Recommendations
This page provides a recommendation summary for files, queries, entities, target platform, target reference architecture, and more based on the configuration for migration recommendations.
Based on threshold complexity values, files and queries are recommended for migration. By default, Queries’ complexity value above 1 and files’ complexity value above 2 are recommended for migration.
In this Topic:
Summary
This section provides a summary of the files, queries, entities, and applications that are recommended for migration, as well as the target reference architecture of the recommended platform.
- Files: This section provides the number of files recommended for migration from the total files.
- Unique Queries: This section provides the unique queries recommended for migration.
- Entities: This section provides information about how many entities are recommended for migration.
- Platform: Displays the target technology stack based on your high-level target preferences as well as your current workload landscape.
- Top Applications for Migration: This section displays the applications recommended for migration with the number of queries.
- Top Files for Migration: This section displays the name of the top files recommended for Migration with the number of queries.
- Top Users for Migration: This section displays the name of the users for migration with the number of queries.
- Target Reference Architecture: This section provides a proposed generic reference architecture.
Applications
This section displays the applications recommended for migration based on a detailed analysis of the given workloads. This recommendation is based on a variety of critical parameters like risk, cost, resource utilization metrics, etc.
- Recommended Applications: This section displays information about the applications recommended for migration.
- Recommended Schemas: This section displays information about the schemas recommended for migration.
- Key Resource Utilization Summary: This section provides information about CPU and I/O utilization metrics, complexity, etc.
Files
Recommends the most resource-intensive files for transformation to cloud-compatible code based on key resource utilization metrics. Based on a detailed analysis of the given workloads, the system displays recommended files, schemas, and key resource utilization summary for migration.
- Recommended Files: Displays all the recommended files with the execution time, CPU and I/O usage, and complexity details based on the analysis.
- Recommended Schemas: Displays all the recommended schemas for migration.
- Key Resource Utilization Summary: Displays CPU and I/O utilization metrics, complexity-based insights as well as user, entity, and query-based distribution.
Jobs
This topic displays the jobs recommended for migration and suggests the most prominent jobs based on key resource utilization metrics.
- Recommended Jobs: Displays all the recommended jobs with the associated files, queries, entities, and complexity details for each job based on the analysis.
- Key Resource Utilization Summary: Displays the top five jobs in terms of file, query, and entity distributions.
Queries
Based on key resource utilization metrics and user/application-based distributions, the system identifies the most resource-intensive, poor performing, and expensive queries for transformation to cloud-compatible code.
- Recommended Queries: This section displays a list of all queries recommended for migration. It displays the total number of queries recommended for migration and the number of queries segregated by the statement type.
- Key Resource Utilization Summary: This section provides information about query complexity, CPU, and I/O utilization details for the queries and more.
Entities
The Entities section displays recommended entities for migration and their metric distribution based on a detailed analysis.
- Recommended Entities: Displays all the entities recommended for migration.
- Key Resource Utilization Summary: This section provides information about complexity, CPU utilization, I/O utilization and more.
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