WITH status(status, status_id, probability_pc) as ( VALUES ('Закрыта неуспешно',7,0) , ('Закрыта успешно',6,100) , ('Договор подписан',5,100) , ('Договор на подписании',15,90) , ('Договор на согласовании',12,70), ('Тестирование',8,50) , ('Отправлено ТКП',10,20) , ('Внутреннее согласование',37,10), ('Проработка решения',4,10) , ('Сбор потребностей',1,0) ), line_expanded as ( SELECT siv.__id as siv_uid , siv.discount , siv.type as line_pricing_model_id , siv.hash as line_key , siv.is_actual as siv_is_actual , siv.version::numeric as line_version , d.__index as deal_index , d._companies , a.index as agreement_version , siv.date_nop::date as dt_from , siv.date_end::date as dt_to , siv.is_easy as is_simple , siv.cnt , s.probability_pc , a.__id as agreement_uid , a.contract_uid , a.is_actual as agreement_is_actual , a.deal_uid , d.__name as deal , d.__status_status as deal_status_id , siv.user_description , unnest(siv.params) as param_id FROM elma.deals_services siv JOIN elma.deals d on (d.__id = ANY(siv.deal)) JOIN status s on (d.__status_status=s.status_id) LEFT JOIN elma.additional_agreements a on (a.__id = ANY(siv.additional_agreement)) WHERE siv.is_actual AND siv."__deletedAt" IS NULL and d."__deletedAt" IS NULL and a."__deletedAt" IS NULL and s.probability_pc >= 50 --and a.is_actual and siv.type IN (2,3) ), component as ( SELECT -- price*cnt*(100.0-COALESCE(discount,0))/100.0 as cost , -- price , cnt , code , __id FROM elma.service_parametrs where "__deletedAt" IS NULL ), stair as ( select * FROM ( SELECT *, MIN(dt_from) OVER (PARTITION BY line_key ORDER BY deal_index desc) running_min_dt FROM line_expanded --line WHERE probability_pc > 0 ) t WHERE t.dt_from = t.running_min_dt AND ( t.dt_to > CURRENT_TIMESTAMP OR t.dt_to IS NULL ) ), alloc as ( select c."WZ" as wz , round(sum(c."VM_RAM_Allocated")) as ram , round(sum(CASE WHEN "VM_is_ON" > 0 THEN c."VM_RAM_Allocated" ELSE 0 END)) as ram_on , round(sum(c."VM_vCPU_count")) as cpu , round(sum(CASE WHEN "VM_is_ON" > 0 then c."VM_vCPU_count" ELSE 0 END)) as cpu_on from vmreports.compute c where ts= (select max(ts) from vmreports.compute) group by c."WZ" ), disk_alloc as ( select c."WZ" as wz , round(sum(c."Disk_Allocated")) as disk_alloc from vmreports.storage c where ts= (select max(ts) from vmreports.compute) group by c."WZ" ), sold_ram as ( SELECT z.id_klienta as WZ , z.__name as client , z.__id as company_uid, round(sum(c.cnt*o.cnt)) as quantity , count(*) as lines , STRING_AGG(distinct c.code,', ' order by c.code) as codes FROM stair o JOIN elma.companies z on o._companies=z.__id LEFT JOIN component c on c.__id = o.param_id --LEFT JOIN component c on (c.__id = ANY (o.params)) WHERE --c.code SIMILAR TO 'iaas.(ngc|dcp).%.ram-_' (c.code LIKE 'iaas.ngc.%.ram-_' OR c.code LIKE 'iaas.dcp.%.ram-_') AND c.cnt <> 0 AND o.cnt <> 0 GROUP BY z.id_klienta, z.__id , z.__name ), sold_cpu as ( SELECT z.id_klienta as WZ , z.__name as client , z.__id as company_uid, round(sum(c.cnt*o.cnt)) as quantity , count(*) as lines , STRING_AGG(distinct c.code,', ' order by c.code) as codes FROM stair o JOIN elma.companies z on (o._companies=z.__id) LEFT JOIN component c on c.__id = o.param_id --LEFT JOIN component c on (c.__id = ANY (o.params)) WHERE --c.code SIMILAR TO 'iaas.(ngc|dcp).%.vcpu%-_' (c.code LIKE 'iaas.ngc.%.vcpu%-_' OR c.code LIKE 'iaas.dcp.%.vcpu%-_') AND c.cnt <> 0 AND o.cnt <> 0 GROUP BY z.id_klienta, z.__id , z.__name ), sold_disk as ( SELECT z.id_klienta as WZ , z.__name as client , z.__id as company_uid, round(sum(c.cnt*o.cnt)) as quantity , count(*) as lines , STRING_AGG(distinct c.code,', ' order by c.code) as codes FROM stair o JOIN elma.companies z on (o._companies=z.__id) LEFT JOIN component c on c.__id = o.param_id --LEFT JOIN component c on (c.__id = ANY (o.params)) WHERE --c.code SIMILAR TO 'iaas.(ngc|dcp).%.(ssd|fstssd|sata)-_' (c.code LIKE 'iaas.ngc.%.ssd-_' OR c.code LIKE 'iaas.dcp.%.ssd-_' or c.code LIKE 'iaas.ngc.%.fstssd-_' OR c.code LIKE 'iaas.dcp.%.fstssd-_' or c.code LIKE 'iaas.ngc.%.sata-_' OR c.code LIKE 'iaas.dcp.%.sata-_' ) AND c.cnt <> 0 AND o.cnt <> 0 GROUP BY z.id_klienta, z.__id , z.__name ), sold_gpu as ( SELECT z.id_klienta as WZ , z.__name as client , z.__id as company_uid, round(sum(c.cnt*o.cnt)) as quantity , count(*) as lines , STRING_AGG(distinct c.code,', ' order by c.code) as codes FROM stair o JOIN elma.companies z on (o._companies=z.__id) LEFT JOIN component c on c.__id = o.param_id WHERE --c.code SIMILAR TO 'iaas.(ngc|dcp).%.vcpu%-_' (c.code LIKE 'iaas.ngc.%.gpu%-_' OR c.code LIKE 'iaas.dcp.%.gpu%-_') AND c.cnt <> 0 AND o.cnt <> 0 GROUP BY z.id_klienta, z.__id , z.__name ), gpu_alloc as ( select c."ClientID" as wz , -- json_agg("GPU") as gpu, string_agg("GPU"::text||' '||"OrgStatus",', ') as gpu, count(*) as gpu_alloc from vmreports.vm_gpu c where ts= (select max(ts) from vmreports.vm_gpu) group by c."ClientID" ), deal_stat as ( select STRING_AGG(distinct deal_status_id::text,', ' order by deal_status_id::text) as status_ids, ARRAY_AGG(distinct deal_status_id order by deal_status_id) as ar_status_ids, STRING_AGG(distinct line_pricing_model_id::text,', ' order by line_pricing_model_id::text) as line_pricing_model_ids , ARRAY_AGG(distinct line_pricing_model_id order by line_pricing_model_id) as ar_line_pricing_model_id, z.id_klienta as WZ from line_expanded o --line o join elma.companies z on (o._companies=z.__id) GROUP BY z.id_klienta ) select r.wz as wz_sold r.client as client_sold r.company_uid a.wz as wz_alloc ds.status_ids ds.line_pricing_model_ids r.codes as ram_codes r.quantity as ram_sold a.ram as ram_alloc a.ram_on as ram_alloc_on c.codes as cpu_codes c.quantity as cpu_sold a.cpu as cpu_alloc a.cpu_on as cpu_alloc_on d.codes as disk_codes d.quantity as disk_sold da.disk_alloc g.codes as gpu_codes g.quantity as gpu_sold ga.gpu_alloc ga.gpu z.__name as alloc_company z.__id as alloc_company_uid ds.ar_status_ids from sold_ram r join deal_stat ds on (lower(r.wz)=lower(ds.wz)) join sold_cpu c on (lower(r.wz)=lower(c.wz)) left join sold_disk d on (lower(r.wz)=lower(d.wz)) left join sold_gpu g on (lower(r.wz)=lower(g.wz)) full join alloc a on (lower(r.wz)=lower(a.wz)) left join disk_alloc da on (a.wz=da.wz) left join gpu_alloc ga on (a.wz=ga.wz) left join elma.companies z on (lower(a.wz)=lower(z.id_klienta)) where 1=1 order by Сверка CRM - Cloud select sum(cpu_sold) as cpu_sold ,sum(cpu_alloc) as cpu_alloc ,sum(cpu_alloc_on) as cpu_alloc_on ,sum(ram_sold) as ram_sold ,sum(ram_alloc) as ram_alloc ,sum(ram_alloc_on) as ram_alloc_on ,sum(disk_sold) as disk_sold ,sum(disk_alloc) as disk_alloc ,sum(gpu_sold) as gpu_sold from qRead

#wz_sold#	#client_sold# #alloc_company#	#wz_alloc#	#status_ids#	#line_pricing_model_ids#	#cpu_codes#	style="background:lightgreen;">#cpu_sold#	style="background:lightcoral;">#cpu_alloc#	style="background:lightcoral;">#cpu_alloc_on#	#ram_codes#	style="background:lightgreen;">#ram_sold#	style="background:lightcoral;">#ram_alloc#	style="background:lightcoral;">#ram_alloc_on#	#disk_codes#	style="background:lightgreen;">#disk_sold#	style="background:lightcoral;">#disk_alloc#	#gpu_codes#	style="background:lightgreen;">#gpu_sold#	style="background:lightcoral;">#gpu_alloc#	#gpu#
Итого						style="background:lightgreen;">#cpu_sold#	style="background:lightcoral;">#cpu_alloc#	style="background:lightcoral;">#cpu_alloc_on#		style="background:lightgreen;">#ram_sold#	style="background:lightcoral;">#ram_alloc#	style="background:lightcoral;">#ram_alloc_on#		style="background:lightgreen;">#disk_sold#	style="background:lightcoral;">#disk_alloc#		#gpu_sold#