GenDBWiki/CoreDocumentation/CoreScripts - Revision history

Agoesman at 19:18, 29 October 2011

2011-10-29T19:18:25Z

← Older revision		Revision as of 21:18, 29 October 2011
Line 50:		Line 50:
	\|-		\|-
	\| <tt>delete_contig.pl</tt>		\| <tt>delete_contig.pl</tt>
	\| Delete a contig from a GenDB project. <br> ~~/!\~~ Running this script might take some time for large contigs with many subregions and computed observations.		\| Delete a contig from a GenDB project. <br> {{Warning}} Running this script might take some time for large contigs with many subregions and computed observations.
	\|}		\|}

Agoesman at 19:17, 29 October 2011

2011-10-29T19:17:27Z

← Older revision		Revision as of 21:17, 29 October 2011
Line 16:		Line 16:
	\|colspan="2" \| 2) Afterwards, we can import a contig into GenDB either in FASTA or EMBL/GenBank format.		\|colspan="2" \| 2) Afterwards, we can import a contig into GenDB either in FASTA or EMBL/GenBank format.
	\|-		\|-
	\| `import_FASTA.pl`		\| <tt>import_FASTA.pl</tt>
	\| Import a FASTA file containing one or more contig sequences.		\| Import a FASTA file containing one or more contig sequences.
	\|-		\|-
	\| `import_EMBL_GBK.pl`		\| <tt>import_EMBL_GBK.pl</tt>
	\| Import an EMBL or GenBank file. If you have a graphical user interface running, you should see the imported data if you open the project.		\| Import an EMBL or GenBank file. If you have a graphical user interface running, you should see the imported data if you open the project.
	\|-		\|-
	\|colspan="2" \| 3) In the next steps we can compute the automatic annotation including the gene prediction and function assignment.		\|colspan="2" \| 3) In the next steps we can compute the automatic annotation including the gene prediction and function assignment.
	\|-		\|-
	\| `run_gendb_pipeline.pl`		\| <tt>run_gendb_pipeline.pl</tt>
	\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore either can specify a single contig of a project or import a new contig sequence into the project. In both cases a set of default tools (e.g. Critica, Glimmer, various BLAST tools,Reganor) will automatically be created, will be set up for this contig and finally will be run. If for a specific contig results from a former run of this script already exist, the user can have them updated. This script uses the `[[ToolCreator]].pm` wizard module. Use this script for running a standard genome annotation by just executing a single command line.		\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore either can specify a single contig of a project or import a new contig sequence into the project. In both cases a set of default tools (e.g. Critica, Glimmer, various BLAST tools,Reganor) will automatically be created, will be set up for this contig and finally will be run. If for a specific contig results from a former run of this script already exist, the user can have them updated. This script uses the `[[ToolCreator]].pm` wizard module. Use this script for running a standard genome annotation by just executing a single command line.
	\|-		\|-
	\| `run_comparative_pipeline.pl`		\| <tt>run_comparative_pipeline.pl</tt>
	\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore has to specify a single contig that is used as a reference annotation. Gismo gene calling is performed on all other contigs. The predicted CDS are blasted against the CDS od the reference contig. The necessary tools will automatically be created. This script uses the `[[ToolCreator]].pm` and '[[JobSubmitter]].pm' wizard modules. Use this script for running a comparative genome annotation by just executing a single command line.		\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore has to specify a single contig that is used as a reference annotation. Gismo gene calling is performed on all other contigs. The predicted CDS are blasted against the CDS od the reference contig. The necessary tools will automatically be created. This script uses the `[[ToolCreator]].pm` and '[[JobSubmitter]].pm' wizard modules. Use this script for running a comparative genome annotation by just executing a single command line.
	\|-		\|-
	\| `tool_creator.pl`		\| <tt>tool_creator.pl</tt>
	\| This script just creates a default set of tools for a GenDB project without starting any computations. You can either restrict the set of tools to region tools (for gene prediction) and function tools (for automatic function assignment) respectively or you can create both types. Additionally you can create a Metanor tool. This script also uses the `[[ToolCreator]].pm` wizard module. Use this script if you don't want to run the complete pipeline of all region and function tools at once.		\| This script just creates a default set of tools for a GenDB project without starting any computations. You can either restrict the set of tools to region tools (for gene prediction) and function tools (for automatic function assignment) respectively or you can create both types. Additionally you can create a Metanor tool. This script also uses the `[[ToolCreator]].pm` wizard module. Use this script if you don't want to run the complete pipeline of all region and function tools at once.
	\|-		\|-
	\| `submit_job.pl`		\| <tt>submit_job.pl</tt>
	\| After creating some tools for a GenDB project you can start the computation of some bioinformatics tools by using the GenDB job submitter. For the computation you will need a running dispatcher and all tools installed locally.		\| After creating some tools for a GenDB project you can start the computation of some bioinformatics tools by using the GenDB job submitter. For the computation you will need a running dispatcher and all tools installed locally.
	\|-		\|-
	\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.		\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.
	\|-		\|-
	\| `export_EMBL_GBK.pl`		\| <tt>export_EMBL_GBK.pl</tt>
	\| Export an EMBL or GenBank file for a single contig stored within a GenDB project.		\| Export an EMBL or GenBank file for a single contig stored within a GenDB project.
	\|-		\|-
	\| `wholegenome_plot.pl`		\| <tt>wholegenome_plot.pl</tt>
	\| Visualizes an overview of a contig in a chessboard style. User defined color schemes may be used to highlight groups of genes.		\| Visualizes an overview of a contig in a chessboard style. User defined color schemes may be used to highlight groups of genes.
	\|-		\|-
	\| `genome_plot.pl`		\| <tt>genome_plot.pl</tt>
	\| Visualizes an overview of a contig as a circular genome map.		\| Visualizes an overview of a contig as a circular genome map.
	\|-		\|-
	\|colspan="2" \| 5) Finally, we can clean up our project by deleting a contig.		\|colspan="2" \| 5) Finally, we can clean up our project by deleting a contig.
	\|-		\|-
	\| `delete_contig.pl`		\| <tt>delete_contig.pl</tt>
	\| Delete a contig from a GenDB project. <br> /!\ Running this script might take some time for large contigs with many subregions and computed observations.		\| Delete a contig from a GenDB project. <br> /!\ Running this script might take some time for large contigs with many subregions and computed observations.
	\|}		\|}

Agoesman at 13:22, 28 October 2011

2011-10-28T13:22:52Z

← Older revision		Revision as of 15:22, 28 October 2011
Line 4:		Line 4:
	After installing and setting up the GenDB genome annotation system, the GenDB core scripts listed below can be used to annotate a genome without setting up a graphical user interface (neither the web frontend nor the Gtk GUI). After importing an EMBL or FASTA file you can create a set of tools for running the region and function prediction. After computing all bioinformatics tools, all genes can be annotated automatically and the results can be exported into different output format files. Furthermore, some scripts are provided for creating different plots and graphics. Last but not least your imported contigs can be deleted in order to cleanup the GenDB project database.		After installing and setting up the GenDB genome annotation system, the GenDB core scripts listed below can be used to annotate a genome without setting up a graphical user interface (neither the web frontend nor the Gtk GUI). After importing an EMBL or FASTA file you can create a set of tools for running the region and function prediction. After computing all bioinformatics tools, all genes can be annotated automatically and the results can be exported into different output format files. Furthermore, some scripts are provided for creating different plots and graphics. Last but not least your imported contigs can be deleted in order to cleanup the GenDB project database.

	{~~Template:warning~~} All scripts are used on your own risk, so have your backup prepared for the worst case! ~~/!\~~		{{Warning}} All scripts are used on your own risk, so have your backup prepared for the worst case!

	The scripts are part of the GenDB distribution and thus located in the `'gendb/share/exec/'` directory of your current GenDB environment. Execute all scripts from the `'gendb/bin/'` directory using the `'gendb_start'` wrapper script. Executing a script without any arguments gives a detailed usage message where all available options are explained. Please take a look at the documentation of each script for alternative options or advanced features.		The scripts are part of the GenDB distribution and thus located in the `'gendb/share/exec/'` directory of your current GenDB environment. Execute all scripts from the `'gendb/bin/'` directory using the `'gendb_start'` wrapper script. Executing a script without any arguments gives a detailed usage message where all available options are explained. Please take a look at the documentation of each script for alternative options or advanced features.
Line 10:		Line 10:
	{\| border="1" cellpadding="2" cellspacing="0"		{\| border="1" cellpadding="2" cellspacing="0"
	\|colspan="2" \| 1) First of all, we need to create a "project" for storing the data, restricting access to certain users etc.		\|colspan="2" \| 1) First of all, we need to create a "project" for storing the data, restricting access to certain users etc.
	~~\| <-2>~~
	\|-		\|-
	\| `add_gendb_project`		\| <tt>add_gendb_project.pl</tt>
	\| Before we can import any data we need to create a new GenDB project by setting up a new database and registering the project to the project management system ([[GPMSWiki\|GPMS]]).		\| Before we can import any data we need to create a new GenDB project by setting up a new database and registering the project to the project management system ([[GPMSWiki\|GPMS]]).
	\|-		\|-
	\|colspan="2" \| 2) Afterwards, we can import a contig into GenDB either in FASTA or EMBL/GenBank format.		\|colspan="2" \| 2) Afterwards, we can import a contig into GenDB either in FASTA or EMBL/GenBank format.
	~~\| <-2>~~
	\|-		\|-
	\| `import_FASTA.pl`		\| `import_FASTA.pl`
Line 25:		Line 23:
	\|-		\|-
	\|colspan="2" \| 3) In the next steps we can compute the automatic annotation including the gene prediction and function assignment.		\|colspan="2" \| 3) In the next steps we can compute the automatic annotation including the gene prediction and function assignment.
	~~\| <-2>~~
	\|-		\|-
	\| `run_gendb_pipeline.pl`		\| `run_gendb_pipeline.pl`
Line 40:		Line 37:
	\|-		\|-
	\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.		\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.
	~~\| <-2>~~
	\|-		\|-
	\| `export_EMBL_GBK.pl`		\| `export_EMBL_GBK.pl`
Line 52:		Line 48:
	\|-		\|-
	\|colspan="2" \| 5) Finally, we can clean up our project by deleting a contig.		\|colspan="2" \| 5) Finally, we can clean up our project by deleting a contig.
	~~\| <-2>~~
	\|-		\|-
	\| `delete_contig.pl`		\| `delete_contig.pl`

Agoesman at 13:07, 28 October 2011

2011-10-28T13:07:38Z

← Older revision		Revision as of 15:07, 28 October 2011
Line 4:		Line 4:
	After installing and setting up the GenDB genome annotation system, the GenDB core scripts listed below can be used to annotate a genome without setting up a graphical user interface (neither the web frontend nor the Gtk GUI). After importing an EMBL or FASTA file you can create a set of tools for running the region and function prediction. After computing all bioinformatics tools, all genes can be annotated automatically and the results can be exported into different output format files. Furthermore, some scripts are provided for creating different plots and graphics. Last but not least your imported contigs can be deleted in order to cleanup the GenDB project database.		After installing and setting up the GenDB genome annotation system, the GenDB core scripts listed below can be used to annotate a genome without setting up a graphical user interface (neither the web frontend nor the Gtk GUI). After importing an EMBL or FASTA file you can create a set of tools for running the region and function prediction. After computing all bioinformatics tools, all genes can be annotated automatically and the results can be exported into different output format files. Furthermore, some scripts are provided for creating different plots and graphics. Last but not least your imported contigs can be deleted in order to cleanup the GenDB project database.

	~~/!\~~ All scripts are used on your own risk, so have your backup prepared for the worst case! /!\		{Template:warning} All scripts are used on your own risk, so have your backup prepared for the worst case! /!\

	The scripts are part of the GenDB distribution and thus located in the `'gendb/share/exec/'` directory of your current GenDB environment. Execute all scripts from the `'gendb/bin/'` directory using the `'gendb_start'` wrapper script. Executing a script without any arguments gives a detailed usage message where all available options are explained. Please take a look at the documentation of each script for alternative options or advanced features.		The scripts are part of the GenDB distribution and thus located in the `'gendb/share/exec/'` directory of your current GenDB environment. Execute all scripts from the `'gendb/bin/'` directory using the `'gendb_start'` wrapper script. Executing a script without any arguments gives a detailed usage message where all available options are explained. Please take a look at the documentation of each script for alternative options or advanced features.

Admin: 28 revisions

2011-10-26T06:17:54Z

28 revisions

← Older revision	Revision as of 08:17, 26 October 2011
(No difference)

imported>HeikoNeuweger at 13:37, 10 October 2006

2006-10-10T13:37:58Z

← Older revision		Revision as of 15:37, 10 October 2006
Line 29:		Line 29:
	\| `run_gendb_pipeline.pl`		\| `run_gendb_pipeline.pl`
	\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore either can specify a single contig of a project or import a new contig sequence into the project. In both cases a set of default tools (e.g. Critica, Glimmer, various BLAST tools,Reganor) will automatically be created, will be set up for this contig and finally will be run. If for a specific contig results from a former run of this script already exist, the user can have them updated. This script uses the `[[ToolCreator]].pm` wizard module. Use this script for running a standard genome annotation by just executing a single command line.		\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore either can specify a single contig of a project or import a new contig sequence into the project. In both cases a set of default tools (e.g. Critica, Glimmer, various BLAST tools,Reganor) will automatically be created, will be set up for this contig and finally will be run. If for a specific contig results from a former run of this script already exist, the user can have them updated. This script uses the `[[ToolCreator]].pm` wizard module. Use this script for running a standard genome annotation by just executing a single command line.
			\|-
			\| `run_comparative_pipeline.pl`
			\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore has to specify a single contig that is used as a reference annotation. Gismo gene calling is performed on all other contigs. The predicted CDS are blasted against the CDS od the reference contig. The necessary tools will automatically be created. This script uses the `[[ToolCreator]].pm` and '[[JobSubmitter]].pm' wizard modules. Use this script for running a comparative genome annotation by just executing a single command line.
	\|-		\|-
	\| `tool_creator.pl`		\| `tool_creator.pl`

imported>AlexanderGoesmann at 16:23, 12 July 2005

2005-07-12T16:23:34Z

← Older revision		Revision as of 18:23, 12 July 2005
Line 28:		Line 28:
	\|-		\|-
	\| `run_gendb_pipeline.pl`		\| `run_gendb_pipeline.pl`
	\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore either can specify a single contig of a project or import a new contig sequence into the project. In both cases a set of default tools (e.g. Critica, Glimmer, various BLAST tools,Reganor) will automatically be created, will be set up for this contig and finally will be run. If for a specific contig results from a former run of this script already exist, the user can have them updated. This script uses the `[[ToolCreator]].pm` wizard module.		\| A script that creates a set of default tools for the co-ordinated prediction of regions and functions within a given project. The user therefore either can specify a single contig of a project or import a new contig sequence into the project. In both cases a set of default tools (e.g. Critica, Glimmer, various BLAST tools,Reganor) will automatically be created, will be set up for this contig and finally will be run. If for a specific contig results from a former run of this script already exist, the user can have them updated. This script uses the `[[ToolCreator]].pm` wizard module. Use this script for running a standard genome annotation by just executing a single command line.
	\|-		\|-
	\| `tool_creator.pl`		\| `tool_creator.pl`
	\| This script creates a default set of tools. You can either restrict the set of tools to region tools (for gene prediction) and function tools (for automatic function assignment) respectively or you can create both types. Additionally you can create a Metanor tool. This script also uses the `[[ToolCreator]].pm` wizard module.		\| This script just creates a default set of tools for a GenDB project without starting any computations. You can either restrict the set of tools to region tools (for gene prediction) and function tools (for automatic function assignment) respectively or you can create both types. Additionally you can create a Metanor tool. This script also uses the `[[ToolCreator]].pm` wizard module. Use this script if you don't want to run the complete pipeline of all region and function tools at once.
	\|-		\|-
	\| `submit_job.pl`		\| `submit_job.pl`
	\| ~~The~~ computation of some bioinformatics tools ~~can be started~~ by using the GenDB job submitter.		\| After creating some tools for a GenDB project you can start the computation of some bioinformatics tools by using the GenDB job submitter. For the computation you will need a running dispatcher and all tools installed locally.
	\|-		\|-
	\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.		\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.

imported>AlexanderGoesmann at 16:05, 14 June 2005

2005-06-14T16:05:42Z

← Older revision	Revision as of 18:05, 14 June 2005
(No difference)

imported>AlexanderGoesmann at 16:00, 14 June 2005

2005-06-14T16:00:00Z

← Older revision		Revision as of 18:00, 14 June 2005
Line 54:		Line 54:
	\| Delete a contig from a GenDB project. <br> /!\ Running this script might take some time for large contigs with many subregions and computed observations.		\| Delete a contig from a GenDB project. <br> /!\ Running this script might take some time for large contigs with many subregions and computed observations.
	\|}		\|}

			All functions listed above are also available via the GenDB web interface so that you don't need to run GenDB only via this script interface. Nevertheless, especially the scripts for computing tools and submitting jobs offer many options and the most flexible way for running a genome annotation.

	----		----

imported>AlexanderGoesmann at 15:49, 14 June 2005

2005-06-14T15:49:30Z

← Older revision		Revision as of 17:49, 14 June 2005
Line 9:		Line 9:

	{\| border="1" cellpadding="2" cellspacing="0"		{\| border="1" cellpadding="2" cellspacing="0"
	\|colspan="2" \| First of all, we need to create a "project" for storing the data, restricting access to certain users etc.		\|colspan="2" \| 1) First of all, we need to create a "project" for storing the data, restricting access to certain users etc.
	\| <-2>		\| <-2>
	\|-		\|-
	\| `add_gendb_project`		\| `add_gendb_project`
	\| ~~creates~~ a new GenDB project by setting up a new database and registering the project to the project management		\| Before we can import any data we need to create a new GenDB project by setting up a new database and registering the project to the project management system ([[GPMSWiki\|GPMS]]).
	\|-		\|-
	\|colspan="2" \| Afterwards, we can to import a contig into GenDB either in FASTA or EMBL/GenBank format.		\|colspan="2" \| 2) Afterwards, we can import a contig into GenDB either in FASTA or EMBL/GenBank format.
	\| <-2>		\| <-2>
	\|-		\|-
Line 22:		Line 22:
	\|-		\|-
	\| `import_EMBL_GBK.pl`		\| `import_EMBL_GBK.pl`
	\| Import an EMBL or GenBank file.		\| Import an EMBL or GenBank file. If you have a graphical user interface running, you should see the imported data if you open the project.
	\|-		\|-
	\|colspan="2" \| In the next steps we can compute the automatic annotation.		\|colspan="2" \| 3) In the next steps we can compute the automatic annotation including the gene prediction and function assignment.
	\| <-2>		\| <-2>
	\|-		\|-
Line 31:		Line 31:
	\|-		\|-
	\| `tool_creator.pl`		\| `tool_creator.pl`
	\| This script creates a default set of tools. You can either restrict the set of tools to region tools and function tools respectively or you can create both types. Additionally you can create a Metanor tool. This script also uses the `[[ToolCreator]].pm` wizard module.		\| This script creates a default set of tools. You can either restrict the set of tools to region tools (for gene prediction) and function tools (for automatic function assignment) respectively or you can create both types. Additionally you can create a Metanor tool. This script also uses the `[[ToolCreator]].pm` wizard module.
	\|-		\|-
	\| `submit_job.pl`		\| `submit_job.pl`
	\| The computation of some bioinformatics tools can be started by using the GenDB job submitter.		\| The computation of some bioinformatics tools can be started by using the GenDB job submitter.
	\|-		\|-
	\|colspan="2" \| After finishing our genome annotation we can export the results and create some nice plots.		\|colspan="2" \| 4) After finishing our genome annotation we can export the results and create some nice plots.
	\| <-2>		\| <-2>
	\|-		\|-
Line 48:		Line 48:
	\| Visualizes an overview of a contig as a circular genome map.		\| Visualizes an overview of a contig as a circular genome map.
	\|-		\|-
	\|colspan="2" \| Finally, we can clean up our project by deleting a contig.		\|colspan="2" \| 5) Finally, we can clean up our project by deleting a contig.
	\| <-2>		\| <-2>
	\|-		\|-