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implement Size, Fsmodule;
include "sys.m";
sys: Sys;
include "draw.m";
include "sh.m";
include "alphabet/reports.m";
reports: Reports;
Report: import reports;
include "alphabet/fs.m";
fs: Fs;
Value: import fs;
Fschan, Fsdata, Entrychan, Entry,
Gatechan, Gatequery, Nilentry, Option,
Next, Down, Skip, Quit: import Fs;
Size: module {};
types(): string
{
return "ft";
}
badmod(p: string)
{
sys->fprint(sys->fildes(2), "fs: size: cannot load %s: %r\n", p);
raise "fail:bad module";
}
init()
{
sys = load Sys Sys->PATH;
reports = load Reports Reports->PATH;
if(reports == nil)
badmod(Reports->PATH);
fs = load Fs Fs->PATH;
if(fs == nil)
badmod(Fs->PATH);
fs->init();
}
run(nil: ref Draw->Context, report: ref Report,
nil: list of Option, args: list of ref Value): ref Value
{
f := chan of ref Sys->FD;
spawn sizeproc(f, (hd args).t().i, report.start("size"));
return ref Value.Vf(f);
}
sizeproc(f: chan of ref Sys->FD, c: Entrychan, errorc: chan of string)
{
f <-= nil;
if((fd := <-f) == nil){
c.sync <-= 0;
exit;
}
c.sync <-= 1;
size := big 0;
while(((d, nil, nil) := <-c.c).t0 != nil)
size += d.length;
sys->fprint(fd, "%bd\n", size);
sys->fprint(fd, "");
errorc <-= nil;
}
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