def generate(self, **kwargs): generator = EclipseGenerator(self.workingDir, self.destination, repositories=self.repos, installUnits=self.ius, **kwargs) return generator.generate()
def test_longrunning_eclipse_generate(self): destination = 'eclipse-single' shutil.rmtree(os.path.join(_DATA_DIR, destination), ignore_errors=True) repositories, installUnits = Presets.combine_presets([TestPreset()]) generator = EclipseGenerator(workingDir=_DATA_DIR, destination=destination, repositories=repositories, installUnits=installUnits, name='eclipse-test-single') generator.generate()
def test_eclipse_generate_noop(self): repositories, installUnits = Presets.combine_presets([TestPreset()]) generator = EclipseGenerator(workingDir=_DATA_DIR, destination='noop', repositories=repositories, installUnits=[], name='eclipse-test-noop', fixIni=False) generator.generate()
def main(self, destination): if os.path.exists(destination): if os.path.isdir(destination) and os.listdir(destination): print('ERROR: destination {} is not empty'.format(destination)) return 1 print('ERROR: destination {} already exists'.format(destination)) return 1 presets = [] for presetStr in self.presets: if not Presets.exists(presetStr): print('ERROR: preset {} does not exist'.format(presetStr)) return 1 presets.append(Presets[presetStr].value) oss = [] if self.oss: for osStr in self.oss: if not Os.exists(osStr): print('ERROR: operating system {} does not exist'.format(osStr)) return 1 oss.append(Os[osStr].value) else: oss.append(Os.get_current()) archs = [] if self.archs: for archStr in self.archs: if not Arch.exists(archStr): print('ERROR: architecture {} does not exist'.format(archStr)) return 1 archs.append(Arch[archStr].value) else: archs.append(Arch.get_current()) repositories, installUnits = Presets.combine_presets(presets) repositories.update(self.extraRepositories) installUnits.update(self.extraInstallUnits) if not repositories: print('ERROR: no presets or extra repositories were given') return 1 if not installUnits: print('ERROR: no presets or extra units to install were given') return 1 if len(oss) == 1 and len(archs) == 1: eclipseOs = oss[0] eclipseArch = archs[0] generator = EclipseGenerator(workingDir=os.getcwd(), destination=destination, os=eclipseOs, arch=eclipseArch, repositories=repositories, installUnits=installUnits, name=self.name, fixIni=self.fixIni, addJre=self.addJre, archive=self.archive, archiveJreSeparately=self.archiveJreSeparately, archivePrefix=self.archivePrefix, archiveSuffix=self.archiveSuffix) print('Generating Eclipse instance for {}, {} to path {}'.format(eclipseOs, eclipseArch, destination)) else: generator = EclipseMultiGenerator(workingDir=os.getcwd(), destination=destination, oss=oss, archs=archs, repositories=repositories, installUnits=installUnits, name=self.name, fixIni=self.fixIni, addJre=self.addJre, archiveJreSeparately=self.archiveJreSeparately, archivePrefix=self.archivePrefix, archiveSuffix=self.archiveSuffix) print('Generating Eclipse instances for to path {}'.format(destination)) print('Operating systems: {}'.format(', '.join([o.name for o in oss]))) print('Architectures: {}'.format(', '.join([a.name for a in archs]))) print('Repositories: ') for repository in repositories: print(' {}'.format(repository)) print('Units to install: ') for installUnit in installUnits: print(' {}'.format(installUnit)) print() generator.generate() return 0