Module: DBGeni::BaseModules::Code
- Included in:
- DBGeni::Base
- Defined in:
- lib/dbgeni/base_code.rb
Instance Method Summary collapse
-
#apply_all_code(force = nil) ⇒ Object
Applying.
- #apply_code(code_obj, force = nil) ⇒ Object
- #apply_list_of_code(object_names, force = nil) ⇒ Object
- #apply_outstanding_code(force = nil) ⇒ Object
-
#code ⇒ Object
This module isn’t much good on its own, but it is here purely to break up the code in the Base class.
- #current_code ⇒ Object
- #list_of_code(list) ⇒ Object
- #outstanding_code ⇒ Object
- #remove_all_code(force = nil) ⇒ Object
- #remove_code(code_obj, force = nil) ⇒ Object
- #remove_list_of_code(object_names, force = nil) ⇒ Object
Instance Method Details
#apply_all_code(force = nil) ⇒ Object
Applying
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# File 'lib/dbgeni/base_code.rb', line 34 def apply_all_code(force=nil) ensure_initialized code_files = code if code_files.length == 0 raise DBGeni::NoOutstandingCode end apply_code_list(code_files, true) end |
#apply_code(code_obj, force = nil) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 58 def apply_code(code_obj, force=nil) ensure_initialized begin run_plugin(:before_code_apply, code_obj) code_obj.apply!(@config, connection, force) if code_obj. # Oracle can apply procs that still have errors. This is expected. Other databases # have errors raised for invalid procs, except when force is on, so this logic is # for when they are being forced through. if @config.db_type == 'oracle' @logger.info "Applied #{code_obj.to_s} (with errors)\n\n#{code_obj.}\nFull errors in #{code_obj.logfile}\n\n" else @logger.error "Failed to apply #{code_obj.filename}. Errors in #{code_obj.logfile}\n\n#{code_obj.}\n\n" end else @logger.info "Applied #{code_obj.to_s}" end run_plugin(:after_code_apply, code_obj) rescue DBGeni::MigratorCouldNotConnect @logger.error "Failed to connect to the database CLI" raise DBGeni::CodeApplyFailed rescue DBGeni::CodeApplyFailed => e # The only real way code can get here is if the user had insufficient privs # to create the proc, or there was other bad stuff in the proc file. # In this case, dbgeni should stop - but also treat the error like a migration error # as the error message will be in the logfile in the format standard SQL errors are. @logger.error "Failed to apply #{code_obj.filename}. Errors in #{code_obj.logfile}\n\n#{code_obj.}\n\n" raise DBGeni::CodeApplyFailed, e.to_s end end |
#apply_list_of_code(object_names, force = nil) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 52 def apply_list_of_code(object_names, force=nil) ensure_initialized code_files = list_of_code(object_names) apply_code_list(code_files, force) end |
#apply_outstanding_code(force = nil) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 43 def apply_outstanding_code(force=nil) ensure_initialized code_files = outstanding_code if code_files.length == 0 raise DBGeni::NoOutstandingCode end apply_code_list(code_files, force) end |
#code ⇒ Object
This module isn’t much good on its own, but it is here purely to break up the code in the Base class. This module should be included into base for code operations to work correctly
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# File 'lib/dbgeni/base_code.rb', line 9 def code @code_list ||= DBGeni::CodeList.new(@config.code_dir) @code_list.code end |
#current_code ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 14 def current_code ensure_initialized code @code_list.current(@config, connection) end |
#list_of_code(list) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 26 def list_of_code(list) ensure_initialized code @code_list.list(list, @config, connection) end |
#outstanding_code ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 20 def outstanding_code ensure_initialized code @code_list.outstanding(@config, connection) end |
#remove_all_code(force = nil) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 89 def remove_all_code(force=nil) ensure_initialized code_files = code if code_files.length == 0 raise DBGeni::NoCodeFilesExist end apply_code_list(code_files, force, false) end |
#remove_code(code_obj, force = nil) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 104 def remove_code(code_obj, force=nil) ensure_initialized begin run_plugin(:before_code_remove, code_obj) code_obj.remove!(@config, connection, force) @logger.info "Removed #{code_obj.to_s}" run_plugin(:after_code_remove, code_obj) rescue DBGeni::MigratorCouldNotConnect @logger.error "Failed to connect to the database CLI" raise DBGeni::CodeRemoveFailed rescue DBGeni::CodeRemoveFailed => e # Not sure if the code can even get here. Many if timeout waiting for lock on object? # In this case, dbgeni should stop - but also treat the error like a migration error # TODO - not sure this is even correct - dropping code doesn't create a logfile ... @logger.error "Failed to remove #{code_obj.filename}. Errors in #{code_obj.logfile}" raise DBGeni::CodeRemoveFailed end end |
#remove_list_of_code(object_names, force = nil) ⇒ Object
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# File 'lib/dbgeni/base_code.rb', line 98 def remove_list_of_code(object_names, force=nil) ensure_initialized code_files = list_of_code(object_names) apply_code_list(code_files, force, false) end |