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|
#!/usr/bin/tclsh
# Part of MCU 8051 IDE ( http://https://sourceforge.net/projects/mcu8051ide/ )
############################################################################
# Copyright (C) 2007, 2008, 2009, 2010, 2011, 2012 by Martin Ošmera #
# martin.osmera@gmail.com #
# #
# Copyright (C) 2014 by Moravia Microsystems, s.r.o. #
# martin.osmera@gmail.com #
# #
# 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., #
# 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. #
############################################################################
# >>> File inclusion guard
if { ! [ info exists _SELECTMCU_TCL ] } {
set _SELECTMCU_TCL _
# <<< File inclusion guard
# --------------------------------------------------------------------------
# DESCRIPTION
# This namespace implements "MCU selection" dialog.
#
# Usage:
#
# Invocation of MCU selection dialog
# ==================================
# SelectMCU::activate <parent> <initial_mcu_type xram_cap xcode_cap>
# -> {mcu_type xdata xcode}
#
#
# Other functions
# ==================================
#
# SelectMCU::get_available_processors
# -> List of available processors (e.g. {80C51 AT89C52 AT89C4051})
#
# SelectMCU::get_processor_details processor_type
# -> List of MCU definition (see proc. xml_data_parser1)
# --------------------------------------------------------------------------
namespace eval SelectMCU {
# String: Path to MCUs definition file
variable definition_file "${::ROOT_DIRNAME}/data/mcus.xml"
# List: available MCU vendors
variable vendors [list [mc "all"] "Atmel" "Intel"]
variable selected_mcu {} ;# List: Dialog return value {mcu_type xdata xcode}
variable definition_data {} ;# List: Values gained from $definition_file
variable local_definition_data {} ;# List: Basically the same as $definition_data but containing only the shown items
variable mcu_names {} ;# List: Available processors (and show in the list)
variable maximum_xcode 0x10000 ;# Int: Maximum external program memory (0x10000 - internal)
variable vendor [mc "all"] ;# String: Selected vendor
## Variables related to GUI
variable parent ;# Widget: Dialog parent (another window)
variable win ;# Widget: Dialog window
variable search_bar ;# Widget: Search bar entry box
variable search_bar_clear ;# Widget: Search bar clear button
variable listbox_widget ;# Widget: List box containing available MCUs
variable value_lbl_uart ;# Widget: Label "UART:" - value
variable value_lbl_voltage ;# Widget: Label "Operating voltage:" - value
variable value_lbl_interrupts ;# Widget: Label "Interrupts:" - value
variable value_lbl_timers ;# Widget: Label "Timers:" - value
variable value_lbl_vendor ;# Widget: Label "Vendor" - value
variable more_details_text ;# Widget: TextWidget "More details:"
variable more_details_scrollbar ;# Widget: Scrollbar for $more_details_text
variable details_xdata_aval ;# Widget: Frame containing scale and spinbox for XDATA memory
variable details_xdata_note ;# Widget: Frame containing label "NOT available" for XDATA memory
variable details_xcode_aval ;# Widget: Frame containing scale and spinbox for XCODE memory
variable details_xcode_nota ;# Widget: Frame containing label "NOT available" for XCODE memory
variable name_label ;# Widget: Label containing name of selected MCU
variable image_label ;# Widget: Label with image for selected MCU
variable xdata_scale ;# Widget: Scale for XDATA memory
variable xdata_spinbox ;# Widget: SpinBox for XDATA memory
variable xcode_scale ;# Widget: Scale for XCODE memory
variable xcode_spinbox ;# Widget: SpinBox for XCODE memory
## Variables related to XML parser
variable current_element ;# String: Current XML element
variable expected ;# String: Expected next XML element
variable take_data ;# Bool: Take element data on next parsing cycle
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable current_mcu ;# String: Name of MCU currently being parsed
## Fonts used in the selection dialog
if {$::GUI_AVAILABLE} {
# ListBox containing available fonts
variable listbox_widget_font [font create \
-family $::DEFAULT_FIXED_FONT \
-size [expr {int(-14 * $::font_size_factor)}] \
-weight bold \
]
# ListBox header -- label widget above the ListBox
variable listbox_header_font [font create \
-family $::DEFAULT_FIXED_FONT \
-size [expr {int(-14 * $::font_size_factor)}] \
]
# Label with the MCU name
variable name_font [font create \
-family {helvetica} \
-size [expr {int(-20 * $::font_size_factor)}] \
-weight bold \
]
# Labels like "Vendor:", "UART:", "Timers:", etc.
variable normal_font [font create \
-family {helvetica} \
-size [expr {int(-12 * $::font_size_factor)}] \
]
# Labels with values like for "Vendor:", "Timers:", etc.
variable bold_font [font create \
-family {helvetica} \
-size [expr {int(-12 * $::font_size_factor)}] \
-weight bold \
]
}
## Invoke MCU selection dialog
# @parm Widget Parent - Dialog parent (some window)
# @parm String initial - {Initial_MCU Initial_XDATA Initial_XCODE}
# @return List - {mcu_type xdata xcode} or {}
proc activate {Parent initial} {
variable parent ;# Widget: Dialog parent (another window)
variable selected_mcu ;# List: Dialog return value {mcu_type xdata xcode}
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable win ;# Widget: Dialog window
variable search_bar ;# Widget: Search bar entry box
# Initialize NS variables
set parent $Parent
set selected_mcu {}
set mcu_definition {}
# Load MCU definition file
if {![load_definition]} {return}
set mcu_definition {}
create_gui ;# Create dialog GUI elements
fill_gui ;# Initialize GUI elements
# Finalize window creation
wm iconphoto $win ::ICONS::16::kcmmemory
wm title $win [mc "Choose MCU - MCU 8051 IDE"]
if {$::font_size_factor > 1.0} {
wm minsize $win 870 500
} else {
wm minsize $win 720 500
}
wm protocol $win WM_DELETE_WINDOW {
::SelectMCU::cancel
}
wm transient $win $parent
raise $win
catch {
grab $win
}
# Initialize search bar
$search_bar insert end [lindex $initial 0]
focus -force $search_bar
$search_bar selection range 0 end
set selected_mcu [lindex $initial 0]
# Initialize XDATA & XCODE scales
if {[lindex $initial 1]} {
set ::SelectMCU::xdata_ena 1
set ::SelectMCU::xdata_value [lindex $initial 1]
} else {
set ::SelectMCU::xdata_ena 0
set ::SelectMCU::xdata_value 0
xdata_disena
}
if {[lindex $initial 2]} {
set ::SelectMCU::xcode_ena 1
set ::SelectMCU::xcode_value [lindex $initial 2]
} else {
set ::SelectMCU::xcode_ena 0
set ::SelectMCU::xcode_value 0
xcode_disena
}
# Wait until the window is destroyed
tkwait window $win
# Create resulting string
if {$selected_mcu == {}} {
set result {}
} else {
if {${::SelectMCU::xdata_ena}} {
set xdata ${::SelectMCU::xdata_value}
} else {
set xdata 0
}
if {${::SelectMCU::xcode_ena}} {
set xcode ${::SelectMCU::xcode_value}
} else {
set xcode 0
}
if {$xdata == {}} {
set xdata 0
}
if {$xcode == {}} {
set xcode 0
}
set result [list $selected_mcu $xdata $xcode]
}
return $result
}
## Load MCU definitions into the ListBox
# @return void
proc fill_gui {} {
variable definition_data ;# List: Values gained from $definition_file
variable local_definition_data ;# List: Basically the same as $definition_data but containing only the shown items
variable listbox_widget ;# Widget: List box containing available MCUs
variable listbox_widget_font ;# ListBox containing available fonts
variable mcu_names ;# List: available processors
variable vendor ;# String: Selected vendor
set mcu_names {}
set local_definition_data {}
# Iterate over defined MCUs
foreach mcu $definition_data {
# Filter specific vendors
if {$vendor != [mc "all"] && [lindex $mcu 11] != $vendor} {
continue
}
lappend local_definition_data $mcu
# MCU type
set mcu_type [lindex $mcu 0]
lappend mcu_names $mcu_type
set text $mcu_type
set len [string length $mcu_type]
append text [string repeat { } [expr {24 - $len}]]
# Size of program memory
set str [lindex $mcu 3]
append str { KB}
set len [string length $str]
append text [string repeat { } [expr {8 - $len}]] $str
# Size of internal data memory
set str [expr {[lindex $mcu 5] + [lindex $mcu 10]}]
append str { B}
set len [string length $str]
append text [string repeat { } [expr {13 - $len}]] $str
# Number of IO lines + processor frequency
set str [lindex $mcu 6]
set len [string length $str]
append text [string repeat { } [expr {12 - $len}]] $str { } [lindex $mcu 4]
# Insert the text into the ListBox
$listbox_widget insert end #auto \
-text $text -data $mcu_type \
-font $listbox_widget_font \
-image ::ICONS::16::kcmmemory
}
}
## Create GUI elements of the selection dialog window
# @return void
proc create_gui {} {
variable win ;# Widget: Dialog window
variable search_bar ;# Widget: Search bar entry box
variable search_bar_clear ;# Widget: Search bar clear button
variable listbox_widget ;# Widget: List box containing available MCUs
variable value_lbl_uart ;# Widget: Label "UART:" - value
variable value_lbl_voltage ;# Widget: Label "Operating voltage:" - value
variable value_lbl_interrupts ;# Widget: Label "Interrupts:" - value
variable value_lbl_timers ;# Widget: Label "Timers:" - value
variable value_lbl_vendor ;# Widget: Label "Vendor" - value
variable more_details_text ;# Widget: TextWidget "More details:"
variable more_details_scrollbar ;# Widget: Scrollbar for $more_details_text
variable details_xdata_aval ;# Widget: Frame containing scale and spinbox for XDATA memory
variable details_xdata_note ;# Widget: Frame containing label "NOT available" for XDATA memory
variable details_xcode_aval ;# Widget: Frame containing scale and spinbox for XCODE memory
variable details_xcode_nota ;# Widget: Frame containing label "NOT available" for XCODE memory
variable listbox_widget_font ;# ListBox containing available fonts
variable listbox_header_font ;# ListBox header -- label widget above the ListBox
variable bold_font ;# Labels with values like for "Vendor:", "Timers:", etc.
variable normal_font ;# Labels like "Vendor:", "UART:", "Timers:", etc.
variable name_font ;# Label with the MCU name
variable name_label ;# Widget: Label containing name of selected MCU
variable image_label ;# Widget: Label with image for selected MCU
variable xdata_scale ;# Widget: Scale for XDATA memory
variable xdata_spinbox ;# Widget: Scale for XDATA memory
variable xcode_spinbox ;# Widget: SpinBox for XCODE memory
variable xcode_scale ;# Widget: Scale for XCODE memory
variable vendors ;# List: available MCU vendors
# Create toplevel window
set win [toplevel .selectmcu_dialog -class {Select MCU} -bg ${::COMMON_BG_COLOR}]
# Create search bar widgets (but don't pack them)
set search_bar_frame [frame $win.search_bar_frame]
set search_bar_clear [ttk::button $search_bar_frame.clear_but \
-image ::ICONS::16::clear_left \
-command ::SelectMCU::clear_search_bar \
-state disabled \
-style Flat.TButton \
]
DynamicHelp::add $search_bar_frame.clear_but \
-text [mc "Clear search bar"]
set search_bar [ttk::entry $search_bar_frame.search_bar \
-validate all \
-validatecommand {::SelectMCU::search %P} \
]
DynamicHelp::add $search_bar \
-text [mc "Search bar, enter something like \"C4051\""]
# Create ListBox and its scrollbar
set top_frame [frame $win.top_frame]
set top_left_frame [frame $top_frame.left -bd 1 -relief sunken]
set top_left_top_frame [frame $top_left_frame.top]
set listbox_widget [ListBox $top_left_frame.listbox \
-selectfill 1 -bg {#FFFFFF} -bd 0 -height 0 \
-selectbackground {#CCCCFF} -selectmode single \
-selectforeground {#0000AA} \
-highlightcolor {#BBBBFF} \
-highlightthickness 0 -padx 20 -deltay 20 \
-yscrollcommand "$top_frame.scrollbar set" \
]
if {[winfo exists $listbox_widget.c]} {
bind $listbox_widget.c <Button-5> {%W yview scroll +5 units; break}
bind $listbox_widget.c <Button-4> {%W yview scroll -5 units; break}
}
bind $listbox_widget <<ListboxSelect>> {::SelectMCU::select_item}
$listbox_widget bindImage <Double-1> {::SelectMCU::close_window;#}
$listbox_widget bindText <Double-1> {::SelectMCU::close_window;#}
set tree_scrollbar [ttk::scrollbar $top_frame.scrollbar \
-orient vertical \
-command [list $listbox_widget yview] \
]
# Create ListBox header
pack [label $top_left_frame.header \
-font $listbox_header_font \
-bg {#DDDDDD} -bd 0 -padx 25 \
-justify left -anchor w \
-text [mc "Processor Type\t\tCODE/PMEM IDATA/IRAM GPIO Frequency"] \
] -fill x
# Create remaining parts of top frame and pack them
pack [label $search_bar_frame.search_label \
-text [mc "Search:"] \
] -side left -padx 5
pack $search_bar -fill x -expand 1 -side left
pack $search_bar_clear -after $search_bar -side left
pack [label $search_bar_frame.vendor_label \
-text [mc " Vendor:"] \
] -side left -padx 5 -after $search_bar_clear
pack [ttk::combobox $search_bar_frame.vendor_cb \
-state readonly \
-textvariable {::SelectMCU::vendor} \
-values $vendors \
] -side left -padx 5 -after $search_bar_frame.vendor_label
bind $search_bar_frame.vendor_cb <<ComboboxSelected>> {::SelectMCU::change_vendor}
pack $search_bar_frame -fill x -pady 10 -padx 5
# Pack all frames except the bottom frame and the details frame
pack $top_left_top_frame -fill x
pack $listbox_widget -fill both -expand 1
pack $top_left_frame -fill both -expand 1 -side left
pack $tree_scrollbar -fill y -after $top_left_frame -side right
pack $top_frame -fill both -expand 1 -padx 5
# Create parts of details frame
set details_frame [frame $win.details_frame]
set details_left [frame $details_frame.left]
set details_middle [frame $details_frame.middle -width 300]
set details_right [frame $details_frame.right]
set details_middle_top [frame $details_middle.top]
set details_middle_bottom [frame $details_middle.bottom]
# Left side
set name_label [label $details_left.name \
-text "" -font $name_font \
]
set image_label [label $details_left.image \
-image [image create photo] -text { } \
-width 200 -height 200 -compound left \
]
DynamicHelp::add $image_label -text [mc "One of available packages for selected microcontroller"]
pack $name_label -fill x
pack $image_label -padx 5
# General features
set i 0
foreach text {{Vendor:} {UART:} {Operating voltage:} {Interrupt sources:} {Timers:}} {
grid [label $details_middle_top.lbl_$i \
-text [mc $text] \
-justify left \
-font $normal_font \
] -row $i -column 0 -sticky w
incr i
}
set value_lbl_vendor [label $details_middle_top.value_lbl_vendor \
-justify left -anchor w -font $bold_font \
]
set value_lbl_uart [label $details_middle_top.value_lbl_uart \
-justify left -anchor w -font $bold_font \
]
set value_lbl_voltage [label $details_middle_top.value_lbl_voltage \
-justify left -anchor w -font $bold_font \
]
set value_lbl_interrupts [label $details_middle_top.value_lbl_interr \
-justify left -anchor w -font $bold_font \
]
set value_lbl_timers [label $details_middle_top.value_lbl_timers \
-justify left -anchor w -font $bold_font \
]
grid $value_lbl_vendor -row 0 -column 1 -sticky we
grid $value_lbl_uart -row 1 -column 1 -sticky we
grid $value_lbl_voltage -row 2 -column 1 -sticky we
grid $value_lbl_interrupts -row 3 -column 1 -sticky we
grid $value_lbl_timers -row 4 -column 1 -sticky we
grid columnconfigure $details_middle_top 0 -minsize 140
grid columnconfigure $details_middle_top 1 -weight 1
# Details
set more_details_text [text $details_middle_bottom.text \
-yscrollcommand ::SelectMCU::details_scrollbar_set \
-width 0 -heigh 0 -bd 0 -relief flat -font $bold_font \
-highlightthickness 0 -state disabled -bg ${::COMMON_BG_COLOR} \
-cursor left_ptr -fg {#555555} -wrap word \
]
set more_details_scrollbar [ttk::scrollbar \
$details_middle_bottom.scrollbar \
-command "$more_details_text yview" \
-orient vertical \
]
pack $more_details_text -side left -fill both -expand 1
# Pack general & details frames
pack $details_middle_top -fill both -pady 10
pack $details_middle_bottom -fill both -expand 1
# Cretate XDATA and XCODE scales and such
set details_right_top [ttk::labelframe $details_right.top \
-text [mc "External RAM (XDATA)"] \
]
set details_right_bottom [ttk::labelframe $details_right.bottom \
-text [mc "External ROM/FLASH (XCODE)"] \
]
set details_xdata_note [label $details_right_top.not_available \
-text [mc "NOT available"] -fg {#FF8888} \
]
set details_xdata_aval [frame $details_right_top.available]
pack [checkbutton $details_xdata_aval.checkbutton \
-variable ::SelectMCU::xdata_ena \
-text [mc "Enable"] \
-command ::SelectMCU::xdata_disena \
] -anchor w
DynamicHelp::add $details_xdata_aval.checkbutton \
-text [mc "Connect external data memory"]
set details_right_top_btm [frame $details_xdata_aval.btm]
set xdata_scale [ttk::scale $details_right_top_btm.scale \
-orient horizontal \
-variable ::SelectMCU::xdata_value \
-from 0 -to 0x10000 \
-command "
set ::SelectMCU::xdata_value \[expr {int(\${::SelectMCU::xdata_value})}\]
$details_right_top_btm.spinbox selection range 0 end
#" \
]
DynamicHelp::add $details_right_top_btm.scale \
-text [mc "Amount of external data memory"]
pack $xdata_scale -fill x -side left -expand 1 -padx 2
set xdata_spinbox [ttk::spinbox $details_right_top_btm.spinbox \
-textvariable ::SelectMCU::xdata_value \
-width 5 -from 0 -to 0x10000 \
-validate all \
-validatecommand {::SelectMCU::validate_xdata %P} \
]
DynamicHelp::add $details_right_top_btm.spinbox \
-text [mc "Amount of external data memory"]
pack $xdata_spinbox -side right -after $details_right_top_btm.scale
pack $details_right_top_btm -fill both -expand 1
set details_xcode_nota [label $details_right_bottom.not_available \
-text [mc "NOT available"] -fg {#FF8888} \
]
set details_xcode_aval [frame $details_right_bottom.available]
pack [checkbutton $details_xcode_aval.checkbutton \
-variable ::SelectMCU::xcode_ena \
-text [mc "Enable"] \
-command ::SelectMCU::xcode_disena \
] -anchor w
DynamicHelp::add $details_xcode_aval.checkbutton \
-text [mc "Connect external program memory"]
set details_right_bottom_btm [frame $details_xcode_aval.btm]
set xcode_scale [ttk::scale $details_right_bottom_btm.scale \
-orient horizontal \
-variable ::SelectMCU::xcode_value \
-from 0 -to 0x10000 \
-command "
set ::SelectMCU::xcode_value \[expr {int(\${::SelectMCU::xcode_value})}\]
#" \
]
DynamicHelp::add $details_right_bottom_btm.scale \
-text [mc "Amount of total program memory minus internal program memory"]
pack $xcode_scale -fill x -side left -expand 1 -padx 2
set xcode_spinbox [ttk::spinbox $details_right_bottom_btm.spinbox \
-textvariable ::SelectMCU::xcode_value \
-width 5 -from 0 -to 0x10000 \
-validate all \
-validatecommand {::SelectMCU::validate_xcode %P} \
]
DynamicHelp::add $details_right_bottom_btm.spinbox \
-text [mc "Amount of total program memory minus internal program memory"]
pack $xcode_spinbox -side right -after $details_right_bottom_btm.scale
pack $details_right_bottom_btm -fill both -expand 1
grid $details_right_top -row 0 -column 0 -sticky wens -padx 5 -pady 10
grid $details_right_bottom -row 1 -column 0 -sticky wens -padx 5 -pady 10
grid rowconfigure $details_right 0 -minsize 100
grid rowconfigure $details_right 1 -minsize 100
grid columnconfigure $details_right 0 -weight 1 -minsize 180
# Pack parts of details frame
pack $details_left -side left
pack $details_middle -side left -fill both -expand 1 -padx 15 -pady 10
pack $details_right -side right -fill y -after $details_middle -padx 5
pack $details_frame -fill x -padx 5 -pady 10
# Create and pack 'OK' and 'CANCEL' buttons
set buttonFrame [frame $win.buttonFrame]
pack [ttk::button $buttonFrame.ok \
-text [mc "Ok"] \
-compound left \
-image ::ICONS::16::ok \
-command {::SelectMCU::close_window} \
] -side left -padx 2
pack [ttk::button $buttonFrame.cancel \
-text [mc "Cancel"] \
-compound left \
-image ::ICONS::16::button_cancel \
-command {::SelectMCU::cancel} \
] -side left -padx 2
pack [ttk::separator $win.sep -orient horizontal] -fill x
pack $buttonFrame -side bottom -after $details_frame -anchor e -padx 5 -pady 5
}
## Close MCU selection dialog and force its return value to an empty string
# @return void
proc close_window {} {
variable definition_data ;# List: Values gained from $definition_file
variable mcu_names ;# List: available processors
variable win ;# Widget: Dialog window
set definition_data {}
set mcu_names {}
grab release $win
destroy $win
}
## Load MCU database
# @return void
proc load_definition {} {
variable parent ;# Widget: Dialog parent (another window)
variable definition_file ;# String: Path to MCUs definition file
variable definition_data ;# List: Values gained from $definition_file
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable expected ;# String: Expected next XML element
variable take_data ;# Bool: Take element data on next parsing cycle
# Initialize NS variables
set definition_data {}
set mcu_definition {}
set expected {mcus}
set current_element {}
set take_data 0
# Open definition file
if {[catch {
set file [open $definition_file {r}]
}]} then {
tk_messageBox \
-parent $parent \
-type ok \
-icon warning \
-title mcus.xml \
-message [mc "Unable to open file containing supported MCUs,\nplease check your installation"]
return 0
}
# Create XML parser
set parser [::xml::parser -final 1 -ignorewhitespace 1 \
-elementstartcommand {::SelectMCU::xml_data_parser0_element} \
-characterdatacommand {::SelectMCU::xml_data_parser0_data} \
]
# Start XML parser
if {[catch {
$parser parse [read $file]
if {$mcu_definition != {}} {
foreach val $mcu_definition {
if {$val == {}} {
error "Incomplete definition for [lindex $mcu_definition 0]"
}
}
lappend definition_data $mcu_definition
}
} result]} then {
set definition_data {}
tk_messageBox \
-parent $parent \
-icon warning \
-type ok \
-title [mc "Error"] \
-message [mc "MCUs database file is corrupted (code:600),\nplease check your installation"]
puts stderr $result
close $file
return 0
}
# Close file and free parser
close $file
$parser free
return 1
}
## Get list of MCUs defined in the database
# @return List - Defined processors (e.g. {8051 AT89C2051 ...})
proc get_available_processors {} {
variable definition_data ;# List: Values gained from $definition_file
variable definition_file ;# String: Path to MCUs definition file
variable expected ;# String: Expected next XML element
# Initialize NS variables
set expected {mcus}
set definition_data {} ;# <-- Result will be stored here
# Open database file
if {[catch {
set file [open $definition_file {r}]
}]} then {
puts stderr "Unable to open file containing supported MCUs, please check your installation"
return {}
}
# Create XML parser
set parser [::xml::parser -final 1 -ignorewhitespace 1 \
-elementstartcommand {::SelectMCU::xml_data_parser2_element} \
]
# Start XML parser
if {[catch {
$parser parse [read $file]
} result]} then {
set definition_data {}
puts stderr "MCUs database file is corrupted (code:641),\nplease check your installation"
puts stderr $result
}
# Close file and free parser
close $file
$parser free
return $definition_data
}
## Gain detail description for the given processor
# @parm String mcu_name - Processor type (e.g. AT89C51RC)
# @return List - (see proc. xml_data_parser1)
proc get_processor_details {mcu_name} {
variable definition_file ;# String: Path to MCUs definition file
variable definition_data ;# List: Values gained from $definition_file
variable expected ;# String: Expected next XML element
variable take_data ;# Bool: Take element data on next parsing cycle
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable current_mcu ;# String: Name of MCU currently being parsed
# Initialize NS variables
set mcu_definition $mcu_name
set expected {mcus}
set definition_data {} ;# <-- Result will be stored here
set take_data 0
set current_mcu {}
# Open database file
if {[catch {
set file [open $definition_file {r}]
}]} then {
puts stderr "Unable to open file containing supported MCUs, please check your installation"
return {}
}
# Create XML parser
set parser [::xml::parser -final 1 -ignorewhitespace 1 \
-elementstartcommand {::SelectMCU::xml_data_parser1_element} \
-characterdatacommand {::SelectMCU::xml_data_parser1_data} \
]
# Start XML parser
if {[catch {
$parser parse [read $file]
} result]} then {
set definition_data {}
puts stderr "MCUs database file is corrupted (code:688),\nplease check your installation"
puts stderr $result
}
# Close file and free parser
close $file
$parser free
return $definition_data
}
## XML parser handler for procedure get_available_processors -- Takes XML tags
# @parm String arg1 - name of the element
# @parm List attrs - list of attributes '{attr0 val0 attr1 val1 ...}'
# @return void
proc xml_data_parser2_element {arg1 attrs} {
variable definition_data ;# List: Values gained from $definition_file
variable expected ;# String: Expected next XML element
# Check for consistent formatting
if {$arg1 != $expected} {
error "Bad element `$arg1'"
}
switch -- $arg1 {
{mcus} {
set expected {mcu}
}
{mcu} {
set expected {timers}
set len [llength $attrs]
# Search for attribute "name"
for {set i 0} {$i < $len} {incr i 2} {
set val [lindex $attrs $i]
if {$val == {name}} {
# Append MCU name to result
incr i
lappend definition_data [lindex $attrs $i]
break
}
}
}
{timers} {set expected {more}}
{more} {set expected {bits}}
{bits} {set expected {writeonly}}
{writeonly} {set expected {sfr}}
{sfr} {set expected {mcu}}
}
}
## XML parser handler for procedure get_processor_details -- Takes XML data
# @parm String arg1 - content of the element
# @return void
proc xml_data_parser1_data {arg1} {
variable definition_data ;# List: Values gained from $definition_file
variable expected ;# String: Expected next XML element
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable current_element ;# String: Current XML element
variable take_data ;# Bool: Take element data on next parsing cycle
# Take data only if they were expected
if {!$take_data} {return}
set take_data 0
# Take data section only for 1 processor
if {$mcu_definition == {} || ![llength $definition_data]} {
return
}
# Adjust data string
set arg1 [string trim $arg1]
regsub {\s+} $arg1 { } arg1
# Validate and store data
switch -- $current_element {
{bits} { ;# Incomplete registers
if {![regexp {([0-9A-Fa-f]{4})?(\s+[0-9A-Fa-f]{4})*} $arg1]} {
error "MCUs database file corrupted"
}
lset definition_data 18 $arg1
}
{writeonly} { ;# Write only registers
if {![regexp {([0-9A-Fa-f]{2})?(\s+[0-9A-Fa-f]{2})*} $arg1]} {
error "MCUs database file corrupted"
}
lset definition_data 19 $arg1
}
{sfr} { ;# available special function registers and bit addressable bits in SFR
lset definition_data 43 $arg1
set mcu_definition {} ;# This is the last tag
}
}
}
## XML parser handler for procedure get_processor_details -- Takes XML tags
# @parm String arg1 - name of the element
# @parm List attrs - list of attributes '{attr0 val0 attr1 val1 ...}'
# @return void
proc xml_data_parser1_element {arg1 attrs} {
variable definition_data ;# List: Values gained from $definition_file
variable expected ;# String: Expected next XML element
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable current_mcu ;# String: Name of MCU currently being parsed
variable current_element ;# String: Current XML element
variable take_data ;# Bool: Take element data on next parsing cycle
set take_data 0
## Take tag attributes
set current_element $arg1
if {$arg1 != $expected} {
error "Bad element `$arg1'"
}
switch -- $arg1 {
{mcus} {
set expected {mcu}
}
{mcu} {
set expected {timers}
set len [llength $attrs]
for {set i 0} {$i < $len} {incr i 2} {
set val [lindex $attrs $i]
if {$val == {name}} {
incr i
set current_mcu [lindex $attrs $i]
if {$mcu_definition != $current_mcu} {
return
}
}
}
set definition_data [list \
{} {} {} {} {} {} {} {} \
{} {} {} {} {} {} {} {} \
{} {} {} {} {} {} {} {} \
{} {} {} {} {} {} {} {} \
{} {} {} {} {} {} {} {} \
{} {} {} {} \
]
for {set i 0} {$i < $len} {incr i} {
switch -- [lindex $attrs $i] {
{xdata} {
incr i
xml_dp1_attr_yes_no 0 [lindex $attrs $i]
}
{xcode} {
incr i
xml_dp1_attr_yes_no 1 [lindex $attrs $i]
}
{code} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 0x10000} {
error "MCUs database file corrupted"
}
lset definition_data 2 $val
}
{ram} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 256} {
error "MCUs database file corrupted"
}
lset definition_data 3 $val
}
{portbits} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 256} {
error "MCUs database file corrupted"
}
lset definition_data 4 $val
}
{uart} {
incr i
xml_dp1_attr_yes_no 5 [lindex $attrs $i]
}
{timer2} {
incr i
xml_dp1_attr_yes_no 6 [lindex $attrs $i]
}
{watchdog} {
incr i
xml_dp1_attr_yes_no 7 [lindex $attrs $i]
}
{eram} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 0x10000} {
error "MCUs database file corrupted"
}
lset definition_data 8 $val
}
{dualdtpr} {
incr i
xml_dp1_attr_yes_no 9 [lindex $attrs $i]
}
{auxr} {
incr i
xml_dp1_attr_yes_no 10 [lindex $attrs $i]
}
{t2mod} {
incr i
xml_dp1_attr_yes_no 11 [lindex $attrs $i]
}
{port0} {
incr i
set val [lindex $attrs $i]
if {$val != {} && ![regexp {^[01]{8}$} $val]} {
error "MCUs database file corrupted"
}
lset definition_data 12 $val
}
{port1} {
incr i
set val [lindex $attrs $i]
if {$val != {} && ![regexp {^[01]{8}$} $val]} {
error "MCUs database file corrupted"
}
lset definition_data 13 $val
}
{port2} {
incr i
set val [lindex $attrs $i]
if {$val != {} && ![regexp {^[01]{8}$} $val]} {
error "MCUs database file corrupted"
}
lset definition_data 14 $val
}
{port3} {
incr i
set val [lindex $attrs $i]
if {$val != {} && ![regexp {^[01]{8}$} $val]} {
error "MCUs database file corrupted"
}
lset definition_data 15 $val
}
{port4} {
incr i
set val [lindex $attrs $i]
if {$val != {} && ![regexp {^[01]{8}$} $val]} {
error "MCUs database file corrupted"
}
lset definition_data 16 $val
}
{pof} {
incr i
xml_dp1_attr_yes_no 17 [lindex $attrs $i]
}
{gf0} {
incr i
xml_dp1_attr_yes_no 20 [lindex $attrs $i]
}
{gf1} {
incr i
xml_dp1_attr_yes_no 21 [lindex $attrs $i]
}
{pd} {
incr i
xml_dp1_attr_yes_no 22 [lindex $attrs $i]
}
{idl} {
incr i
xml_dp1_attr_yes_no 23 [lindex $attrs $i]
}
{smod0} {
incr i
xml_dp1_attr_yes_no 24 [lindex $attrs $i]
}
{iph} {
incr i
xml_dp1_attr_yes_no 25 [lindex $attrs $i]
}
{acomparator} {
incr i
xml_dp1_attr_yes_no 26 [lindex $attrs $i]
}
{euart} {
incr i
xml_dp1_attr_yes_no 27 [lindex $attrs $i]
}
{clkreg} {
incr i
xml_dp1_attr_yes_no 28 [lindex $attrs $i]
}
{pwdex} {
incr i
xml_dp1_attr_yes_no 29 [lindex $attrs $i]
}
{spi} {
incr i
xml_dp1_attr_yes_no 30 [lindex $attrs $i]
}
{wdtcon} {
incr i
xml_dp1_attr_yes_no 31 [lindex $attrs $i]
}
{eeprom} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val]} {
error "MCUs database file corrupted"
}
lset definition_data 32 $val
}
{intelpe} {
incr i
xml_dp1_attr_yes_no 33 [lindex $attrs $i]
}
{pwm} {
incr i
xml_dp1_attr_yes_no 34 [lindex $attrs $i]
}
{x2reset} {
incr i
xml_dp1_attr_yes_no 35 [lindex $attrs $i]
}
{ckcon} {
incr i
xml_dp1_attr_yes_no 36 [lindex $attrs $i]
}
{auxr1gf3} {
incr i
xml_dp1_attr_yes_no 37 [lindex $attrs $i]
}
{ao} {
incr i
xml_dp1_attr_yes_no 38 [lindex $attrs $i]
}
{wdtprg} {
incr i
xml_dp1_attr_yes_no 39 [lindex $attrs $i]
}
{hddptr} {
incr i
xml_dp1_attr_yes_no 40 [lindex $attrs $i]
}
{auxrwdidle} {
incr i
xml_dp1_attr_yes_no 41 [lindex $attrs $i]
}
{auxrdisrto} {
incr i
xml_dp1_attr_yes_no 42 [lindex $attrs $i]
}
default {
incr i
}
}
}
}
{timers} {
set expected {more}
}
{more} {
set expected {bits}
}
{bits} {
if {$mcu_definition == $current_mcu} {
set take_data 1
}
set expected {writeonly}
}
{writeonly} {
if {$mcu_definition == $current_mcu} {
set take_data 1
}
set expected {sfr}
}
{sfr} {
if {$mcu_definition == $current_mcu} {
set take_data 1
}
set expected {mcu}
}
}
}
## Auxiliary procedure for xml_data_parser1
# Invoke error if the given value was neither "yes" nor "no"
# @parm Int index - Index in list $definition_data
# @parm String value - Value to set in $definition_data
# @return void
proc xml_dp1_attr_yes_no {index value} {
variable definition_data ;# List: Values gained from $definition_file
if {$value != {yes} && $value != {no}} {
error "MCUs database file corrupted"
}
lset definition_data $index $value
}
## XML parser handler for procedure load_definition -- takes XML tags
# @parm String arg1 - name of the element
# @parm List attrs - list of attributes '{attr0 val0 attr1 val1 ...}'
# @return void
proc xml_data_parser0_element {arg1 attrs} {
variable definition_data ;# List: Values gained from $definition_file
variable expected ;# String: Expected next XML element
variable current_element ;# String: Current XML element
variable take_data ;# Bool: Take element data on next parsing cycle
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable vendors ;# List: available MCU vendors
if {$arg1 != $expected} {
error "Bad element `$arg1'"
}
set current_element $arg1
switch -- $arg1 {
{mcus} {
set expected {mcu}
}
{mcu} {
if {$mcu_definition != {}} {
foreach val $mcu_definition {
if {$val == {}} {
error "Incomplete definition for [lindex $mcu_definition 0]"
}
}
lappend definition_data $mcu_definition
}
set expected {timers}
set mcu_definition [list {} {} {} {} {} {} {} {} {} {} {} {}]
for {set i 0} {$i < [llength $attrs]} {incr i} {
switch -- [lindex $attrs $i] {
{name} {
incr i
set val [lindex $attrs $i]
if {![string is alnum -strict $val]} {
error "MCU name must match ^\[\w\d\]+$"
}
lset mcu_definition 0 $val
}
{xdata} {
incr i
set val [lindex $attrs $i]
if {$val != {yes} && $val != {no}} {
error "Attribute XDATA must have value \"yes\" or \"no\""
}
lset mcu_definition 1 $val
}
{xcode} {
incr i
set val [lindex $attrs $i]
if {$val != {yes} && $val != {no}} {
error "Attribute XCODE must have value \"yes\" or \"no\""
}
lset mcu_definition 2 $val
}
{code} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 65536} {
error "CODE memory capacity must be an integer value \[0;65536\]"
}
lset mcu_definition 3 $val
}
{frequency} {
incr i
set val [lindex $attrs $i]
if {[string length $val] > 16 || ![string is print $val]} {
error "Attribute FREQUENCY must be printable string (max. 16 characters)"
}
lset mcu_definition 4 $val
}
{ram} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 256} {
error "RAM capacity must be an integer value \[0;256\]"
}
lset mcu_definition 5 $val
}
{portbits} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 256} {
error "Attribute PORTBITS must be an integer value \[0;256\]"
}
lset mcu_definition 6 $val
}
{uart} {
incr i
set val [lindex $attrs $i]
if {$val != {yes} && $val != {no}} {
error "Attribute UART must be either \"yes\" or \"no\""
}
lset mcu_definition 7 $val
}
{interrupts} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 99} {
error "Attribute INTERRUPTS must be an integer value \[0;99\]"
}
lset mcu_definition 8 $val
}
{voltage} {
incr i
set val [lindex $attrs $i]
if {[string length $val] > 11 || ![string is print $val]} {
error "Attribute VOLTAGE must be printable string (max. 11 characters)"
}
lset mcu_definition 9 $val
}
{eram} {
incr i
set val [lindex $attrs $i]
if {![string is digit -strict $val] || $val < 0 || $val > 65536} {
error "ERAM capacity must be an integer value \[0;65536\]"
}
lset mcu_definition 10 $val
}
{vendor} {
incr i
set val [lindex $attrs $i]
if {[lsearch $vendors $val] == -1} {
error "Undefined vendor \"$val\""
}
lset mcu_definition 11 $val
}
default {
incr i
}
}
}
}
{timers} {
set expected {more}
set take_data 1
}
{more} {
set expected {bits}
set take_data 1
}
{bits} {
set expected {writeonly}
set take_data 0
}
{writeonly} {
set expected {sfr}
set take_data 0
}
{sfr} {
set expected {mcu}
set take_data 0
}
}
}
## XML parser handler for procedure load_definition -- takes data section
# @parm String arg1 - content of the element
# @return void
proc xml_data_parser0_data {arg1} {
variable definition_data ;# List: Values gained from $definition_file
variable expected ;# String: Expected next XML element
variable current_element ;# String: Current XML element
variable take_data ;# Bool: Take element data on next parsing cycle
variable mcu_definition ;# List: Definition of MCU currently being parsed
variable vendors ;# List: available MCU vendors
if {!$take_data} {
return
}
set take_data 0
regsub -all {^\s+} $arg1 {} arg1
regsub -all {\s+$} $arg1 {} arg1
regsub -all -line {^\t+} $arg1 {} arg1
switch -- $current_element {
{timers} {
lappend mcu_definition $arg1
}
{more} {
lappend mcu_definition $arg1
}
}
}
## Event handler for ListBox with list of processors
# Handles <<ListboxSelect>> -- Change contents of details frame
# @parm String - "noclear" == do not clear search EntryBox
# @return void
proc select_item args {
variable definition_data ;# List: Values gained from $definition_file
variable local_definition_data ;# List: Basically the same as $definition_data but containing only the shown items
variable selected_mcu ;# List: Dialog return value {mcu_type xdata xcode}
variable listbox_widget ;# Widget: List box containing available MCUs
variable value_lbl_uart ;# Widget: Label "UART:" - value
variable value_lbl_voltage ;# Widget: Label "Operating voltage:" - value
variable value_lbl_interrupts ;# Widget: Label "Interrupts:" - value
variable value_lbl_timers ;# Widget: Label "Timers:" - value
variable value_lbl_vendor ;# Widget: Label "Vendor" - value
variable more_details_text ;# Widget: TextWidget "More details:"
variable details_xdata_aval ;# Widget: Frame containing scale and spinbox for XDATA memory
variable details_xdata_note ;# Widget: Frame containing label "NOT available" for XDATA memory
variable details_xcode_aval ;# Widget: Frame containing scale and spinbox for XCODE memory
variable details_xcode_nota ;# Widget: Frame containing label "NOT available" for XCODE memory
variable name_label ;# Widget: Label containing name of selected MCU
variable image_label ;# Widget: Label with image for selected MCU
variable xcode_spinbox ;# Widget: SpinBox for XCODE memory
variable xcode_scale ;# Widget: Scale for XCODE memory
variable maximum_xcode ;# Int: Maximum external program memory (0x10000 - internal)
# Get MCU definition for the selected processor
set mcu [lindex $local_definition_data \
[$listbox_widget index [$listbox_widget selection get]] \
]
set mcu_name [lindex $mcu 0]
if {$selected_mcu == $mcu_name} {
return
}
set selected_mcu $mcu_name
set maximum_xcode [expr {0x10000 - ([lindex $mcu 3] * 1024)}]
# Configure detail labels
$name_label configure -text $mcu_name
$value_lbl_vendor configure -text [lindex $mcu 11]
$value_lbl_uart configure -text [lindex $mcu 7]
$value_lbl_voltage configure -text [lindex $mcu 9]
$value_lbl_interrupts configure -text [lindex $mcu 8]
$value_lbl_timers configure -text [lindex $mcu 12]
# Configure details text
$more_details_text configure -state normal
$more_details_text delete 1.0 end
foreach line [split [lindex $mcu 13] "\n"] {
$more_details_text image create end -image ::ICONS::16::bookmark -padx 2 -pady 2
$more_details_text insert end $line
$more_details_text insert end "\n"
}
$more_details_text configure -state disabled
# Configure XDATA scale
if {[lindex $mcu 1] != {yes}} {
if {[winfo ismapped $details_xdata_aval]} {
pack forget $details_xdata_aval
}
pack $details_xdata_note -fill both -expand 1
} else {
if {[winfo ismapped $details_xdata_note]} {
pack forget $details_xdata_note
}
pack $details_xdata_aval -fill both -expand 1 -padx 2
}
# Configure XCODE scale
if {[lindex $mcu 2] != {yes}} {
if {[winfo ismapped $details_xcode_aval]} {
pack forget $details_xcode_aval
}
pack $details_xcode_nota -fill both -expand 1
} else {
$xcode_spinbox configure -to $maximum_xcode
$xcode_scale configure -to $maximum_xcode
if {[winfo ismapped $details_xcode_nota]} {
pack forget $details_xcode_nota
}
pack $details_xcode_aval -fill both -expand 1 -padx 2
}
# Clear search bar
if {$args != {noclear}} {
clear_search_bar
}
# Load image
set image [$image_label cget -image]
$image_label configure \
-fg {#888888} \
-text [mc "Loading image ..."] \
-image ::ICONS::16::exec
if {$image != {} && $image != {::ICONS::16::no} && $image != {::ICONS::16::exec}} {
image delete $image
}
update
if {[winfo exists $image_label]} {
if {[catch {
$image_label configure -text { } -image [image create photo \
-format png -file "${::ROOT_DIRNAME}/icons/mcu/$mcu_name.png"
]
}]} then {
$image_label configure \
-fg {#DD0000} \
-text [mc " Image not found"] \
-image ::ICONS::16::no
}
}
}
## Set scrollbar for details text
# If frac0 == 0 && frac1 == 1 -> hide scrollbar
# @parm Float frac0 - Fraction of the topmost visible area
# @parm Float frac1 - Fraction of the bottommost visible area
# @return void
proc details_scrollbar_set {frac0 frac1} {
variable more_details_scrollbar ;# Widget: Scrollbar for $more_details_text
variable more_details_text ;# Widget: TextWidget "More details:"
# Hide scrollbar
if {$frac0 == 0 && $frac1 == 1} {
if {[winfo ismapped $more_details_scrollbar]} {
pack forget $more_details_scrollbar
}
# Show scrollbar
} else {
if {![winfo ismapped $more_details_scrollbar]} {
pack $more_details_scrollbar \
-side right -fill y \
-after $more_details_text
}
$more_details_scrollbar set $frac0 $frac1
}
}
## Clear search entry box
# @return void
proc clear_search_bar {} {
variable search_bar ;# Widget: Search bar entry box
$search_bar delete 0 end
}
## Search for the give string in the listbox of available processors
# Primary purpose is validator for search entry box, it also
#+ ajusts search entry box background color
# @parm String string - Part of MCU name
# @return Bool - allways 1
proc search {string} {
variable search_bar ;# Widget: Search bar entry box
variable search_bar_clear ;# Widget: Search bar clear button
variable listbox_widget ;# Widget: List box containing available MCUs
variable mcu_names ;# List: Available processors (and show in the list)
# Search for empty string -> abort
if {![string length $string]} {
$search_bar_clear configure -state disabled
$search_bar configure -style TEntry
return 1
}
$search_bar_clear configure -state normal
# Do a case-insensitive search
set string [string toupper $string]
set i 0
foreach mcu $mcu_names {
if {[string first $string [string toupper $mcu]] != -1} {
$search_bar configure -style StringFound.TEntry
set item [$listbox_widget items $i]
$listbox_widget selection set $item
$listbox_widget see $item
select_item noclear
return 1
}
incr i
}
$search_bar configure -style StringNotFound.TEntry
return 1
}
## Close MCU selection dialog and discart its result
# @return void
proc cancel {} {
variable selected_mcu ;# List: Dialog return value {mcu_type xdata xcode}
set selected_mcu {}
close_window
}
## Disable/Enable XDATA memory
# @return void
proc xdata_disena {} {
variable xdata_scale ;# Widget: Scale for XDATA memory
variable xdata_spinbox ;# Widget: Scale for XDATA memory
if {${::SelectMCU::xdata_ena}} {
$xdata_scale state !disabled
$xdata_spinbox configure -state normal
} else {
$xdata_scale state disabled
$xdata_spinbox configure -state disabled
}
}
## Disable/Enable XCODE memory
# @return void
proc xcode_disena {} {
variable xcode_spinbox ;# Widget: SpinBox for XCODE memory
variable xcode_scale ;# Widget: Scale for XCODE memory
if {${::SelectMCU::xcode_ena}} {
$xcode_scale state !disabled
$xcode_spinbox configure -state normal
} else {
$xcode_scale state disabled
$xcode_spinbox configure -state disabled
}
}
## Validate XDATA memory spinbox
# @parm String string - String to validate
# @return Bool - Validation result
proc validate_xdata {string} {
if {![string is digit $string]} {
return 0
}
if {$string == {}} {
return 1
}
if {$string < 0 || $string > 0x10000} {
return 0
}
return 1
}
## Validate XCODE memory spinbox
# @parm String string - String to validate
# @return Bool - Validation result
proc validate_xcode {string} {
variable maximum_xcode ;# Int: Maximum external program memory (0x10000 - internal)
if {![string is digit $string]} {
return 0
}
if {$string == {}} {
return 1
}
if {$string < 0 || $string > $maximum_xcode} {
return 0
}
return 1
}
## This functionshould be changecmd for vendor comboBox
# @return void
proc change_vendor {} {
variable listbox_widget ;# Widget: List box containing available MCUs
clear_search_bar
$listbox_widget delete [$listbox_widget items]
fill_gui
}
}
# >>> File inclusion guard
}
# <<< File inclusion guard
|