v1697_m

error · blockingactivewithin F 01.014 cells · specific check

Expression · DPM 2.0, verbatim

with {tF_01.01, c0010, default: 0, interval: true}: {r0234} = sum ({r0235-0237})

EBA description {r0234} = sum(r0235-0237)

Precondition p_251 (its meaning is not in the data yet)

Cells involved

F 01.01 Balance Sheet Statement [Statement of Financial Position]: Assets

Open template →

	c0010Carrying amount
0234Total assets › Other non-trading non-derivative financial assets	in rule
0235Other non-trading non-derivative financial assets › Equity instruments	in rule
0236Other non-trading non-derivative financial assets › Debt securities	in rule
0237Other non-trading non-derivative financial assets › Loans and advances	in rule

Scope by module

Module	Severity	Status	From
FINREP9 3.1.0	error	active	2022-12-31
FINREP9 3.2.0	error	active	2024-12-31
FINREP9 3.3.0	error	active	2026-03-31
FINREP9DP 1.0.0	warning	active	2026-03-31
FINREP9DP 1.1.0	warning	active	2026-03-31

VALIDATION RULE

v1697_m

What it is

Type: Validation rule · within one template, specific check
Release: FINREP 4.4 validation · reported from 2022-12-31
Source: DPM 2.0 4.4 · operation 728 · official

Regulation1

From the rows and columns of the cells involved.

Annex V Part 1 §27 F 01.01 c0010
For the purposes of Annexes III and IV as well as this Annex, "the carrying amount" means the amount to be reported in the balance sheet. The carrying amount of financial instruments shall include accrued interest. Under the relevant national GAAP based on BAD, the carrying amount of derivatives either shall be the carrying amount under national GAAP including accruals, premium values and provisions if applicable, or it shall be equal to zero where derivatives are not recognised on-balance sheet.

Controls25

25 other rules use at least one of these cells.

Other rules on the same cells

v23907_hwarning4
with{tF_01.01, c0010, default: 0, interval: true}: {r0234} = {r0235} + {r0236} + {r0237}
v3897_swarning4
with {tF_01.01, c0010, default: null, interval: false}: {(r0010, r0020, r0030, r0040, r0050, r0060, r0070, r0080, r0090, r0091, r0092, r0093, r0094, r0095, r0096, r0097, r0098, r0099, r0100, r0110, r0120, r0130, r0141, r0142, r0143, r0144, r0171, r0172, r0173, r0174, r0175, r0176, r0177, r0178, r0181, r0182, r0183, r0231, r0232, r0233, r0234, r0235, r0236, r0237, r0240, r0260, r0270, r0280, r0290, r0300, r0310, r0320, r0330, r0340, r0350, r0360, r0370, r0380, r0390)} >= 0
v89808_hwarning4
with{tF_01.01.dp, c0010, default: 0, interval: true}: {r0234} = {r0235} + {r0236} + {r0237}
v903537_hwarning4
with{(r0010, r0020, r0050, r0060, r0070, r0080, r0090, r0091, r0092, r0093, r0094, r0095, r0096, r0097, r0098, r0099, r0100, r0110, r0120, r0130, r0141, r0142, r0143, r0144, r0171, r0172, r0173, r0174, r0175, r0176, r0177, r0178, r0182, r0183, r0231, r0232, r0233, r0234, r0235, r0236, r0237, r0240), default: 0, interval: true}: {tF_01.01, c0010} = {tF_20.01, c0010} + {tF_20.01, c0020}
v903543_hwarning4
with{(r0010, r0020, r0050, r0060, r0070, r0080, r0090, r0091, r0092, r0093, r0094, r0095, r0096, r0097, r0098, r0099, r0100, r0110, r0120, r0130, r0141, r0142, r0143, r0144, r0171, r0172, r0173, r0174, r0175, r0176, r0177, r0178, r0182, r0183, r0231, r0232, r0233, r0234, r0235, r0236, r0237, r0240), default: 0, interval: true}: {tF_01.01.dp, c0010} = {tF_20.01, c0010} + {tF_20.01, c0020}
v1086_mwarning2
{F 04.05, r0030, c0010} <= sum({F 01.01, c0010, (r0030, r0040, r0080, r0090, r0094, r0095, r0098, r0099, r0120, r0130, r0143, r0144, r0173, r0174, r0177, r0178, r0182, r0183, r0232, r0233, r0236, r0237)})
v0768_mwarning1
{r0380} = {r0010} + {r0050} + {r0091} + {r0096} + {r0100} + {r0141} + {r0171} + {r0175} + {r0181} + {r0231} + {r0234} + {r0240} + {r0250} + {r0260} + {r0270} + {r0300} + {r0330} + {r0360} + {r0370} + {r0375}
v08986_mwarning1
{P 01.01, r205, c010} = {F 01.01, r0080, c0010} + {F 01.01, r0094, c0010} + {F 01.01, r0098, c0010} + {F 01.01, r0120, c0010} + {F 01.01, r0143, c0010} + {F 01.01, r0173, c0010} + {F 01.01, r0177, c0010} + {F 01.01, r0182, c0010} + {F 01.01, r0232, c0010} + {F 01.01, r0236, c0010}
v08987_mwarning1
{P 01.01, r207, c010} = {F 01.01, r0070, c0010} + {F 01.01, r0093, c0010} + {F 01.01, r0097, c0010} + {F 01.01, r0110, c0010} + {F 01.01, r0142, c0010} + {F 01.01, r0172, c0010} + {F 01.01, r0176, c0010} + {F 01.01, r0390, c0010} + {F 01.01, r0235, c0010}
v1004_mwarning1
sum({F 30.02, r0040, (c0010-0030)}) <= sum({F 01.01, c0010, (r0070, r0093, r0097, r0110, r0142, r0172, r0176, r0235, r0390)})
v1005_mwarning1
sum({F 30.02, r0050, (c0010-0030)}) <= sum({F 01.01, c0010, (r0080, r0094, r0098, r0120, r0143, r0173, r0177, r0182, r0232, r0236)})
v1006_mwarning1
sum({F 30.02, r0060, (c0010-0030)}) <= sum({F 01.01, c0010, (r0030, r0040, r0090, r0095, r0099, r0130, r0144, r0174, r0178, r0183, r0233, r0237)})
v1026_mwarning1
sum({F 31.01, r0020, (c0010-0050)}) <= sum({F 01.01, c0010, (r0070, r0093, r0097, r0110, r0142, r0172, r0176, r0235, r0260, r0390)})
v1028_mwarning1
sum({F 31.01, r0030, (c0010-0050)}) <= sum({F 01.01, c0010, (r0080, r0094, r0098, r0120, r0143, r0173, r0177, r0182, r0232, r0236)})
v1029_mwarning1
sum({F 31.01, r0040, (c0010-0050)}) <= sum({F 01.01, c0010, (r0030, r0040, r0090, r0095, r0099, r0130, r0144, r0174, r0178, r0183, r0233, r0237)})
v1069_mwarning1
sum({F 13.01, r0010, (c0010, c0020, c0030, c0031, c0032, c0041, c0050)}) <= sum({F 01.01, c0010, (r0030, r0040, r0099, r0130, r0144, r0174, r0178, r0183, r0233, r0237)})
v1725_mwarning1
{F 15.00.a, r0185, c0010} <= {F 01.01, r0235, c0010}
v1726_mwarning1
{F 15.00.a, r0186, c0010} <= {F 01.01, r0236, c0010}
v1727_mwarning1
{F 15.00.a, r0187, c0010} <= {F 01.01, r0237, c0010}
v2816_mwarning1
sum({F 32.01, r0030, (c0010, c0060)}) = sum({F 01.01, c0010, (r0070, r0093, r0097, r0110, r0142, r0172, r0176, r0390, r0235)})
v2817_mwarning1
sum({F 32.01, r0040, (c0010, c0060)}) = sum({F 01.01, c0010, (r0080, r0094, r0098, r0120, r0143, r0173, r0177, r0182, r0232, r0236)})
v2821_mwarning1
sum({F 32.01, r0100, (c0010, c0060)}) <= sum({F 01.01, (r0090, r0095, r0099, r0130, r0144, r0174, r0178, r0183, r0233, r0237), c0010})
v4974_mwarning1
{F 15.00.a, r0184, c0010} <= {F 01.01, r0234, c0010}
v5013_mwarning1
sum({F 05.01, r0080, (c0010, c0020, c0030, c0040, c0050, c0060)}) = sum({F 01.01, c0010, (r0030, r0040, r0099, r0130, r0144, r0174, r0178, r0183, r0233, r0237)})
v6063_mwarning1
sum({F 20.04, r0040, c0010, (sNNN)}) = sum({F 01.01, (r0070, r0093, r0097, r0110, r0142, r0172, r0176, r0235, r0390), c0010})

Interpretation—

No EBA Q&A cites this rule.

Changes—

No change to this rule between the releases loaded.

Source: the DPM 2.0 database of the release shown above (expression, description, scope, cells; official). References inherited from Annex I (verbatim) and EBA instructions 4.2; links and counts are derived.