Documentation/Maemo Eclipse Tutorial/Using ESbox

Latest revision as of 14:04, 11 November 2010

ESbox supports C, C++, Python and Qt4 projects. This chapter briefly describes how to create different types of projects and applications and how to run, test and debug applications using Maemo SDK and a Maemo device.

ESbox requires that C/C++, Python and Qt4 development environments are installed on the host PC where Maemo SDK is run and on the Maemo device. For detailed instructions on how to install ESbox and the required development environments, see ESbox installation chapters. You need PC Connectivity to connect the Maemo device to the host PC and ESbox. For instructions on how to install and configure Maemo PC Connectivity on the Maemo device and Maemo Host PC Connectivity on the host PC where the ESbox Eclipse environment is run, see PC Connectivity documentation.

Before creating your first project with ESbox, make sure that you can connect to your Maemo device from the host PC (that PC Connectivity has been properly installed and configured).

1 Creating C/C++ and Qt4 Projects
2 Running C/C++ and Qt4 Applications on Maemo SDK
3 Running C/C++ and Qt4 Applications on a Maemo Device
- 3.1 Validating C/C++ and Qt4 Project Packages on a Maemo Device
- 3.2 Running C/C++ and Qt4 Projects on a Maemo Device
4 Debugging C/C++ and Qt4 Applications
5 Creating Python Projects
6 Running Python Applications on Maemo SDK
7 Running Python Applications on a Maemo Device
8 Validating Python Project Packages on a Maemo Device
- 8.1 Running Python Projects on a Maemo Device
9 Debugging Python Applications
10 Debian Packaging ESbox Project
11 Importing Projects from Repository
12 Related Topics

[edit] Creating C/C++ and Qt4 Projects

[edit] C/C++ and Qt4 Templates

Templates define the basic structure of the project. Most of the templates are examples but you can also use them as a basic structure for your project.

To create a new C or C++ project, select File > New > Project, figure 8.1.

C > C Maemo Project
C++ > C++ Maemo Project

For Qt4 projects, select C++ project.

File:Project-Python-new.png

Figure 8.1: New Project Menu

ESbox supports simple Qt4, Makefile and Autotools projects, figure 8.2.

File:C-01-projects.png

Figure 8.2: New C/C++ Project

Select any of the available templates on the Template Project Type page, figure 8.3.

File:C-02-templates.png

Figure 8.3: C/C++ Project Template

Maemo 4 templates are only for Diablo targets and Maemo 5 templates for Fremantle. Select the correct template depending on your installation.

[edit] C/C++ and Qt4 Targets

You can select multiple targets for a project. Optimized targets are compiled using compiler optimization while debug targets are compiled with debug options.

If you want to run a project on a Maemo device, select the ARMEL target. To run a project on the emulator, select the X86 target.

Select all targets for a project, figure 8.4. You can change the targets after you have created the project.

File:C-03-targets.png

Figure 8.4: C/C++ Project Target

If you do not see any targets on the Project Configuration page, check that Maemo SDK targets are installed and install them if necessary. For more information on how to install Maemo SDK and targets for ESbox, see ESbox installation chapters.

[edit] C/C++ and Qt4 Metadata

Other project pages define different metadata the template uses. You can specify additional information in the fields or use the default values, figure 8.5.

File:C-04-metadata.png

Figure 8.5: C/C++ Project Metadata

After defining the values, click Finish to create a project.

[edit] Validating C/C++ and Qt4 Project Packages for Maemo SDK

When you have created a new project, ESbox suggests package validation, figure 8.6. If you are not sure that the required development environments have been installed for your targets, click Yes.

File:C-05-validate.png

Figure 8.6: Validate Packages Dialog

ESbox installs all the required dependencies for your project for the selected targets, if they are not installed already, figure 8.7.

If ESbox asks you about changing the target, click Yes to accept. Accept and install any packages ESbox suggests, and close the package validation wizard when the installation is complete.

File:C-06-validate-wizard.png

Figure 8.7: Validate Packages Wizard

You can also validate project packages afterwards. To start the validation, select Project > Project Menu > Validate Installed Packages.

During validation, the projects are scanned for dependencies using the following information:

Autotools projects: PKG_CHECK_MODULES macros in configure.ac
Makefile projects: default metapackages for the project type and libraries detected through pkg-config invocations

[edit] Running C/C++ and Qt4 Applications on Maemo SDK

First, select the build configuration. Change the build configuration to DIABLO_X86 (Debug) or FREMANTLE_X86 (Debug)<code>.

To activate the selected configuration, right-click the project and select Build Configurations > Set active, figure 8.8.



File:C-07-set-target.png  Figure 8.8: Set C/C++ Project Target

To add or remove targets, select Manage in the same menu.
The project is ready to be launched on Maemo SDK. To launch it, right-click the project and select Run As > Maemo Local Application, figure 8.9.


File:C-08-run-as.png  Figure 8.9: Run C/C++ Project as Local Application

If Maemo Application Framework is not running, ESbox asks you to launch it. When you have launched the Application Framework successfully, you can see the Application Framework and the program running, figure 8.10.


File:C-09-result.png  Figure 8.10: C/C++ Project Local Launch Result

[edit]  Running C/C++ and Qt4 Applications on a Maemo Device 
To be able to run your application on a Maemo device, Maemo PC Connectivity must be installed on the device and Maemo Host PC Connectivity on the host PC. For more information, see ESbox installation chapters.

Because the device uses <code>ARMEL binaries, you must to change the target platform to DIABLO_ARMEL or FREMANTLE_ARMEL and rebuild your application for the Maemo device.

First, make sure that DIABLO_ARMEL or FREMANTLE_ARMEL target is selected by right-clicking the project and selecting Properties > Build Configurations > Manage, figure 8.11.

File:C-remote-01-manage.png

Figure 8.11: C/C++ Project Manage Target Menu

Set the target to DIABLO_ARMEL or FREMANTLE_ARMEL, figure 8.12.

File:C-remote-02-targets.png

Figure 8.12: C/C++ Project Manage Targets

Right-click the project, select Build Configurations > Set Active and activate DIABLO_ARMEL (Debug) or FREMANTLE_ARMEL (Debug), figure 8.13.

File:C-remote-03-set-target.png

Figure 8.13: Set C/C++ Project Target

[edit] Validating C/C++ and Qt4 Project Packages on a Maemo Device

To be able to run your application on the Maemo device, you need to make sure that all the required runtime dependencies for your application are available on the device.

Select Project Menu > Validate Installed Packages. On the first page, select the project to be validated, figure 8.14.

File:C-remote-04-validate-device.png

Figure 8.14: Validate Packages Menu

On the Target Selection page, select the correct Maemo device connection and ARMEL target, Figure 8.15.

File:C-remote-05-validate-targets.png

Figure 8.15: Validate Package Targets

To start the validation, click Finish on the last page. This installs the required packages for the selected project on the Maemo device.

You can also validate project packages afterwards. To start the validation, select Project > Project Menu > Validate Installed Packages.

[edit] Running C/C++ and Qt4 Projects on a Maemo Device

To be able to run your application on a Maemo device, Maemo PC Connectivity must be installed on the device and Maemo Host PC Connectivity on the host PC. For more information, see ESbox installation chapters.

After you have set the target to ARMEL and built your application as ARMEL, you can run your application on the Maemo device. To run the application, right-click the project and select Run As > Maemo Remote Application, figure 8.16.

File:C-remote-06-run.png

Figure 8.16: Run C/C++ Project as Remote Maemo Application

Select SSH as the connection type (using the SBRSH connection type requires additional configuration), figure 8.17.

File:C-remote-07-use-ssh.png

Figure 8.17: Connection Type Dialog

Select the device connection, figure 8.16. Use USB connection because it is faster than Bluetooth or WLAN.

File:C-remote-08-select-connection.png

Figure 8.18: Select Device Connection Dialog

You can now see your application running on the Maemo device.

You can use VNC Viewer to control the Maemo device and your application running on it. Select Window > Show View > Other > VNC Viewer.

To use VNC Viewer, the x11vnc service must be installed on the Maemo device either separately (apt-get install x11vnc) or as part of Maemo PC Connectivity.

[edit] Debugging C/C++ and Qt4 Applications

To be able to debug a project, you must set at least one breakpoint into one of the source files. To add a breakpoint somewhere, open a source file, right-click on the left source side panel and select Add Breakpoint, figure 8.19.

File:C-debug-01-breakpoint.png

Figure 8.19: Adding a Breakpoint to a C/C++ Source File

To launch your project in debug mode, right-click the project and select Debug As > Maemo Local or Remote Application. When prompted, accept changing to the debug perspective, figure 8.20.

File:C-debug-02-debug.png

Figure 8.20: Debug as Maemo Application Menu

In the debug perspective, you can stop and continue the execution, step lines, inspect variables, and so on. See Figures 8.21 and 8.22.

You can switch back and forth between perspectives by selecting from the top right corner.

File:C-debug-03-perspective.png

Figure 8.21: C/C++ Project Debug View

File:C-debug-04-variables.png

Figure 8.22: Inspect C/C++ Variables

[edit] Creating Python Projects

ESbox Python projects require that Python is installed on the host PC. For more information, see ESbox installation chapters.

[edit] Python Templates

Templates define the basic structure of the project. Most of the templates are examples but you can also use them as a basic structure for your project.

To create a new Python project, select File > New > Project and then Python Maemo Project, figure 8.23.

File:Project-Python-new.png

Figure 8.23: New Project Menu

Select any of the Python example templates on the Template page, figure 8.24.

File:Python-01-template.png

Figure 8.24: Python Project Template

[edit] Python Targets

Select DIABLO_X86 or FREMANTLE_X86 as the target, figure 8.25.

File:Python-02-target.png

Figure 8.25: Python Project Target

[edit] Python Metadata

The Basic Settings page defines different metadata the selected template uses. You can specify additional information in the fields or use the default values, figure 8.26.

File:Python-03-metadata.png

Figure 8.26: Python Project Metadata

[edit] Python Configuration

You can define the Python configuration settings on the last page. If the wizard cannot find an existing Python configuration, it suggests to create a new configuration.

You can use the default values and click Finish to a create project, figure 8.27.

File:Python-04-grammar.png

Figure 8.27: Python Project Configuration

If there is no previous configuration for your project, ESbox asks you to create a new configuration. To create one, click Yes.

For the Python interpreter configuration, you can add all the Python paths and confirm this by clicking OK, figure 8.28.

File:Python-05-path.png

Figure 8.28: Python Project Interpreter Paths

[edit] Validating Python Project Packages

When you have created a new project, ESbox suggests package validation. Click Yes to accept, figure 8.29.

File:C-05-validate.png

Figure 8.29: Validate Packages

Click Finish on the Package Validation Wizard dialog, figure 8.30. ESbox installs all the required dependencies for the selected targets.

File:C-06-validate-wizard.png

Figure 8.30: Validate Packages Wizard

If ESbox asks you about changing the target, click Yes to accept. Accept and install any packages ESbox suggests, and close the package validation wizard when the installation is complete.

You can also validate project packages afterwards. To start the validation, select Project > Project Menu > Validate Installed Packages.

During validation, the projects are scanned for dependencies using Python package imports from the source files.

[edit] Running Python Applications on Maemo SDK

First, select the build configuration. Change the build configuration to DIABLO_X86 or FREMANTLE_X86.

Right-click the project and select Properties, figures 8.31.

File:Python-06-properties.png

Figure 8.31: Python Project Properties

Select Maemo Build Configurations and activate the configuration, figures 8.32

File:Python-07-configuration.png

Figure 8.32: Python Project Build Configuration

To launch the project on Maemo SDK, right-click the project and select Run As > Python Maemo Local Application, figure 8.33.

File:Python-08-run-as.png

Figure 8.33: Python Project Run as Local Application

Select the file you want to run on Maemo SDK. Do not select setup.py because it is used only for Debian package creation, figure 8.34.

File:Python-09-run-file.png

Figure 8.34: Python Project Select File on Launch

If Maemo Application Framework is not running, ESbox asks you to launch it. When you have launched Maemo Application Framework successfully, you can see the Application Framework and the program running, figure 8.35.

File:Python-10-result.png

Figure 8.35: Python Project Local Launch Result

[edit] Running Python Applications on a Maemo Device

To be able to run your Python application on a Maemo device, Maemo PC Connectivity must be installed on the device and Maemo Host PC Connectivity on the host PC. For more information, see ESbox installation chapters.

First, make sure that DIABLO_ARMEL or FREMANTLE_ARMEL target is selected by right-clicking the project and selecting Maemo Build Configurations. Select DIABLO_ARMEL or FREMANTLE_ARMEL as the target, figure 8.36.

File:Python-remote-02-target.png

Figure 8.36: Select Python Project Target

If there is no configuration for the target, ESbox asks you to create one. To configure a new target, click Select all.

[edit] Validating Python Project Packages on a Maemo Device

To be able to run your application on a Maemo device, you need to make sure that all the required runtime dependencies for your application are available on the device.

Select Project Menu > Validate Installed Packages. On the first page, select the project to be validated, figure 8.37.

File:C-remote-04-validate-device.png

Figure 8.37: Validate Packages Menu

On the Target Selection page, select the correct Maemo device connection and ARMEL target, Figure 8.38.

File:C-remote-05-validate-targets.png

Figure 8.38: Validate Package Targets

To start the validation, click Finish on the last page. This installs the required packages for the selected project on the Maemo device.

During validation, the projects are scanned for dependencies using Python package imports from the source files.

[edit] Running Python Projects on a Maemo Device

After you have set the target to ARMEL you can run your application on the Maemo device. To run the application, right-click the project and select Run As > Maemo Remote Application, figure 8.39.

File:Python-remote-03-run.png

Figure 8.39: Python Project Run as Remote Application

Select the Python file you want to run. Do not select setup.py because it is used only for Debian package creation. Select SSH as the connection type (using SBRSH requires additional configuration). Select the correct device connection.

You can now see your application running on the Maemo device.

You can use VNC Viewer to control the Maemo device and your application running on it. Select Window > Show View > Other > VNC Viewer.

To be able to use VNC Viewer, the x11vnc service must be installed on the Maemo device either separately (apt-get install x11vnc) or as part of Maemo PC Connectivity.

[edit] Debugging Python Applications

File:Python-debug-01-breakpoint.png

Figure 8.40: Add Breakpoint to Python Project

To launch your project in debug mode, right-click the project and select Debug As > Maemo Local or Remote Application. When prompted, accept changing to the debug perspective, figure 8.41.

File:Python-debug-02-debug.png

Figure 8.41: Debug Python Project as

In the debug perspective, you can stop and continue the execution, step lines, inspect variables, and so on. See Figures 8.42 and 8.43.

You can switch back and forth between perspectives by selecting from the top right corner.

File:Python-debug-03-perspective.png

Figure 8.42: Python Debug View

File:Python-debug-04-variables.png

Figure 8.43: Inspect Python Variables

[edit] Debian Packaging ESbox Project

You can create Debian installation packages for your C/C++, Qt4 and Python projects using ESbox wizards. ESbox also provides some tools to help in creating the Debian package structure, and building and installing the package.

[edit] Debian Package Structure

Debian structure is debian folder under project directory. If you do not have Debian structure in your project you can create it by right clicking project and choosing Debian Package > Create Debian Structure.

Python projects need setup.py script to create a Debian package and it should be in the project root folder. You can create setup.py from the last page of the Structure wizard.

ESbox does not automate the whole Debian structure creation process, so you might need to manually modify the files in debian folder. A Debian installation package is built using Makefile located at debian/rules directory. Other files are usually install scripts and metadata.

You can find complete information on the Debian installation package structure from Debian New Maintainers' Guide

[edit] Building Debian Package

ESbox can create a Debian installation package from your project by right clicking project and choosing Debian Package > Build Debian Package. If the project does not have Debian structure defined, the wizard helps you to create one. You must select the destination where the new Debian package is created.

[edit] Installing Debian Package

After you have built a Debian installation package, you can install it inside ESbox by right-clicking project and choosing Debian Package > Install Debian Package.

[edit] Importing Projects from Repository

[edit] Background

This feature assumes you know a little bit about the workings of Debian packages. If not, the full details are in The Debian GNU/Linux FAQ; Chapter 7 - Basics of the Debian package management system.

[edit] Repositories and package types

In the Debian package manager apt (used in Scratchbox and Maemo devices), the sources.list repository configuration files contain two kinds of entries: deb and deb-src repositories. Both point to external or local repositories of packages (called system packages here). deb repositories point to binary packages while deb-src repositories point to the (usually in sync) source packages for those binary packages.

One source package may generate several binary packages; for instance, one for programs and primary data, one for auxiliary data, one for libraries, and one for development.

In apt, when fetching the sources for a binary package, you start with an interesting binary package and find its corresponding source package (for example, apt-get source <package>).

[edit] Source package structure

The sources for a package come usually in three files: a control file (*.dsc), an archive (*.tar.gz or *.tar.bz2), and a patch (*.diff.gz). apt-get source command invokes the dpkg-source command to expand the archive and apply the patch. The control file is used when rebuilding the binary package.

Once extracted, the contents of the original patched sources vary wildly. The contents may contain a bare-bones Makefile project, an autotools-based project, a nest of programs and libraries and test code, or even another archive.

There is one guarantee, though: the package expands to contain a debian directory and its various control files (see the "Source packages" chapter of the Debian Policy Manual for more details).

The debian/rules file is an executable Makefile which is the primary means of interaction with the source from the perspective of a Debian package. In other words, even if the extracted sources contain autoconf files or Makefiles, you must use debian/rules to configure, build, clean, install, and re-package the package.

For example, debian/rules configure, debian/rules build, debian/rules install are typical ways to use a source package.

It must be mentioned that even debian/rules can have varying degrees of fluctuation in the targets it provides. Most packages not developed in the Debian project itself come from a large community of people who think differently, and the targets vary accordingly. While the utility dh_make tries to promote a standard set of guidelines, some projects may, for instance, lack a configure target (or have several), lack a build target (or have several), and so on.

ESbox attempts to corral this kind of diversity with its import wizard.

[edit] Using the Wizard

Find the wizard under File > Import > ESbox > Project from Debian Repository, figure 8.44.

File:ImportPackageWizard.png

Figure 8.44: Import

Select the package to import, figure 8.45.

File:ImportPackageSelect.png

Figure 8.45: Import ESbox Project from Repository - Select Package

The target providing packages is one of the Scratchbox targets on the host PC.

{{ambox |text=The target must have the necessary deb-src entries in sources.list. Standard Maemo SDK configurations have such entries by default. |}

The package selector shows a tree of packages organized by category. You can search by typing in the filter (for words in the name or description) or typing in the tree (for the name alone).

The Fetch build dependencies option ensures that, in addition to fetching the source for the selected package, any packages needed to build the source are installed as well.

The Always re-fetch source components option asks the wizard to always go to the network and find the source components (the .dsc file, archives, and patches) for the package. This may be necessary if you have modified the package locally.

The Delete source components option deletes the .dsc file, source archives, and patches after extraction.

Next, select the build targets for the package, figure 8.46.

File:ImportPackageProject.png

Figure 8.46: Import ESbox Project from Repository - Project Configuration

The next page prepares for the source fetch, figure 8.47.

File:ImportPackageFetch0.png

Figure 8.47: Import ESbox Project from Repository - Fetching and Importing, proxy

Visit the link to ensure your proxy is configured, or else the download does not work.

Press Next to start the process, figure 8.48.

File:ImportPackageFetch1.png

Figure 8.48: Import ESbox Project from Repository - Fetching and Importing, fetching

If the fetch fails then it is usually indicated by a long pause after the Building dependency tree message - press Cancel to abort the process. You can select View Log from the dialog, press Back, then press Next again to retry.

The next page lets you choose the project type and builder for the package.

This is a normal case, figure 8.49.

File:ImportPackageConvert1.png

Figure 8.49: Import ESbox Project from Repository - Convert Project

Here, the project (sysstat from earlier pages) expands into a project with a Makefile. Also (off-screen) there are C sources and headers. Thus, the wizard is able to guess the project type. This page, therefore, is merely informative and you can press Next.

An imported package may, however, be provided as a compressed archive with patches. In this case, you can preconfigure the project to extract the sources and decide whether the project is really the one you are looking for.

The following screenshot shows the inimitable bash shell, which is packaged as an archive, figure 8.50.

File:ImportPackageConvert2.png

Figure 8.50: Import ESbox Project from Repository - Convert Project, compressed archive

To handle this case, the wizard selects a build rule, which appears to be a configuration rule. This would be expected to extract the archive and apply the patches.

You can manually select the rule for configuration, if desired. For example, bash can be built in several configurations for different footprints. Here are the rules found in bash's debian/rules, figure 8.51.

File:ImportPackageConvert3.png

Figure 8.51: Import ESbox Project from Repository - Convert Project, rule selection

Select a rule and click Setup project... to run the build for the given rule. The build results go to the Console behind the wizard.

For bash, and probably other packages, this configure step actually proceeds to build the entire program and run its tests, you may Cancel after the archive has been extracted and the patches have been applied, then proceed with the wizard, figure 8.52.

File:ImportPackageConvert3b.png

Figure 8.52: Import ESbox Project from Repository - Convert Project, building

Once the configuration step has been run, the conversion page updates its guess about the project, figure 8.53.

File:ImportPackageConvert4.png

Figure 8.53: Import ESbox Project from Repository - Convert Project, updated

Once the project type and builder type are known, you can Finish the wizard.

Projects imported from Debian packages can be edited, navigated, built, and launched like normal ESbox projects. You can, of course, also recreate Debian packages from them.

[edit] Related Topics

Retrieved from "http://wiki.maemo.org/Documentation/Maemo_Eclipse_Tutorial/Using_ESbox"

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Documentation/Maemo Eclipse Tutorial/Using ESbox

Latest revision as of 14:04, 11 November 2010

Contents

[edit] Creating C/C++ and Qt4 Projects

[edit] C/C++ and Qt4 Templates

[edit] C/C++ and Qt4 Targets

[edit] C/C++ and Qt4 Metadata

[edit] Validating C/C++ and Qt4 Project Packages for Maemo SDK

[edit] Running C/C++ and Qt4 Applications on Maemo SDK

[edit] Running C/C++ and Qt4 Applications on a Maemo Device

[edit] Validating C/C++ and Qt4 Project Packages on a Maemo Device

[edit] Running C/C++ and Qt4 Projects on a Maemo Device

[edit] Debugging C/C++ and Qt4 Applications

[edit] Creating Python Projects

[edit] Python Templates

[edit] Python Targets

[edit] Python Metadata

[edit] Python Configuration

[edit] Validating Python Project Packages

[edit] Running Python Applications on Maemo SDK

[edit] Running Python Applications on a Maemo Device

[edit] Validating Python Project Packages on a Maemo Device

[edit] Running Python Projects on a Maemo Device

[edit] Debugging Python Applications

[edit] Debian Packaging ESbox Project

[edit] Debian Package Structure

[edit] Building Debian Package

[edit] Installing Debian Package

[edit] Importing Projects from Repository

[edit] Background

[edit] Repositories and package types

[edit] Source package structure

[edit] Using the Wizard

[edit] Related Topics

@@ Line 289: / Line 289: @@
 First, select the build configuration. Change the build configuration to <span><font face="monospace">DIABLO_X86</font></span> or <span><font face="monospace">FREMANTLE_X86</font></span>.
-Right-click the project and select '''Properties''', figures [[#fig:esbox_usage_python_06_properties|8.31]].
+Right-click the project and select '''Properties''', figures [[#figure-esbox_usage_python_06_properties|8.31]].
-{| summary="Python Project Properties"
+<div id="figure-esbox_usage_python_06_properties">
-|+ align="BOTTOM" |'''Figure 8.31:''' Python Project Properties
+[[Image:python-06-properties.png|frame|center|alt=Screenshot of Python project properties|Figure 8.31: Python Project Properties]]
-|-
+</div>
-|
-[[Image:python-06-properties.png|Image python-06-properties]]
-|}
-Select '''Maemo Build Configurations''' and activate the configuration, figures [[#fig:esbox_usage_python_07_configuration|8.32]]
+Select '''Maemo Build Configurations''' and activate the configuration, figures [[#figure-esbox_usage_python_07_configuration|8.32]]
-{| summary="Python Project Build Configuration"
+<div id="figure-esbox_usage_python_07_configuration">
-|+ align="BOTTOM" |'''Figure 8.32:''' Python Project Build Configuration
+[[Image:python-07-configuration.png|frame|center|alt=Screenshot of Python project build configuration|Figure 8.32: Python Project Build Configuration]]
-|-
+</div>
-|
-[[Image:python-07-configuration.png|Image python-07-configuration]]
-|}
-To launch the project on Maemo SDK, right-click the project and select '''Run As &gt; Python Maemo Local Application''', figure [[#fig:esbox_usage_python_08_run_as|8.33]].
+To launch the project on Maemo SDK, right-click the project and select '''Run As &gt; Python Maemo Local Application''', figure [[#figure-esbox_usage_python_08_run_as|8.33]].
-{| summary="Python Project Run as Local Application"
+<div id="figure-esbox_usage_python_08_run_as">
-|+ align="BOTTOM" |'''Figure 8.33:''' Python Project Run as Local Application
+[[Image:python-08-run-as.png|frame|center|alt=Screenshot of Pyton project run as a local application|Figure 8.33: Python Project Run as Local Application]]
-|-
+</div>
-|
-[[Image:python-08-run-as.png|Image python-08-run-as]]
-|}
-Select the file you want to run on Maemo SDK. Do not select setup.py because it is used only for Debian package creation, figure [[#fig:esbox_usage_python_09_run_file|8.34]].
+Select the file you want to run on Maemo SDK. Do not select setup.py because it is used only for Debian package creation, figure [[#figure-esbox_usage_python_09_run_file|8.34]].
-{| summary="Python Project Select File on Launch"
+<div id="figure-esbox_usage_python_09_run_file">
-|+ align="BOTTOM" |'''Figure 8.34:''' Python Project Select File on Launch
+[[Image:python-09-run-file.png|frame|center|alt=Screenshot of selecting a file on launch of a Python project|Figure 8.34: Python Project Select File on Launch]]
-|-
+</div>
-|
-[[Image:python-09-run-file.png|Image python-09-run-file]]
-|}
-If Maemo Application Framework is not running, ESbox asks you to launch it. When you have launched Maemo Application Framework successfully, you can see the Application Framework and the program running, figure [[#fig:esbox_usage_python_10_result|8.35]].
+If Maemo Application Framework is not running, ESbox asks you to launch it. When you have launched Maemo Application Framework successfully, you can see the Application Framework and the program running, figure [[#figure-esbox_usage_python_10_result|8.35]].
-{| summary="Python Project Local Launch Result"
+<div id="figure-esbox_usage_python_10_result">
-|+ align="BOTTOM" |'''Figure 8.35:''' Python Project Local Launch Result
+[[Image:python-10-result.png|frame|center|alt=Screenshot of the result of launching a local Python project|Figure 8.35: Python Project Local Launch Result]]
-|-
+</div>
-|
-[[Image:python-10-result.png|Image python-10-result]]
-|}
 == Running Python Applications on a Maemo Device ==
@@ Line 338: / Line 323: @@
 To be able to run your Python application on a Maemo device, Maemo PC Connectivity must be installed on the device and Maemo Host PC Connectivity on the host PC. For more information, see ESbox installation chapters.
-First, make sure that <span><font face="monospace">DIABLO_ARMEL</font></span> or <span><font face="monospace">FREMANTLE_ARMEL</font></span> target is selected by right-clicking the project and selecting '''Maemo Build Configurations'''. Select <span><font face="monospace">DIABLO_ARMEL</font></span> or <span><font face="monospace">FREMANTLE_ARMEL</font></span> as the target, figure [[#fig:esbox_usage_python_remote_02_target|8.36]].
+First, make sure that <code>DIABLO_ARMEL</code> or <code>FREMANTLE_ARMEL</code> target is selected by right-clicking the project and selecting '''Maemo Build Configurations'''. Select <code>DIABLO_ARMEL</code> or <code>FREMANTLE_ARMEL</code> as the target, figure [[#figure-esbox_usage_python_remote_02_target|8.36]].
-{| summary="Select Python Project Target"
+<div id="figure-esbox_usage_python_remote_02_target">
-|+ align="BOTTOM" |'''Figure 8.36:''' Select Python Project Target
+[[Image:python-remote-02-target.png|frame|center|alt=Screenshot of selecting a Python project target|Figure 8.36: Select Python Project Target]]
-|-
+</div>
-|
-[[Image:python-remote-02-target.png|Image python-remote-02-target]]
-|}
 If there is no configuration for the target, ESbox asks you to create one. To configure a new target, click '''Select all'''.
@@ Line 353: / Line 335: @@
 To be able to run your application on a Maemo device, you need to make sure that all the required runtime dependencies for your application are available on the device.
-Select '''Project Menu &gt; Validate Installed Packages'''. On the first page, select the project to be validated, figure [[#fig:esbox_usage_python_c_remote_04_validate_device|8.37]].
+Select '''Project Menu &gt; Validate Installed Packages'''. On the first page, select the project to be validated, figure [[#figure-esbox_usage_python_c_remote_04_validate_device|8.37]].
-{| summary="Validate Packages Menu"
+<div id="figure-esbox_usage_python_c_remote_04_validate_device">
-|+ align="BOTTOM" |'''Figure 8.37:''' Validate Packages Menu
+[[Image:c-remote-04-validate-device.png|frame|center|alt=Screenshot of package validation menu|Figure 8.37: Validate Packages Menu]]
-|-
+</div>
-|
-[[Image:c-remote-04-validate-device.png|Image c-remote-04-validate-device]]
-|}
-On the '''Target Selection''' page, select the correct Maemo device connection and <span><font face="monospace">ARMEL</font></span> target, Figure [[#fig:esbox_usage_python_c_remote_05_validate_targets|8.38]].
+On the '''Target Selection''' page, select the correct Maemo device connection and <code>ARMEL</code> target, Figure [[#figure-esbox_usage_python_c_remote_05_validate_targets|8.38]].
-{| summary="Validate Package Targets"
+<div id="figure-esbox_usage_python_c_remote_05_validate_targets">
-|+ align="BOTTOM" |'''Figure 8.38:''' Validate Package Targets
+[[Image:c-remote-05-validate-targets.png|frame|center|alt=Screenshot of validating package targets|'''Figure 8.38:''' Validate Package Targets]]
-|-
+</div>
-|
-[[Image:c-remote-05-validate-targets.png|Image c-remote-05-validate-targets]]
-|}
 To start the validation, click '''Finish''' on the last page. This installs the required packages for the selected project on the Maemo device.
@@ Line 379: / Line 355: @@
 To be able to run your application on a Maemo device, Maemo PC Connectivity must be installed on the device and Maemo Host PC Connectivity on the host PC. For more information, see ESbox installation chapters.
-After you have set the target to <span><font face="monospace">ARMEL</font></span> you can run your application on the Maemo device. To run the application, right-click the project and select '''Run As &gt; Maemo Remote Application''', figure [[#fig:esbox_usage_python_remote_03_run|8.39]].
+After you have set the target to <span><font face="monospace">ARMEL</font></span> you can run your application on the Maemo device. To run the application, right-click the project and select '''Run As &gt; Maemo Remote Application''', figure [[#figure-esbox_usage_python_remote_03_run|8.39]].
-{| summary="Python Project Run as Remote Application"
+<div id="figure-esbox_usage_python_remote_03_run">
-|+ align="BOTTOM" |'''Figure 8.39:''' Python Project Run as Remote Application
+[[Image:python-remote-03-run.png|frame|center|alt=Screenshot of Python project being run as a remote application|Figure 8.39: Python Project Run as Remote Application]]
-|-
+</div>
-|
-[[Image:python-remote-03-run.png|Image python-remote-03-run]]
-|}
-Select the Python file you want to run. Do not select setup.py because it is used only for Debian package creation. Select SSH as the connection type (using SBRSH requires additional configuration). Select the correct device connection.
+Select the Python file you want to run. Do not select <code>setup.py</code> because it is used only for Debian package creation. Select SSH as the connection type (using SBRSH requires additional configuration). Select the correct device connection.
 You can now see your application running on the Maemo device.
@@ Line 395: / Line 368: @@
 {{ambox
-|text=To be able to use VNC Viewer, the <span><font face="monospace">x11vnc</font></span> service must be installed on the Maemo device either separately (apt-get install x11vnc) or as part of Maemo PC Connectivity.
+|text=To be able to use VNC Viewer, the <code>x11vnc</code> service must be installed on the Maemo device either separately (<code>apt-get install x11vnc</code>) or as part of Maemo PC Connectivity.
 }}
 == Debugging Python Applications ==
-To be able to debug a project, you must set at least one breakpoint into one of the source files. To add a breakpoint somewhere, open a source file, right-click on the left source side panel and select '''Add Breakpoint''', figure [[#fig:esbox_usage_python_debug_01_breakpoint|8.40]].
+To be able to debug a project, you must set at least one breakpoint into one of the source files. To add a breakpoint somewhere, open a source file, right-click on the left source side panel and select '''Add Breakpoint''', figure [[#figure-esbox_usage_python_debug_01_breakpoint|8.40]].
-{| summary="Add Breakpoint to Python Project"
+<div id="figure-esbox_usage_python_debug_01_breakpoint">
-|+ align="BOTTOM" |'''Figure 8.40:''' Add Breakpoint to Python Project
+[[Image:python-debug-01-breakpoint.png|frame|center|alt=Screenshot of adding a breakpoint to a Python project|Figure 8.40: Add Breakpoint to Python Project]]
-|-
+</div>
-|
-[[Image:python-debug-01-breakpoint.png|Image python-debug-01-breakpoint]]
-|}
-To launch your project in debug mode, right-click the project and select '''Debug As &gt; Maemo Local or Remote Application'''. When prompted, accept changing to the debug perspective, figure [[#fig:esbox_usage_python_debug_02_debug|8.41]].
+To launch your project in debug mode, right-click the project and select '''Debug As &gt; Maemo Local or Remote Application'''. When prompted, accept changing to the debug perspective, figure [[#figure-esbox_usage_python_debug_02_debug|8.41]].
-{| summary="Debug Python Project as"
+<div id="figure-esbox_usage_python_debug_02_debug">
-|+ align="BOTTOM" |'''Figure 8.41:''' Debug Python Project as
+[[Image:python-debug-02-debug.png|frame|center|alt=Screenshot of debugging a Python project|Figure 8.41: Debug Python Project as]]
-|-
+</div>
-|
-[[Image:python-debug-02-debug.png|Image python-debug-02-debug]]
-|}
-In the debug perspective, you can stop and continue the execution, step lines, inspect variables, and so on. See Figures [[#fig:esbox_usage_python_debug_03_perspective|8.42]] and [[#fig:esbox_usage_python_debug_04_variables|8.43]].
+In the debug perspective, you can stop and continue the execution, step lines, inspect variables, and so on. See Figures [[#figure-esbox_usage_python_debug_03_perspective|8.42]] and [[#figure-esbox_usage_python_debug_04_variables|8.43]].
 {{ambox
@@ Line 424: / Line 391: @@
 }}
-{| summary="Python Debug View"
+<div id="figure-esbox_usage_python_debug_03_perspective">
-|+ align="BOTTOM" |'''Figure 8.42:''' Python Debug View
+[[Image:python-debug-03-perspective.png|frame|center|alt=Screenshot of Python debug view|Figure 8.42: Python Debug View]]
-|-
+</div>
-|
-[[Image:python-debug-03-perspective.png|Image python-debug-03-perspective]]
-|}
-{| summary="Inspect Python Variables"
+<div id="figure-esbox_usage_python_debug_04_variables">
-|+ align="BOTTOM" |'''Figure 8.43:''' Inspect Python Variables
+[[Image:python-debug-04-variables.png|frame|center|alt=Screenshot of inspecting Python variables|Figure 8.43: Inspect Python Variables]]
-|-
+</div>
-|
-[[Image:python-debug-04-variables.png|Image python-debug-04-variables]]
-|}
 == Debian Packaging ESbox Project ==
@@ Line 444: / Line 405: @@
 === Debian Package Structure ===
-Debian structure is <span><font face="monospace">debian</font></span> folder under project directory. If you do not have Debian structure in your project you can create it by right clicking project and choosing '''Debian Package &gt; Create Debian Structure'''.
+Debian structure is <code>debian</code> folder under project directory. If you do not have Debian structure in your project you can create it by right clicking project and choosing '''Debian Package &gt; Create Debian Structure'''.
 Python projects need setup.py script to create a Debian package and it should be in the project root folder. You can create setup.py from the last page of the '''Structure''' wizard.
-ESbox does not automate the whole Debian structure creation process, so you might need to manually modify the files in <span><font face="monospace">debian</font></span> folder. A Debian installation package is built using <span><font face="monospace">Makefile</font></span> located at <span><font face="monospace">debian/rules</font></span> directory. Other files are usually install scripts and metadata.
+ESbox does not automate the whole Debian structure creation process, so you might need to manually modify the files in <code>debian</code> folder. A Debian installation package is built using <code>Makefile</code> located at <code>debian/rules</code> directory. Other files are usually install scripts and metadata.
 You can find complete information on the Debian installation package structure from [http://www.debian.org/doc/maint-guide/ Debian New Maintainers' Guide]
@@ Line 468: / Line 429: @@
 === Repositories and package types ===
-In the Debian package manager <span><font face="monospace">apt</font></span> (used in Scratchbox and Maemo devices), the <span><font face="monospace">sources.list</font></span> repository configuration files contain two kinds of entries: <span><font face="monospace">deb</font></span> and <span><font face="monospace">deb-src</font></span> repositories. Both point to external or local repositories of packages (called system packages here). <span><font face="monospace">deb</font></span> repositories point to binary packages while <span><font face="monospace">deb-src</font></span> repositories point to the (usually in sync) source packages for those binary packages.
+In the Debian package manager <code>apt</code> (used in Scratchbox and Maemo devices), the <code>sources.list</code> repository configuration files contain two kinds of entries: <code>deb</code> and <code>deb-src</code> repositories. Both point to external or local repositories of packages (called system packages here). <code>deb</code> repositories point to binary packages while <code>deb-src</code> repositories point to the (usually in sync) source packages for those binary packages.
 One source package may generate several binary packages; for instance, one for programs and primary data, one for auxiliary data, one for libraries, and one for development.
-In <span><font face="monospace">apt</font></span>, when fetching the sources for a binary package, you start with an interesting binary package and find its corresponding source package (for example, <span><font face="monospace">apt-get source &lt;package&gt;</font></span>).
+In <code>apt</code>, when fetching the sources for a binary package, you start with an interesting binary package and find its corresponding source package (for example, <code>apt-get source <package></code>).
 === Source package structure ===
-The sources for a package come usually in three files: a ''control file'' (<span><font face="monospace"><nowiki>*.dsc</nowiki></font></span>), an ''archive'' (<span><font face="monospace"><nowiki>*.tar.gz</nowiki></font></span> or <span><font face="monospace"><nowiki>*.tar.bz2</nowiki></font></span>), and a ''patch'' (<span><font face="monospace"><nowiki>*.diff.gz</nowiki></font></span>). <span><font face="monospace">apt-get source</font></span> command invokes the <span><font face="monospace">dpkg-source</font></span> command to expand the archive and apply the patch. The control file is used when rebuilding the binary package.
+The sources for a package come usually in three files: a ''control file'' (<code>*.dsc</code>), an ''archive'' (<code>*.tar.gz</code> or <code>*.tar.bz2</code>), and a ''patch'' (<code>*.diff.gz</code>). <code>apt-get source</code> command invokes the <code>dpkg-source</code> command to expand the archive and apply the patch. The control file is used when rebuilding the binary package.
-Once extracted, the contents of the original patched sources vary wildly. The contents may contain a bare-bones <span><font face="monospace">Makefile</font></span> project, an autotools-based project, a nest of programs and libraries and test code, or even another archive.
+Once extracted, the contents of the original patched sources vary wildly. The contents may contain a bare-bones <code>Makefile</code> project, an autotools-based project, a nest of programs and libraries and test code, or even another archive.
-There is one guarantee, though: the package expands to contain a <span><font face="monospace">debian</font></span> directory and its various control files (see the "Source packages" chapter of the [http://www.debian.org/doc/debian-policy/ch-source.html Debian Policy Manual] for more details).
+There is one guarantee, though: the package expands to contain a <code>debian</code> directory and its various control files (see the "Source packages" chapter of the [http://www.debian.org/doc/debian-policy/ch-source.html Debian Policy Manual] for more details).
-The <span><font face="monospace">debian/rules</font></span> file is an executable <span><font face="monospace">Makefile</font></span> which is the primary means of interaction with the source from the perspective of a Debian package. In other words, even if the extracted sources contain autoconf files or <span><font face="monospace">Makefiles</font></span>, you must use <span><font face="monospace">debian/rules</font></span> to configure, build, clean, install, and re-package the package.
+The <code>debian/rules</code> file is an executable <code>Makefile</code> which is the primary means of interaction with the source from the perspective of a Debian package. In other words, even if the extracted sources contain autoconf files or <code>Makefiles</code>, you must use <code>debian/rules</code> to configure, build, clean, install, and re-package the package.
-For example, <span><font face="monospace">debian/rules configure</font></span>, <span><font face="monospace">debian/rules build</font></span>, <span><font face="monospace">debian/rules install</font></span> are typical ways to use a source package.
+For example, <code>debian/rules configure</code>, <code>debian/rules build</code>, <code>debian/rules install</code> are typical ways to use a source package.
-It must be mentioned that even <span><font face="monospace">debian/rules</font></span> can have varying degrees of fluctuation in the targets it provides. Most packages not developed in the Debian project itself come from a large community of people who think differently, and the targets vary accordingly. While the utility <span><font face="monospace">dh_make</font></span> tries to promote a standard set of guidelines, some projects may, for instance, lack a <span><font face="monospace">configure</font></span> target (or have several), lack a <span><font face="monospace">build</font></span> target (or have several), and so on.
+It must be mentioned that even <code>debian/rules</code> can have varying degrees of fluctuation in the targets it provides. Most packages not developed in the Debian project itself come from a large community of people who think differently, and the targets vary accordingly. While the utility <code>dh_make</code> tries to promote a standard set of guidelines, some projects may, for instance, lack a <code>configure</code> target (or have several), lack a <code>build</code> target (or have several), and so on.
 ESbox attempts to corral this kind of diversity with its import wizard.
@@ Line 492: / Line 453: @@
 === Using the Wizard ===
-Find the wizard under '''File &gt; Import &gt; ESbox &gt; Project from Debian Repository''', figure [[#fig:esbox_usage_import_package_wizard|8.44]].
+Find the wizard under '''File &gt; Import &gt; ESbox &gt; Project from Debian Repository''', figure [[#figure-esbox_usage_import_package_wizard|8.44]].
-{| summary="Import"
+<div id="figure-esbox_usage_import_package_wizard">
-|+ align="BOTTOM" |'''Figure 8.44:''' Import
+[[Image:ImportPackageWizard.png|frame|center|alt=Screenshot of project import|Figure 8.44: Import]]
-|-
+</div>
-|
-[[Image:ImportPackageWizard.png|Image ImportPackageWizard]]
-|}
-Select the package to import, figure [[#fig:esbox_usage_import_package_select|8.45]].
+Select the package to import, figure [[#figure-esbox_usage_import_package_select|8.45]].
-{| summary="Import ESbox Project from Repository - Select Package"
+<div id="figure-esbox_usage_import_package_select">
-|+ align="BOTTOM" |'''Figure 8.45:''' Import ESbox Project from Repository - Select Package
+[[Image:ImportPackageSelect.png|frame|center|alt=Screenshot of selecting a package during ESBox prject import|Figure 8.45: Import ESbox Project from Repository - Select Package]]
-|-
+</div>
-|
-[[Image:ImportPackageSelect.png|Image ImportPackageSelect]]
-|}
 The target providing packages is one of the Scratchbox targets on the host PC.
 {{ambox
-|text=The target must have the necessary <span><font face="monospace">deb-src</font></span> entries in <span><font face="monospace">sources.list</font></span>. Standard Maemo SDK configurations have such entries by default.
+|text=The target must have the necessary <code>deb-src</code> entries in <code>sources.list</code>. Standard Maemo SDK configurations have such entries by default.
 |}
@@ Line 522: / Line 477: @@
 The '''Always re-fetch source components''' option asks the wizard to always go to the network and find the source components (the .dsc file, archives, and patches) for the package. This may be necessary if you have modified the package locally.
-The '''Delete source components''' option deletes the <span><font face="monospace">.dsc</font></span> file, source archives, and patches after extraction.
+The '''Delete source components''' option deletes the <code>.dsc</code> file, source archives, and patches after extraction.
-Next, select the build targets for the package, figure [[#fig:esbox_usage_import_package_project|8.46]].
+Next, select the build targets for the package, figure [[#figure-esbox_usage_import_package_project|8.46]].
-{| summary="Import ESbox Project from Repository - Project Configuration"
+<div id="figure-esbox_usage_import_package_project">
-|+ align="BOTTOM" |'''Figure 8.46:''' Import ESbox Project from Repository - Project Configuration
+[[Image:ImportPackageProject.png|frame|center|alt=Screenshot of project configuration during import of ESBox project|Figure 8.46: Import ESbox Project from Repository - Project Configuration]]
-|-
+</div>
-|
-[[Image:ImportPackageProject.png|Image ImportPackageProject]]
-|}
-The next page prepares for the source fetch, figure [[#fig:esbox_usage_import_package_fetch0|8.47]].
+The next page prepares for the source fetch, figure [[#figure-esbox_usage_import_package_fetch0|8.47]].
-{|
+<div id="figure-esbox_usage_import_package_fetch0">
-|+ align="BOTTOM" |'''Figure 8.47:''' Import ESbox Project from Repository - Fetching and Importing, proxy
+[[Image:ImportPackageFetch0.png|frame|center|alt=Screenshot of fetching and imprting during import of a ESBox project|Figure 8.47: Import ESbox Project from Repository - Fetching and Importing, proxy]]
-|-
+</div>
-|
-[[Image:ImportPackageFetch0.png|Image ImportPackageFetch0]]
-|}
 Visit the link to ensure your proxy is configured, or else the download does not work.
-Press '''Next''' to start the process, figure [[#fig:esbox_usage_import_package_fetch1|8.48]].
+Press '''Next''' to start the process, figure [[#figure-esbox_usage_import_package_fetch1|8.48]].
-{|
+<div id="figure-esbox_usage_import_package_fetch1">
-|+ align="BOTTOM" |'''Figure 8.48:''' Import ESbox Project from Repository - Fetching and Importing, fetching
+[[Image:ImportPackageFetch1.png|frame|center|alt=Screenshot of fetching and imprting during import of an ESBox project|Figure 8.48: Import ESbox Project from Repository - Fetching and Importing, fetching]]
-|-
+</div>
-|
-[[Image:ImportPackageFetch1.png|Image ImportPackageFetch1]]
-|}
-If the fetch fails â usually indicated by a long pause after the '''Building dependency tree''' message - press '''Cancel''' to abort the process. You can select '''View Log''' from the dialog, press '''Back''', then press '''Next''' again to retry.
+If the fetch fails then it is usually indicated by a long pause after the '''Building dependency tree''' message - press '''Cancel''' to abort the process. You can select '''View Log''' from the dialog, press '''Back''', then press '''Next''' again to retry.
 The next page lets you choose the project type and builder for the package.
-This is a normal case, figure [[#fig:esbox_usage_import_package_convert1|8.49]].
+This is a normal case, figure [[#figure-esbox_usage_import_package_convert1|8.49]].
-{| summary="Import ESbox Project from Repository - Convert Project"
+<div id="figure-esbox_usage_import_package_convert1">
-|+ align="BOTTOM" |'''Figure 8.49:''' Import ESbox Project from Repository - Convert Project
+[[Image:ImportPackageConvert1.png|frame|center|alt=Screenshot of convert a project during import of an ESBox project|Figure 8.49: Import ESbox Project from Repository - Convert Project]]
-|-
+</div>
-|
-[[Image:ImportPackageConvert1.png|Image ImportPackageConvert1]]
-|}
-Here, the project (sysstat from earlier pages) expands into a project with a <span><font face="monospace">Makefile</font></span>. Also (off-screen) there are C sources and headers. Thus, the wizard is able to guess the project type. This page, therefore, is merely informative and you can press '''Next'''.
+Here, the project (sysstat from earlier pages) expands into a project with a <code>Makefile</code>. Also (off-screen) there are C sources and headers. Thus, the wizard is able to guess the project type. This page, therefore, is merely informative and you can press '''Next'''.
 An imported package may, however, be provided as a compressed archive with patches. In this case, you can preconfigure the project to extract the sources and decide whether the project is really the one you are looking for.
-The following screenshot shows the inimitable bash shell, which is packaged as an archive, figure [[#fig:esbox_usage_import_package_convert2|8.50]].
+The following screenshot shows the inimitable bash shell, which is packaged as an archive, figure [[#figure-esbox_usage_import_package_convert2|8.50]].
-{| summary="Import ESbox Project from Repository - Convert Project, compressed archive"
+<div id="figure-esbox_usage_import_package_convert2">
-|+ align="BOTTOM" |'''Figure 8.50:''' Import ESbox Project from Repository - Convert Project, compressed archive
+[[Image:ImportPackageConvert2.png|frame|center|alt=Screenshot of project conversion during import of an ESBox project|Figure 8.50: Import ESbox Project from Repository - Convert Project, compressed archive]]
-|-
+</div>
-|
-[[Image:ImportPackageConvert2.png|Image ImportPackageConvert2]]
-|}
 To handle this case, the wizard selects a build rule, which appears to be a configuration rule. This would be expected to extract the archive and apply the patches.
-You can manually select the rule for configuration, if desired. For example, bash can be built in several configurations for different footprints. Here are the rules found in bash's <span><font face="monospace">debian/rules</font></span>, figure [[#fig:esbox_usage_import_package_convert3|8.51]].
+You can manually select the rule for configuration, if desired. For example, bash can be built in several configurations for different footprints. Here are the rules found in bash's <code>debian/rules</code>, figure [[#figure-esbox_usage_import_package_convert3|8.51]].
-{| summary="Import ESbox Project from Repository - Convert Project, rule selection"
+<div id="figure-esbox_usage_import_package_convert3">
-|+ align="BOTTOM" |'''Figure 8.51:''' Import ESbox Project from Repository - Convert Project, rule selection
+[[Image:ImportPackageConvert3.png|frame|center|alt=Screenshot of project conversion during import of an ESBox project|Figure 8.51: Import ESbox Project from Repository - Convert Project, rule selection]]
-|-
+</div>
-|
-[[Image:ImportPackageConvert3.png|Image ImportPackageConvert3]]
-|}
 Select a rule and click '''Setup project...''' to run the build for the given rule. The build results go to the Console behind the wizard.
-For <span><font face="monospace">bash</font></span>, and probably other packages, this configure step actually proceeds to build the entire program and run its tests â you may '''Cancel''' after the archive has been extracted and the patches have been applied, then proceed with the wizard, figure [[#fig:esbox_usage_import_package_convert3b|8.52]].
+For <code>bash</code>, and probably other packages, this configure step actually proceeds to build the entire program and run its tests, you may '''Cancel''' after the archive has been extracted and the patches have been applied, then proceed with the wizard, figure [[#figure-esbox_usage_import_package_convert3b|8.52]].
-{| summary="Import ESbox Project from Repository - Convert Project, building"
+<div id="figure-esbox_usage_import_package_convert3b">
-|+ align="BOTTOM" |'''Figure 8.52:''' Import ESbox Project from Repository - Convert Project, building
+[[Image:ImportPackageConvert3b.png|frame|center|alt=Screenshot of building during import of an ESBox project|Figure 8.52: Import ESbox Project from Repository - Convert Project, building]]
-|-
+</div>
-|
-[[Image:ImportPackageConvert3b.png|Image ImportPackageConvert3b]]
-|}
-Once the configuration step has been run, the conversion page updates its guess about the project, figure [[#fig:esbox_usage_import_package_convert4|8.53]].
+Once the configuration step has been run, the conversion page updates its guess about the project, figure [[#figure-esbox_usage_import_package_convert4|8.53]].
-{| summary="Import ESbox Project from Repository - Convert Project, updated"
+<div id="figure-esbox_usage_import_package_convert4">
-|+ align="BOTTOM" |'''Figure 8.53:''' Import ESbox Project from Repository - Convert Project, updated
+[[Image:ImportPackageConvert4.png|frame|center|alt=Screenshot of project conversion during import of an ESBox project|Figure 8.53: Import ESbox Project from Repository - Convert Project, updated]]
-|-
+</div>
-|
-[[Image:ImportPackageConvert4.png|Image ImportPackageConvert4]]
-|}
 Once the project type and builder type are known, you can '''Finish''' the wizard.