def query(request, basequery, sortsql='1 asc'):
basesql, baseparams = basequery.query.get_compiler(
basequery.db).as_sql(with_col_aliases=False)
# Run the query
cursor = connections[request.database].cursor()
query = '''
select x.row1, x.row2, x.col1, x.col2, x.col3,
min(x.frozen_start), min(x.total_start),
coalesce(sum(case o2.locked when %s then o2.quantity else 0 end),0),
coalesce(sum(o2.quantity),0)
from (
select oper.name as row1, oper.location_id as row2,
d.bucket as col1, d.startdate as col2, d.enddate as col3,
coalesce(sum(case o1.locked when %s then o1.quantity else 0 end),0) as frozen_start,
coalesce(sum(o1.quantity),0) as total_start
from (%s) oper
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Planned and frozen quantity, based on start date
left join out_operationplan o1
on oper.name = o1.operation
and d.startdate <= o1.startdate
and d.enddate > o1.startdate
-- Grouping
group by oper.name, oper.location_id, d.bucket, d.startdate, d.enddate
) x
-- Planned and frozen quantity, based on end date
left join out_operationplan o2
on x.row1 = o2.operation
and x.col2 <= o2.enddate
and x.col3 > o2.enddate
-- Grouping and ordering
group by x.row1, x.row2, x.col1, x.col2, x.col3
order by %s, x.col2
''' % (sql_true(), sql_true(), basesql, request.report_bucket,
request.report_startdate, request.report_enddate, sortsql)
cursor.execute(query, baseparams)
# Convert the SQl results to python
for row in cursor.fetchall():
yield {
'operation': row[0],
'location': row[1],
'bucket': row[2],
'startdate': python_date(row[3]),
'enddate': python_date(row[4]),
'locked_start': row[5],
'total_start': row[6],
'locked_end': row[7],
'total_end': row[8],
}
def query(request, basequery, sortsql='1 asc'):
basesql, baseparams = basequery.query.get_compiler(basequery.db).as_sql(with_col_aliases=False)
# Run the query
cursor = connections[request.database].cursor()
query = '''
select x.row1, x.row2, x.col1, x.col2, x.col3,
min(x.frozen_start), min(x.total_start),
coalesce(sum(case o2.locked when %s then o2.quantity else 0 end),0),
coalesce(sum(o2.quantity),0)
from (
select oper.name as row1, oper.location_id as row2,
d.bucket as col1, d.startdate as col2, d.enddate as col3,
coalesce(sum(case o1.locked when %s then o1.quantity else 0 end),0) as frozen_start,
coalesce(sum(o1.quantity),0) as total_start
from (%s) oper
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Planned and frozen quantity, based on start date
left join out_operationplan o1
on oper.name = o1.operation
and d.startdate <= o1.startdate
and d.enddate > o1.startdate
-- Grouping
group by oper.name, oper.location_id, d.bucket, d.startdate, d.enddate
) x
-- Planned and frozen quantity, based on end date
left join out_operationplan o2
on x.row1 = o2.operation
and x.col2 <= o2.enddate
and x.col3 > o2.enddate
-- Grouping and ordering
group by x.row1, x.row2, x.col1, x.col2, x.col3
order by %s, x.col2
''' % (sql_true(), sql_true(), basesql, request.report_bucket,
request.report_startdate, request.report_enddate, sortsql)
cursor.execute(query, baseparams)
# Convert the SQl results to python
for row in cursor.fetchall():
yield {
'operation': row[0],
'location': row[1],
'bucket': row[2],
'startdate': python_date(row[3]),
'enddate': python_date(row[4]),
'locked_start': row[5],
'total_start': row[6],
'locked_end': row[7],
'total_end': row[8],
}
def query(request, basequery, sortsql='1 asc'):
cursor = connections[request.database].cursor()
basesql, baseparams = basequery.query.get_compiler(basequery.db).as_sql(with_col_aliases=False)
# Assure the item hierarchy is up to date
Buffer.rebuildHierarchy(database=basequery.db)
# Execute a query to get the onhand value at the start of our horizon
startohdict = {}
query = '''
select buffers.name, sum(oh.onhand)
from (%s) buffers
inner join buffer
on buffer.lft between buffers.lft and buffers.rght
inner join (
select out_flowplan.thebuffer as thebuffer, out_flowplan.onhand as onhand
from out_flowplan,
(select thebuffer, max(id) as id
from out_flowplan
where flowdate < '%s'
group by thebuffer
) maxid
where maxid.thebuffer = out_flowplan.thebuffer
and maxid.id = out_flowplan.id
) oh
on oh.thebuffer = buffer.name
group by buffers.name
''' % (basesql, request.report_startdate)
cursor.execute(query, baseparams)
for row in cursor.fetchall():
startohdict[row[0]] = float(row[1])
# Execute the actual query
query = '''
select buf.name as row1, buf.item_id as row2, buf.location_id as row3,
d.bucket as col1, d.startdate as col2, d.enddate as col3,
coalesce(sum(%s),0.0) as consumed,
coalesce(-sum(%s),0.0) as produced
from (%s) buf
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Include child buffers
inner join buffer
on buffer.lft between buf.lft and buf.rght
-- Consumed and produced quantities
left join out_flowplan
on buffer.name = out_flowplan.thebuffer
and d.startdate <= out_flowplan.flowdate
and d.enddate > out_flowplan.flowdate
and out_flowplan.flowdate >= '%s'
and out_flowplan.flowdate < '%s'
-- Grouping and sorting
group by buf.name, buf.item_id, buf.location_id, buf.onhand, d.bucket, d.startdate, d.enddate
order by %s, d.startdate
''' % (
sql_max('out_flowplan.quantity', '0.0'), sql_min('out_flowplan.quantity', '0.0'),
basesql, request.report_bucket, request.report_startdate, request.report_enddate,
request.report_startdate, request.report_enddate, sortsql
)
cursor.execute(query, baseparams)
# Build the python result
prevbuf = None
for row in cursor.fetchall():
if row[0] != prevbuf:
prevbuf = row[0]
startoh = startohdict.get(prevbuf, 0)
endoh = startoh + float(row[6] - row[7])
else:
startoh = endoh
endoh += float(row[6] - row[7])
yield {
'buffer': row[0],
'item': row[1],
'location': row[2],
'bucket': row[3],
'startdate': python_date(row[4]),
'enddate': python_date(row[5]),
'startoh': round(startoh, 1),
'produced': round(row[6], 1),
'consumed': round(row[7], 1),
'endoh': round(endoh, 1),
}
def query(request, basequery, sortsql='1 asc'):
cursor = connections[request.database].cursor()
basesql, baseparams = basequery.query.get_compiler(
basequery.db).as_sql(with_col_aliases=False)
# Assure the item hierarchy is up to date
Buffer.rebuildHierarchy(database=basequery.db)
# Execute a query to get the onhand value at the start of our horizon
startohdict = {}
query = '''
select buffers.name, sum(oh.onhand)
from (%s) buffers
inner join buffer
on buffer.lft between buffers.lft and buffers.rght
inner join (
select out_flowplan.thebuffer as thebuffer, out_flowplan.onhand as onhand
from out_flowplan,
(select thebuffer, max(id) as id
from out_flowplan
where flowdate < '%s'
group by thebuffer
) maxid
where maxid.thebuffer = out_flowplan.thebuffer
and maxid.id = out_flowplan.id
) oh
on oh.thebuffer = buffer.name
group by buffers.name
''' % (basesql, request.report_startdate)
cursor.execute(query, baseparams)
for row in cursor.fetchall():
startohdict[row[0]] = float(row[1])
# Execute the actual query
query = '''
select buf.name as row1, buf.item_id as row2, buf.location_id as row3,
d.bucket as col1, d.startdate as col2, d.enddate as col3,
coalesce(sum(%s),0.0) as consumed,
coalesce(-sum(%s),0.0) as produced
from (%s) buf
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Include child buffers
inner join buffer
on buffer.lft between buf.lft and buf.rght
-- Consumed and produced quantities
left join out_flowplan
on buffer.name = out_flowplan.thebuffer
and d.startdate <= out_flowplan.flowdate
and d.enddate > out_flowplan.flowdate
and out_flowplan.flowdate >= '%s'
and out_flowplan.flowdate < '%s'
-- Grouping and sorting
group by buf.name, buf.item_id, buf.location_id, buf.onhand, d.bucket, d.startdate, d.enddate
order by %s, d.startdate
''' % (sql_max('out_flowplan.quantity',
'0.0'), sql_min('out_flowplan.quantity',
'0.0'), basesql, request.report_bucket,
request.report_startdate, request.report_enddate,
request.report_startdate, request.report_enddate, sortsql)
cursor.execute(query, baseparams)
# Build the python result
prevbuf = None
for row in cursor.fetchall():
if row[0] != prevbuf:
prevbuf = row[0]
startoh = startohdict.get(prevbuf, 0)
endoh = startoh + float(row[6] - row[7])
else:
startoh = endoh
endoh += float(row[6] - row[7])
yield {
'buffer': row[0],
'item': row[1],
'location': row[2],
'bucket': row[3],
'startdate': python_date(row[4]),
'enddate': python_date(row[5]),
'startoh': round(startoh, 1),
'produced': round(row[6], 1),
'consumed': round(row[7], 1),
'endoh': round(endoh, 1),
}
def query(request, basequery, sortsql='1 asc'):
basesql, baseparams = basequery.query.get_compiler(
basequery.db).as_sql(with_col_aliases=True)
cursor = connections[request.database].cursor()
# Assure the item hierarchy is up to date
Item.rebuildHierarchy(database=basequery.db)
# Execute a query to get the backlog at the start of the horizon
startbacklogdict = {}
query = '''
select items.name, sum(quantity)
from (%s) items
inner join item
on item.lft between items.lft and items.rght
inner join out_demand
on item.name = out_demand.item
and (plandate is null or plandate >= '%s')
and due < '%s'
group by items.name
''' % (basesql, request.report_startdate, request.report_startdate)
cursor.execute(query, baseparams)
for row in cursor.fetchall():
if row[0]:
startbacklogdict[row[0]] = float(row[1])
# Execute the query
query = '''
select y.name as row1,
y.bucket as col1, y.startdate as col2, y.enddate as col3,
min(y.orders),
min(y.planned)
from (
select x.name as name, x.lft as lft, x.rght as rght,
x.bucket as bucket, x.startdate as startdate, x.enddate as enddate,
coalesce(sum(demand.quantity),0) as orders,
min(x.planned) as planned
from (
select items.name as name, items.lft as lft, items.rght as rght,
d.bucket as bucket, d.startdate as startdate, d.enddate as enddate,
coalesce(sum(out_demand.quantity),0) as planned
from (%s) items
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Include hierarchical children
inner join item
on item.lft between items.lft and items.rght
-- Planned quantity
left join out_demand
on item.name = out_demand.item
and d.startdate <= out_demand.plandate
and d.enddate > out_demand.plandate
and out_demand.plandate >= '%s'
and out_demand.plandate < '%s'
-- Grouping
group by items.name, items.lft, items.rght, d.bucket, d.startdate, d.enddate
) x
-- Requested quantity
inner join item
on item.lft between x.lft and x.rght
left join demand
on item.name = demand.item_id
and x.startdate <= demand.due
and x.enddate > demand.due
and demand.due >= '%s'
and demand.due < '%s'
-- Grouping
group by x.name, x.lft, x.rght, x.bucket, x.startdate, x.enddate
) y
-- Ordering and grouping
group by y.name, y.lft, y.rght, y.bucket, y.startdate, y.enddate
order by %s, y.startdate
''' % (basesql, request.report_bucket, request.report_startdate,
request.report_enddate, request.report_startdate,
request.report_enddate, request.report_startdate,
request.report_enddate, sortsql)
cursor.execute(query, baseparams)
# Build the python result
previtem = None
for row in cursor.fetchall():
if row[0] != previtem:
backlog = startbacklogdict.get(row[0], 0)
previtem = row[0]
backlog += float(row[4]) - float(row[5])
yield {
'item': row[0],
'bucket': row[1],
'startdate': python_date(row[2]),
'enddate': python_date(row[3]),
'demand': round(row[4], 1),
'supply': round(row[5], 1),
'backlog': round(backlog, 1)
}
def query(request, basequery, sortsql='1 asc'):
basesql, baseparams = basequery.query.get_compiler(basequery.db).as_sql(with_col_aliases=True)
# Get the time units
units = OverviewReport.getUnits(request)
# Assure the item hierarchy is up to date
Resource.rebuildHierarchy(database=basequery.db)
# Execute the query
cursor = connections[request.database].cursor()
query = '''
select res.name as row1, res.location_id as row2,
coalesce(max(plan_summary.avg_util),0) as avgutil,
d.bucket as col1, d.startdate as col2,
coalesce(sum(out_resourceplan.available),0) * (case when res.type = 'buckets' then 1 else %f end) as available,
coalesce(sum(out_resourceplan.unavailable),0) * (case when res.type = 'buckets' then 1 else %f end) as unavailable,
coalesce(sum(out_resourceplan.load),0) * (case when res.type = 'buckets' then 1 else %f end) as loading,
coalesce(sum(out_resourceplan.setup),0) * (case when res.type = 'buckets' then 1 else %f end) as setup
from (%s) res
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Include child resources
inner join %s res2
on res2.lft between res.lft and res.rght
-- Utilization info
left join out_resourceplan
on res2.name = out_resourceplan.theresource
and d.startdate <= out_resourceplan.startdate
and d.enddate > out_resourceplan.startdate
and out_resourceplan.startdate >= '%s'
and out_resourceplan.startdate < '%s'
-- Average utilization info
left join (
select
theresource,
( coalesce(sum(out_resourceplan.load),0) + coalesce(sum(out_resourceplan.setup),0) )
* 100.0 / coalesce(%s,1) as avg_util
from out_resourceplan
where out_resourceplan.startdate >= '%s'
and out_resourceplan.startdate < '%s'
group by theresource
) plan_summary
on res2.name = plan_summary.theresource
-- Grouping and sorting
group by res.name, res.location_id, res.type, d.bucket, d.startdate
order by %s, d.startdate
''' % (
units[0], units[0], units[0], units[0],
basesql, request.report_bucket, request.report_startdate,
request.report_enddate,
connections[basequery.db].ops.quote_name('resource'),
request.report_startdate, request.report_enddate,
sql_max('sum(out_resourceplan.available)', '0.0001'),
request.report_startdate, request.report_enddate, sortsql
)
cursor.execute(query, baseparams)
# Build the python result
for row in cursor.fetchall():
if row[5] != 0:
util = row[7] * 100 / row[5]
else:
util = 0
yield {
'resource': row[0],
'location': row[1],
'avgutil': round(row[2], 2),
'bucket': row[3],
'startdate': python_date(row[4]),
'available': round(row[5], 1),
'unavailable': round(row[6], 1),
'load': round(row[7], 1),
'setup': round(row[8], 1),
'utilization': round(util, 2)
}
def query(request, basequery, sortsql='1 asc'):
basesql, baseparams = basequery.query.get_compiler(basequery.db).as_sql(with_col_aliases=False)
cursor = connections[request.database].cursor()
# Assure the item hierarchy is up to date
Item.rebuildHierarchy(database=basequery.db)
# Execute a query to get the backlog at the start of the horizon
startbacklogdict = {}
query = '''
select items.name, sum(quantity)
from (%s) items
inner join item
on item.lft between items.lft and items.rght
inner join out_demand
on item.name = out_demand.item
and (plandate is null or plandate >= '%s')
and due < '%s'
group by items.name
''' % (basesql, request.report_startdate, request.report_startdate)
cursor.execute(query, baseparams)
for row in cursor.fetchall():
if row[0]:
startbacklogdict[row[0]] = float(row[1])
# Execute the query
query = '''
select y.name as row1,
y.bucket as col1, y.startdate as col2, y.enddate as col3,
min(y.orders),
min(y.planned)
from (
select x.name as name, x.lft as lft, x.rght as rght,
x.bucket as bucket, x.startdate as startdate, x.enddate as enddate,
coalesce(sum(demand.quantity),0) as orders,
min(x.planned) as planned
from (
select items.name as name, items.lft as lft, items.rght as rght,
d.bucket as bucket, d.startdate as startdate, d.enddate as enddate,
coalesce(sum(out_demand.quantity),0) as planned
from (%s) items
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Include hierarchical children
inner join item
on item.lft between items.lft and items.rght
-- Planned quantity
left join out_demand
on item.name = out_demand.item
and d.startdate <= out_demand.plandate
and d.enddate > out_demand.plandate
and out_demand.plandate >= '%s'
and out_demand.plandate < '%s'
-- Grouping
group by items.name, items.lft, items.rght, d.bucket, d.startdate, d.enddate
) x
-- Requested quantity
inner join item
on item.lft between x.lft and x.rght
left join demand
on item.name = demand.item_id
and x.startdate <= demand.due
and x.enddate > demand.due
and demand.due >= '%s'
and demand.due < '%s'
and demand.status = 'open'
-- Grouping
group by x.name, x.lft, x.rght, x.bucket, x.startdate, x.enddate
) y
-- Ordering and grouping
group by y.name, y.lft, y.rght, y.bucket, y.startdate, y.enddate
order by %s, y.startdate
''' % (basesql, request.report_bucket, request.report_startdate,
request.report_enddate, request.report_startdate,
request.report_enddate, request.report_startdate,
request.report_enddate, sortsql)
cursor.execute(query, baseparams)
# Build the python result
previtem = None
for row in cursor.fetchall():
if row[0] != previtem:
backlog = startbacklogdict.get(row[0], 0)
previtem = row[0]
backlog += float(row[4]) - float(row[5])
yield {
'item': row[0],
'bucket': row[1],
'startdate': python_date(row[2]),
'enddate': python_date(row[3]),
'demand': round(row[4], 1),
'supply': round(row[5], 1),
'backlog': round(backlog, 1)
}
def query(request, basequery, sortsql='1 asc'):
basesql, baseparams = basequery.query.get_compiler(
basequery.db).as_sql(with_col_aliases=True)
# Get the time units
units = OverviewReport.getUnits(request)
# Assure the item hierarchy is up to date
Resource.rebuildHierarchy(database=basequery.db)
# Execute the query
cursor = connections[request.database].cursor()
query = '''
select res.name as row1, res.location_id as row2,
coalesce(max(plan_summary.avg_util),0) as avgutil,
d.bucket as col1, d.startdate as col2,
coalesce(sum(out_resourceplan.available),0) * (case when res.type = 'buckets' then 1 else %f end) as available,
coalesce(sum(out_resourceplan.unavailable),0) * (case when res.type = 'buckets' then 1 else %f end) as unavailable,
coalesce(sum(out_resourceplan.load),0) * (case when res.type = 'buckets' then 1 else %f end) as loading,
coalesce(sum(out_resourceplan.setup),0) * (case when res.type = 'buckets' then 1 else %f end) as setup
from (%s) res
-- Multiply with buckets
cross join (
select name as bucket, startdate, enddate
from common_bucketdetail
where bucket_id = '%s' and enddate > '%s' and startdate < '%s'
) d
-- Include child resources
inner join %s res2
on res2.lft between res.lft and res.rght
-- Utilization info
left join out_resourceplan
on res2.name = out_resourceplan.theresource
and d.startdate <= out_resourceplan.startdate
and d.enddate > out_resourceplan.startdate
and out_resourceplan.startdate >= '%s'
and out_resourceplan.startdate < '%s'
-- Average utilization info
left join (
select
theresource,
( coalesce(sum(out_resourceplan.load),0) + coalesce(sum(out_resourceplan.setup),0) )
* 100.0 / coalesce(%s,1) as avg_util
from out_resourceplan
where out_resourceplan.startdate >= '%s'
and out_resourceplan.startdate < '%s'
group by theresource
) plan_summary
on res2.name = plan_summary.theresource
-- Grouping and sorting
group by res.name, res.location_id, res.type, d.bucket, d.startdate
order by %s, d.startdate
''' % (units[0], units[0], units[0], units[0], basesql,
request.report_bucket, request.report_startdate,
request.report_enddate,
connections[basequery.db].ops.quote_name('resource'),
request.report_startdate, request.report_enddate,
sql_max('sum(out_resourceplan.available)', '0.0001'),
request.report_startdate, request.report_enddate, sortsql)
cursor.execute(query, baseparams)
# Build the python result
for row in cursor.fetchall():
if row[5] != 0:
util = row[7] * 100 / row[5]
else:
util = 0
yield {
'resource': row[0],
'location': row[1],
'avgutil': round(row[2], 2),
'bucket': row[3],
'startdate': python_date(row[4]),
'available': round(row[5], 1),
'unavailable': round(row[6], 1),
'load': round(row[7], 1),
'setup': round(row[8], 1),
'utilization': round(util, 2)
}