return $ocd_helptext
}
-# Production command
-# FIX!!! need to figure out how to feed back relevant output
-# from e.g. "flash banks" command...
-proc board_produce {filename serialnumber} {
- openocd "reset init"
- openocd "flash write_image erase $filename [flash] bin"]]
- openocd "verify_image $filename [flash] bin"]]
- echo "Successfully ran production procedure"
-}
-
-proc board_test {} {
- echo "Production test not implemented"
-}
# Show flash in human readable form
# This is an example of a human readable form of a low level fn
-proc flash_banks {} {
- set i 0
+proc flash_banks {} {
+ set i 0
set result ""
foreach {a} [ocd_flash_banks] {
if {$i > 0} {
set result "$result\n"
}
set result [format "$result#%d: %s at 0x%08x, size 0x%08x, buswidth %d, chipwidth %d" $i $a(name) $a(base) $a(size) $a(bus_width) $a(chip_width)]
- set i [expr $i+1]
- }
+ set i [expr $i+1]
+ }
return $result
}
set n 0
while 1 {
if {$n > [string length $h]} {break}
-
+
set next_a [expr $n+$w]
if {[string length $h]>$n+$w} {
set xxxx [string range $h $n [expr $n+$w]]
set next_a [expr $lastpos+$n+1]
}
}
-
-
+
+
puts [format "%-25s %s" $cmdname [string range $h $n [expr $next_a-1]] ]
set cmdname ""
set n [expr $next_a]
# do the name mangling from "flash banks" to "flash_banks"
if {[llength $args]>=2} {
set cmd_name "[lindex $args 0]_[lindex $args 1]"
- # Fix?? add a check here if this is a command?
- # we'll strip away args until we fail anyway...
- return [eval "$cmd_name [lrange $args 2 end]"]
+ if {[catch {info body $cmd_name}]==0} {
+ # the command exists, try it...
+ return [eval "$cmd_name [lrange $args 2 end]"]
+ }
}
# This really is an unknown command.
return -code error "Unknown command: $args"
}
proc new_target_name { } {
- return [target number [expr [target count] - 1 ]]
+ return [target number [expr [target count] - 1 ]]
}
-
-proc target_script {target_num eventname scriptname} {
-
- set tname [target number $target_num]
-
- if { 0 == [string compare $eventname "reset"] } {
- $tname configure -event reset-init "script $scriptname"
- return
- }
-
- if { 0 == [string compare $eventname "post_reset"] } {
- $tname configure -event reset-init "script $scriptname"
- return
- }
-
- if { 0 == [string compare $eventname "pre_reset"] } {
- $tname configure -event reset-start "script $scriptname"
- return
- }
-
- if { 0 == [string compare $eventname "gdb_program_config"] } {
- $tname configure -event old-gdb_program_config "script $scriptname"
- return
- }
-
- return -code error "Unknown target (old) event: $eventname (try $tname configure -event NAME)"
-
-}
-
-add_help_text target_script "DEPRECATED please see the new TARGETNAME configure -event interface"
-
-
# Try flipping / and \ to find file if the filename does not
# match the precise spelling
proc find {filename} {
if {[catch {ocd_find $filename} t]==0} {
return $t
- }
+ }
if {[catch {ocd_find [string map {\ /} $filename} t]==0} {
return $t
- }
+ }
if {[catch {ocd_find [string map {/ \\} $filename} t]==0} {
return $t
- }
+ }
# make sure error message matches original input string
return -code error "Can't find $filename"
}
source [find $filename]
}
-#proc daemon_reset {} {
-# puts "Daemon reset is obsolete. Use -c init -c \"reset halt\" at end of openocd command line instead");
-#}
-
add_help_text script "<filename> - filename of OpenOCD script (tcl) to run"
-
-
# Handle GDB 'R' packet. Can be overriden by configuration script,
# but it's not something one would expect target scripts to do
# normally
-proc ocd_gdb_restart {target_num} {
+proc ocd_gdb_restart {target_id} {
# Fix!!! we're resetting all targets here! Really we should reset only
# one target
reset halt
}
+global in_process_reset
+set in_process_reset 0
-# If RCLK is not supported, use fallback_speed_khz
-proc jtag_rclk {fallback_speed_khz} {
- if {[catch {jtag_khz 0}]!=0} {
- jtag_khz $fallback_speed_khz
+# Catch reset recursion
+proc ocd_process_reset { MODE } {
+ global in_process_reset
+ if {$in_process_reset} {
+ set in_process_reset 0
+ return -code error "'reset' can not be invoked recursively"
+ }
+
+ set in_process_reset 1
+ set success [expr [catch {ocd_process_reset_inner $MODE} result]==0]
+ set in_process_reset 0
+
+ if {$success} {
+ return $result
+ } else {
+ return -code error $result
}
}
-add_help_text jtag_rclk "fallback_speed_khz - set JTAG speed to RCLK or use fallback speed"
+proc ocd_process_reset_inner { MODE } {
+ set targets [target names]
-proc ocd_process_reset { MODE } {
+ # If this target must be halted...
+ set halt -1
+ if { 0 == [string compare $MODE halt] } {
+ set halt 1
+ }
+ if { 0 == [string compare $MODE init] } {
+ set halt 1;
+ }
+ if { 0 == [string compare $MODE run ] } {
+ set halt 0;
+ }
+ if { $halt < 0 } {
+ return -error "Invalid mode: $MODE, must be one of: halt, init, or run";
+ }
+
+ # Target event handlers *might* change which TAPs are enabled
+ # or disabled, so we fire all of them. But don't issue any
+ # target "arp_*" commands, which may issue JTAG transactions,
+ # unless we know the underlying TAP is active.
+ #
+ # NOTE: ARP == "Advanced Reset Process" ... "advanced" is
+ # relative to a previous restrictive scheme
- # If this target must be halted...
- set halt -1
- if { 0 == [string compare $MODE halt] } {
- set halt 1
- }
- if { 0 == [string compare $MODE init] } {
- set halt 1;
- }
- if { 0 == [string compare $MODE run ] } {
- set halt 0;
- }
- if { $halt < 0 } {
- return -error "Invalid mode: $MODE, must be one of: halt, init, or run";
- }
-
- foreach t [ target names ] {
+ foreach t $targets {
# New event script.
$t invoke-event reset-start
- }
-
- # Init the tap controller.
- jtag arp_init-reset
+ }
- # Examine all targets.
- foreach t [ target names ] {
- $t arp_examine
- }
+ # Use TRST or TMS/TCK operations to reset all the tap controllers.
+ # TAP reset events get reported; they might enable some taps.
+ #
+ # REVISIT arp_init-reset pulses SRST (if it can) with TRST active;
+ # but SRST events aren't reported (unlike "jtag arp_reset", below)
+ jtag arp_init-reset
+
+ # Examine all targets on enabled taps.
+ foreach t $targets {
+ if {[jtag tapisenabled [$t cget -chain-position]]} {
+ $t arp_examine
+ }
+ }
- # Let the C code know we are asserting reset.
- foreach t [ target names ] {
+ # Assert SRST, and report the pre/post events.
+ #
+ # REVISIT this presumes a single-target config, since SRST
+ # applies to the whole device-under-test. When two targets
+ # both need special setup before SRST, it's only done for
+ # the first one...
+ foreach t $targets {
$t invoke-event reset-assert-pre
# C code needs to know if we expect to 'halt'
- $t arp_reset assert $halt
+ if {[jtag tapisenabled [$t cget -chain-position]]} {
+ $t arp_reset assert $halt
+ }
$t invoke-event reset-assert-post
- }
+ }
- # Now de-assert reset.
- foreach t [ target names ] {
+ # Now de-assert SRST, and report the pre/post events.
+ foreach t $targets {
$t invoke-event reset-deassert-pre
# Again, de-assert code needs to know..
- $t arp_reset deassert $halt
+ if {[jtag tapisenabled [$t cget -chain-position]]} {
+ $t arp_reset deassert $halt
+ }
$t invoke-event reset-deassert-post
- }
-
-
- # Pass 1 - Now try to halt.
- if { $halt } {
- foreach t [target names] {
-
- # Wait upto 1 second for target to halt. Why 1sec? Cause
- # the JTAG tap reset signal might be hooked to a slow
- # resistor/capacitor circuit - and it might take a while
- # to charge
-
- # Catch, but ignore any errors.
- catch { $t arp_waitstate halted 1000 }
-
- # Did we succeed?
- set s [$t curstate]
-
- if { 0 != [string compare $s "halted" ] } {
+ }
+
+ # Pass 1 - Now wait for any halt (requested as part of reset
+ # assert/deassert) to happen. Ideally it takes effect without
+ # first executing any instructions.
+ if { $halt } {
+ foreach t $targets {
+ if {[jtag tapisenabled [$t cget -chain-position]] == 0} {
+ continue
+ }
+
+ # Wait upto 1 second for target to halt. Why 1sec? Cause
+ # the JTAG tap reset signal might be hooked to a slow
+ # resistor/capacitor circuit - and it might take a while
+ # to charge
+
+ # Catch, but ignore any errors.
+ catch { $t arp_waitstate halted 1000 }
+
+ # Did we succeed?
+ set s [$t curstate]
+
+ if { 0 != [string compare $s "halted" ] } {
return -error [format "TARGET: %s - Not halted" $t]
- }
+ }
}
- }
-
- #Pass 2 - if needed "init"
- if { 0 == [string compare init $MODE] } {
- foreach t [target names] {
- set err [catch "$t arp_waitstate halted 5000"]
- # Did it halt?
- if { $err == 0 } {
- $t invoke-event reset-init
- }
+ }
+
+ #Pass 2 - if needed "init"
+ if { 0 == [string compare init $MODE] } {
+ foreach t $targets {
+ if {[jtag tapisenabled [$t cget -chain-position]] == 0} {
+ continue
+ }
+
+ set err [catch "$t arp_waitstate halted 5000"]
+ # Did it halt?
+ if { $err == 0 } {
+ $t invoke-event reset-init
+ }
}
- }
+ }
- foreach t [ target names ] {
+ foreach t $targets {
$t invoke-event reset-end
- }
+ }
}
-
# stubs for targets scripts that do not have production procedure
proc production_info {} {
return "Imagine an explanation here..."
}
-add_help_text production_info "Displays informationo on production procedure for target script"
+add_help_text production_info "Displays information on production procedure for target script. Implement this procedure in target script."
proc production {firmwarefile serialnumber} {
puts "Imagine production procedure running successfully. Programmed $firmwarefile with serial number $serialnumber"
-}
+}
-add_help_text production "Runs production procedure. Throws exception if procedure failed. Prints progress messages."
+add_help_text production "<serialnumber> - Runs production procedure. Throws exception if procedure failed. Prints progress messages. Implement this procedure in the target script."
proc production_test {} {
puts "Imagine nifty test procedure having run to completion here."
}
-add_help_text production "Runs test procedure. Throws exception if procedure failed. Prints progress messages."
+add_help_text production_test "Runs test procedure. Throws exception if procedure failed. Prints progress messages. Implement in target script."
+
+add_help_text cpu "<name> - prints out target options and a comment on CPU which matches name"
+# A list of names of CPU and options required
+set ocd_cpu_list {
+ {
+ name IXP42x
+ options {xscale -variant IXP42x}
+ comment {IXP42x cpu}
+ }
+ {
+ name arm7
+ options {arm7tdmi -variant arm7tdmi}
+ comment {vanilla ARM7}
+ }
+}
+# Invoked from Tcl code
+proc ocd_cpu {args} {
+ set name $args
+ set result ""
+ global ocd_cpu_list
+ foreach a [lsort $ocd_cpu_list] {
+ if {[string length $args]==0||[string first [string toupper $name] [string toupper "$a(name)$a(options)$a(comment)"]]!=-1} {
+ lappend result $a
+ }
+ }
+ return $result
+}
+
+proc cpu {args} {
+ # 0123456789012345678901234567890123456789012345678901234567890123456789
+ puts "CPU Options Comment"
+ foreach a [lsort [ocd_cpu $args]] {
+ puts [format "%-20s%-40s%s" $a(name) $a(options) $a(comment)]
+ }
+}
+
+proc power_restore {} {
+ puts "Sensed power restore."
+ reset init
+}
+
+add_help_text power_restore "Overridable procedure run when power restore is detected. Runs 'reset init' by default."
+
+proc power_dropout {} {
+ puts "Sensed power dropout."
+}
+
+proc srst_deasserted {} {
+ puts "Sensed nSRST deasserted."
+ reset init
+}
+add_help_text srst_deasserted "Overridable procedure run when srst deassert is detected. Runs 'reset init' by default."
+
+proc srst_asserted {} {
+ puts "Sensed nSRST asserted."
+}
+
+# catch any exceptions, capture output and return output
+proc capture_catch {a} {
+ catch {
+ capture {uplevel $a}
+ } result
+ return $result
+}
projects / fw / openocd / blobdiff