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compute-pool-setup
Guide the user through creating and configuring a Snowpark Container Services compute pool for the migration orchestrator.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
メニュー
Guide the user through creating and configuring a Snowpark Container Services compute pool for the migration orchestrator.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Identify SQL Server migration anti-patterns — performance blockers, architecture/security considerations, and behavioral differences — by running `scai assessment anti-patterns`, which buckets SnowConvert's already-recorded issue codes by priority and writes JSON for the parent assessment multi-report. Use for anti-patterns, performance/architecture concerns in SQL Server → Snowflake migrations;
Analyze SSIS packages from SnowConvert ETL.* outputs and source .dtsx files. Classifies packages, scores migration complexity, and produces JSON for the parent assessment multi-report.
Analyze Informatica Power Center workflows/mappings from SnowConvert ETL.* outputs and source XML files. Classifies workflows, scores migration complexity, and produces JSON for the parent assessment multi-report.
Analyzes workloads to be migrated to Snowflake using SnowConvert assessment reports. Routes to specialized sub-skills for high-quality assessments. Use this skill when user wants to do an assessment of their code or ETL workload, waves generation, object exclusion, anti-patterns, sql dynamic and/or ETL analysis (SSIS)
Set up a migration project — connect to source, initialize, extract objects, convert, and assess. Covers steps 1-5 of the migration lifecycle.
End-to-end database migration to Snowflake. Orchestrates the full migration lifecycle from source connection through initial conversion. Triggers: migrate, migration, migrate to snowflake, end to end migration, e2e migration, full migration.
| name | compute-pool-setup |
| description | Guide the user through creating and configuring a Snowpark Container Services compute pool for the migration orchestrator. |
| parent_skill | data-infrastructure-setup |
| license | Proprietary. See License-Skills for complete terms |
Create a compute pool for the migration orchestrator to run inside Snowpark Container Services.
Ask the user:
What name would you like for the compute pool? (e.g.,
MIGRATION_COMPUTE_POOL)
Run the following SQL, substituting the user's chosen name:
CREATE COMPUTE POOL <COMPUTE_POOL_NAME>
MIN_NODES = 1
MAX_NODES = 1
INSTANCE_FAMILY = CPU_X64_S;
Defaults:
CPU_X64_Sis sufficient for the orchestrator. The orchestrator itself is lightweight — it coordinates work but does not process data.MIN_NODES = 1andMAX_NODES = 1are recommended; the pool scales the number of nodes, not the workers.
Run:
DESCRIBE COMPUTE POOL <COMPUTE_POOL_NAME>;
Check that the state column is ACTIVE or IDLE. If the state is STARTING, wait a moment and re-check — pools typically become active within a minute.
If the state is SUSPENDED, run:
ALTER COMPUTE POOL <COMPUTE_POOL_NAME> RESUME;
Then re-verify.
The role that will run the migration needs USAGE on the compute pool:
GRANT USAGE ON COMPUTE POOL <COMPUTE_POOL_NAME> TO ROLE <MIGRATION_ROLE>;
Return to ../SKILL.md and save the compute pool name via configure(compute_pool="<COMPUTE_POOL_NAME>").