Skip to content
Projects
Groups
Snippets
Help
This project
Loading...
Sign in / Register
Toggle navigation
D
DataCenter_Core2.1_20190520
Overview
Overview
Details
Activity
Cycle Analytics
Repository
Repository
Files
Commits
Branches
Tags
Contributors
Graph
Compare
Charts
Issues
0
Issues
0
List
Board
Labels
Milestones
Merge Requests
0
Merge Requests
0
CI / CD
CI / CD
Pipelines
Jobs
Schedules
Charts
Wiki
Wiki
Snippets
Snippets
Members
Members
Collapse sidebar
Close sidebar
Activity
Graph
Charts
Create a new issue
Jobs
Commits
Issue Boards
Open sidebar
bltdc
DataCenter_Core2.1_20190520
Commits
204450eb
Commit
204450eb
authored
Apr 01, 2020
by
guanzhenshan
Browse files
Options
Browse Files
Download
Email Patches
Plain Diff
环比改为表格,增加一级项目
parent
548c21f7
Show whitespace changes
Inline
Side-by-side
Showing
4 changed files
with
231 additions
and
157 deletions
+231
-157
mFinanceDebtChain.cs
Bailun.DC.Models/mFinanceDebtChain.cs
+20
-0
FinanceController.cs
Bailun.DC.Web/Areas/Reports/Controllers/FinanceController.cs
+166
-101
Index2.cshtml
Bailun.DC.Web/Areas/Reports/Views/Finance/Index2.cshtml
+1
-1
Index2Chart.cshtml
Bailun.DC.Web/Areas/Reports/Views/Finance/Index2Chart.cshtml
+44
-55
No files found.
Bailun.DC.Models/mFinanceDebtChain.cs
0 → 100644
View file @
204450eb
using
System
;
using
System.Collections.Generic
;
using
System.Text
;
namespace
Bailun.DC.Models
{
public
class
mFinanceDebtChain
{
public
string
onelevelname
{
get
;
set
;
}
public
string
sencondlevelname
{
get
;
set
;
}
public
decimal
start
{
get
;
set
;
}
public
decimal
end
{
get
;
set
;
}
public
string
diff
{
get
;
set
;
}
}
}
Bailun.DC.Web/Areas/Reports/Controllers/FinanceController.cs
View file @
204450eb
...
...
@@ -2748,8 +2748,6 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
{
try
{
var
obj
=
new
Services
.
FinanceReportServices
().
ListBalanceSheet
(
start
,
end
);
var
s
=
new
List
<
string
>()
{
"货币资金"
,
"1.平台提现在途"
,
"2.第三方平台余额"
,
"3.银行帐号余额"
,
"交易性金融资金"
,
"应收票据"
,
"应收账款"
,
"1.借支金额"
,
"预付款项"
,
"1.预付成品供应商"
,
"2.预付半成品供应商"
,
"3.预付物流供应商"
,
"应收利息"
,
"应收股利"
,
"其他应收款"
,
"存货"
,
"1.存货FBA仓在库"
,
"2.存货非FBA仓在库"
,
"3.存货FBA仓在途(非调拨计划)"
,
"4.存货FBA仓在途(调拨计划)"
,
...
...
@@ -2761,6 +2759,8 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
var
val
=
new
List
<
string
>();
var
listval
=
new
List
<
mFinanceDebtChain
>();
foreach
(
var
m
in
obj
)
{
m
.
cl_count
=
m
.
cl_count
??
0
;
...
...
@@ -2881,110 +2881,140 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
m
.
count_liabilities_and_oe
=
m
.
count_liabilities
+
m
.
oe_count
;
}
val
.
Add
((
obj
[
0
].
monetary_fund
==
0
?
0
:
(
obj
[
1
].
monetary_fund
-
obj
[
0
].
monetary_fund
)
/
obj
[
0
].
monetary_fund
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
withdraw_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
withdraw_amount
.
Value
-
obj
[
0
].
withdraw_amount
.
Value
)
/
obj
[
0
].
withdraw_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
platform_balance
.
Value
==
0
?
0
:
(
obj
[
1
].
platform_balance
.
Value
-
obj
[
0
].
platform_balance
.
Value
)
/
obj
[
0
].
platform_balance
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
bank_account_balance
.
Value
==
0
?
0
:
(
obj
[
1
].
bank_account_balance
.
Value
-
obj
[
0
].
bank_account_balance
.
Value
)
/
obj
[
0
].
bank_account_balance
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_trading_finan_asset
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_trading_finan_asset
.
Value
-
obj
[
0
].
fa_trading_finan_asset
.
Value
)
/
obj
[
0
].
fa_trading_finan_asset
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_bill_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_bill_receivable
.
Value
-
obj
[
0
].
fa_bill_receivable
.
Value
)
/
obj
[
0
].
fa_bill_receivable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
accounts_receivable
==
0
?
0
:
(
obj
[
1
].
accounts_receivable
-
obj
[
0
].
accounts_receivable
)
/
obj
[
0
].
accounts_receivable
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
amount_borrowed
==
0
?
0
:
(
obj
[
1
].
amount_borrowed
-
obj
[
0
].
amount_borrowed
)
/
obj
[
0
].
amount_borrowed
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
prepayment
==
0
?
0
:
(
obj
[
1
].
prepayment
-
obj
[
0
].
prepayment
)
/
obj
[
0
].
prepayment
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
finished_prepayment
.
Value
==
0
?
0
:
(
obj
[
1
].
finished_prepayment
.
Value
-
obj
[
0
].
finished_prepayment
.
Value
)
/
obj
[
0
].
finished_prepayment
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_prepayment
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_prepayment
.
Value
-
obj
[
0
].
semi_prepayment
.
Value
)
/
obj
[
0
].
semi_prepayment
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
logistics_prepayment
.
Value
==
0
?
0
:
(
obj
[
1
].
logistics_prepayment
.
Value
-
obj
[
0
].
logistics_prepayment
.
Value
)
/
obj
[
0
].
logistics_prepayment
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_interest_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_interest_receivable
.
Value
-
obj
[
0
].
fa_interest_receivable
.
Value
)
/
obj
[
0
].
fa_interest_receivable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_dividends_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_dividends_receivable
.
Value
-
obj
[
0
].
fa_dividends_receivable
.
Value
)
/
obj
[
0
].
fa_dividends_receivable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
other_accounts_receivable
==
0
?
0
:
(
obj
[
1
].
other_accounts_receivable
-
obj
[
0
].
other_accounts_receivable
)
/
obj
[
0
].
other_accounts_receivable
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
inventory_amount
==
0
?
0
:
(
obj
[
1
].
inventory_amount
-
obj
[
0
].
inventory_amount
)
/
obj
[
0
].
inventory_amount
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fba_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
fba_inventory_amount
.
Value
-
obj
[
0
].
fba_inventory_amount
.
Value
)
/
obj
[
0
].
fba_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
not_fba_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
not_fba_inventory_amount
.
Value
-
obj
[
0
].
not_fba_inventory_amount
.
Value
)
/
obj
[
0
].
not_fba_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fba_transfer_allot_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
fba_transfer_allot_amount
.
Value
-
obj
[
0
].
fba_transfer_allot_amount
.
Value
)
/
obj
[
0
].
fba_transfer_allot_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fba_transfer_plan_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
fba_transfer_plan_amount
.
Value
-
obj
[
0
].
fba_transfer_plan_amount
.
Value
)
/
obj
[
0
].
fba_transfer_plan_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
not_fba_transfer_allot_amount
.
Value
-
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
)
/
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
not_fba_transfer_plan_amount
.
Value
-
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
)
/
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_inventory_amount
.
Value
-
obj
[
0
].
semi_inventory_amount
.
Value
)
/
obj
[
0
].
semi_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_bailun_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_bailun_inventory_amount
.
Value
-
obj
[
0
].
semi_bailun_inventory_amount
.
Value
)
/
obj
[
0
].
semi_bailun_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_hani_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_hani_inventory_amount
.
Value
-
obj
[
0
].
semi_hani_inventory_amount
.
Value
)
/
obj
[
0
].
semi_hani_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_transfer_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_transfer_amount
.
Value
-
obj
[
0
].
semi_transfer_amount
.
Value
)
/
obj
[
0
].
semi_transfer_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_bailun_transfer_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_bailun_transfer_amount
.
Value
-
obj
[
0
].
semi_bailun_transfer_amount
.
Value
)
/
obj
[
0
].
semi_bailun_transfer_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_hani_transfer_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_hani_transfer_amount
.
Value
-
obj
[
0
].
semi_hani_transfer_amount
.
Value
)
/
obj
[
0
].
semi_hani_transfer_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_oneyear_noncurrent_assets
.
Value
-
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
)
/
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_other_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_other_assets
.
Value
-
obj
[
0
].
fa_other_assets
.
Value
)
/
obj
[
0
].
fa_other_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fa_count
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_count
.
Value
-
obj
[
0
].
fa_count
.
Value
)
/
obj
[
0
].
fa_count
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_avai_for_sale_fassets
.
Value
-
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
)
/
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_heldon_investment
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_heldon_investment
.
Value
-
obj
[
0
].
nca_heldon_investment
.
Value
)
/
obj
[
0
].
nca_heldon_investment
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_longterm_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_longterm_receivable
.
Value
-
obj
[
0
].
nca_longterm_receivable
.
Value
)
/
obj
[
0
].
nca_longterm_receivable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_longterm_equity_investment
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_longterm_equity_investment
.
Value
-
obj
[
0
].
nca_longterm_equity_investment
.
Value
)
/
obj
[
0
].
nca_longterm_equity_investment
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_investment_property
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_investment_property
.
Value
-
obj
[
0
].
nca_investment_property
.
Value
)
/
obj
[
0
].
nca_investment_property
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
fixed_assets
==
0
?
0
:
(
obj
[
1
].
fixed_assets
-
obj
[
0
].
fixed_assets
)
/
obj
[
0
].
fixed_assets
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_construction_in_process
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_construction_in_process
.
Value
-
obj
[
0
].
nca_construction_in_process
.
Value
)
/
obj
[
0
].
nca_construction_in_process
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_engineering_material
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_engineering_material
.
Value
-
obj
[
0
].
nca_engineering_material
.
Value
)
/
obj
[
0
].
nca_engineering_material
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_disposal_of_fixed_assets
.
Value
-
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
)
/
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_productive_biological_asset
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_productive_biological_asset
.
Value
-
obj
[
0
].
nca_productive_biological_asset
.
Value
)
/
obj
[
0
].
nca_productive_biological_asset
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_oil_and_gas_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_oil_and_gas_assets
.
Value
-
obj
[
0
].
nca_oil_and_gas_assets
.
Value
)
/
obj
[
0
].
nca_oil_and_gas_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_intangible_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_intangible_assets
.
Value
-
obj
[
0
].
nca_intangible_assets
.
Value
)
/
obj
[
0
].
nca_intangible_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_development_expenditure
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_development_expenditure
.
Value
-
obj
[
0
].
nca_development_expenditure
.
Value
)
/
obj
[
0
].
nca_development_expenditure
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_goodwill
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_goodwill
.
Value
-
obj
[
0
].
nca_goodwill
.
Value
)
/
obj
[
0
].
nca_goodwill
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_longterm_unamortized_expenses
.
Value
-
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
)
/
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_deferred_tax_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_deferred_tax_assets
.
Value
-
obj
[
0
].
nca_deferred_tax_assets
.
Value
)
/
obj
[
0
].
nca_deferred_tax_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_other_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_other_assets
.
Value
-
obj
[
0
].
nca_other_assets
.
Value
)
/
obj
[
0
].
nca_other_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
nca_count
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_count
.
Value
-
obj
[
0
].
nca_count
.
Value
)
/
obj
[
0
].
nca_count
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
count_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
count_assets
.
Value
-
obj
[
0
].
count_assets
.
Value
)
/
obj
[
0
].
count_assets
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
short_term_borrow
==
0
?
0
:
(
obj
[
1
].
short_term_borrow
-
obj
[
0
].
short_term_borrow
)
/
obj
[
0
].
short_term_borrow
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_trading_financ_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_trading_financ_liabilities
.
Value
-
obj
[
0
].
cl_trading_financ_liabilities
.
Value
)
/
obj
[
0
].
cl_trading_financ_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_notes_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_notes_payable
.
Value
-
obj
[
0
].
cl_notes_payable
.
Value
)
/
obj
[
0
].
cl_notes_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
accounts_payable
==
0
?
0
:
(
obj
[
1
].
accounts_payable
-
obj
[
0
].
accounts_payable
)
/
obj
[
0
].
accounts_payable
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
finished_accounts_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
finished_accounts_payable
.
Value
-
obj
[
0
].
finished_accounts_payable
.
Value
)
/
obj
[
0
].
finished_accounts_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
semi_accounts_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_accounts_payable
.
Value
-
obj
[
0
].
semi_accounts_payable
.
Value
)
/
obj
[
0
].
semi_accounts_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
logistics_accounts_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
logistics_accounts_payable
.
Value
-
obj
[
0
].
logistics_accounts_payable
.
Value
)
/
obj
[
0
].
logistics_accounts_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
advance_received
==
0
?
0
:
(
obj
[
1
].
advance_received
-
obj
[
0
].
advance_received
)
/
obj
[
0
].
advance_received
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
payable_remuneration
==
0
?
0
:
(
obj
[
1
].
payable_remuneration
-
obj
[
0
].
payable_remuneration
)
/
obj
[
0
].
payable_remuneration
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
taxes_payable
==
0
?
0
:
(
obj
[
1
].
taxes_payable
-
obj
[
0
].
taxes_payable
)
/
obj
[
0
].
taxes_payable
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_payable_interest
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_payable_interest
.
Value
-
obj
[
0
].
cl_payable_interest
.
Value
)
/
obj
[
0
].
cl_payable_interest
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_dividends_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_dividends_payable
.
Value
-
obj
[
0
].
cl_dividends_payable
.
Value
)
/
obj
[
0
].
cl_dividends_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
other_accounts_payable
==
0
?
0
:
(
obj
[
1
].
other_accounts_payable
-
obj
[
0
].
other_accounts_payable
)
/
obj
[
0
].
other_accounts_payable
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_oneyear_noncurrent_liabilities
.
Value
-
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
)
/
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_other_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_other_liabilities
.
Value
-
obj
[
0
].
cl_other_liabilities
.
Value
)
/
obj
[
0
].
cl_other_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
cl_count
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_count
.
Value
-
obj
[
0
].
cl_count
.
Value
)
/
obj
[
0
].
cl_count
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_longterm_loan
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_longterm_loan
.
Value
-
obj
[
0
].
ncl_longterm_loan
.
Value
)
/
obj
[
0
].
ncl_longterm_loan
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_bonds_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_bonds_payable
.
Value
-
obj
[
0
].
ncl_bonds_payable
.
Value
)
/
obj
[
0
].
ncl_bonds_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
long_term_accounts_payable
==
0
?
0
:
(
obj
[
1
].
long_term_accounts_payable
-
obj
[
0
].
long_term_accounts_payable
)
/
obj
[
0
].
long_term_accounts_payable
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_special_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_special_payable
.
Value
-
obj
[
0
].
ncl_special_payable
.
Value
)
/
obj
[
0
].
ncl_special_payable
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_anticipation_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_anticipation_liabilities
.
Value
-
obj
[
0
].
ncl_anticipation_liabilities
.
Value
)
/
obj
[
0
].
ncl_anticipation_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_deferred_income_tax_liabilities
.
Value
-
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
)
/
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_other_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_other_liabilities
.
Value
-
obj
[
0
].
ncl_other_liabilities
.
Value
)
/
obj
[
0
].
ncl_other_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
ncl_count
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_count
.
Value
-
obj
[
0
].
ncl_count
.
Value
)
/
obj
[
0
].
ncl_count
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
count_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
count_liabilities
.
Value
-
obj
[
0
].
count_liabilities
.
Value
)
/
obj
[
0
].
count_liabilities
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
oe_paicl_up_capital
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_paicl_up_capital
.
Value
-
obj
[
0
].
oe_paicl_up_capital
.
Value
)
/
obj
[
0
].
oe_paicl_up_capital
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
oe_capital_reserve
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_capital_reserve
.
Value
-
obj
[
0
].
oe_capital_reserve
.
Value
)
/
obj
[
0
].
oe_capital_reserve
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
oe_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_inventory_amount
.
Value
-
obj
[
0
].
oe_inventory_amount
.
Value
)
/
obj
[
0
].
oe_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
oe_surplus_public_accumulation
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_surplus_public_accumulation
.
Value
-
obj
[
0
].
oe_surplus_public_accumulation
.
Value
)
/
obj
[
0
].
oe_surplus_public_accumulation
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
oe_undistributed_profit
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_undistributed_profit
.
Value
-
obj
[
0
].
oe_undistributed_profit
.
Value
)
/
obj
[
0
].
oe_undistributed_profit
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
oe_count
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_count
.
Value
-
obj
[
0
].
oe_count
.
Value
)
/
obj
[
0
].
oe_count
.
Value
*
100
).
ToString
(
"N2"
));
val
.
Add
((
obj
[
0
].
count_liabilities_and_oe
.
Value
==
0
?
0
:
(
obj
[
1
].
count_liabilities_and_oe
.
Value
-
obj
[
0
].
count_liabilities_and_oe
.
Value
)
/
obj
[
0
].
count_liabilities_and_oe
.
Value
*
100
).
ToString
(
"N2"
));
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
0
],
start
=
obj
[
0
].
monetary_fund
,
end
=
obj
[
1
].
monetary_fund
,
diff
=
(
obj
[
0
].
monetary_fund
==
0
?
0
:
(
obj
[
1
].
monetary_fund
-
obj
[
0
].
monetary_fund
)
/
obj
[
0
].
monetary_fund
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
1
],
start
=
obj
[
0
].
withdraw_amount
.
Value
,
end
=
obj
[
1
].
withdraw_amount
.
Value
,
diff
=
(
obj
[
0
].
withdraw_amount
==
0
?
0
:
(
obj
[
1
].
withdraw_amount
-
obj
[
0
].
withdraw_amount
)
/
obj
[
0
].
withdraw_amount
*
100
).
Value
.
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
2
],
start
=
obj
[
0
].
platform_balance
.
Value
,
end
=
obj
[
1
].
platform_balance
.
Value
,
diff
=
(
obj
[
0
].
platform_balance
==
0
?
0
:
(
obj
[
1
].
platform_balance
-
obj
[
0
].
platform_balance
)
/
obj
[
0
].
platform_balance
*
100
).
Value
.
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
3
],
start
=
obj
[
0
].
bank_account_balance
.
Value
,
end
=
obj
[
1
].
bank_account_balance
.
Value
,
diff
=
(
obj
[
0
].
bank_account_balance
.
Value
==
0
?
0
:
(
obj
[
1
].
bank_account_balance
.
Value
-
obj
[
0
].
bank_account_balance
.
Value
)
/
obj
[
0
].
bank_account_balance
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
4
],
start
=
obj
[
0
].
fa_trading_finan_asset
.
Value
,
end
=
obj
[
1
].
fa_trading_finan_asset
.
Value
,
diff
=
(
obj
[
0
].
fa_trading_finan_asset
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_trading_finan_asset
.
Value
-
obj
[
0
].
fa_trading_finan_asset
.
Value
)
/
obj
[
0
].
fa_trading_finan_asset
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
5
],
start
=
obj
[
0
].
fa_bill_receivable
.
Value
,
end
=
obj
[
1
].
fa_bill_receivable
.
Value
,
diff
=
(
obj
[
0
].
fa_bill_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_bill_receivable
.
Value
-
obj
[
0
].
fa_bill_receivable
.
Value
)
/
obj
[
0
].
fa_bill_receivable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
6
],
start
=
obj
[
0
].
accounts_receivable
,
end
=
obj
[
1
].
accounts_receivable
,
diff
=
(
obj
[
0
].
accounts_receivable
==
0
?
0
:
(
obj
[
1
].
accounts_receivable
-
obj
[
0
].
accounts_receivable
)
/
obj
[
0
].
accounts_receivable
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
7
],
start
=
obj
[
0
].
amount_borrowed
,
end
=
obj
[
1
].
amount_borrowed
,
diff
=
(
obj
[
0
].
amount_borrowed
==
0
?
0
:
(
obj
[
1
].
amount_borrowed
-
obj
[
0
].
amount_borrowed
)
/
obj
[
0
].
amount_borrowed
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
8
],
start
=
obj
[
0
].
prepayment
,
end
=
obj
[
1
].
prepayment
,
diff
=
(
obj
[
0
].
prepayment
==
0
?
0
:
(
obj
[
1
].
prepayment
-
obj
[
0
].
prepayment
)
/
obj
[
0
].
prepayment
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
9
],
start
=
obj
[
0
].
finished_prepayment
.
Value
,
end
=
obj
[
1
].
finished_prepayment
.
Value
,
diff
=
(
obj
[
0
].
finished_prepayment
.
Value
==
0
?
0
:
(
obj
[
1
].
finished_prepayment
.
Value
-
obj
[
0
].
finished_prepayment
.
Value
)
/
obj
[
0
].
finished_prepayment
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
10
],
start
=
obj
[
0
].
semi_prepayment
.
Value
,
end
=
obj
[
1
].
semi_prepayment
.
Value
,
diff
=
(
obj
[
0
].
semi_prepayment
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_prepayment
.
Value
-
obj
[
0
].
semi_prepayment
.
Value
)
/
obj
[
0
].
semi_prepayment
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
11
],
start
=
obj
[
0
].
logistics_prepayment
.
Value
,
end
=
obj
[
1
].
logistics_prepayment
.
Value
,
diff
=
(
obj
[
0
].
logistics_prepayment
.
Value
==
0
?
0
:
(
obj
[
1
].
logistics_prepayment
.
Value
-
obj
[
0
].
logistics_prepayment
.
Value
)
/
obj
[
0
].
logistics_prepayment
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
12
],
start
=
obj
[
0
].
fa_interest_receivable
.
Value
,
end
=
obj
[
1
].
fa_interest_receivable
.
Value
,
diff
=
(
obj
[
0
].
fa_interest_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_interest_receivable
.
Value
-
obj
[
0
].
fa_interest_receivable
.
Value
)
/
obj
[
0
].
fa_interest_receivable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
13
],
start
=
obj
[
0
].
fa_dividends_receivable
.
Value
,
end
=
obj
[
1
].
fa_dividends_receivable
.
Value
,
diff
=
(
obj
[
0
].
fa_dividends_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_dividends_receivable
.
Value
-
obj
[
0
].
fa_dividends_receivable
.
Value
)
/
obj
[
0
].
fa_dividends_receivable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
14
],
start
=
obj
[
0
].
other_accounts_receivable
,
end
=
obj
[
1
].
other_accounts_receivable
,
diff
=
(
obj
[
0
].
other_accounts_receivable
==
0
?
0
:
(
obj
[
1
].
other_accounts_receivable
-
obj
[
0
].
other_accounts_receivable
)
/
obj
[
0
].
other_accounts_receivable
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
15
],
start
=
obj
[
0
].
inventory_amount
,
end
=
obj
[
1
].
inventory_amount
,
diff
=
(
obj
[
0
].
inventory_amount
==
0
?
0
:
(
obj
[
1
].
inventory_amount
-
obj
[
0
].
inventory_amount
)
/
obj
[
0
].
inventory_amount
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
16
],
start
=
obj
[
0
].
fba_inventory_amount
.
Value
,
end
=
obj
[
1
].
fba_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
fba_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
fba_inventory_amount
.
Value
-
obj
[
0
].
fba_inventory_amount
.
Value
)
/
obj
[
0
].
fba_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
17
],
start
=
obj
[
0
].
not_fba_inventory_amount
.
Value
,
end
=
obj
[
1
].
not_fba_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
not_fba_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
not_fba_inventory_amount
.
Value
-
obj
[
0
].
not_fba_inventory_amount
.
Value
)
/
obj
[
0
].
not_fba_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
18
],
start
=
obj
[
0
].
fba_transfer_allot_amount
.
Value
,
end
=
obj
[
1
].
fba_transfer_allot_amount
.
Value
,
diff
=
(
obj
[
0
].
fba_transfer_allot_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
fba_transfer_allot_amount
.
Value
-
obj
[
0
].
fba_transfer_allot_amount
.
Value
)
/
obj
[
0
].
fba_transfer_allot_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
19
],
start
=
obj
[
0
].
fba_transfer_plan_amount
.
Value
,
end
=
obj
[
1
].
fba_transfer_plan_amount
.
Value
,
diff
=
(
obj
[
0
].
fba_transfer_plan_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
fba_transfer_plan_amount
.
Value
-
obj
[
0
].
fba_transfer_plan_amount
.
Value
)
/
obj
[
0
].
fba_transfer_plan_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
20
],
start
=
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
,
end
=
obj
[
1
].
not_fba_transfer_allot_amount
.
Value
,
diff
=
(
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
not_fba_transfer_allot_amount
.
Value
-
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
)
/
obj
[
0
].
not_fba_transfer_allot_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
21
],
start
=
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
,
end
=
obj
[
1
].
not_fba_transfer_plan_amount
.
Value
,
diff
=
(
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
not_fba_transfer_plan_amount
.
Value
-
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
)
/
obj
[
0
].
not_fba_transfer_plan_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
22
],
start
=
obj
[
0
].
semi_inventory_amount
.
Value
,
end
=
obj
[
1
].
semi_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_inventory_amount
.
Value
-
obj
[
0
].
semi_inventory_amount
.
Value
)
/
obj
[
0
].
semi_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
23
],
start
=
obj
[
0
].
semi_bailun_inventory_amount
.
Value
,
end
=
obj
[
1
].
semi_bailun_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_bailun_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_bailun_inventory_amount
.
Value
-
obj
[
0
].
semi_bailun_inventory_amount
.
Value
)
/
obj
[
0
].
semi_bailun_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
24
],
start
=
obj
[
0
].
semi_hani_inventory_amount
.
Value
,
end
=
obj
[
1
].
semi_hani_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_hani_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_hani_inventory_amount
.
Value
-
obj
[
0
].
semi_hani_inventory_amount
.
Value
)
/
obj
[
0
].
semi_hani_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
25
],
start
=
obj
[
0
].
semi_transfer_amount
.
Value
,
end
=
obj
[
1
].
semi_transfer_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_transfer_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_transfer_amount
.
Value
-
obj
[
0
].
semi_transfer_amount
.
Value
)
/
obj
[
0
].
semi_transfer_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
26
],
start
=
obj
[
0
].
semi_bailun_transfer_amount
.
Value
,
end
=
obj
[
1
].
semi_bailun_transfer_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_bailun_transfer_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_bailun_transfer_amount
.
Value
-
obj
[
0
].
semi_bailun_transfer_amount
.
Value
)
/
obj
[
0
].
semi_bailun_transfer_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
27
],
start
=
obj
[
0
].
semi_hani_transfer_amount
.
Value
,
end
=
obj
[
1
].
semi_hani_transfer_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_hani_transfer_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_hani_transfer_amount
.
Value
-
obj
[
0
].
semi_hani_transfer_amount
.
Value
)
/
obj
[
0
].
semi_hani_transfer_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
28
],
start
=
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
,
end
=
obj
[
1
].
fa_oneyear_noncurrent_assets
.
Value
,
diff
=
(
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_oneyear_noncurrent_assets
.
Value
-
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
)
/
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
29
],
start
=
obj
[
0
].
fa_other_assets
.
Value
,
end
=
obj
[
1
].
fa_other_assets
.
Value
,
diff
=
(
obj
[
0
].
fa_other_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_other_assets
.
Value
-
obj
[
0
].
fa_other_assets
.
Value
)
/
obj
[
0
].
fa_other_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
30
],
start
=
obj
[
0
].
fa_count
.
Value
,
end
=
obj
[
1
].
fa_count
.
Value
,
diff
=
(
obj
[
0
].
fa_count
.
Value
==
0
?
0
:
(
obj
[
1
].
fa_count
.
Value
-
obj
[
0
].
fa_count
.
Value
)
/
obj
[
0
].
fa_count
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
31
],
start
=
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
,
end
=
obj
[
1
].
nca_avai_for_sale_fassets
.
Value
,
diff
=
(
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_avai_for_sale_fassets
.
Value
-
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
)
/
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
32
],
start
=
obj
[
0
].
nca_heldon_investment
.
Value
,
end
=
obj
[
1
].
nca_heldon_investment
.
Value
,
diff
=
(
obj
[
0
].
nca_heldon_investment
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_heldon_investment
.
Value
-
obj
[
0
].
nca_heldon_investment
.
Value
)
/
obj
[
0
].
nca_heldon_investment
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
33
],
start
=
obj
[
0
].
nca_longterm_receivable
.
Value
,
end
=
obj
[
1
].
nca_longterm_receivable
.
Value
,
diff
=
(
obj
[
0
].
nca_longterm_receivable
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_longterm_receivable
.
Value
-
obj
[
0
].
nca_longterm_receivable
.
Value
)
/
obj
[
0
].
nca_longterm_receivable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
34
],
start
=
obj
[
0
].
nca_longterm_equity_investment
.
Value
,
end
=
obj
[
1
].
nca_longterm_equity_investment
.
Value
,
diff
=
(
obj
[
0
].
nca_longterm_equity_investment
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_longterm_equity_investment
.
Value
-
obj
[
0
].
nca_longterm_equity_investment
.
Value
)
/
obj
[
0
].
nca_longterm_equity_investment
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
35
],
start
=
obj
[
0
].
nca_investment_property
.
Value
,
end
=
obj
[
1
].
nca_investment_property
.
Value
,
diff
=
(
obj
[
0
].
nca_investment_property
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_investment_property
.
Value
-
obj
[
0
].
nca_investment_property
.
Value
)
/
obj
[
0
].
nca_investment_property
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
36
],
start
=
obj
[
0
].
fixed_assets
,
end
=
obj
[
1
].
fixed_assets
,
diff
=
(
obj
[
0
].
fixed_assets
==
0
?
0
:
(
obj
[
1
].
fixed_assets
-
obj
[
0
].
fixed_assets
)
/
obj
[
0
].
fixed_assets
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
37
],
start
=
obj
[
0
].
nca_construction_in_process
.
Value
,
end
=
obj
[
1
].
nca_construction_in_process
.
Value
,
diff
=
(
obj
[
0
].
nca_construction_in_process
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_construction_in_process
.
Value
-
obj
[
0
].
nca_construction_in_process
.
Value
)
/
obj
[
0
].
nca_construction_in_process
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
38
],
start
=
obj
[
0
].
nca_engineering_material
.
Value
,
end
=
obj
[
1
].
nca_engineering_material
.
Value
,
diff
=
(
obj
[
0
].
nca_engineering_material
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_engineering_material
.
Value
-
obj
[
0
].
nca_engineering_material
.
Value
)
/
obj
[
0
].
nca_engineering_material
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
39
],
start
=
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
,
end
=
obj
[
1
].
nca_disposal_of_fixed_assets
.
Value
,
diff
=
(
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_disposal_of_fixed_assets
.
Value
-
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
)
/
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
40
],
start
=
obj
[
0
].
nca_productive_biological_asset
.
Value
,
end
=
obj
[
1
].
nca_productive_biological_asset
.
Value
,
diff
=
(
obj
[
0
].
nca_productive_biological_asset
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_productive_biological_asset
.
Value
-
obj
[
0
].
nca_productive_biological_asset
.
Value
)
/
obj
[
0
].
monetary_fund
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
41
],
start
=
obj
[
0
].
nca_oil_and_gas_assets
.
Value
,
end
=
obj
[
1
].
nca_oil_and_gas_assets
.
Value
,
diff
=
(
obj
[
0
].
nca_oil_and_gas_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_oil_and_gas_assets
.
Value
-
obj
[
0
].
nca_oil_and_gas_assets
.
Value
)
/
obj
[
0
].
nca_oil_and_gas_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
42
],
start
=
obj
[
0
].
nca_intangible_assets
.
Value
,
end
=
obj
[
1
].
nca_intangible_assets
.
Value
,
diff
=
(
obj
[
0
].
nca_intangible_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_intangible_assets
.
Value
-
obj
[
0
].
nca_intangible_assets
.
Value
)
/
obj
[
0
].
nca_intangible_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
43
],
start
=
obj
[
0
].
nca_development_expenditure
.
Value
,
end
=
obj
[
1
].
nca_development_expenditure
.
Value
,
diff
=
(
obj
[
0
].
nca_development_expenditure
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_development_expenditure
.
Value
-
obj
[
0
].
nca_development_expenditure
.
Value
)
/
obj
[
0
].
nca_development_expenditure
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
44
],
start
=
obj
[
0
].
nca_goodwill
.
Value
,
end
=
obj
[
1
].
nca_goodwill
.
Value
,
diff
=
(
obj
[
0
].
nca_goodwill
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_goodwill
.
Value
-
obj
[
0
].
nca_goodwill
.
Value
)
/
obj
[
0
].
nca_goodwill
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
45
],
start
=
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
,
end
=
obj
[
1
].
nca_longterm_unamortized_expenses
.
Value
,
diff
=
(
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_longterm_unamortized_expenses
.
Value
-
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
)
/
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
46
],
start
=
obj
[
0
].
nca_deferred_tax_assets
.
Value
,
end
=
obj
[
1
].
nca_deferred_tax_assets
.
Value
,
diff
=
(
obj
[
0
].
nca_deferred_tax_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_deferred_tax_assets
.
Value
-
obj
[
0
].
nca_deferred_tax_assets
.
Value
)
/
obj
[
0
].
nca_deferred_tax_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
47
],
start
=
obj
[
0
].
nca_other_assets
.
Value
,
end
=
obj
[
1
].
nca_other_assets
.
Value
,
diff
=
(
obj
[
0
].
nca_other_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_other_assets
.
Value
-
obj
[
0
].
nca_other_assets
.
Value
)
/
obj
[
0
].
nca_other_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
48
],
start
=
obj
[
0
].
nca_count
.
Value
,
end
=
obj
[
1
].
nca_count
.
Value
,
diff
=
(
obj
[
0
].
nca_count
.
Value
==
0
?
0
:
(
obj
[
1
].
nca_count
.
Value
-
obj
[
0
].
nca_count
.
Value
)
/
obj
[
0
].
nca_count
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
49
],
start
=
obj
[
0
].
count_assets
.
Value
,
end
=
obj
[
1
].
count_assets
.
Value
,
diff
=
(
obj
[
0
].
count_assets
.
Value
==
0
?
0
:
(
obj
[
1
].
count_assets
.
Value
-
obj
[
0
].
count_assets
.
Value
)
/
obj
[
0
].
count_assets
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
50
],
start
=
obj
[
0
].
short_term_borrow
,
end
=
obj
[
1
].
short_term_borrow
,
diff
=
(
obj
[
0
].
short_term_borrow
==
0
?
0
:
(
obj
[
1
].
short_term_borrow
-
obj
[
0
].
short_term_borrow
)
/
obj
[
0
].
short_term_borrow
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
51
],
start
=
obj
[
0
].
cl_trading_financ_liabilities
.
Value
,
end
=
obj
[
1
].
cl_trading_financ_liabilities
.
Value
,
diff
=
(
obj
[
0
].
cl_trading_financ_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_trading_financ_liabilities
.
Value
-
obj
[
0
].
cl_trading_financ_liabilities
.
Value
)
/
obj
[
0
].
cl_trading_financ_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
52
],
start
=
obj
[
0
].
cl_notes_payable
.
Value
,
end
=
obj
[
1
].
cl_notes_payable
.
Value
,
diff
=
(
obj
[
0
].
cl_notes_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_notes_payable
.
Value
-
obj
[
0
].
cl_notes_payable
.
Value
)
/
obj
[
0
].
cl_notes_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
53
],
start
=
obj
[
0
].
accounts_payable
,
end
=
obj
[
1
].
accounts_payable
,
diff
=
(
obj
[
0
].
accounts_payable
==
0
?
0
:
(
obj
[
1
].
accounts_payable
-
obj
[
0
].
accounts_payable
)
/
obj
[
0
].
accounts_payable
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
54
],
start
=
obj
[
0
].
finished_accounts_payable
.
Value
,
end
=
obj
[
1
].
finished_accounts_payable
.
Value
,
diff
=
(
obj
[
0
].
finished_accounts_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
finished_accounts_payable
.
Value
-
obj
[
0
].
finished_accounts_payable
.
Value
)
/
obj
[
0
].
finished_accounts_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
55
],
start
=
obj
[
0
].
semi_accounts_payable
.
Value
,
end
=
obj
[
1
].
semi_accounts_payable
.
Value
,
diff
=
(
obj
[
0
].
semi_accounts_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_accounts_payable
.
Value
-
obj
[
0
].
semi_accounts_payable
.
Value
)
/
obj
[
0
].
semi_accounts_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
56
],
start
=
obj
[
0
].
logistics_accounts_payable
.
Value
,
end
=
obj
[
1
].
logistics_accounts_payable
.
Value
,
diff
=
(
obj
[
0
].
logistics_accounts_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
logistics_accounts_payable
.
Value
-
obj
[
0
].
logistics_accounts_payable
.
Value
)
/
obj
[
0
].
logistics_accounts_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
57
],
start
=
obj
[
0
].
advance_received
,
end
=
obj
[
1
].
advance_received
,
diff
=
(
obj
[
0
].
advance_received
==
0
?
0
:
(
obj
[
1
].
advance_received
-
obj
[
0
].
advance_received
)
/
obj
[
0
].
advance_received
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
58
],
start
=
obj
[
0
].
payable_remuneration
,
end
=
obj
[
1
].
payable_remuneration
,
diff
=
(
obj
[
0
].
payable_remuneration
==
0
?
0
:
(
obj
[
1
].
payable_remuneration
-
obj
[
0
].
payable_remuneration
)
/
obj
[
0
].
payable_remuneration
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
59
],
start
=
obj
[
0
].
taxes_payable
,
end
=
obj
[
1
].
taxes_payable
,
diff
=
(
obj
[
0
].
taxes_payable
==
0
?
0
:
(
obj
[
1
].
taxes_payable
-
obj
[
0
].
taxes_payable
)
/
obj
[
0
].
taxes_payable
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
60
],
start
=
obj
[
0
].
cl_payable_interest
.
Value
,
end
=
obj
[
1
].
cl_payable_interest
.
Value
,
diff
=
(
obj
[
0
].
cl_payable_interest
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_payable_interest
.
Value
-
obj
[
0
].
cl_payable_interest
.
Value
)
/
obj
[
0
].
cl_payable_interest
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
61
],
start
=
obj
[
0
].
cl_dividends_payable
.
Value
,
end
=
obj
[
1
].
cl_dividends_payable
.
Value
,
diff
=
(
obj
[
0
].
cl_dividends_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_dividends_payable
.
Value
-
obj
[
0
].
cl_dividends_payable
.
Value
)
/
obj
[
0
].
cl_dividends_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
62
],
start
=
obj
[
0
].
other_accounts_payable
,
end
=
obj
[
1
].
other_accounts_payable
,
diff
=
(
obj
[
0
].
other_accounts_payable
==
0
?
0
:
(
obj
[
1
].
other_accounts_payable
-
obj
[
0
].
other_accounts_payable
)
/
obj
[
0
].
other_accounts_payable
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
63
],
start
=
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
,
end
=
obj
[
1
].
cl_oneyear_noncurrent_liabilities
.
Value
,
diff
=
(
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_oneyear_noncurrent_liabilities
.
Value
-
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
)
/
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
64
],
start
=
obj
[
0
].
cl_other_liabilities
.
Value
,
end
=
obj
[
1
].
cl_other_liabilities
.
Value
,
diff
=
(
obj
[
0
].
cl_other_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_other_liabilities
.
Value
-
obj
[
0
].
cl_other_liabilities
.
Value
)
/
obj
[
0
].
cl_other_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
65
],
start
=
obj
[
0
].
cl_count
.
Value
,
end
=
obj
[
1
].
cl_count
.
Value
,
diff
=
(
obj
[
0
].
cl_count
.
Value
==
0
?
0
:
(
obj
[
1
].
cl_count
.
Value
-
obj
[
0
].
cl_count
.
Value
)
/
obj
[
0
].
cl_count
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
66
],
start
=
obj
[
0
].
ncl_longterm_loan
.
Value
,
end
=
obj
[
1
].
ncl_longterm_loan
.
Value
,
diff
=
(
obj
[
0
].
ncl_longterm_loan
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_longterm_loan
.
Value
-
obj
[
0
].
ncl_longterm_loan
.
Value
)
/
obj
[
0
].
ncl_longterm_loan
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
67
],
start
=
obj
[
0
].
ncl_bonds_payable
.
Value
,
end
=
obj
[
1
].
ncl_bonds_payable
.
Value
,
diff
=
(
obj
[
0
].
ncl_bonds_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_bonds_payable
.
Value
-
obj
[
0
].
ncl_bonds_payable
.
Value
)
/
obj
[
0
].
ncl_bonds_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
68
],
start
=
obj
[
0
].
long_term_accounts_payable
,
end
=
obj
[
1
].
long_term_accounts_payable
,
diff
=
(
obj
[
0
].
long_term_accounts_payable
==
0
?
0
:
(
obj
[
1
].
long_term_accounts_payable
-
obj
[
0
].
long_term_accounts_payable
)
/
obj
[
0
].
long_term_accounts_payable
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
69
],
start
=
obj
[
0
].
ncl_special_payable
.
Value
,
end
=
obj
[
1
].
ncl_special_payable
.
Value
,
diff
=
(
obj
[
0
].
ncl_special_payable
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_special_payable
.
Value
-
obj
[
0
].
ncl_special_payable
.
Value
)
/
obj
[
0
].
ncl_special_payable
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
70
],
start
=
obj
[
0
].
ncl_anticipation_liabilities
.
Value
,
end
=
obj
[
1
].
ncl_anticipation_liabilities
.
Value
,
diff
=
(
obj
[
0
].
ncl_anticipation_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_anticipation_liabilities
.
Value
-
obj
[
0
].
ncl_anticipation_liabilities
.
Value
)
/
obj
[
0
].
ncl_anticipation_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
71
],
start
=
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
,
end
=
obj
[
1
].
ncl_deferred_income_tax_liabilities
.
Value
,
diff
=
(
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_deferred_income_tax_liabilities
.
Value
-
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
)
/
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
72
],
start
=
obj
[
0
].
ncl_other_liabilities
.
Value
,
end
=
obj
[
1
].
ncl_other_liabilities
.
Value
,
diff
=
(
obj
[
0
].
ncl_other_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_other_liabilities
.
Value
-
obj
[
0
].
ncl_other_liabilities
.
Value
)
/
obj
[
0
].
ncl_other_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
73
],
start
=
obj
[
0
].
ncl_count
.
Value
,
end
=
obj
[
1
].
ncl_count
.
Value
,
diff
=
(
obj
[
0
].
ncl_count
.
Value
==
0
?
0
:
(
obj
[
1
].
ncl_count
.
Value
-
obj
[
0
].
ncl_count
.
Value
)
/
obj
[
0
].
ncl_count
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
74
],
start
=
obj
[
0
].
count_liabilities
.
Value
,
end
=
obj
[
1
].
count_liabilities
.
Value
,
diff
=
(
obj
[
0
].
count_liabilities
.
Value
==
0
?
0
:
(
obj
[
1
].
count_liabilities
.
Value
-
obj
[
0
].
count_liabilities
.
Value
)
/
obj
[
0
].
count_liabilities
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
75
],
start
=
obj
[
0
].
oe_paicl_up_capital
.
Value
,
end
=
obj
[
1
].
oe_paicl_up_capital
.
Value
,
diff
=
(
obj
[
0
].
oe_paicl_up_capital
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_paicl_up_capital
.
Value
-
obj
[
0
].
oe_paicl_up_capital
.
Value
)
/
obj
[
0
].
oe_paicl_up_capital
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
76
],
start
=
obj
[
0
].
oe_capital_reserve
.
Value
,
end
=
obj
[
1
].
oe_capital_reserve
.
Value
,
diff
=
(
obj
[
0
].
oe_capital_reserve
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_capital_reserve
.
Value
-
obj
[
0
].
oe_capital_reserve
.
Value
)
/
obj
[
0
].
oe_capital_reserve
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
77
],
start
=
obj
[
0
].
oe_inventory_amount
.
Value
,
end
=
obj
[
1
].
oe_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
oe_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_inventory_amount
.
Value
-
obj
[
0
].
oe_inventory_amount
.
Value
)
/
obj
[
0
].
oe_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
78
],
start
=
obj
[
0
].
oe_surplus_public_accumulation
.
Value
,
end
=
obj
[
1
].
oe_surplus_public_accumulation
.
Value
,
diff
=
(
obj
[
0
].
oe_surplus_public_accumulation
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_surplus_public_accumulation
.
Value
-
obj
[
0
].
oe_surplus_public_accumulation
.
Value
)
/
obj
[
0
].
oe_surplus_public_accumulation
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
79
],
start
=
obj
[
0
].
oe_undistributed_profit
.
Value
,
end
=
obj
[
1
].
oe_undistributed_profit
.
Value
,
diff
=
(
obj
[
0
].
oe_undistributed_profit
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_undistributed_profit
.
Value
-
obj
[
0
].
oe_undistributed_profit
.
Value
)
/
obj
[
0
].
oe_undistributed_profit
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
80
],
start
=
obj
[
0
].
oe_count
.
Value
,
end
=
obj
[
1
].
oe_count
.
Value
,
diff
=
(
obj
[
0
].
oe_count
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_count
.
Value
-
obj
[
0
].
oe_count
.
Value
)
/
obj
[
0
].
oe_count
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
81
],
start
=
obj
[
0
].
count_liabilities_and_oe
.
Value
,
end
=
obj
[
1
].
count_liabilities_and_oe
.
Value
,
diff
=
(
obj
[
0
].
count_liabilities_and_oe
.
Value
==
0
?
0
:
(
obj
[
1
].
count_liabilities_and_oe
.
Value
-
obj
[
0
].
count_liabilities_and_oe
.
Value
)
/
obj
[
0
].
count_liabilities_and_oe
.
Value
*
100
).
ToString
(
"N2"
)
});
var
listPro
=
new
List
<
string
>();
for
(
var
i
=
0
;
i
<
s
.
Count
;
i
++)
{
if
(
i
>=
0
&&
i
<
31
)
{
listval
[
i
].
onelevelname
=(
"流动资产"
);
}
else
if
(
i
>=
31
&&
i
<
49
)
{
listval
[
i
].
onelevelname
=(
"非流动资产"
);
}
else
if
(
i
>=
49
&&
i
<
50
)
{
listval
[
i
].
onelevelname
=(
"资产合计"
);
}
else
if
(
i
>=
50
&&
i
<
66
)
{
listval
[
i
].
onelevelname
=(
"流动负债"
);
}
else
if
(
i
>=
66
&&
i
<
74
)
{
listval
[
i
].
onelevelname
=(
"非流动负债"
);
}
else
if
(
i
>=
74
&&
i
<
75
)
{
listval
[
i
].
onelevelname
=(
"负债合计"
);
}
else
if
(
i
>=
75
&&
i
<
81
)
{
listval
[
i
].
onelevelname
=(
"所有者权益(或股东权益)"
);
}
else
if
(
i
>=
81
&&
i
<
82
)
{
listval
[
i
].
onelevelname
=(
"所有者权益(或股东权益)合计"
);
}
}
return
Json
(
new
{
success
=
true
,
msg
=
""
,
data
=
new
{
val
=
val
,
col
=
s
,
},
data
=
listval
,
start
=
start
.
ToString
(
"yyyy-MM-dd"
),
end
=
end
.
ToString
(
"yyyy-MM-dd"
)
});
...
...
@@ -3137,7 +3167,7 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
var
colNames
=
new
List
<
string
>
{
"
数值项
"
,
start
.
ToString
(
"yyyy-MM-dd"
),
end
.
ToString
(
"yyyy-MM-dd"
),
"环比%"
};
var
colNames
=
new
List
<
string
>
{
"
一级项目"
,
"二级项目
"
,
start
.
ToString
(
"yyyy-MM-dd"
),
end
.
ToString
(
"yyyy-MM-dd"
),
"环比%"
};
var
list
=
new
List
<
string
>();
...
...
@@ -3235,6 +3265,41 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
list
.
Add
(
s
[
80
]+
"|"
+
obj
[
0
].
oe_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
oe_count
.
Value
==
0
?
0
:
(
obj
[
1
].
oe_count
.
Value
-
obj
[
0
].
oe_count
.
Value
)
/
obj
[
0
].
oe_count
.
Value
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
81
]+
"|"
+
obj
[
0
].
count_liabilities_and_oe
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
count_liabilities_and_oe
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
count_liabilities_and_oe
.
Value
==
0
?
0
:
(
obj
[
1
].
count_liabilities_and_oe
.
Value
-
obj
[
0
].
count_liabilities_and_oe
.
Value
)
/
obj
[
0
].
count_liabilities_and_oe
.
Value
*
100
).
ToString
(
"N2"
));
for
(
var
i
=
0
;
i
<
list
.
Count
;
i
++)
{
if
(
i
>=
0
&&
i
<
31
)
{
list
[
i
]
=
(
"流动资产"
)+
"|"
+
list
[
i
];
}
else
if
(
i
>=
31
&&
i
<
49
)
{
list
[
i
]
=
(
"非流动资产"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
49
&&
i
<
50
)
{
list
[
i
]
=
(
"资产合计"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
50
&&
i
<
66
)
{
list
[
i
]
=
(
"流动负债"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
66
&&
i
<
74
)
{
list
[
i
]
=
(
"非流动负债"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
74
&&
i
<
75
)
{
list
[
i
]
=
(
"负债合计"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
75
&&
i
<
81
)
{
list
[
i
]
=
(
"所有者权益(或股东权益)"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
81
&&
i
<
82
)
{
list
[
i
]
=
(
"所有者权益(或股东权益)合计"
)
+
"|"
+
list
[
i
];
}
}
var
guid
=
Guid
.
NewGuid
().
ToString
();
var
filename
=
"资产负债表环比明细 "
+
start
.
ToString
(
"yyyy-MM-dd"
)
+
" "
+
end
.
ToString
(
"yyyy-MM-dd"
);
...
...
Bailun.DC.Web/Areas/Reports/Views/Finance/Index2.cshtml
View file @
204450eb
...
...
@@ -33,7 +33,7 @@
<button type="button" class="btn btn-sm btn-primary" onclick="GetData();"><i class="fa fa-search"></i> 查询</button>
<button id="btnexport" style="display:none;" type="button" class="btn btn-sm btn-success" onclick="ExportXsl();">导出</button>
<button type="button" class="btn btn-sm btn-warning" onclick="showchart();">环比
图
表</button>
<button type="button" class="btn btn-sm btn-warning" onclick="showchart();">环比
报
表</button>
</div>
</div>
</form>
...
...
Bailun.DC.Web/Areas/Reports/Views/Finance/Index2Chart.cshtml
View file @
204450eb
...
...
@@ -20,22 +20,36 @@
</form>
</div>
<div class="ibox-content m-b-sm border-bottom">
<div id="chart_content" style="height:600px;width:100%;">
@*
<div id="chart_content" style="height:600px;width:100%;">
</div>
</div>*@
<table id="tb" class="table table-hover table-bordered" style="width:100%;">
<thead>
<tr>
<th>一级项目</th>
<th>二级项目</th>
<th>期初</th>
<th>期末</th>
<th>环比差值%</th>
</tr>
</thead>
<tbody id="tbody_">
</tbody>
</table>
</div>
</div>
</div>
@section scripts{
<script src="https://cdn.bootcss.com/echarts/3.6.2/echarts.min.js"></script>
@*<script src="https://cdn.bootcss.com/echarts/3.6.2/echarts.min.js"></script>*@
<script>
var myChart;
$(document).ready(function () {
laydate.render({ elem: '#start' });
laydate.render({ elem: '#end' });
myChart = echarts.init(document.getElementById('chart_content'));
//
myChart = echarts.init(document.getElementById('chart_content'));
init();
})
...
...
@@ -53,66 +67,41 @@
url: '@Url.Content("~/Reports/Finance/FinanceDebtChainChartJson")',
paramData: 'start=' + start + '&end=' + end,
func: function (result) {
$('#tbody_').html('');
if (result.success) {
//var option = {
//
color: ['#3398DB'],
//
tooltip: {
//
trigger: 'axis'
,
//
axisPointer: { // 坐标轴指示器,坐标轴触发有效
//
type: 'shadow' // 默认为直线,可选为:'line' | 'shadow'
//
}
//
title: {
//
text: ''
//
}
,
//
tooltip: {},
//
legend: {
//
data: ['环比%']
// },
// grid: {
// left: '3%',
// right: '4%',
// bottom: '3%',
// containLabel: true
// xAxis: {
// data: result.data.col
// },
// xAxis: [
// {
// type: 'category',
// data: result.data.s,
// axisTick: {
// alignWithLabel: true
// }
// }
// ],
// yAxis: [
// {
// type: 'value'
// }
// ],
// series: [
// {
// name: '数值项',
// yAxis: {},
// series: [{
// name: '环比',
// type: 'bar',
// barWidth: '60%',
// data: result.data.val
// }
// ]
// }]
//};
var option = {
title: {
text: ''
},
tooltip: {},
legend: {
data: ['环比%']
},
xAxis: {
data: result.data.col
},
yAxis: {},
series: [{
name: '环比',
type: 'bar',
barWidth: '60%',
data: result.data.val
}]
};
myChart.setOption(option);
//myChart.setOption(option);
for (var i = 0; i < result.data.length; i++) {
if (result.data[i].sencondlevelname.indexOf('合计') > 0) {
var s = '<tr><td style="text-align:right;width:190px;background:#eee;">' + result.data[i].onelevelname + '</td><td style="background:#eee;">' + result.data[i].sencondlevelname + '</td><td style="background:#eee;">' + result.data[i].start + '</td><td style="background:#eee;">' + result.data[i].end + '</td><td style="background:#eee;">' + result.data[i].diff + '</td><tr>';
}
else {
var s = '<tr><td style="text-align:right;width:190px;">' + result.data[i].onelevelname + '</td><td>' + result.data[i].sencondlevelname + '</td><td>' + result.data[i].start + '</td><td>' + result.data[i].end + '</td><td>' + result.data[i].diff + '</td><tr>';
}
$('#tbody_').append(s);
}
}
}
})
...
...
Write
Preview
Markdown
is supported
0%
Try again
or
attach a new file
Attach a file
Cancel
You are about to add
0
people
to the discussion. Proceed with caution.
Finish editing this message first!
Cancel
Please
register
or
sign in
to comment