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msgcc 2005-01-20 xLL O E}Q SF ( $ (C} $Ih8I <!)RfJ % 1 '@cannot initialize invalid input out of space still under development -- send positive contributions to gsf@research.att.com debug header omit prefix graph level silent exec text force ignore [ target ... ] mamold - make abstract machine to oldmake makefile conversion filter mamold reads MAM (Make Abstract Machine) target and prerequisite file descriptions from the standard input and writes an equivalent gmake(1) makefile on the standard output. Mamfiles are generated by the --mam option of nmake(1) and gmake(1). Symbolic information is preserved where possible in the output makefile. Comments, however, are lost in the conversion. Recursive makefiles are not converted; each makefile level must be converted separately. Verify the dependency graph but do not generate a makefile on the standard output. Use texts instead of the default for the generated makefile header. Omit pathnames with directory prefix. mamnew(1), gmake(1), nmake(1) REFERENCES http://www.research.att.com/~gsf/mam/ mamnew - make abstract machine to nmake makefile conversion filter mamnew reads MAM (Make Abstract Machine) target and prerequisite file descriptions from the standard input and writes an equivalent nmake(1) makefile on the standard output. Mamfiles are generated by the --mam option of nmake(1) and gmake(1). Symbolic information is preserved where possible in the output makefile. Comments, however, are lost in the conversion. Header file dependencies are omitted since these are implicitly determined by nmake(1). Recursive makefiles are not converted; each makefile level must be converted separately. Some targets are omitted; most of these are provided as predefined nmake(1) targets. mamnew is only an aid in the makefile conversion process. It is a rare old-make makefile that requires no manual intervention after mamnew conversion. mamold(1), gmake(1), nmake(1) mamdag - make abstract machine to dag dependency graph conversion filter mamdag reads MAM (Make Abstract Machine) target and prerequisite file descriptions from the standard input and writes a dag(1) description of the dependency graph on the standard output. Mamfiles are generated by the --mam option of nmake(1) and gmake(1). dag(1) is an obsolete predecessor to dot(1); new applications should use mamdot(1) and dot(1). dag(1), dot(1), mamdot(1), gmake(1), nmake(1) mamdot - make abstract machine to dot dependency graph conversion filter mamdot reads MAM (Make Abstract Machine) target and prerequisite file descriptions from the standard input and writes a dot(1) description of the dependency graph on the standard output. Mamfiles are generated by the --mam option of nmake(1) and gmake(1). Dependency names matching the shell pattern are ignored. pattern dot(1), gmake(1), nmake(1) mamexec - make abstract machine executor mamexec reads MAM (Make Abstract Machine) target and prerequisite file descriptions from the standard input and executes actions to update targets that are older than their prerequisites. Mamfiles are generated by the --mam option of nmake(1) and gmake(1) and are portable to environments that only have sh(1) and cc(1). A separate mamstate(1) program is used to compare current and state file target times. mamexec is a ksh(1) script implementation that has been replaced by the standalone mamake(1). New applications should use mamake. Set the debug trace level to level. Higher levels produce more output. Force all targets to be out of date. Ignore shell action errors. Enable shell action execution. Do not trace shell actions as they are executed. mamake(1), mamstate(1), nmake(1) mamsh - make abstract machine to shell script conversion filter mamsh converts MAM (Make Abstract Machine) instructions on the standard input to a sh(1) script that updates all targets on the standard output. The script summarily builds each target; use mamake(1), nmake(1) or gmake(1) for target out-of-date testing. mamake(1), nmake(1)