_list = None
if file_path != None:
"""
Link from the included package detail file list page and is
requesting opening the dir info to a specific file path.
Provide the list of directories to expand and the full path to
highlight in the page.
"""
# Aassume target's path separator matches host's, that is, os.sep
sep = os.sep
dir_list = []
head = file_path
while head != sep:
(head,tail) = os.path.split(head)
if head != sep:
dir_list.insert(0, head)
context = { 'build': Build.objects.filter(pk=build_id)[0],
'target': Target.objects.filter(pk=target_id)[0],
'packages_sum': packages_sum['installed_size__sum'],
'objects': objects,
'dir_list': dir_list,
'file_path': file_path,
}
return render(request, template, context)
def _find_task_dep(task):
tp = []
for p in Task_Dependency.objects.filter(task=task):
tp.append(p.depends_on);
return tp
def _find_task_revdep(task):
tp = []
for p in Task_Dependency.objects.filter(depends_on=task):
tp.append(p.task);
return tp
def _find_task_provider(task):
task_revdeps = _find_task_revdep(task)
for tr in task_revdeps:
if tr.outcome != Task.OUTCOME_COVERED:
return tr
for tr in task_revdeps:
trc = _find_task_provider(tr)
if trc is not None:
return trc
return None
def tasks_common(request, build_id, variant):
# This class is shared between these pages
#
# Column tasks buildtime diskio cpuusage
# --------- ------ ---------- ------- ---------
# Cache def
# CPU min -
# Disk min -
# Executed def def def def
# Log
# Order def +
# Outcome def def def def
# Recipe min min min min
# Version
# Task min min min min
# Time min -
#
# 'min':on always, 'def':on by default, else hidden
# '+' default column sort up, '-' default column sort down
# default ordering depends on variant
if 'buildtime' == variant:
title_variant='Time'
object_search_display="time data"
filter_search_display="tasks"
mandatory_parameters = { 'count': 25, 'page' : 1, 'orderby':'elapsed_time:-'};
elif 'diskio' == variant:
title_variant='Disk I/O'
object_search_display="disk I/O data"
filter_search_display="tasks"
mandatory_parameters = { 'count': 25, 'page' : 1, 'orderby':'disk_io:-'};
elif 'cpuusage' == variant:
title_variant='CPU usage'
object_search_display="CPU usage data"
filter_search_display="tasks"
mandatory_parameters = { 'count': 25, 'page' : 1, 'orderby':'cpu_usage:-'};
else :
title_variant='Tasks'
object_search_display="tasks"
filter_search_display="tasks"
mandatory_parameters = { 'count': 25, 'page' : 1, 'orderby':'order:+'};
template = 'tasks.html'
retval = _verify_parameters( request.GET, mandatory_parameters )
if retval:
return _redirect_parameters( variant, request.GET, mandatory_parameters, build_id = build_id)
(filter_string, search_term, ordering_string) = _search_tuple(request, Task)
queryset_all = Task.objects.filter(build=build_id, order__gt=0)
queryset_with_search = _get_queryset(Task, queryset_all, None , search_term, ordering_string, 'order')
queryset = _get_queryset(Task, queryset_all, filter_string, search_term, ordering_string, 'order')
tasks = _build_page_range(Paginator(queryset, request.GET.get('count', 100)),request.GET.get('page', 1))
# define (and modify by variants) the 'tablecols' members
tc_order={
'name':'Order',
'qhelp':'The running sequence of each task in the build',
'clclass': 'order', 'hidden' : 1,
'orderfield':_get_toggle_order(request, "order"),
'ordericon':_get_toggle_order_icon(request, "order")}
if 'tasks' == variant: tc_order['hidden']='0'; del tc_order['clclass']
tc_recipe={
'name':'Recipe',
'qhelp':'The name of the recipe to which each task applies',
'orderfield': _get_toggle_order(request, "recipe__name"),
'ordericon':_get_toggle_order_icon(request, "recipe__name"),
}
tc_recipe_version={
'name':'Recipe version',
'qhelp':'The version of the recipe to which each task applies',
'clclass': 'recipe_version', 'hidden' : 1,
}
tc_task={
'name':'Task',
'qhelp':'The name of the task',
'orderfield': _get_toggle_order(request, "task_name"),
'ordericon':_get_toggle_order_icon(request, "task_name"),
}
tc_executed={
'name':'Executed',
'qhelp':"This value tells you if a task had to run in order to generate the task output (executed), or if the output was provided by another task and therefore the task didn't need to run (not executed)",
'clclass': 'executed', 'hidden' : 0,
'orderfield': _get_toggle_order(request, "task_executed"),
'ordericon':_get_toggle_order_icon(request, "task_executed"),
'filter' : {
'class' : 'executed',
'label': 'Show:',
'options' : [
('Executed Tasks', 'task_executed:1', queryset_with_search.filter(task_executed=1).count()),
('Not Executed Tasks', 'task_executed:0', queryset_with_search.filter(task_executed=0).count()),
]
}
}
tc_outcome={
'name':'Outcome',
'qhelp':'This column tells you if executed tasks succeeded, failed or restored output from the sstate-cache directory or mirrors. It also tells you why not executed tasks did not need to run',
'clclass': 'outcome', 'hidden' : 0,
'orderfield': _get_toggle_order(request, "outcome"),
'ordericon':_get_toggle_order_icon(request, "outcome"),
'filter' : {
'class' : 'outcome',
'label': 'Show:',
'options' : [
('Succeeded Tasks', 'outcome:%d'%Task.OUTCOME_SUCCESS, queryset_with_search.filter(outcome=Task.OUTCOME_SUCCESS).count(), 'Succeeded tasks are those that ran and completed during the build' ),
('Failed Tasks', 'outcome:%d'%Task.OUTCOME_FAILED, queryset_with_search.filter(outcome=Task.OUTCOME_FAILED).count(), 'Failed tasks are those that ran but did not complete during the build'),
('Cached Tasks', 'outcome:%d'%Task.OUTCOME_CACHED, queryset_with_search.filter(outcome=Task.OUTCOME_CACHED).count(), 'Cached tasks restored output from the sstate-cache directory or mirrors'),
('Prebuilt Tasks', 'outcome:%d'%Task.OUTCOME_PREBUILT, queryset_with_search.filter(outcome=Task.OUTCOME_PREBUILT).count(),'Prebuilt tasks didn\'t need to run because their output was reused from a previous build'),
('Covered Tasks', 'outcome:%d'%Task.OUTCOME_COVERED, queryset_with_search.filter(outcome=Task.OUTCOME_COVERED).count(), 'Covered tasks didn\'t need to run because their output is provided by another task in this build'),
('Empty Tasks', 'outcome:%d'%Task.OUTCOME_EMPTY, queryset_with_search.filter(outcome=Task.OUTCOME_NA).count(), 'Empty tasks have no executable content'),
]
}
}
tc_log={
'name':'Log',
'qhelp':'The location in disk of the task log file',
'orderfield': _get_toggle_order(request, "logfile"),
'ordericon':_get_toggle_order_icon(request, "logfile"),
'clclass': 'task_log', 'hidden' : 1,
}
tc_cache={
'name':'Cache attempt',
'qhelp':'This column tells you if a task tried to restore output from the sstate-cache directory or mirrors, and what was the result: Succeeded, Failed or File not in cache',
'clclass': 'cache_attempt', 'hidden' : 0,
'orderfield': _get_toggle_order(request, "sstate_result"),
'ordericon':_get_toggle_order_icon(request, "sstate_result"),
'filter' : {
'class' : 'cache_attempt',
'label': 'Show:',
'options' : [
('Tasks with cache attempts', 'sstate_result__gt:%d'%Task.SSTATE_NA, queryset_with_search.filter(sstate_result__gt=Task.SSTATE_NA).count(), 'Show all tasks that tried to restore ouput from the sstate-cache directory or mirrors'),
("Tasks with 'File not in cache' attempts", 'sstate_result:%d'%Task.SSTATE_MISS, queryset_with_search.filter(sstate_result=Task.SSTATE_MISS).count(), 'Show tasks that tried to restore output, but did not find it in the sstate-cache directory or mirrors'),
("Tasks with 'Failed' cache attempts", 'sstate_result:%d'%Task.SSTATE_FAILED, queryset_with_search.filter(sstate_result=Task.SSTATE_FAILED).count(), 'Show tasks that found the required output in the sstate-cache directory or mirrors, but could not restore it'),
("Tasks with 'Succeeded' cache attempts", 'sstate_result:%d'%Task.SSTATE_RESTORED, queryset_with_search.filter(sstate_result=Task.SSTATE_RESTORED).count(), 'Show tasks that successfully restored the required output from the sstate-cache directory or mirrors'),
]
}
}
#if 'tasks' == variant: tc_cache['hidden']='0';
tc_time={
'name':'Time (secs)',
'qhelp':'How long it took the task to finish, expressed in seconds',
'orderfield': _get_toggle_order(request, "elapsed_time", True),
'ordericon':_get_toggle_order_icon(request, "elapsed_time"),
'clclass': 'time_taken', 'hidden' : 1,
}
if 'buildtime' == variant: tc_time['hidden']='0'; del tc_time['clclass']; tc_cache['hidden']='1';
tc_cpu={
'name':'CPU usage',
'qhelp':'Task CPU utilisation, expressed as a percentage',
'orderfield': _get_toggle_order(request, "cpu_usage", True),
'ordericon':_get_toggle_order_icon(request, "cpu_usage"),
'clclass': 'cpu_used', 'hidden' : 1,
}
if 'cpuusage' == variant: tc_cpu['hidden']='0'; del tc_cpu['clclass']; tc_cache['hidden']='1';
tc_diskio={
'name':'Disk I/O (ms)',
'qhelp':'Number of miliseconds the task spent doing disk input and output',
'orderfield': _get_toggle_order(request, "disk_io", True),
'ordericon':_get_toggle_order_icon(request, "disk_io"),
'clclass': 'disk_io', 'hidden' : 1,
}
if 'diskio' == variant: tc_diskio['hidden']='0'; del tc_diskio['clclass']; tc_cache['hidden']='1';
context = { 'objectname': variant,
'object_search_display': object_search_display,
'filter_search_display': filter_search_display,
'title': title_variant,
'build': Build.objects.filter(pk=build_id)[0],
'objects': tasks,
'search_term': search_term,
'total_count': queryset_with_search.count(),
'tablecols':[
tc_order,
tc_recipe,
tc_recipe_version,
tc_task,
tc_executed,
tc_outcome,
tc_cache,
tc_time,
tc_cpu,
tc_diskio,
tc_log,
]}
return render(request, template, context)
def tasks(request, build_id):
return tasks_common(request, build_id, 'tasks')
def buildtime(request, build_id):
return tasks_common(request, build_id, 'buildtime')
def diskio(request, build_id):
return tasks_common(request, build_id, 'diskio')
def cpuusage(request, build_id):
return tasks_common(request, build_id, 'cpuusage')
def recipes(request, build_id):
template = 'recipes.html'
mandatory_parameters = { 'count': 100, 'page' : 1, 'orderby':'name:+'};
retval = _verify_parameters( request.GET, mandatory_parameters )
if retval:
return _redirect_parameters( 'recipes', request.GET, mandatory_parameters, build_id = build_id)
(filter_string, search_term, ordering_string) = _search_tuple(request, Recipe)
queryset = Recipe.objects.filter(layer_version__id__in=Layer_Version.objects.filter(build=build_id))
queryset = _get_queryset(Recipe, queryset, filter_string, search_term, ordering_string, 'name')
recipes = _build_page_range(Paginator(queryset, request.GET.get('count', 100)),request.GET.get('page', 1))
context = {
'objectname': 'recipes',
'build': Build.objects.filter(pk=build_id)[0],
'objects': recipes,
'tablecols':[
{
'name':'Recipe',
'qhelp':'Information about a single piece of software, including where to download the source, configuration options, how to compile the source files and how to package the compiled output',
'orderfield': _get_toggle_order(request, "name"),
'ordericon':_get_toggle_order_icon(request, "name"),
},
{
'name':'Recipe version',
'qhelp':'The recipe version and revision',
},
{
'name':'Dependencies',
'qhelp':'Recipe build-time dependencies (other recipes)',
'clclass': 'depends_on', 'hidden': 1,
},
{
'name':'Reverse dependencies',
'qhelp':'Recipe build-time reverse dependencies (i.e. which other recipes depend on this recipe)',
'clclass': 'depends_by', 'hidden': 1,
},
{
'name':'Recipe file',
'qhelp':'Location in disk of the recipe .bb file',
'orderfield': _get_toggle_order(request, "file_path"),
'ordericon':_get_toggle_order_icon(request, "file_path"),
'clclass': 'recipe_file', 'hidden': 0,
},
{
'name':'Section',
'qhelp':'The section in which recipes should be categorised',
'orderfield': _get_toggle_order(request, "section"),
'ordericon':_get_toggle_order_icon(request, "section"),
'clclass': 'recipe_section', 'hidden': 0,
},
{
'name':'License',
'qhelp':'The list of source licenses for the recipe. Separate license names using | (pipe) means there is a choice between licenses. Separate license names using & (ampersand) means multiple licenses exist that cover different parts of the source',
'orderfield': _get_toggle_order(request, "license"),
'ordericon':_get_toggle_order_icon(request, "license"),
'clclass': 'recipe_license', 'hidden': 0,
},
{
'name':'Layer',
'qhelp':'The name of the layer providing the recipe',
'orderfield': _get_toggle_order(request, "layer_version__layer__name"),
'ordericon':_get_toggle_order_icon(request, "layer_version__layer__name"),
'clclass': 'layer_version__layer__name', 'hidden': 0,
},
{
'name':'Layer branch',
'qhelp':'The Git branch of the layer providing the recipe',
'orderfield': _get_toggle_order(request, "layer_version__branch"),
'ordericon':_get_toggle_order_icon(request, "layer_version__branch"),
'clclass': 'layer_version__branch', 'hidden': 1,
},
{
'name':'Layer commit',
'qhelp':'The Git commit of the layer providing the recipe',
'clclass': 'layer_version__layer__commit', 'hidden': 1,
},
{
'name':'Layer directory',
'qhelp':'Location in disk of the layer providing the recipe',
'orderfield': _get_toggle_order(request, "layer_version__layer__local_path"),
'ordericon':_get_toggle_order_icon(request, "layer_version__layer__local_path"),
'clclass': 'layer_version__layer__local_path', 'hidden': 1,
},
]
}
return render(request, template, context)
def configuration(request, build_id):
template = 'configuration.html'
variables = Variable.objects.filter(build=build_id)
BB_VERSION=variables.filter(variable_name='BB_VERSION')[0].variable_value
BUILD_SYS=variables.filter(variable_name='BUILD_SYS')[0].variable_value
NATIVELSBSTRING=variables.filter(variable_name='NATIVELSBSTRING')[0].variable_value
TARGET_SYS=variables.filter(variable_name='TARGET_SYS')[0].variable_value
MACHINE=variables.filter(variable_name='MACHINE')[0].variable_value
DISTRO=variables.filter(variable_name='DISTRO')[0].variable_value
DISTRO_VERSION=variables.filter(variable_name='DISTRO_VERSION')[0].variable_value
TUNE_FEATURES=variables.filter(variable_name='TUNE_FEATURES')[0].variable_value
TARGET_FPU=variables.filter(variable_name='TARGET_FPU')[0].variable_value
targets = Target.objects.filter(build=build_id)
context = {
'objectname': 'configuration',
'object_search_display':'variables',
'filter_search_display':'variables',
'build': Build.objects.filter(pk=build_id)[0],
'BB_VERSION':BB_VERSION,
'BUILD_SYS':BUILD_SYS,
'NATIVELSBSTRING':NATIVELSBSTRING,
'TARGET_SYS':TARGET_SYS,
'MACHINE':MACHINE,
'DISTRO':DISTRO,
'DISTRO_VERSION':DISTRO_VERSION,
'TUNE_FEATURES':TUNE_FEATURES,
'TARGET_FPU':TARGET_FPU,
'targets':targets,
}
return render(request, template, context)
def configvars(request, build_id):
template = 'configvars.html'
mandatory_parameters = { 'count': 100, 'page' : 1, 'orderby':'variable_name:+', 'filter':'description__regex:.+'};
retval = _verify_parameters( request.GET, mandatory_parameters )
(filter_string, search_term, ordering_string) = _search_tuple(request, Variable)
if retval:
# if new search, clear the default filter
if search_term and len(search_term):
mandatory_parameters['filter']=''
return _redirect_parameters( 'configvars', request.GET, mandatory_parameters, build_id = build_id)
queryset = Variable.objects.filter(build=build_id).exclude(variable_name__istartswith='B_').exclude(variable_name__istartswith='do_')
queryset_with_search = _get_queryset(Variable, queryset, None, search_term, ordering_string, 'variable_name').exclude(variable_value='',vhistory__file_name__isnull=True)
queryset = _get_queryset(Variable, queryset, filter_string, search_term, ordering_string, 'variable_name')
# remove records where the value is empty AND there are no history files
queryset = queryset.exclude(variable_value='',vhistory__file_name__isnull=True)
variables = _build_page_range(Paginator(queryset, request.GET.get('count', 50)), request.GET.get('page', 1))
file_filter= search_term + ":"
if filter_string.find('conf/local.conf') > 0:
file_filter += 'conf/local.conf'
if filter_string.find('conf/bblayers.conf') > 0:
file_filter += 'conf/bblayers.conf'
if filter_string.find('conf/machine/') > 0:
file_filter += 'conf/machine/'
if filter_string.find('conf/distro/') > 0:
file_filter += 'conf/distro/'
if filter_string.find('/bitbake.conf') > 0:
file_filter += '/bitbake.conf'
context = {
'objectname': 'configvars',
'object_search_display':'BitBake variables',
'filter_search_display':'variables',
'file_filter': file_filter,
'build': Build.objects.filter(pk=build_id)[0],
'objects' : variables,
'total_count':queryset_with_search.count(),
'search_term':search_term,
# Specifies the display of columns for the table, appearance in "Edit columns" box, toggling default show/hide, and specifying filters for columns
'tablecols' : [
{'name': 'Variable',
'qhelp': "BitBake is a generic task executor that considers a list of tasks with dependencies and handles metadata that consists of variables in a certain format that get passed to the tasks",
'dclass' : "span3",
'orderfield': _get_toggle_order(request, "variable_name"),
'ordericon':_get_toggle_order_icon(request, "variable_name"),
},
{'name': 'Value',
'qhelp': "The value assigned to the variable",
'dclass': "span4",
},
{'name': 'Set in file',
'qhelp': "The last configuration file that touched the variable value",
'clclass': 'file', 'hidden' : 0,
'dclass': "span6",
'filter' : {
'class' : 'vhistory__file_name',
'label': 'Show:',
'options' : [
('Local configuration variables', 'vhistory__file_name__regex:conf/(local|bblayers).conf', queryset_with_search.filter(vhistory__file_name__regex='conf/(local|bblayers).conf').count(), 'Select this filter to see variables set by the local.conf and bblayers.conf configuration files inside the /build/conf/ directory'),
('Machine configuration variables', 'vhistory__file_name__contains:conf/machine/',queryset_with_search.filter(vhistory__file_name__contains='conf/machine').count(), 'Select this filter to see variables set by the configuration file(s) inside your layers /conf/machine/ directory'),
('Distro configuration variables', 'vhistory__file_name__contains:conf/distro/',queryset_with_search.filter(vhistory__file_name__contains='conf/distro').count(), 'Select this filter to see variables set by the configuration file(s) inside your layers /conf/distro/ directory'),
('Layer configuration variables', 'vhistory__file_name__contains:conf/layer.conf',queryset_with_search.filter(vhistory__file_name__contains='conf/layer.conf').count(), 'Select this filter to see variables set by the layer.conf configuration file inside your layers'),
('bitbake.conf variables', 'vhistory__file_name__contains:/bitbake.conf',queryset_with_search.filter(vhistory__file_name__contains='/bitbake.conf').count(), 'Select this filter to see variables set by the bitbake.conf configuration file'),
]
},
},
{'name': 'Description',
'qhelp': "A brief explanation of the variable",
'clclass': 'description', 'hidden' : 0,
'dclass': "span5",
'filter' : {
'class' : 'description',
'label': 'Show:',
'options' : [
('Variables with description', 'description__regex:.+', queryset_with_search.filter(description__regex='.+').count(), 'We provide descriptions for the most common BiBake variables, so this filter effectively shows you a curated list of variables put together by the Yocto Project maintainers. The curated list lives in /meta/conf/documentation.conf inside your poky directory'),
]
},
},
],
}
return render(request, template, context)
def bpackage(request, build_id):
template = 'bpackage.html'
mandatory_parameters = { 'count': 100, 'page' : 1, 'orderby':'name:+'};
retval = _verify_parameters( request.GET, mandatory_parameters )
if retval:
return _redirect_parameters( 'packages', request.GET, mandatory_parameters, build_id = build_id)
(filter_string, search_term, ordering_string) = _search_tuple(request, Package)
queryset = Package.objects.filter(build = build_id).filter(size__gte=0)
queryset = _get_queryset(Package, queryset, filter_string, search_term, ordering_string, 'name')
packages = _build_page_range(Paginator(queryset, request.GET.get('count', 100)),request.GET.get('page', 1))
context = {
'objectname': 'packages built',
'build': Build.objects.filter(pk=build_id)[0],
'objects' : packages,
'tablecols':[
{
'name':'Package',
'qhelp':'Packaged output resulting from building a recipe',
'orderfield': _get_toggle_order(request, "name"),
'ordericon':_get_toggle_order_icon(request, "name"),
},
{
'name':'Package version',
'qhelp':'The package version and revision',
},
{
'name':'Size',
'qhelp':'The size of the package',
'orderfield': _get_toggle_order(request, "size", True),
'ordericon':_get_toggle_order_icon(request, "size"),
'clclass': 'size', 'hidden': 0,
},
{
'name':'License',
'qhelp':'The license under which the package is distributed. Separate license names using | (pipe) means there is a choice between licenses. Separate license names using & (ampersand) means multiple licenses exist that cover different parts of the source',
'orderfield': _get_toggle_order(request, "license"),
'ordericon':_get_toggle_order_icon(request, "license"),
'clclass': 'license', 'hidden': 1,
},
{
'name':'Recipe',
'qhelp':'The name of the recipe building the package',
'orderfield': _get_toggle_order(request, "recipe__name"),
'ordericon':_get_toggle_order_icon(request, "recipe__name"),
'clclass': 'recipe__name', 'hidden': 0,
},
{
'name':'Recipe version',
'qhelp':'Version and revision of the recipe building the package',
'clclass': 'recipe__version', 'hidden': 1,
},
{
'name':'Layer',
'qhelp':'The name of the layer providing the recipe that builds the package',
'orderfield': _get_toggle_order(request, "recipe__layer_version__layer__name"),
'ordericon':_get_toggle_order_icon(request, "recipe__layer_version__layer__name"),
'clclass': 'recipe__layer_version__layer__name', 'hidden': 1,
},
{
'name':'Layer branch',
'qhelp':'The Git branch of the layer providing the recipe that builds the package',
'orderfield': _get_toggle_order(request, "recipe__layer_version__branch"),
'ordericon':_get_toggle_order_icon(request, "recipe__layer_version__branch"),
'clclass': 'recipe__layer_version__branch', 'hidden': 1,
},
{
'name':'Layer commit',
'qhelp':'The Git commit of the layer providing the recipe that builds the package',
'clclass': 'recipe__layer_version__layer__commit', 'hidden': 1,
},
{
'name':'Layer directory',
'qhelp':'Location in disk of the layer providing the recipe that builds the package',
'orderfield': _get_toggle_order(request, "recipe__layer_version__layer__local_path"),
'ordericon':_get_toggle_order_icon(request, "recipe__layer_version__layer__local_path"),
'clclass': 'recipe__layer_version__layer__local_path', 'hidden': 1,
},
]
}
return render(request, template, context)
def bfile(request, build_id, package_id):
template = 'bfile.html'
files = Package_File.objects.filter(package = package_id)
context = {'build': Build.objects.filter(pk=build_id)[0], 'objects' : files}
return render(request, template, context)
def tpackage(request, build_id, target_id):
template = 'package.html'
packages = map(lambda x: x.package, list(Target_Installed_Package.objects.filter(target=target_id)))
context = {'build': Build.objects.filter(pk=build_id)[0], 'objects' : packages}
return render(request, template, context)
def layer(request):
template = 'layer.html'
layer_info = Layer.objects.all()
for li in layer_info:
li.versions = Layer_Version.objects.filter(layer = li)
for liv in li.versions:
liv.count = Recipe.objects.filter(layer_version__id = liv.id).count()
context = {'objects': layer_info}
return render(request, template, context)
def layer_versions_recipes(request, layerversion_id):
template = 'recipe.html'
recipes = Recipe.objects.filter(layer_version__id = layerversion_id)
context = {'objects': recipes,
'layer_version' : Layer_Version.objects.filter( id = layerversion_id )[0]
}
return render(request, template, context)
# A set of dependency types valid for both included and built package views
OTHER_DEPENDS_BASE = [
Package_Dependency.TYPE_RSUGGESTS,
Package_Dependency.TYPE_RPROVIDES,
Package_Dependency.TYPE_RREPLACES,
Package_Dependency.TYPE_RCONFLICTS,
]
# value for invalid row id
INVALID_KEY = -1
"""
Given a package id, target_id retrieves two sets of this image and package's
dependencies. The return value is a dictionary consisting of two other
lists: a list of 'runtime' dependencies, that is, having RDEPENDS
values in source package's recipe, and a list of other dependencies, that is
the list of possible recipe variables as found in OTHER_DEPENDS_BASE plus
the RRECOMENDS or TRECOMENDS value.
The lists are built in the sort order specified for the package runtime
dependency views.
"""
def _get_package_dependencies(package_id, target_id = INVALID_KEY):
runtime_deps = []
other_deps = []
other_depends_types = OTHER_DEPENDS_BASE
if target_id != INVALID_KEY :
rdepends_type = Package_Dependency.TYPE_TRDEPENDS
other_depends_types += [Package_Dependency.TYPE_TRECOMMENDS]
else :
rdepends_type = Package_Dependency.TYPE_RDEPENDS
other_depends_types += [Package_Dependency.TYPE_RRECOMMENDS]
package = Package.objects.get(pk=package_id)
if target_id != INVALID_KEY :
alldeps = package.package_dependencies_source.filter(target_id__exact = target_id)
else :
alldeps = package.package_dependencies_source.all()
for idep in alldeps:
dep_package = Package.objects.get(pk=idep.depends_on_id)
dep_entry = Package_Dependency.DEPENDS_DICT[idep.dep_type]
if dep_package.version == '' :
version = ''
else :
version = dep_package.version + "-" + dep_package.revision
installed = False
if target_id != INVALID_KEY :
if Target_Installed_Package.objects.filter(target_id__exact = target_id, package_id__exact = dep_package.id).count() > 0:
installed = True
dep = {
'name' : dep_package.name,
'version' : version,
'size' : dep_package.size,
'dep_type' : idep.dep_type,
'dep_type_display' : dep_entry[0].capitalize(),
'dep_type_help' : dep_entry[1] % (dep_package.name, package.name),
'depends_on_id' : dep_package.id,
'installed' : installed,
}
if target_id != INVALID_KEY:
dep['alias'] = _get_package_alias(dep_package)
if idep.dep_type == rdepends_type :
runtime_deps.append(dep)
elif idep.dep_type in other_depends_types :
other_deps.append(dep)
rdep_sorted = sorted(runtime_deps, key=lambda k: k['name'])
odep_sorted = sorted(
sorted(other_deps, key=lambda k: k['name']),
key=lambda k: k['dep_type'])
retvalues = {'runtime_deps' : rdep_sorted, 'other_deps' : odep_sorted}
return retvalues
# Return the count of packages dependent on package for this target_id image
def _get_package_reverse_dep_count(package, target_id):
return package.package_dependencies_target.filter(target_id__exact=target_id, dep_type__exact = Package_Dependency.TYPE_TRDEPENDS).count()
# Return the count of the packages that this package_id is dependent on.
# Use one of the two RDEPENDS types, either TRDEPENDS if the package was
# installed, or else RDEPENDS if only built.
def _get_package_dependency_count(package, target_id, is_installed):
if is_installed :
return package.package_dependencies_source.filter(target_id__exact = target_id,
dep_type__exact = Package_Dependency.TYPE_TRDEPENDS).count()
else :
return package.package_dependencies_source.filter(dep_type__exact = Package_Dependency.TYPE_RDEPENDS).count()
def _get_package_alias(package):
alias = package.installed_name
if alias != None and alias != '' and alias != package.name:
return alias
else:
return ''
def _get_fullpackagespec(package):
r = package.name
version_good = package.version != None and package.version != ''
revision_good = package.revision != None and package.revision != ''
if version_good or revision_good:
r += '_'
if version_good:
r += package.version
if revision_good:
r += '-'
if revision_good:
r += package.revision
return r
def package_built_detail(request, build_id, package_id):
template = "package_built_detail.html"
if Build.objects.filter(pk=build_id).count() == 0 :
return redirect(builds)
package = Package.objects.filter(pk=package_id)[0]
package.fullpackagespec = _get_fullpackagespec(package)
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'package' : package,
'dependency_count' : _get_package_dependency_count(package, -1, False),
}
return render(request, template, context)
def package_built_dependencies(request, build_id, package_id):
template = "package_built_dependencies.html"
if Build.objects.filter(pk=build_id).count() == 0 :
return redirect(builds)
package = Package.objects.filter(pk=package_id)[0]
package.fullpackagespec = _get_fullpackagespec(package)
dependencies = _get_package_dependencies(package_id)
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'package' : package,
'runtime_deps' : dependencies['runtime_deps'],
'other_deps' : dependencies['other_deps'],
'dependency_count' : _get_package_dependency_count(package, -1, False)
}
return render(request, template, context)
def package_included_detail(request, build_id, target_id, package_id):
template = "package_included_detail.html"
if Build.objects.filter(pk=build_id).count() == 0 :
return redirect(builds)
package = Package.objects.filter(pk=package_id)[0]
package.fullpackagespec = _get_fullpackagespec(package)
package.alias = _get_package_alias(package)
target = Target.objects.filter(pk=target_id)[0]
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'target' : target,
'package' : package,
'reverse_count' : _get_package_reverse_dep_count(package, target_id),
'dependency_count' : _get_package_dependency_count(package, target_id, True)
}
return render(request, template, context)
def package_included_dependencies(request, build_id, target_id, package_id):
template = "package_included_dependencies.html"
if Build.objects.filter(pk=build_id).count() == 0 :
return redirect(builds)
package = Package.objects.filter(pk=package_id)[0]
package.fullpackagespec = _get_fullpackagespec(package)
package.alias = _get_package_alias(package)
target = Target.objects.filter(pk=target_id)[0]
dependencies = _get_package_dependencies(package_id, target_id)
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'package' : package,
'target' : target,
'runtime_deps' : dependencies['runtime_deps'],
'other_deps' : dependencies['other_deps'],
'reverse_count' : _get_package_reverse_dep_count(package, target_id),
'dependency_count' : _get_package_dependency_count(package, target_id, True)
}
return render(request, template, context)
def package_included_reverse_dependencies(request, build_id, target_id, package_id):
template = "package_included_reverse_dependencies.html"
if Build.objects.filter(pk=build_id).count() == 0 :
return redirect(builds)
package = Package.objects.filter(pk=package_id)[0]
package.fullpackagespec = _get_fullpackagespec(package)
package.alias = _get_package_alias(package)
target = Target.objects.filter(pk=target_id)[0]
reverse_deps = []
alldeps = package.package_dependencies_target.filter(target_id__exact=target_id)
for idep in alldeps:
dep_package = Package.objects.get(pk=idep.package_id)
version = dep_package.version
if version != '' :
version += '-' + dep_package.revision
dep = {
'name' : dep_package.name,
'alias' : _get_package_alias(dep_package),
'dependent_id' : dep_package.id,
'version' : version,
'size' : dep_package.size
}
if idep.dep_type == Package_Dependency.TYPE_TRDEPENDS :
reverse_deps.append(dep)
context = {
'build' : Build.objects.filter(pk=build_id)[0],
'package' : package,
'target' : target,
'reverse_deps' : reverse_deps,
'reverse_count' : _get_package_reverse_dep_count(package, target_id),
'dependency_count' : _get_package_dependency_count(package, target_id, True)
}
return render(request, template, context)
def image_information_dir(request, build_id, target_id, packagefile_id):
# stubbed for now
return redirect(builds)