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bltdc
DataCenter_Core2.1_20190520
Commits
dcb150e5
Commit
dcb150e5
authored
May 06, 2020
by
guanzhenshan
Browse files
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Plain Diff
1、更新现金流量表的服务没有重跑的问题;
2、资产负债表环比报表和导出增加生产库存
parent
c564f3c9
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2 changed files
with
160 additions
and
156 deletions
+160
-156
Services.cs
Bailun.DC.DailyPayAndIncoming/Services.cs
+1
-1
FinanceController.cs
Bailun.DC.Web/Areas/Reports/Controllers/FinanceController.cs
+159
-155
No files found.
Bailun.DC.DailyPayAndIncoming/Services.cs
View file @
dcb150e5
...
...
@@ -43,7 +43,7 @@ namespace Bailun.DC.DailyPayAndIncoming
Console
.
WriteLine
(
"任务运行完成 "
+
DateTime
.
Now
.
ToString
(
"yyyy-MM-dd HH:mm:ss"
));
}
else
if
(
now
.
Hour
/
8
==
0
&&
now
.
Minute
==
1
)
else
if
(
now
.
Hour
%
8
==
0
&&
now
.
Minute
==
1
)
{
var
start
=
DateTime
.
Parse
(
now
.
AddMonths
(-
1
).
ToShortDateString
());
while
(
start
.
AddDays
(
1
)
<
DateTime
.
Now
)
...
...
Bailun.DC.Web/Areas/Reports/Controllers/FinanceController.cs
View file @
dcb150e5
...
...
@@ -2855,10 +2855,10 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
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)"
,
"5.存货非FBA仓在途(非调拨计划)"
,
"6.存货非FBA在途(调拨计划)"
,
"7.存货半成品在库"
,
"7.1百伦半成品在库"
,
"7.2哈倪曼半成品在库"
,
"
8.存货半成品在途"
,
"8.1百伦半成品在途"
,
"8.2哈倪曼半成品在途"
,
"一年内到期的非流动资产"
,
"其他流动资产"
,
"流动资产合计"
,
"可供出售金融资产"
,
"持有至到期投资"
,
"长期应收款"
,
"长期股权投资"
,
"投资性房地产"
,
"固定资产"
,
"在建工程"
,
"工程物资"
,
"固定资产清理
"
,
"
生产性生物资产"
,
"油气资产"
,
"无形资产"
,
"开发支出"
,
"商誉"
,
"长期待摊费用"
,
"递延所得税资产"
,
"其他非流动资产"
,
"非流动资产合计"
,
"资产合计"
,
"短期借款"
,
"交易性金融负债"
,
"应付票据"
,
"应付账款"
,
"1.成品供应商"
,
"2.应付半成品供应商"
,
"3.应付物流供应商"
,
"预收款项"
,
"应付职工薪酬"
,
"应交税费
"
,
"应
付利息"
,
"应付股利"
,
"其他应付款"
,
"一年内到期的非流动负债"
,
"其他流动负债"
,
"流动负债合计"
,
"长期借款"
,
"应付债券"
,
"长期应付款"
,
"专项应付款"
,
"预计负债"
,
"递延所得税负债"
,
"其他非流动负债"
,
"非流动负债合计"
,
"负债合计"
,
"实收资本(股本)"
,
"资本公积"
,
"减:库存股"
,
"盈余公积"
,
"未分配利润
"
,
"所有者权益(或股东权益)"
,
"负债和所有者权益(或股东权益)合计"
"5.存货非FBA仓在途(非调拨计划)"
,
"6.存货非FBA在途(调拨计划)"
,
"7.存货半成品在库"
,
"7.1百伦半成品在库"
,
"7.2哈倪曼半成品在库"
,
"
7.3生产库存"
,
"8.存货半成品在途"
,
"8.1百伦半成品在途"
,
"8.2哈倪曼半成品在途"
,
"一年内到期的非流动资产"
,
"其他流动资产"
,
"流动资产合计"
,
"可供出售金融资产"
,
"持有至到期投资"
,
"长期应收款"
,
"长期股权投资"
,
"投资性房地产"
,
"固定资产"
,
"在建工程"
,
"工程物资
"
,
"
固定资产清理"
,
"生产性生物资产"
,
"油气资产"
,
"无形资产"
,
"开发支出"
,
"商誉"
,
"长期待摊费用"
,
"递延所得税资产"
,
"其他非流动资产"
,
"非流动资产合计"
,
"资产合计"
,
"短期借款"
,
"交易性金融负债"
,
"应付票据"
,
"应付账款"
,
"1.成品供应商"
,
"2.应付半成品供应商"
,
"3.应付物流供应商"
,
"预收款项"
,
"应付职工薪酬
"
,
"应
交税费"
,
"应付利息"
,
"应付股利"
,
"其他应付款"
,
"一年内到期的非流动负债"
,
"其他流动负债"
,
"流动负债合计"
,
"长期借款"
,
"应付债券"
,
"长期应付款"
,
"专项应付款"
,
"预计负债"
,
"递延所得税负债"
,
"其他非流动负债"
,
"非流动负债合计"
,
"负债合计"
,
"实收资本(股本)"
,
"资本公积"
,
"减:库存股"
,
"盈余公积
"
,
"
未分配利润"
,
"
所有者权益(或股东权益)"
,
"负债和所有者权益(或股东权益)合计"
};
var
val
=
new
List
<
string
>();
...
...
@@ -2892,7 +2892,7 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
m
.
nca_development_expenditure
=
m
.
nca_development_expenditure
??
0
;
m
.
nca_disposal_of_fixed_assets
=
m
.
nca_disposal_of_fixed_assets
??
0
;
m
.
nca_engineering_material
=
m
.
nca_engineering_material
??
0
;
m
.
semi_prod_inventory_amount
=
m
.
semi_prod_inventory_amount
??
0
;
m
.
nca_goodwill
=
m
.
nca_goodwill
??
0
;
m
.
nca_heldon_investment
=
m
.
nca_heldon_investment
??
0
;
...
...
@@ -3012,68 +3012,71 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
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"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
25
],
start
=
obj
[
0
].
semi_prod_inventory_amount
.
Value
,
end
=
obj
[
1
].
semi_prod_inventory_amount
.
Value
,
diff
=
(
obj
[
0
].
semi_prod_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_prod_inventory_amount
.
Value
-
obj
[
0
].
semi_prod_inventory_amount
.
Value
)
/
obj
[
0
].
semi_prod_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
)
});
listval
.
Add
(
new
mFinanceDebtChain
{
onelevelname
=
""
,
sencondlevelname
=
s
[
26
],
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
[
27
],
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
[
28
],
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
[
29
],
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
[
30
],
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
[
31
],
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
[
32
],
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
[
33
],
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
[
34
],
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
[
35
],
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
[
36
],
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
[
37
],
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
[
38
],
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
[
39
],
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
[
40
],
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
[
41
],
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
[
42
],
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
[
43
],
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
[
44
],
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
[
45
],
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
[
46
],
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
[
47
],
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
[
48
],
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
[
49
],
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
[
50
],
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
[
51
],
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
[
52
],
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
[
53
],
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
[
54
],
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
[
55
],
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
[
56
],
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
[
57
],
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
[
58
],
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
[
59
],
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
[
60
],
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
[
61
],
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
[
62
],
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
[
63
],
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
[
64
],
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
[
65
],
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
[
66
],
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
[
67
],
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
[
68
],
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
[
69
],
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
[
70
],
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
[
71
],
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
[
72
],
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
[
73
],
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
[
74
],
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
[
75
],
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
[
76
],
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
[
77
],
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
[
78
],
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
[
79
],
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
[
80
],
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
[
81
],
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
[
82
],
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
>();
...
...
@@ -3081,35 +3084,35 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
{
listval
[
i
].
diffval
=
listval
[
i
].
end
-
listval
[
i
].
start
;
if
(
i
>=
0
&&
i
<
3
1
)
if
(
i
>=
0
&&
i
<
3
2
)
{
listval
[
i
].
onelevelname
=(
"流动资产"
);
}
else
if
(
i
>=
3
1
&&
i
<
49
)
else
if
(
i
>=
3
2
&&
i
<
50
)
{
listval
[
i
].
onelevelname
=(
"非流动资产"
);
}
else
if
(
i
>=
49
&&
i
<
50
)
else
if
(
i
>=
50
&&
i
<
51
)
{
listval
[
i
].
onelevelname
=(
"资产合计"
);
}
else
if
(
i
>=
5
0
&&
i
<
66
)
else
if
(
i
>=
5
1
&&
i
<
67
)
{
listval
[
i
].
onelevelname
=(
"流动负债"
);
}
else
if
(
i
>=
6
6
&&
i
<
74
)
else
if
(
i
>=
6
7
&&
i
<
75
)
{
listval
[
i
].
onelevelname
=(
"非流动负债"
);
}
else
if
(
i
>=
7
4
&&
i
<
75
)
else
if
(
i
>=
7
5
&&
i
<
76
)
{
listval
[
i
].
onelevelname
=(
"负债合计"
);
}
else
if
(
i
>=
7
5
&&
i
<
81
)
else
if
(
i
>=
7
6
&&
i
<
82
)
{
listval
[
i
].
onelevelname
=(
"所有者权益(或股东权益)"
);
}
else
if
(
i
>=
8
1
&&
i
<
82
)
else
if
(
i
>=
8
2
&&
i
<
83
)
{
listval
[
i
].
onelevelname
=(
"所有者权益(或股东权益)合计"
);
}
...
...
@@ -3151,11 +3154,11 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
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)"
,
"5.存货非FBA仓在途(非调拨计划)"
,
"6.存货非FBA在途(调拨计划)"
,
"7.存货半成品在库"
,
"7.1百伦半成品在库"
,
"7.2哈倪曼半成品在库"
,
"
8.存货半成品在途"
,
"8.1百伦半成品在途"
,
"8.2哈倪曼半成品在途"
,
"一年内到期的非流动资产"
,
"其他流动资产"
,
"流动资产合计"
,
"可供出售金融资产"
,
"持有至到期投资"
,
"长期应收款"
,
"长期股权投资"
,
"投资性房地产"
,
"固定资产"
,
"在建工程"
,
"工程物资"
,
"固定资产清理
"
,
"
生产性生物资产"
,
"油气资产"
,
"无形资产"
,
"开发支出"
,
"商誉"
,
"长期待摊费用"
,
"递延所得税资产"
,
"其他非流动资产"
,
"非流动资产合计"
,
"资产合计"
,
"短期借款"
,
"交易性金融负债"
,
"应付票据"
,
"应付账款"
,
"1.成品供应商"
,
"2.应付半成品供应商"
,
"3.应付物流供应商"
,
"预收款项"
,
"应付职工薪酬"
,
"应交税费
"
,
"应
付利息"
,
"应付股利"
,
"其他应付款"
,
"一年内到期的非流动负债"
,
"其他流动负债"
,
"流动负债合计"
,
"长期借款"
,
"应付债券"
,
"长期应付款"
,
"专项应付款"
,
"预计负债"
,
"递延所得税负债"
,
"其他非流动负债"
,
"非流动负债合计"
,
"负债合计"
,
"实收资本(股本)"
,
"资本公积"
,
"减:库存股"
,
"盈余公积"
,
"未分配利润
"
,
"所有者权益(或股东权益)"
,
"负债和所有者权益(或股东权益)合计"
};
"5.存货非FBA仓在途(非调拨计划)"
,
"6.存货非FBA在途(调拨计划)"
,
"7.存货半成品在库"
,
"7.1百伦半成品在库"
,
"7.2哈倪曼半成品在库"
,
"
7.3生产库存"
,
"8.存货半成品在途"
,
"8.1百伦半成品在途"
,
"8.2哈倪曼半成品在途"
,
"一年内到期的非流动资产"
,
"其他流动资产"
,
"流动资产合计"
,
"可供出售金融资产"
,
"持有至到期投资"
,
"长期应收款"
,
"长期股权投资"
,
"投资性房地产"
,
"固定资产"
,
"在建工程"
,
"工程物资
"
,
"
固定资产清理"
,
"生产性生物资产"
,
"油气资产"
,
"无形资产"
,
"开发支出"
,
"商誉"
,
"长期待摊费用"
,
"递延所得税资产"
,
"其他非流动资产"
,
"非流动资产合计"
,
"资产合计"
,
"短期借款"
,
"交易性金融负债"
,
"应付票据"
,
"应付账款"
,
"1.成品供应商"
,
"2.应付半成品供应商"
,
"3.应付物流供应商"
,
"预收款项"
,
"应付职工薪酬
"
,
"应
交税费"
,
"应付利息"
,
"应付股利"
,
"其他应付款"
,
"一年内到期的非流动负债"
,
"其他流动负债"
,
"流动负债合计"
,
"长期借款"
,
"应付债券"
,
"长期应付款"
,
"专项应付款"
,
"预计负债"
,
"递延所得税负债"
,
"其他非流动负债"
,
"非流动负债合计"
,
"负债合计"
,
"实收资本(股本)"
,
"资本公积"
,
"减:库存股"
,
"盈余公积
"
,
"
未分配利润"
,
"
所有者权益(或股东权益)"
,
"负债和所有者权益(或股东权益)合计"
};
var
val
=
new
List
<
string
>();
...
...
@@ -3204,7 +3207,7 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
m
.
ncl_deferred_income_tax_liabilities
=
m
.
ncl_deferred_income_tax_liabilities
??
0
;
m
.
ncl_longterm_loan
=
m
.
ncl_longterm_loan
??
0
;
m
.
ncl_other_liabilities
=
m
.
ncl_other_liabilities
??
0
;
m
.
semi_prod_inventory_amount
=
m
.
semi_prod_inventory_amount
??
0
;
m
.
ncl_special_payable
=
m
.
ncl_special_payable
??
0
;
m
.
oe_capital_reserve
=
m
.
oe_capital_reserve
??
0
;
...
...
@@ -3312,72 +3315,73 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
list
.
Add
(
s
[
22
]+
"|"
+
obj
[
0
].
semi_inventory_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
23
]+
"|"
+
obj
[
0
].
semi_bailun_inventory_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_bailun_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
24
]+
"|"
+
obj
[
0
].
semi_hani_inventory_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_hani_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
25
]+
"|"
+
obj
[
0
].
semi_transfer_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_transfer_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
26
]+
"|"
+
obj
[
0
].
semi_bailun_transfer_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_bailun_transfer_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
27
]+
"|"
+
obj
[
0
].
semi_hani_transfer_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_hani_transfer_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
28
]+
"|"
+
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fa_oneyear_noncurrent_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
29
]+
"|"
+
obj
[
0
].
fa_other_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fa_other_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
30
]+
"|"
+
obj
[
0
].
fa_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fa_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
31
]+
"|"
+
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_avai_for_sale_fassets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
32
]+
"|"
+
obj
[
0
].
nca_heldon_investment
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_heldon_investment
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
33
]+
"|"
+
obj
[
0
].
nca_longterm_receivable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_longterm_receivable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
34
]+
"|"
+
obj
[
0
].
nca_longterm_equity_investment
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_longterm_equity_investment
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
35
]+
"|"
+
obj
[
0
].
nca_investment_property
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_investment_property
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
36
]+
"|"
+
obj
[
0
].
fixed_assets
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fixed_assets
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
fixed_assets
==
0
?
0
:
(
obj
[
1
].
fixed_assets
-
obj
[
0
].
fixed_assets
)
/
obj
[
0
].
fixed_assets
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
37
]+
"|"
+
obj
[
0
].
nca_construction_in_process
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_construction_in_process
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
38
]+
"|"
+
obj
[
0
].
nca_engineering_material
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_engineering_material
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
39
]+
"|"
+
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_disposal_of_fixed_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
40
]+
"|"
+
obj
[
0
].
nca_productive_biological_asset
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_productive_biological_asset
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
41
]+
"|"
+
obj
[
0
].
nca_oil_and_gas_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_oil_and_gas_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
42
]+
"|"
+
obj
[
0
].
nca_intangible_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_intangible_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
43
]+
"|"
+
obj
[
0
].
nca_development_expenditure
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_development_expenditure
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
44
]+
"|"
+
obj
[
0
].
nca_goodwill
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_goodwill
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
45
]+
"|"
+
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_longterm_unamortized_expenses
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
46
]+
"|"
+
obj
[
0
].
nca_deferred_tax_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_deferred_tax_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
47
]+
"|"
+
obj
[
0
].
nca_other_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_other_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
48
]+
"|"
+
obj
[
0
].
nca_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
49
]+
"|"
+
obj
[
0
].
count_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
count_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
50
]+
"|"
+
obj
[
0
].
short_term_borrow
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
short_term_borrow
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
51
]+
"|"
+
obj
[
0
].
cl_trading_financ_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_trading_financ_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
52
]+
"|"
+
obj
[
0
].
cl_notes_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_notes_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
53
]+
"|"
+
obj
[
0
].
accounts_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
accounts_payable
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
accounts_payable
==
0
?
0
:
(
obj
[
1
].
accounts_payable
-
obj
[
0
].
accounts_payable
)
/
obj
[
0
].
accounts_payable
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
54
]+
"|"
+
obj
[
0
].
finished_accounts_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
finished_accounts_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
55
]+
"|"
+
obj
[
0
].
semi_accounts_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_accounts_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
56
]+
"|"
+
obj
[
0
].
logistics_accounts_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
logistics_accounts_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
57
]+
"|"
+
obj
[
0
].
advance_received
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
advance_received
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
advance_received
==
0
?
0
:
(
obj
[
1
].
advance_received
-
obj
[
0
].
advance_received
)
/
obj
[
0
].
advance_received
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
58
]+
"|"
+
obj
[
0
].
payable_remuneration
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
payable_remuneration
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
payable_remuneration
==
0
?
0
:
(
obj
[
1
].
payable_remuneration
-
obj
[
0
].
payable_remuneration
)
/
obj
[
0
].
payable_remuneration
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
59
]+
"|"
+
obj
[
0
].
taxes_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
taxes_payable
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
taxes_payable
==
0
?
0
:
(
obj
[
1
].
taxes_payable
-
obj
[
0
].
taxes_payable
)
/
obj
[
0
].
taxes_payable
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
60
]+
"|"
+
obj
[
0
].
cl_payable_interest
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_payable_interest
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
61
]+
"|"
+
obj
[
0
].
cl_dividends_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_dividends_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
62
]+
"|"
+
obj
[
0
].
other_accounts_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
other_accounts_payable
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
63
]+
"|"
+
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_oneyear_noncurrent_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
64
]+
"|"
+
obj
[
0
].
cl_other_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_other_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
65
]+
"|"
+
obj
[
0
].
cl_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
66
]+
"|"
+
obj
[
0
].
ncl_longterm_loan
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_longterm_loan
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
67
]+
"|"
+
obj
[
0
].
ncl_bonds_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_bonds_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
68
]+
"|"
+
obj
[
0
].
long_term_accounts_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
long_term_accounts_payable
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
69
]+
"|"
+
obj
[
0
].
ncl_special_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_special_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
70
]+
"|"
+
obj
[
0
].
ncl_anticipation_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_anticipation_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
71
]+
"|"
+
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_deferred_income_tax_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
72
]+
"|"
+
obj
[
0
].
ncl_other_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_other_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
73
]+
"|"
+
obj
[
0
].
ncl_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
74
]+
"|"
+
obj
[
0
].
count_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
count_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
75
]+
"|"
+
obj
[
0
].
oe_paicl_up_capital
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_paicl_up_capital
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
76
]+
"|"
+
obj
[
0
].
oe_capital_reserve
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_capital_reserve
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
77
]+
"|"
+
obj
[
0
].
oe_inventory_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
78
]+
"|"
+
obj
[
0
].
oe_surplus_public_accumulation
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_surplus_public_accumulation
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
79
]+
"|"
+
obj
[
0
].
oe_undistributed_profit
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_undistributed_profit
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
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"
));
list
.
Add
(
s
[
25
]
+
"|"
+
obj
[
0
].
semi_prod_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+
obj
[
1
].
semi_prod_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+
(
obj
[
0
].
semi_prod_inventory_amount
.
Value
==
0
?
0
:
(
obj
[
1
].
semi_prod_inventory_amount
.
Value
-
obj
[
0
].
semi_prod_inventory_amount
.
Value
)
/
obj
[
0
].
semi_prod_inventory_amount
.
Value
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
26
]+
"|"
+
obj
[
0
].
semi_transfer_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_transfer_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
27
]+
"|"
+
obj
[
0
].
semi_bailun_transfer_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_bailun_transfer_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
28
]+
"|"
+
obj
[
0
].
semi_hani_transfer_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_hani_transfer_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
29
]+
"|"
+
obj
[
0
].
fa_oneyear_noncurrent_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fa_oneyear_noncurrent_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
30
]+
"|"
+
obj
[
0
].
fa_other_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fa_other_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
31
]+
"|"
+
obj
[
0
].
fa_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fa_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
32
]+
"|"
+
obj
[
0
].
nca_avai_for_sale_fassets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_avai_for_sale_fassets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
33
]+
"|"
+
obj
[
0
].
nca_heldon_investment
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_heldon_investment
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
34
]+
"|"
+
obj
[
0
].
nca_longterm_receivable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_longterm_receivable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
35
]+
"|"
+
obj
[
0
].
nca_longterm_equity_investment
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_longterm_equity_investment
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
36
]+
"|"
+
obj
[
0
].
nca_investment_property
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_investment_property
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
37
]+
"|"
+
obj
[
0
].
fixed_assets
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
fixed_assets
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
fixed_assets
==
0
?
0
:
(
obj
[
1
].
fixed_assets
-
obj
[
0
].
fixed_assets
)
/
obj
[
0
].
fixed_assets
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
38
]+
"|"
+
obj
[
0
].
nca_construction_in_process
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_construction_in_process
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
39
]+
"|"
+
obj
[
0
].
nca_engineering_material
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_engineering_material
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
40
]+
"|"
+
obj
[
0
].
nca_disposal_of_fixed_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_disposal_of_fixed_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
41
]+
"|"
+
obj
[
0
].
nca_productive_biological_asset
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_productive_biological_asset
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
42
]+
"|"
+
obj
[
0
].
nca_oil_and_gas_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_oil_and_gas_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
43
]+
"|"
+
obj
[
0
].
nca_intangible_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_intangible_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
44
]+
"|"
+
obj
[
0
].
nca_development_expenditure
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_development_expenditure
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
45
]+
"|"
+
obj
[
0
].
nca_goodwill
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_goodwill
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
46
]+
"|"
+
obj
[
0
].
nca_longterm_unamortized_expenses
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_longterm_unamortized_expenses
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
47
]+
"|"
+
obj
[
0
].
nca_deferred_tax_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_deferred_tax_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
48
]+
"|"
+
obj
[
0
].
nca_other_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_other_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
49
]+
"|"
+
obj
[
0
].
nca_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
nca_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
50
]+
"|"
+
obj
[
0
].
count_assets
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
count_assets
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
51
]+
"|"
+
obj
[
0
].
short_term_borrow
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
short_term_borrow
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
52
]+
"|"
+
obj
[
0
].
cl_trading_financ_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_trading_financ_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
53
]+
"|"
+
obj
[
0
].
cl_notes_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_notes_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
54
]+
"|"
+
obj
[
0
].
accounts_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
accounts_payable
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
accounts_payable
==
0
?
0
:
(
obj
[
1
].
accounts_payable
-
obj
[
0
].
accounts_payable
)
/
obj
[
0
].
accounts_payable
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
55
]+
"|"
+
obj
[
0
].
finished_accounts_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
finished_accounts_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
56
]+
"|"
+
obj
[
0
].
semi_accounts_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
semi_accounts_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
57
]+
"|"
+
obj
[
0
].
logistics_accounts_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
logistics_accounts_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
58
]+
"|"
+
obj
[
0
].
advance_received
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
advance_received
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
advance_received
==
0
?
0
:
(
obj
[
1
].
advance_received
-
obj
[
0
].
advance_received
)
/
obj
[
0
].
advance_received
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
59
]+
"|"
+
obj
[
0
].
payable_remuneration
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
payable_remuneration
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
payable_remuneration
==
0
?
0
:
(
obj
[
1
].
payable_remuneration
-
obj
[
0
].
payable_remuneration
)
/
obj
[
0
].
payable_remuneration
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
60
]+
"|"
+
obj
[
0
].
taxes_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
taxes_payable
.
ToString
(
"N2"
)
+
"|"
+(
obj
[
0
].
taxes_payable
==
0
?
0
:
(
obj
[
1
].
taxes_payable
-
obj
[
0
].
taxes_payable
)
/
obj
[
0
].
taxes_payable
*
100
).
ToString
(
"N2"
));
list
.
Add
(
s
[
61
]+
"|"
+
obj
[
0
].
cl_payable_interest
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_payable_interest
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
62
]+
"|"
+
obj
[
0
].
cl_dividends_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_dividends_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
63
]+
"|"
+
obj
[
0
].
other_accounts_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
other_accounts_payable
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
64
]+
"|"
+
obj
[
0
].
cl_oneyear_noncurrent_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_oneyear_noncurrent_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
65
]+
"|"
+
obj
[
0
].
cl_other_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_other_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
66
]+
"|"
+
obj
[
0
].
cl_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
cl_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
67
]+
"|"
+
obj
[
0
].
ncl_longterm_loan
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_longterm_loan
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
68
]+
"|"
+
obj
[
0
].
ncl_bonds_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_bonds_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
69
]+
"|"
+
obj
[
0
].
long_term_accounts_payable
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
long_term_accounts_payable
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
70
]+
"|"
+
obj
[
0
].
ncl_special_payable
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_special_payable
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
71
]+
"|"
+
obj
[
0
].
ncl_anticipation_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_anticipation_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
72
]+
"|"
+
obj
[
0
].
ncl_deferred_income_tax_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_deferred_income_tax_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
73
]+
"|"
+
obj
[
0
].
ncl_other_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_other_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
74
]+
"|"
+
obj
[
0
].
ncl_count
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
ncl_count
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
75
]+
"|"
+
obj
[
0
].
count_liabilities
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
count_liabilities
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
76
]+
"|"
+
obj
[
0
].
oe_paicl_up_capital
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_paicl_up_capital
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
77
]+
"|"
+
obj
[
0
].
oe_capital_reserve
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_capital_reserve
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
78
]+
"|"
+
obj
[
0
].
oe_inventory_amount
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_inventory_amount
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
79
]+
"|"
+
obj
[
0
].
oe_surplus_public_accumulation
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_surplus_public_accumulation
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
80
]+
"|"
+
obj
[
0
].
oe_undistributed_profit
.
Value
.
ToString
(
"N2"
)+
"|"
+
obj
[
1
].
oe_undistributed_profit
.
Value
.
ToString
(
"N2"
)
+
"|"
+(
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"
));
list
.
Add
(
s
[
81
]+
"|"
+
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
[
82
]+
"|"
+
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
++)
{
...
...
@@ -3386,35 +3390,35 @@ namespace Bailun.DC.Web.Areas.Reports.Controllers
list
[
i
]
=
arr
[
0
]
+
"|"
+
arr
[
1
]
+
"|"
+
arr
[
2
]+
"|"
+
arr
[
3
]+
"|"
+(
decimal
.
Parse
(
arr
[
2
])-
decimal
.
Parse
(
arr
[
1
]));
if
(
i
>=
0
&&
i
<
3
1
)
if
(
i
>=
0
&&
i
<
3
2
)
{
list
[
i
]
=
(
"流动资产"
)+
"|"
+
list
[
i
];
}
else
if
(
i
>=
3
1
&&
i
<
49
)
else
if
(
i
>=
3
2
&&
i
<
50
)
{
list
[
i
]
=
(
"非流动资产"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
49
&&
i
<
50
)
else
if
(
i
>=
50
&&
i
<
51
)
{
list
[
i
]
=
(
"资产合计"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
5
0
&&
i
<
66
)
else
if
(
i
>=
5
1
&&
i
<
67
)
{
list
[
i
]
=
(
"流动负债"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
6
6
&&
i
<
74
)
else
if
(
i
>=
6
7
&&
i
<
75
)
{
list
[
i
]
=
(
"非流动负债"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
7
4
&&
i
<
75
)
else
if
(
i
>=
7
5
&&
i
<
76
)
{
list
[
i
]
=
(
"负债合计"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
7
5
&&
i
<
81
)
else
if
(
i
>=
7
6
&&
i
<
82
)
{
list
[
i
]
=
(
"所有者权益(或股东权益)"
)
+
"|"
+
list
[
i
];
}
else
if
(
i
>=
8
1
&&
i
<
82
)
else
if
(
i
>=
8
2
&&
i
<
83
)
{
list
[
i
]
=
(
"所有者权益(或股东权益)合计"
)
+
"|"
+
list
[
i
];
}
...
...
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