What were some common commands used with Cloud 9 for SCLM?

Specific commands for Cloud 9 are not well-documented publicly, but it would have likely used SCLM commands extended through its web interface. Standard SCLM commands include: * `CREATE`: To create new modules. * `EDIT`: To check out and edit modules. * `PROMOTE`: To advance modules through SCLM hierarchy. * `BUILD`: To compile and link modules. * `TRANSFER`: To move modules between environments.

What type of API did Cloud 9 for SCLM expose?

The exact API structure for Cloud 9 is not available, but it likely provided a web-based interface to interact with SCLM. This interface would translate web requests into SCLM commands. Integration would depend on the capabilities exposed through the web interface.

What were the main system components of Cloud 9 for SCLM?

Details on the architecture of Cloud 9 are scarce, but it likely consisted of a web server component, an interface to SCLM, and potentially a repository for storing web-related files. Communication would occur via standard web protocols (HTTP/HTTPS) between the client and the web server, and through SCLM APIs for interacting with the mainframe SCLM repository.

What business value did Cloud 9 for SCLM provide?

Cloud 9 for SCLM provided business value by extending the reach of SCLM to manage a wider variety of application development assets, including web-based applications and related files. This allowed organizations to use SCLM for more modern development projects.

How did Cloud 9 contribute to application governance?

By managing web-related assets within SCLM, Cloud 9 helped to ensure consistency and control over all application components, including mainframe and web-based elements. This centralized management improved governance and reduced the risk of inconsistencies.

How was security handled in Cloud 9 for SCLM?

Security for Cloud 9 would have been integrated with SCLM's security mechanisms, potentially leveraging RACF or similar mainframe security systems. Access control would likely be managed through SCLM's access control lists (ACLs) and user permissions.

What authentication methods and encryption were used?

Authentication methods would depend on the web server and SCLM configuration, potentially including LDAP, Kerberos, or certificate-based authentication. Encryption would be used for web communication via HTTPS.

How was Cloud 9 for SCLM administered?

Administration of Cloud 9 would involve configuring the web server, managing user access within SCLM, and monitoring the web interface. Logging capabilities would be provided by the web server and SCLM.

What monitoring and logging capabilities existed?

Monitoring capabilities would likely include standard web server logs and SCLM audit trails. These logs could be used to track user activity, identify issues, and ensure compliance.

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Cloud 9 for SCLM

Name: Cloud 9 for SCLM
Availability: InStock

IBM Not Supported z/OS

Source Code Application Development

Vendor

IBM

Product Overview

Cloud 9 for SCLM provided a web-based interface to IBM SCLM, enabling the management of diverse file types, including Java, HTML, and web-based applications. The architecture likely consisted of a web server component, an interface to SCLM, and potentially a repository for storing web-related files. Communication occurred via standard web protocols (HTTP/HTTPS) between the client and the web server, and through SCLM APIs for interacting with the mainframe SCLM repository.

Key components included the web server, which handled client requests, and the SCLM interface, which translated these requests into SCLM commands. Common SCLM commands such as `CREATE`, `EDIT`, `PROMOTE`, `BUILD`, and `TRANSFER` were likely exposed through the web interface. Security was integrated with SCLM's security mechanisms, potentially leveraging RACF and access control lists (ACLs).

Cloud 9 was replaced by the IBM SCLM Developer Toolkit in 2006, and support ended in 2016. Organizations should consider migrating to modern source code management systems like Git or other mainframe-centric solutions such as IBM Dependency Based Build or Endevor. Migration involves transitioning existing SCLM-managed assets to the new system, which may require scripting and data transformation.

Frequently Asked Questions

What was the primary function of Cloud 9 for SCLM?

Cloud 9 for SCLM was a web gateway that extended IBM SCLM to manage a wider range of file types beyond traditional source code. It allowed SCLM to store and manage PC, UNIX, and AS/400 file formats, including Java, HTML, and other web-related files.

How did Cloud 9 enhance the capabilities of IBM SCLM?

Cloud 9 enhanced SCLM by enabling it to manage diverse file formats, which was not a standard capability of SCLM. This included support for web-based applications, documents, and spreadsheets, making SCLM more versatile for modern development environments.

When was Cloud 9 for SCLM replaced and when did support end?

Cloud 9 for SCLM was replaced by IBM SCLM Developer Toolkit in 2006. Support for Cloud 9 ended in 2016.

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Cloud 9 for SCLM

Product Overview

Frequently Asked Questions

What was the primary function of Cloud 9 for SCLM?

How did Cloud 9 enhance the capabilities of IBM SCLM?

When was Cloud 9 for SCLM replaced and when did support end?

What were some common commands used with Cloud 9 for SCLM?

What type of API did Cloud 9 for SCLM expose?

What were the main system components of Cloud 9 for SCLM?

What business value did Cloud 9 for SCLM provide?

How did Cloud 9 contribute to application governance?

How was security handled in Cloud 9 for SCLM?

What authentication methods and encryption were used?

How was Cloud 9 for SCLM administered?

What monitoring and logging capabilities existed?

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