def compile(self):
compiler = Compiler(self.project, self.args)
compiler.initialize()
compiled = compiler.compile()
count_compiled_archives = compiled['archives']
logger.info("Compiled {} archives".format(count_compiled_archives))
def run(self):
compiler = Compiler(self.project, self.args)
compiler.initialize()
results = compiler.compile()
stat_line = ", ".join(
["{} {}".format(results[k], k) for k in CompilableEntities])
logger.info("Compiled {}".format(stat_line))
def compile(self):
compiler = Compiler(self.project, BaseCreateTemplate)
compiler.initialize()
created_models, created_tests, created_analyses = compiler.compile()
print("Compiled {} models, {} tests, and {} analyses".format(
created_models, created_tests, created_analyses))
return compiler
def compile(self):
compiler = Compiler(self.project, BaseCreateTemplate, self.args)
compiler.initialize()
results = compiler.compile(limit_to=['tests'])
stat_line = ", ".join(
["{} {}".format(results[k], k) for k in CompilableEntities])
logger.info("Compiled {}".format(stat_line))
return compiler
def compile(self):
create_template = DryCreateTemplate if self.args.dry else BaseCreateTemplate
compiler = Compiler(self.project, create_template)
compiler.initialize()
created_models, created_tests, created_analyses = compiler.compile(
self.args.dry)
print("Compiled {} models, {} tests, and {} analyses".format(
created_models, created_tests, created_analyses))
return create_template.label
def compile(self):
compiler = Compiler(self.project, BaseCreateTemplate)
compiler.initialize()
results = compiler.compile()
stat_line = ", ".join(
["{} {}".format(results[k], k) for k in CompilableEntities])
print("Compiled {}".format(stat_line))
return compiler
def compile(self):
create_template = DryCreateTemplate if self.args.dry else BaseCreateTemplate
compiler = Compiler(self.project, create_template)
compiler.initialize()
results = compiler.compile(self.args.dry)
stat_line = ", ".join(
["{} {}".format(results[k], k) for k in CompilableEntities])
print("Compiled {}".format(stat_line))
return create_template.label
def compile(self):
create_template = DryCreateTemplate if self.args.dry \
else BaseCreateTemplate
compiler = Compiler(self.project, create_template, self.args)
compiler.initialize()
results = compiler.compile(limit_to=['models'])
stat_line = ", ".join(
["{} {}".format(results[k], k) for k in CompilableEntities])
logger.info("Compiled {}".format(stat_line))
return create_template.label
def run(self):
if self.args.dry:
create_template = DryCreateTemplate
else:
create_template = BaseCreateTemplate
compiler = Compiler(self.project, create_template)
compiler.initialize()
created_models, created_tests, created_analyses = compiler.compile(
dry=self.args.dry)
print("Compiled {} models, {} tests and {} analyses".format(
created_models, created_tests, created_analyses))
def run(self):
if self.args.dry:
create_template = DryCreateTemplate
else:
create_template = BaseCreateTemplate
compiler = Compiler(self.project, create_template, self.args)
compiler.initialize()
results = compiler.compile(limit_to=CompilableEntities)
stat_line = ", ".join(
["{} {}".format(results[k], k) for k in CompilableEntities])
logger.info("Compiled {}".format(stat_line))
def compile(self):
compiler = Compiler(self.project, TestCreateTemplate)
compiler.initialize()
compiler.compile()
return compiler
def run(self):
compiler = Compiler(self.project, BaseCreateTemplate)
compiler.initialize()
created_models, created_analyses = compiler.compile()
print("Compiled {} models and {} analyses".format(created_models, created_analyses))