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qps-packaging/src/details.cpp

758 lines
19 KiB

/*
* details.cpp
* This file is part of qps -- Qt-based visual process status monitor
*
* Copyright 1997-1999 Mattias Engdegård
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
* MA 02110-1301, USA.
*/
#include <stdio.h>
#include <netdb.h>
#include <netinet/in.h>
#include "details.h"
//#include "proc.h" // static flag
#include "qps.h" // static flag
Details::Details(Procinfo *p, Proc *proc) : QWidget(0)
{
pi = p;
pi->detail = this;
pr = proc;
// printf("pi=%x\n",pi);
setWindowTitle( tr( "Process %1 ( %2 ) - details" ).arg( pi->pid )
.arg( pi->command ) );
tbar = new QTabWidget(this);
// tbar->setMargin(5);
// if(pi->fd_files) //if(pi->fd_files->size())
if (pi->read_fds())
{
tbar->addTab(new Files(this), tr( "Files" ) );
// if(pi->read_fds()) // create sock_inodes
#ifdef LINUX
// printf(" pi->socks.size=%d\n", p->sock_inodes->size() );
// this means if a process dont have socket then
// no socket pane show in Detail dialog.
// Procinfo::read_sockets();
if (pi->sock_inodes.size() != 0)
tbar->addTab(new Sockets(this), tr( "Sockets" ) );
#endif
}
if (pi->read_maps())
tbar->addTab(new Maps(this), tr( "Memory Maps" ) );
if (pi->read_environ())
tbar->addTab(new Environ(this), tr( "Environment" ) );
tbar->addTab(new AllFields(this), tr( "All Fields" ) );
tbar->adjustSize();
QSize s0 = tbar->sizeHint();
if (s0.width() > 800)
s0.setWidth(800);
resize(s0);
}
Details::~Details()
{
// printf("~Details()\n");
if (pi)
pi->detail = 0;
int i;
/// for(i=0;i<tbar->count();i++) delete tbar->page(i);
delete tbar;
}
void Details::set_procinfo(Procinfo *p)
{
// printf("p=%x, pi=%x\n",p,pi);
}
void Details::refresh()
{
printf("Details::refresh()\n");
QWidget *w = NULL; // tbar->currentPage ();
// QWidget *w= tbar->currentPage ();
if (w != NULL)
{
/// printf("refresh()\n");
((SimpleTable *)w)->refresh();
}
}
void Details::process_gone()
{
/// printf("process_gone() *******************************\n");
pi = 0;
// for now, we just close the window. Another possibility would be
// to leave it with a "process terminated" note.
close();
}
// slot: react to changes in preferences
void Details::config_change() { return; }
void Details::resizeEvent(QResizeEvent *s)
{
tbar->resize(s->size()); //**
QWidget::resizeEvent(s);
}
// user closed the window (via window manager)
void Details::closeEvent(QCloseEvent *) { emit closed(this); }
SimpleTable::SimpleTable(QWidget *parent, int nfields, TableField *f,
int options)
: HeadedTable(parent, options), fields(f)
{
detail = (Details *)parent;
setNumCols(nfields);
}
QSize SimpleTable::sizeHint() const
{
/// return QSize(tableWidth(), 300);
return QSize(480, 300);
}
QString SimpleTable::title(int col) { return fields[col].name; }
int SimpleTable::colWidth(int col) { return fields[col].width; }
inline int SimpleTable::alignment(int col) { return fields[col].align; }
int SimpleTable::leftGap(int col) { return fields[col].gap; }
QString SimpleTable::tipText(int col) { return fields[col].tooltip; }
#ifdef LINUX
// declaration of static members
bool Sockets::have_services = false;
QHash<int, char *> Sockets::servdict;
Lookup *Sockets::lookup = 0;
TableField *Sockets::fields()
{
static QVector< TableField > fields( { { tr( "Fd" ), 5, 8, Qt::AlignRight, tr( "File descriptor" ) }
, { tr( "Proto" ), 4, 8, Qt::AlignLeft, tr( "Protocol (TCP or UDP)" ) }
, { tr( "Recv-Q" ), 9, 8, Qt::AlignRight, tr( "Bytes in receive queue" ) }
, { tr( "Send-Q" ), 9, 8, Qt::AlignRight, tr( "Bytes in send queue" ) }
, { tr( "Local Addr" ), -1, 8, Qt::AlignLeft, tr( "Local IP address" ) }
, { tr( "Port" ), 6, 8, Qt::AlignLeft, tr( "Local port" ) }
, { tr( "Remote Addr" ), -1, 8, Qt::AlignLeft, tr( "Remote IP address" ) }
, { tr( "Port" ), 6, 8, Qt::AlignLeft, tr( "Remote port" ) }
, { tr( "State" ), 18, 8, Qt::AlignLeft, tr( "Connection state" ) } } );
return fields.data();
}
Sockets::Sockets(QWidget *parent) : SimpleTable(parent, SOCKFIELDS, fields() )
{
if (!lookup)
lookup = new Lookup();
connect(lookup, SIGNAL(resolved(unsigned)),
SLOT(update_hostname(unsigned)));
doing_lookup = Qps::hostname_lookup;
refresh();
// compute total width = window width
int totw = 400;
// for(int i = 0; i < SOCKFIELDS; i++)
// totw += actualColWidth(i);
resize(totw, 200);
}
Sockets::~Sockets()
{
// why seg?
// if(lookup) delete lookup;
}
static const char *tcp_states[] = {
"ESTABLISHED", // 1
"SYN_SENT", "SYN_RECV", "FIN_WAIT1", "FIN_WAIT2", "TIME_WAIT",
"CLOSE", "CLOSE_WAIT", "LAST_ACK", "LISTEN",
"CLOSING" // 11
};
static inline const char *tcp_state_name(int st)
{
return (st < 1 || st > 11) ? "UNKNOWN" : tcp_states[st - 1];
}
QString Sockets::text(int row, int col)
{
Procinfo *p = procinfo();
if (p->sock_inodes.size() == 0)
refresh_sockets();
SockInode *sock_ino = p->sock_inodes[row];
// SockInode *sock_ino = p->sock_inodes[row];
Sockinfo *si = p->proc->socks.value(sock_ino->inode, NULL);
if (!si)
return ""; // process gone, return empty string
QString s;
switch (col)
{
case FD:
s.setNum(sock_ino->fd);
break;
case PROTO:
s = (si->proto == Sockinfo::TCP) ? "tcp" : "udp";
break;
case RECVQ:
s.setNum(si->rx_queue);
break;
case SENDQ:
s.setNum(si->tx_queue);
break;
case LOCALADDR:
s = ipAddr(si->local_addr);
break;
case LOCALPORT:
if (Qps::service_lookup)
{
const char *serv = servname(si->local_port);
if (serv)
{
s = serv;
break;
}
}
s.setNum(si->local_port);
break;
case REMOTEADDR:
s = ipAddr(si->rem_addr);
break;
case REMOTEPORT:
if (Qps::service_lookup)
{
const char *serv = servname(si->rem_port);
if (serv)
{
s = serv;
break;
}
}
s.setNum(si->rem_port);
break;
case STATE:
s = tcp_state_name(si->st);
break;
}
return s;
}
QString Sockets::ipAddr(unsigned addr)
{
unsigned a = htonl(addr);
QString s;
if (doing_lookup)
{
s = lookup->hostname(addr);
if (s.isNull())
{
s.sprintf("(%d.%d.%d.%d)", (a >> 24) & 0xff, (a >> 16) & 0xff,
(a >> 8) & 0xff, a & 0xff);
}
}
else
{
if (a == 0)
s = "*";
else
s.sprintf("%d.%d.%d.%d", (a >> 24) & 0xff, (a >> 16) & 0xff,
(a >> 8) & 0xff, a & 0xff);
}
return s;
}
void Sockets::refresh_window()
{
Procinfo *p = procinfo();
if (!p)
return;
int rows = p->sock_inodes.size();
/// resetWidths();
setNumRows(rows);
setNumCols(SOCKFIELDS);
/// repaint_changed();
repaintAll();
}
void Sockets::refresh()
{
if (refresh_sockets())
refresh_window();
}
// return true if sockets could be read successfully, false otherwise
bool Sockets::refresh_sockets()
{
// Procinfo::read_sockets();
return procinfo()->read_fds();
}
// react to changes in preferences
void Sockets::config_change()
{
if (doing_lookup != Qps::hostname_lookup)
{
doing_lookup = Qps::hostname_lookup;
////setNumCols(SOCKFIELDS);
// for(int col = 0; col < SOCKFIELDS; col++)
// widthChanged(col);
////updateTableSize();
////repaintAll();
}
}
// slot: called when a host name has been looked up
void Sockets::update_hostname(unsigned addr)
{
// if(widthChanged(REMOTEADDR) || widthChanged(LOCALADDR)) {
if (1)
{
//// updateTableSize();
/// repaintAll();
}
else
{
// just repaint some rows
Procinfo *p = procinfo();
if (!p->sock_inodes.size())
{
/// Procinfo::read_sockets();
p->read_fds();
}
int rows = p->sock_inodes.size();
for (int i = 0; i < rows; i++)
{
int inode = p->sock_inodes[i]->inode;
/// Sockinfo *si = Procinfo::socks[inode];
/// if(si->local_addr == addr) updateCell(i, LOCALADDR);
/// if(si->rem_addr == addr) updateCell(i,
/// REMOTEADDR);
}
}
}
const char *Sockets::servname(unsigned port)
{
if (!have_services)
{
have_services = true;
// fill servdict from /etc/services (just try once)
setservent(1);
struct servent *s;
while ((s = getservent()) != 0)
{
unsigned short hport = ntohs((unsigned short)s->s_port);
if (!servdict.value(hport, NULL))
{
servdict.insert(hport, strdup(s->s_name));
}
}
endservent();
}
return servdict.value(port, NULL);
}
#endif // LINUX
#ifdef SOLARIS
// Stupid code to make up for moc:s inability to grok preprocessor conditionals
void Sockets::refresh() {}
QString Sockets::text(int, int) { return 0; }
void Sockets::config_change() {}
Sockets::~Sockets() {}
void Sockets::update_hostname(unsigned int) {}
#endif
TableField *Maps::fields()
{
static QVector< TableField > fields( { { tr( "Address Range" ), -1, 8, Qt::AlignLeft, tr( "Mapped addresses (hex) )" ) }
, { tr( "Size" ), 8, 8, Qt::AlignRight, tr( "Kbytes mapped (dec)" ) }
, { tr( "Perm" ), 5, 8, Qt::AlignLeft, tr( "Permission flags" ) }
, { tr( "Offset" ), -1, 8, Qt::AlignRight, tr( "File offset at start of mapping (hex)" ) }
, { tr( "Device" ), 8, 8, Qt::AlignLeft, tr( "Major,Minor device numbers (dec)" ) }
, { tr( "Inode" ), 10, 8, Qt::AlignRight, tr( "Inode number (dec)" ) }
, { tr( "File" ), -9, 8, Qt::AlignLeft, tr( "File name (if available)" ) } } );
return fields.data();
}
// memory leak
Maps::Maps(QWidget *parent) : SimpleTable(parent, MAPSFIELDS, fields() )
{
// monospaced font looks best in the table body since it contains
// hex numerals and flag fields. Pick Courier (why not)
body->setFont(QFont("Courier", font().pointSize()));
bool mono = true;
QFont f = font();
if (f.rawMode())
{
/* see if the font is monospaced enough for our needs */
QFontMetrics fm(f);
int zw = fm.width('0');
const char *test = "abcdef";
for (const char *p = test; *p; p++)
if (fm.width(*p) != zw)
{
mono = false;
break;
}
}
else
mono = f.fixedPitch();
if (mono)
{
////setBodyFont(f);
}
else
{
int ps = f.pointSize();
/// setBodyFont(QFont("Courier", ps ? ps : 10));
}
refresh();
// compute total width = window width
int totw = 300;
// for(int i = 0; i < MAPSFIELDS; i++) totw += actualColWidth(i);
resize(totw + 20, 200);
}
Maps::~Maps()
{
// if(maps)
// maps->clear();
}
QString Maps::text(int row, int col)
{
Procinfo *p = procinfo();
if (p->maps.size() == 0)
{
refresh_maps();
if (p->maps.size() == 0)
return "";
}
Mapsinfo *mi = p->maps[row];
QString s;
char buf[80];
switch (col)
{
case ADDRESS:
sprintf(buf, (sizeof(void *) == 4) ? "%08lx-%08lx" : "%016lx-%016lx",
mi->from, mi->to);
s = buf;
break;
case SIZE:
s.setNum((mi->to - mi->from) >> 10);
s += "kb";
break;
case PERM:
s = " ";
for (int i = 0; i < 4; i++)
s[i] = mi->perm[i];
break;
case OFFSET:
sprintf(buf, (sizeof(void *) == 4) ? "%08lx" : "%016lx", mi->offset);
s = buf;
break;
case DEVICE:
s.sprintf("%2u,%2u", mi->major, mi->minor);
break;
case INODE:
s.setNum(mi->inode);
break;
case FILENAME:
s = mi->filename;
if (!Qps::show_file_path)
{
int i = s.lastIndexOf('/');
if (i >= 0)
s.remove(0, i + 1);
}
break;
}
return s;
}
void Maps::refresh_window()
{
if (!procinfo())
return;
int rows = procinfo()->maps.size();
////resetWidths();
setNumRows(rows);
setNumCols(MAPSFIELDS);
repaintAll();
}
void Maps::refresh()
{
if (refresh_maps())
refresh_window();
}
bool Maps::refresh_maps() { return procinfo()->read_maps(); }
TableField *Files::fields()
{
static QVector< TableField > fields( { { tr( "Fd" ), 5, 8, Qt::AlignRight, tr( "File descriptor" ) }
#ifdef LINUX
, { tr( "Mode" ), 3, 8, Qt::AlignLeft, tr( "Open mode" ) }
#endif
, { tr( "Name" ), -1, 8, Qt::AlignLeft, tr( "File name (if available)" )} } );
return fields.data();
}
Files::Files(QWidget *parent) : SimpleTable(parent, FILEFIELDS, fields() )
{
// compute total width = window width
refresh_window();
}
Files::~Files() {}
void Files::refresh()
{
printf("Files::refresh()\n");
// return true if fds could be read successfully, false otherwise
if (procinfo()->read_fds())
refresh_window();
}
bool Files::refresh_fds() { return false; }
void Files::refresh_window()
{
Procinfo *p = procinfo();
if (!p)
return;
// if(p->fd_files==NULL) printf("qps :dddds\n");
int rows = p->fd_files.size();
resetWidths();
// printf("size=%d\n",rows);
setNumRows(rows);
setNumCols(FILEFIELDS);
repaintAll(); // useless ?
}
QString Files::text(int row, int col)
{
Procinfo *p = procinfo(); // alot!!
if (p == 0)
return "zero";
// printf("p=%x px=%x\n",p,px);
if (p->fd_files.size() == 0)
{ //???????????///////
refresh_fds();
if (p->fd_files.size() == 0)
return "";
}
if (row >= p->fd_files.size())
return "";
Fileinfo *fi = p->fd_files[row];
QString s;
switch (col)
{
case FILEDESC:
s.setNum(fi->fd);
break;
#ifdef LINUX
case FILEMODE:
if (fi->mode & OPEN_READ)
s.append("R");
if (fi->mode & OPEN_WRITE)
s.append("W");
break;
#endif
case FILENAME:
s = fi->filename;
break;
}
return s;
}
TableField *Environ::fields()
{
static QVector< TableField > fields( { { tr( "Variable" ), -1, 8, Qt::AlignLeft, tr( "Variable name" ) }
, { tr( "Value" ), -1, 8, Qt::AlignLeft, tr( "Variable value" ) } } );
return fields.data();
}
Environ *Environ::static_env = 0;
Environ::Environ(QWidget *parent)
: SimpleTable(parent, ENVFIELDS, fields() ), rev(false)
{
connect(this, SIGNAL(titleClicked(int)), SLOT(sort_change(int)));
refresh();
}
Environ::~Environ() {}
QString Environ::text(int row, int col)
{
Procinfo *p = procinfo(); // if dead process then
if (row >= p->environ.size())
printf("size dddd=row=%d\n", row);
NameValue nv = p->environ[row]; // Segfault !!
return (col == ENVNAME) ? nv.name : nv.value;
}
void Environ::refresh_window()
{
if (!procinfo())
return;
/// resetWidths();
int rows = procinfo()->environ.size();
setNumRows(rows);
setNumCols(ENVFIELDS);
repaintAll();
}
void Environ::refresh()
{
if (procinfo()->read_environ())
{
// sort();
refresh_window();
}
}
void Environ::sort_change(int col)
{
Procinfo *p = procinfo();
/*
if(!p->environ) {
refresh_environ();
if(!p->environ)
return;
}*/
////rev = (col == sortedCol()) ? !rev : false;
setSortedCol(col);
sort();
refresh_window();
}
// sort table according to current settings
void Environ::sort()
{
/////if(sortedCol() >= 0)
{
static_env = this;
// if(procinfo()->environ==NULL)
// printf("qps : Environ::sort() error ???\n");
// else
// procinfo()->environ.sort(compare);
}
}
int Environ::compare(const NameValue *a, const NameValue *b)
{
Environ *e = Environ::static_env;
int r;
/*
if(e->sortedCol() == ENVNAME)
r = strcmp(a->name, b->name);
else
r = strcmp(a->value, b->value); SimpleTable(QWidget *parent,
int
nfields, TableField *f, int options = 0);
*/
return e->rev ? -r : r;
}
TableField *AllFields::fields()
{
static QVector< TableField > fields( { { tr( "Field" ), -1, 8, Qt::AlignLeft, tr( "Field name" ) }
, { tr( "Description" ), -1, 8, Qt::AlignLeft, tr( "Field description" ) }
, { tr( "Value" ), -1, 8, Qt::AlignLeft, tr( "Field value" ) } } );
return fields.data();
}
AllFields::AllFields(QWidget *parent)
: SimpleTable(parent, FIELDSFIELDS, fields() )
{
refresh();
// compute total width = window width
int totw = 0;
// for(int i = 0; i < FIELDSFIELDS; i++) totw += actualColWidth(i);
resize(totw + 20, 200);
}
AllFields::~AllFields() {}
// Proc not changed ?
QString AllFields::text(int row, int col)
{
QString s;
// printf("text start r=%d , c=%d\n",row,col);
// if( ((Details *)parent())->proc()==NULL)
// printf("size=%d\n", ((Details *)parent())->proc()->allcats.size() );
// printf("size=%d\n", proc()->allcats.size() );
Category *cat = proc()->categories.values()[row];
// Category *cat = proc()->allcats[row];
switch (col)
{
case FIELDNAME:
s = cat->name;
break;
case FIELDDESC:
s = cat->help;
break;
case FIELDVALUE:
s = cat->string(procinfo());
break;
}
// printf("text end\n");
return s;
}
// parent will be tbar(TabWidget) !!!
void AllFields::refresh_window()
{
// printf("refresh_window\n");
if (!procinfo())
return;
setNumRows(proc()->categories.size());
setNumCols(FIELDSFIELDS);
// DEL resetWidths();
// repaint_changed();
repaintAll();
}
void AllFields::refresh() { refresh_window(); }