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Up to [CSRG BSD Unix] / 43BSDReno / contrib / mh / sbr|
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1.1 root 1: /* LINTLIBRARY */
2:
3: #include "../h/mh.h"
4: #include "../h/addrsbr.h"
5: #include "../h/formatsbr.h"
6: #include <stdio.h>
7:
8:
9: char *add(a,b) char *a,*b; { return add(a,b); }
10: /* VARARGS2 */
11: void adios(w,f) char *w,*f; { adios(w,f); }
12: /* VARARGS2 */
13: void admonish(w,f) char *w,*f; { admonish(w,f); }
14: char *adrsprintf(l,d) char *l,*d; { return adrsprintf(l,d); }
15: /* VARARGS2 */
16: void advise(w,f) char *w,*f; { advise(w,f); }
17: /* VARARGS3 */
18: void advertise(w,t,f) char *w,*t,*f; { advertise(w,t,f); }
19: void ambigsw(a,s) char *a; struct swit *s; { ambigsw(a,s); }
20: int atooi(s) char *s; { return atooi(s); }
21: char *auxformat(m,e) struct mailname *m; { return auxformat(m,e); }
22: char **brkstring(s,b,t) char *s,*b,*t; { return brkstring(s,b,t); }
23: void closefds(i) { closefds (i); }
24: /* VARARGS */
25: char *concat(s1) char *s1; { return concat(s1); }
26: char *copy(f,t) char *f,*t; { return copy(f,t); }
27: char **copyip(f,t) char **f,**t; { return copyip(f,t); }
28: void cpydata(i,o,f,g) char *f,*g; { cpydata(i,o,f,g); }
29: void cpydgst(i,o,f,g) char *f,*g; { cpydgst(i,o,f,g); }
30: void discard(i) FILE *i; { discard(i); }
31: /*
32: * done should not be defined here because it is designed to be
33: * redefined by the parent routines if they need special exit
34: * processing. Definition here causes multiply defined messages
35: * from lint.
36: *
37: void done(s) { done(s); }
38: */
39: int fdcompare(f1,f2) { return fdcompare(f1,f2); }
40: int fmt_compile(s,f) char *s; struct format **f;
41: { return fmt_compile(s,f); }
42: int fmtscan(f,s,w,d) struct format *f; char *s; int d[];
43: { return fmtscan(f,s,w,d); }
44: /*
45: * formataddr is also designed to be redefined by the parent routines.
46: *
47: char *formataddr(d,e,b,s) char *d,*e,*b,*s;
48: { return formataddr(d,e,b,s); }
49: */
50: int gans(p,s) char *p; struct swit *s; { return gans(p,s); }
51: char **getans(p,s) char *p; struct swit *s; { return getans(p,s); }
52: int getanswer(p) char *p; { return getanswer(p); }
53: char *getcpy(s) char *s; { return getcpy(s); }
54: struct mailname
55: *getm(s,h,t,w,e) char *s,*h,*e; { return getm(s,h,t,w,e); }
56: char *getname(a) char *a; { return getname(a); }
57: void help(s,sw) char *s; struct swit *sw; { help(s,sw); }
58: int ismymbox(n) struct mailname *n; { return ismymbox(n); }
59: char *libpath(f) char *f; { return libpath(f); }
60: int m_atoi(s) char *s; { return m_atoi(s); }
61: char *m_backup(s) char *s; { return m_backup(s); }
62: int m_convert(m,s) struct msgs *m; char *s; { return m_convert(m,s); }
63: int m_delete(s) char *s; { return m_delete(s); }
64: char *m_draft(f,m,u,i) char *f,*m; int *i; { return m_draft(f,m,u,i); }
65: void m_eomsbr(a) int (*a)(); { m_eomsbr(a); }
66: char *m_find(s) char *s; { return s; }
67: void m_fmsg(m) struct msgs *m; { m_fmsg(m); }
68: void m_foil(p) char *p; { m_foil(p); }
69: void m_getdefs() { m_getdefs(); }
70: int m_getfld(s,n,b,bs,i) char *n,*b; FILE *i;
71: { return m_getfld(s,n,b,bs,i); }
72: char *m_getfolder() { return m_getfolder(); }
73: int m_gmprot() { return m_gmprot(); }
74: struct msgs
75: *m_gmsg(s) char *s; { return m_gmsg(s); }
76: char *m_maildir(s) char *s; { return m_maildir(s); }
77: char *m_mailpath(s) char *s; { return m_mailpath(s); }
78: char *m_name(i) { return m_name(i); }
79: void m_readefs(n,i,f,c) struct node **n; FILE *i; char *f;
80: { m_readefs(n,i,f,c); }
81: struct msgs
82: *m_remsg(m,l,h) struct msgs *m; { return m_remsg(m,l,h); }
83: void m_replace(k,v) char *k,*v; { m_replace(k,v); }
84: char *m_scratch(s,t) char *s,*t; { return m_scratch (s,t); }
85: char *m_seq(m,c) struct msgs *m; char *c; { return m_seq(m,c); }
86: int m_seqadd (m,c,j,p) struct msgs *m; char *c;
87: { return m_seqadd (m,c,j,p); }
88: char *m_seqbits (m) struct msgs *m; { return m_seqbits (m); }
89: int m_seqdel (m,c,j) struct msgs *m; char *c; { return m_seqdel (m,c,j); }
90: int m_seqflag (m,c) struct msgs *m; char *c; { return m_seqflag (m,c); }
91: int m_seqnew (m,c,p) struct msgs *m; char *c; { return m_seqnew (m,c,p); }
92: void m_setcur(m,i) struct msgs *m; { m_setcur(m,i); }
93: void m_setseq(m) struct msgs *m; { m_setseq(m); }
94: void m_setvis(m,s) struct msgs *m; { m_setvis(m,s); }
95: void m_sync(m) struct msgs *m; { m_sync(m); }
96: char *m_tmpfil(t) char *t; { return m_tmpfil (t); }
97: void m_unknown(f) FILE *f; { m_unknown(f); }
98: void m_update() { m_update(); }
99: int m_whatnow(e,n,u,f,a,d,m,t,i,c) struct msgs *m; char *e,*f,*a,*t,*c;
100: { return m_whatnow (e,n,u,f,a,d,m,t,i,c); }
101: int makedir(d) char *d; { return makedir(d); }
102: void mnfree (m) struct mailname *m; { mnfree (m); }
103: char *new_fs(f,m,d) char *f,*m,*d; { return new_fs(f,m,d); }
104: char *path(n,t) char *n; { return path(n,t); }
105: int peekc(i) FILE *i; { return peekc(i); }
106: int pidwait(i,s) { return pidwait(i,s); }
107: int pidstatus(s,f,c) FILE *f; char *c; { return pidstatus(s,f,c); }
108: void printsw(s,sw,p) char *s,*p; struct swit *sw; { printsw(s,sw,p); }
109: void push() { push(); }
110: int putenv(a,b) char *a,*b; { return putenv(a,b); }
111: char *pwd() { return pwd(); }
112: char *r1bindex(s,c) char *s; { return r1bindex(s,c); }
113: int refile(a,f) char **a,*f; { return refile(a,f); }
114: int remdir(d) char *d; { return remdir(d); }
115: int showfile(a,f) char **a,*f; { return showfile(a,f); }
116: int smatch(s,sw) char *s; struct swit *sw; { return smatch(s,sw); }
117: char *sprintb(b,v,f) char *b,*f; unsigned v; { return sprintb(b,v,f); }
118: int ssequal(a,b) char *a,*b; { return ssequal(a,b); }
119: int strindex(a,b) char *a,*b; { return strindex(a,b); }
120: char *trimcpy(s) char *s; { return trimcpy(s); }
121: int type(fd,s) char *s; { return type(fd,s); }
122: int uleq(s1,s2) char *s1,*s2; { return uleq(s1,s2); }
123: int unputenv(a) char *a; { return unputenv(a); }
124: int uprf(s1,s2) char *s1,*s2; { return uleq(s1,s2); }
125: int vfgets(i,b) FILE *i; char **b; {return vfgets(i,b); }
This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.