Manually edit https://github.com/terraform-linters/tflint-ruleset-azurerm/edit/azure-docs/rules/utils.go

wata727 · github-actions[bot] · commit 776b7723219e · 2025-09-17T00:56:09.000Z
based on https://github.com/MicrosoftDocs/azure-compute-docs/blob/main/articles/virtual-machines/sizes/overview.md
diff --git a/.github/snapshots/size.md b/.github/snapshots/size.md
@@ -6,7 +6,7 @@ ms.service: azure-virtual-machines
 ms.subservice: sizes
 ms.topic: concept-article
 ms.workload: infrastructure-services
-ms.date: 06/30/2025
+ms.date: 09/16/2025
 ms.author: mattmcinnes
 # Customer intent: As a cloud architect, I want to compare different virtual machine sizes and their specifications, so that I can select the most appropriate instance for my applications and workloads.
 ---
@@ -83,7 +83,7 @@ General purpose VM sizes provide balanced CPU-to-memory ratio. Ideal for testing
 |----|---|---|
 | [A-family](./general-purpose/a-family.md)  | Entry-level economical |  [Av2-series](./general-purpose/a-family.md#av2-series) <br> [Previous-gen A-family series](./previous-gen-sizes-list.md#general-purpose-previous-gen-sizes) |
 | [B-family](./general-purpose/b-family.md)  | Burstable | [Bsv2-series](./general-purpose/b-family.md#bsv2-series) <br> [Basv2-series](./general-purpose/b-family.md#basv2-series) <br> [Bpsv2-series](./general-purpose/b-family.md#bpsv2-series) <br>[Previous-gen B-family series](./previous-gen-sizes-list.md#general-purpose-previous-gen-sizes) |
-| [D-family](./general-purpose/d-family.md) | Enterprise-grade applications <br> Relational databases <br> In-memory caching <br> Data analytics | [Dpsv6-series and Dplsv6-series](./general-purpose/d-family.md#dpsv6-and-dplsv6-series ) <br> [Dpdsv6-series and Dpldsv6-series](./general-purpose/d-family.md#dpdsv6-and-dpldsv6-series) <br> [Dasv6 and Dadsv6-series](./general-purpose/d-family.md#dasv6-and-dadsv6-series) <br> [Dalsv6 and Daldsv6-series](./general-purpose/d-family.md#dalsv6-and-daldsv6-series) <br> [Dpsv5 and Dpdsv5-series](./general-purpose/d-family.md#dpsv5-and-dpdsv5-series) <br> [Dpldsv5 and Dpldsv5-series](./general-purpose/d-family.md#dplsv5-and-dpldsv5-series) <br> [Dlsv5 and Dldsv5-series](./general-purpose/d-family.md#dlsv5-and-dldsv5-series) <br> [Dv5 and Dsv5-series](./general-purpose/d-family.md#dv5-and-dsv5-series) <br> [Ddv5 and Ddsv5-series](./general-purpose/d-family.md#ddv5-and-ddsv5-series) <br> [Dasv5 and Dadsv5-series](./general-purpose/d-family.md#dasv5-and-dadsv5-series) <br> [Previous-gen D-family series](./previous-gen-sizes-list.md#general-purpose-previous-gen-sizes) |
+| [D-family](./general-purpose/d-family.md) | Enterprise-grade applications <br> Relational databases <br> In-memory caching <br> Data analytics | [Dasv7 and Dadsv7 series](./general-purpose/d-family.md#dasv7-series-and-dadsv7-series) <br> [Dasv7 and Dadsv7 series](./general-purpose/d-family.md#dalsv7-series-and-daldsv7-series) <br> [Dpsv6 and Dplsv6-series](./general-purpose/d-family.md#dpsv6-and-dplsv6-series ) <br> [Dpdsv6 and Dpldsv6-series](./general-purpose/d-family.md#dpdsv6-and-dpldsv6-series) <br> [Dasv6 and Dadsv6-series](./general-purpose/d-family.md#dasv6-and-dadsv6-series) <br> [Dalsv6 and Daldsv6-series](./general-purpose/d-family.md#dalsv6-and-daldsv6-series) <br> [Dpsv5 and Dpdsv5-series](./general-purpose/d-family.md#dpsv5-and-dpdsv5-series) <br> [Dpldsv5 and Dpldsv5-series](./general-purpose/d-family.md#dplsv5-and-dpldsv5-series) <br> [Dlsv5 and Dldsv5-series](./general-purpose/d-family.md#dlsv5-and-dldsv5-series) <br> [Dv5 and Dsv5-series](./general-purpose/d-family.md#dv5-and-dsv5-series) <br> [Ddv5 and Ddsv5-series](./general-purpose/d-family.md#ddv5-and-ddsv5-series) <br> [Dasv5 and Dadsv5-series](./general-purpose/d-family.md#dasv5-and-dadsv5-series) <br> [Previous-gen D-family series](./previous-gen-sizes-list.md#general-purpose-previous-gen-sizes) |
 | [DC-family](./general-purpose/dc-family.md) | D-family with confidential computing | [DCasv5 and DCadsv5-series](./general-purpose/dc-family.md#dcasv5-and-dcadsv5-series) <br> [DCas_cc_v5 and DCads_cc_v5-series](./general-purpose/dc-family.md#dcas_cc_v5-and-dcads_cc_v5-series) <br> [DCesv6 and DCedsv5-series](./general-purpose/dc-family.md#dcesv6-and-dcedsv5-series) <br> [DCsv3 and DCdsv3-series](./general-purpose/dc-family.md#dcsv3-and-dcdsv3-series) <br> [Previous-gen DC-family](./previous-gen-sizes-list.md#general-purpose-previous-gen-sizes)|
 
 
@@ -129,7 +129,7 @@ List of compute optimized VM size families:
 
 | Family | Workloads | Series List |
 |----|---|---|
-| [F-family](./compute-optimized/f-family.md)  | Medium traffic web servers <br> Network appliances <br> Batch processes <br> Application servers | [Fasv6, Falsv6, and Famsv6-series](./compute-optimized/f-family.md#fasv6-falsv6-and-famsv6-series) <br> [Fsv2-series](./compute-optimized/f-family.md#fsv2-series) <br> [Previous-gen F-family](./previous-gen-sizes-list.md)|
+| [F-family](./compute-optimized/f-family.md)  | Medium traffic web servers <br> Network appliances <br> Batch processes <br> Application servers | [Fasv7 and Fadsv7 series](./compute-optimized/f-family.md#fasv7-series-and-fadsv7-series) <br> [Famsv7 and Famdsv7 series](./compute-optimized/f-family.md#famsv7-series-and-famdsv7-series) <br> [Falsv7 and Faldsv7 series](./compute-optimized/f-family.md#falsv7-series-and-faldsv7-series) <br> [Fasv6, Falsv6, and Famsv6-series](./compute-optimized/f-family.md#fasv6-falsv6-and-famsv6-series) <br> [Fsv2-series](./compute-optimized/f-family.md#fsv2-series) <br> [Previous-gen F-family](./previous-gen-sizes-list.md)|
 | [FX-family](./compute-optimized/fx-family.md)  | Electronic Design Automation (EDA) <br> Large memory relational databases <br> Medium to large caches <br> In-memory analytics | [FX-series](./compute-optimized/fx-family.md#fx-series) |
 
 To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
@@ -160,7 +160,7 @@ List of memory optimized VM sizes with links to each series' family page section
 
 | Family | Workloads | Series List |
 |----|---|---|
-| [E-family](./memory-optimized/e-family.md)  | Relational databases <br> Medium to large caches <br> In-memory analytics |[Epsv6 and Epdsv6-series](./memory-optimized/e-family.md#epsv6-and-epdsv6-series)<br> [Easv6 and Eadsv6-series](./memory-optimized/e-family.md#easv6-and-eadsv6-series)<br> [Ev5 and Esv5-series](./memory-optimized/e-family.md#ev5-and-esv5-series)<br> [Edv5 and Edsv5-series](./memory-optimized/e-family.md#edv5-and-edsv5-series)<br> [Easv5 and Eadsv5-series](./memory-optimized/e-family.md#easv5-and-eadsv5-series)<br> [Epsv5 and Epdsv5-series](./memory-optimized/e-family.md#epsv5-and-epdsv5-series)<br> [Previous-gen families](./previous-gen-sizes-list.md#memory-optimized-previous-gen-sizes) |
+| [E-family](./memory-optimized/e-family.md)  | Relational databases <br> Medium to large caches <br> In-memory analytics |[Easv7 and Eadsv7 series](./memory-optimized/e-family.md#easv7-series-and-eadsv7-series) <br> [Epsv6 and Epdsv6-series](./memory-optimized/e-family.md#epsv6-and-epdsv6-series)<br> [Easv6 and Eadsv6-series](./memory-optimized/e-family.md#easv6-and-eadsv6-series)<br> [Ev5 and Esv5-series](./memory-optimized/e-family.md#ev5-and-esv5-series)<br> [Edv5 and Edsv5-series](./memory-optimized/e-family.md#edv5-and-edsv5-series)<br> [Easv5 and Eadsv5-series](./memory-optimized/e-family.md#easv5-and-eadsv5-series)<br> [Epsv5 and Epdsv5-series](./memory-optimized/e-family.md#epsv5-and-epdsv5-series)<br> [Previous-gen families](./previous-gen-sizes-list.md#memory-optimized-previous-gen-sizes) |
 | [Eb-family](./memory-optimized/eb-family.md)  | E-family with High remote storage performance | [Ebdsv5 and Ebsv5-series](./memory-optimized/eb-family.md#ebdsv5-and-ebsv5-series) |
 | [EC-family](./memory-optimized/ec-family.md)  | E-family with confidential computing | [ECasv5 and ECadsv5-series](./memory-optimized/ec-family.md#ecasv5-and-ecadsv5-series)<br> [ECas_cc_v5 and ECads_cc_v5-series](./memory-optimized/ec-family.md#ecas_ccv5-and-ecads_ccv5-series)<br> [ECesv5 and ECedsv5-series](./memory-optimized/ec-family.md#ecesv5-and-ecedsv5-series) |
 | [M-family](./memory-optimized/m-family.md)  | Extremely large databases <br> Large amounts of memory | [Mbsv3 and Mbdsv3-series](./memory-optimized/m-family.md#mbsv3-and-mbdsv3-series)<br> [Msv3 and Mdsv3 Medium Memory series](./memory-optimized/m-family.md#msv3-and-mdsv3-medium-memory-series)<br> [Msv3 and Mdsv3 High Memory series](./memory-optimized/m-family.md#msv3-and-mdsv3-high-memory-series)<br> [Mdsv3 Very High Memory series](./memory-optimized/m-family.md#mdsv3-very-high-memory-series) <br> [Msv2 and Mdsv2-series](./memory-optimized/m-family.md#msv2-and-mdsv2-medium-memory-series) <br> [Mv2-series](./memory-optimized/m-family.md#mv2-series)<br> [M-series](./memory-optimized/m-family.md#m-series)<br> |
@@ -298,7 +298,7 @@ List of high performance computing optimized VM size families:
 
 | Family | Workloads | Series List |
 |----|---|---|
-| [HB-family](./high-performance-compute/hb-family.md) | High memory bandwidth <br> Fluid Dynamics <br> Weather modeling |  [HBv2-series](./high-performance-compute/hbv2-series.md) <br> [HBv3-series](./high-performance-compute/hbv3-series.md) <br> [HBv4-series](./high-performance-compute/hbv4-series.md) |
+| [HB-family](./high-performance-compute/hb-family.md) | High memory bandwidth <br> Fluid Dynamics <br> Weather modeling |  [HBv2-series](./high-performance-compute/hbv2-series.md) <br> [HBv3-series](./high-performance-compute/hbv3-series.md) <br> [HBv4-series](./high-performance-compute/hbv4-series.md) <br> [HBv5-series](./high-performance-compute/hbv5-series.md) |
 | [HC-family](./high-performance-compute/hc-family.md) | High density compute <br> Finite element analysis <br> Molecular dynamics <br> Computational chemistry | [HC-series](./high-performance-compute/hc-series.md) |
 | [HX-family](./high-performance-compute/hx-family.md) | Large memory capacity <br> Electronic Design Automation (EDA) | [HX-series](./high-performance-compute/hx-series.md) |
 
