|
|
1.1 root 1: .tl 'LIBR(I)'12/17/75'LIBR(I)'
2: NAME
3: libr - fortran librarian
4:
5: SYNOPSIS
6: libr libfile -k1 n11 n12 ... n1k ... -kn ...
7:
8: DESCRIPTION
9:
10: LIBR is a program to build and maintain libraries of object modules
11: to be used with LINK. An object module in a library is included in the out file
12: iff it satisfies an undefined reference at the time it is encountered. (With some
13: exceptions for -i: and -e: ) Therefore, the order of modules in a library is
14: important.
15:
16: All commands except append (-a ) require that the file designated 'libfile'
17: already exit. The append command will create the library file if it does
18: not exist. The action of LIBR is governed by the keybytes, which are
19: interpreted in left-to-right order. The entire command line is checked for
20: correctness, and then executed.
21:
22: In a library, all modules are identifies by their module name.
23: Assembly language programs get their module name from a .title directive.
24: In fortran subprograms the module name is the name of the subroutine declared
25: in it.
26:
27: There are no default extensions.
28:
29: The keybytes are:
30:
31: -l
32: .in 20
33: list the contents of the library as it will appear at the completion
34: of the LIBR command
35: .in 0
36:
37: -g mod syms
38: .in 20
39: As noted above, a module is included into an outfile from a library only if
40: it 'declares' a yet-undefined global symbol. Initially, a module declares
41: all those global symbols which are assigned values within it.
42: The -g command allows one to eliminate declarations from a module.
43: .in 0
44:
45: -d mods
46: .in 20
47: delete the named modules from the library
48:
49: .in 0
50: -i mod files
51: .in 20
52: place the modules in the named files into the library before the
53: given module.
54:
55: .in 0
56: -r files
57: .in 20
58: Replace the modules in the library with those in the files having the
59: same module name.
60:
61: .in 0
62: -a files
63: .in 20
64: Append the modules in the named files to the library. Create the library if it does
65: not exist.
66:
67: .in 0
68: -c
69: .in 20
70: Generate a cross-reference
71:
72:
73:
74: .in 0
75: EXAMPLE
76: A fortran user wants to create a library of six graphics
77: subroutines in the object files graph1.obj ... graph6.obj.
78: First, a library is created:
79: libr graphlib -a graph1.obj ... graph6.obj
80:
81: If, later, it is necessary to replace one of the subroutines, say #4,
82: this can be done as:
83: libr graphlib -r graph4.obj
84:
85: FILES
86: libr1.tmp - scratch file
This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.