New ML support - progmem.sh + readme.txt

lang/progmem.sh

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+#!/bin/sh
+#
+# Multi-language support postbuild script
+# Description of proces:
+#  0. remove output files
+#  1. list symbol table of section '.text' from output elf file to text.sym (sorted by address)
+#  2. list symbol table of section '.$PROGMEM' from all output object files to $PROGMEM.sym
+#  3. filter only $PROGMEM symbols from text.sym and store it back to $PROGMEM.sym with absolute address
+#  4. calculate start and stop address of section '.$PROGMEM'
+#  5. extract string data from elf file to $PROGMEM.dat
+#  6. prepare string data for character check and conversion (output to $PROGMEM.chr)
+#  7. perform character check and conversion (output to $PROGMEM.var and $PROGMEM.txt)
+#
+# Input files:
+#  Firmware.ino.elf
+#  *.o (all object files)
+#
+# Output files:
+#  text.sym
+#  $PROGMEM.sym
+#  $PROGMEM.lss
+#  $PROGMEM.dat
+#  $PROGMEM.chr
+#  $PROGMEM.var
+#  $PROGMEM.txt
+#
+# Program memory used
+PROGMEM=progmem$1
+if [ -z "$1" ]; then PROGMEM=progmem1; fi
+#
+# Output folder and elf file:
+OUTDIR="../../output"
+OUTELF="$OUTDIR/Firmware.ino.elf"
+#
+# AVR gcc tools used:
+OBJDUMP=C:/arduino-1.6.8/hardware/tools/avr/bin/avr-objdump.exe
+#READELF=C:/arduino-1.6.8/hardware/tools/avr/bin/avr-readelf.exe
+
+
+# (0)
+echo "step 0 - removing output files"
+#remove output files if exists
+if [ -e text.sym ]; then rm text.sym; fi
+if [ -e $PROGMEM.sym ]; then rm $PROGMEM.sym; fi
+if [ -e $PROGMEM.lss ]; then rm $PROGMEM.lss; fi
+if [ -e $PROGMEM.dat ]; then rm $PROGMEM.dat; fi
+if [ -e $PROGMEM.chr ]; then rm $PROGMEM.chr; fi
+if [ -e $PROGMEM.var ]; then rm $PROGMEM.var; fi
+if [ -e $PROGMEM.txt ]; then rm $PROGMEM.txt; fi
+
+# (1)
+echo "step 1 - listing symbol table of section '.text'"
+#list symbols from section '.text' into file text.sym (only address, size and name)
+$OBJDUMP -t -j ".text" $OUTELF | tail -n +5 | grep -E "^[0-9a-f]{8} [gl]     O" | cut -c1-9,28-36,37- | sed "/^$/d" | sort >> text.sym
+
+# (2)
+echo "step 2 - listing symbol table of section '.$PROGMEM'"
+#loop over all object files
+ls "$OUTDIR"/sketch/*.o | while read fn; do
+ echo " processing $fn"
+ #list symbols from section $PROGMEM (only address, size and name)
+ $OBJDUMP -t -j ".$PROGMEM" $fn | tail -n +5 | cut -c1-9,28-36,37- | sed "/^$/d" | sort >> $PROGMEM.sym
+done 2>/dev/null
+
+# (3)
+echo "step 3 - filtering $PROGMEM symbols"
+#create list of $PROGMEM symbol names separated by '\|'
+progmem=$(cut -c19- $PROGMEM.sym)
+progmem=$(echo $progmem | sed "s/ /\\\|/g")
+#filter $PROGMEM symbols from section '.text' (result file will contain list sorted by absolute address) 
+cat text.sym | grep $progmem > $PROGMEM.sym
+
+# (4)
+echo "step 4 - calculating start and stop address"
+#calculate start addres of section ".$PROGMEM"
+PROGMEM_BEG=$(head -n1 $PROGMEM.sym | while read offs size name; do echo "0x"$offs; done)
+#calculate stop addres of section ".$PROGMEM"
+PROGMEM_END=$(tail -n1 $PROGMEM.sym | while read offs size name; do printf "0x%x" $(("0x"$offs + "0x"$size)); done)
+echo " START address = "$PROGMEM_BEG
+echo " STOP address  = "$PROGMEM_END
+
+# (5)
+echo "step 5 - extracting string data from elf"
+#dump $PROGMEM data in hex format, cut textual data (keep hex data only)
+$OBJDUMP -d -j ".text" -w -z --start-address=$PROGMEM_BEG --stop-address=$PROGMEM_END $OUTELF | cut -c1-57 > $PROGMEM.lss
+#convert $PROGMEM.lss to $PROGMEM.dat:
+# replace empty lines with '|' (variables separated by empty lines)
+# remove address from multiline variables (keep address at first variable line only)
+# remove '<' and '>:', remove whitespace at end of lines
+# remove line-endings, replace separator with '\n' (join hex data lines - each line will contain single variable)
+# filter progmem symbols
+cat $PROGMEM.lss | tail -n +7 | sed -E 's/^$/|/;s/^........:\t/ /;s/<//g;s/>:/ /g;s/[ \t]*$//' |\
+ tr -d '\n' | sed "s/[|]/\n/g" | grep $progmem > $PROGMEM.dat
+
+# (6)
+echo "step 6 - preparing string data"
+#convert $PROGMEM.dat to $PROGMEM.chr (prepare string data for character check and conversion) 
+# replace first space with tab
+# replace second space with tab and space
+# replace all remaining spaces with '\x'
+# replace all tabs with spaces
+cat $PROGMEM.dat | sed 's/ /\t/;s/ /\t /;s/ /\\x/g;s/\t/ /g' > $PROGMEM.chr
+
+# (7)
+#convert $PROGMEM.chr to $PROGMEM.var (convert data to text)
+cat $PROGMEM.chr | \
+ sed 's/\\x22/\\\\\\x22/g;' | \
+ sed 's/\\x1b/\\\\\\x1b/g;' | \
+ sed 's/\\x01/\\\\\\x01/g;' | \
+ sed 's/\\x00$/\\x0d/;s/^/printf "/;s/$/"/' | sh > $PROGMEM.var
+cat $PROGMEM.var | sed 's/\r/\n/g' |sed -E 's/^[0-9a-f]{8} [^ ]* //' >$PROGMEM.txt
+
+read

lang/readme.txt

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+Nova podpora vice jazyku ve firmware
+
+
+Zmeny oproti stavajicimu frameworku:
+1. Deklarace lokalizovanych textu primo v kodu, neni nutne udrzovat tabulky.
+2. Zatim dvoj jazycna verze (en_cz, en_de atd). Moznost rozsirit na vicejazycnou (en_cz_de - pro MK2).
+3. Moznost vyberu druheho jazyka ulozeneho v SPI flash (nebude zabirat misto v interni flash, pouze MK3).
+5. Bash postbuild proces namisto perloveho skriptu + nastroje na spravu slovniku.
+
+Popis:
+Novy framework je trochu podobny jako znamy i18n20, ale sity na miru pro AVR atmega s ohledem na maximalni jednoduchost a usporu interni flashe.
+Stringy ktere maji byt prelozene se deklaruji pomoci specialnich maker, zbytek obstara postbuild.
+Vsechny lokalizovane texty se nachazi ve specialni sekci, v pripade AVR musi byt stringy umisteny v dolnich 64kB flash - tzv 'progmem'.
+Po zbuildovani arduinem bude fungovat pouze anglictina, je treba spustit postbuild ktery na zaklade slovniku doplni data sekundarniho jazka a vytvori modifikovany hexfile.
+Jedina data ktera je treba udrzovat jsou slovniky pro preklad. Jsou to textove soubory kde je vzdy sparovan anglicky text s prelozenym textem.
+Kazdy text ve slovniku je jeden radek, muze obsahovat specialni znaky v hexadecimalni podobe (e.g. '\x0a'). Nasledujici radek je vzdy prelozeny text.
+Tento jednoduchy format je zvolen proto aby bylo mozno slovniky a proces prekladu spravovat jen pomoci gitu a nekolika skriptu.
+
+Pokud pridame nebo zmenime nejaky text v kodu, zmeni se po zbuildovani a spusteni nastroje 'update.sh' soubor lang_en_code.txt.
+To je generovany soubor ktery obsahuje vsechny lokalizovane texty pouzite v kodu setridene podle abecedy.
+V gitu uvidime zmenu kterou rucne preneseme do slovniku lang_en_xx.txt, zaroven vytvorime pozadavek na preklad ci korekturu pozadovaneho textu.
+Pokud pridame nebo zmenime nejaky text ve slovnikach, zmeni se po spusteni nastroje 'update.sh' soubor lang_en_dict.txt.
+Ten obsahuje vsechny lokalizovane texty ze slovniku (v anglictine), respektive mnozinu jejich sjednoceni.
+V idealnim pripade by soubory lang_en_code.txt a lang_en_dict.txt mely byt totozne.
+Pokud se zmeni slovnik, je treba znovu vygenerovat binarni soubory lang_en_xx.bin.
+
+
+Pouziti v kodu, priklady:
+
+1. deklarace lokalizovaneho textu v kodu - makro '_i':
+puts_P(_i("Kill all humans!")); //v cz vypise "Zabit vsechny lidi!"
+
+2. deklarace lokalizovaneho textu jako globalni konstanty - makro 'PROGMEM_I1' a 'ISTR':
+const char MSG_PREHEAT[] PROGMEM_I1 = ISTR("Preheat"); //deklarace
+puts_P(get_translation(MSG_PREHEAT)); //v cz vypise "Predehrev"
+
+3. fukce get_translation - zkratka makro '_T':
+puts_P(_T(MSG_PREHEAT)); //v cz vypise "Predehrev"
+
+4. deklarace lokalizovaneho textu jako lokalni promenne - makro '_I':
+const char* text = preheat?_I("Preheat"):_I("Cooldown");
+puts_P(_T(text)); //v cz vypise "Predehrev" nebo "Zchlazeni"
+
+5. deklarace nelokalizovaneho textu - makro 'PROGMEM_N1' a '_n' nebo '_N':
+const char MSG_MK3[] PROGMEM_N1 = "MK3"; //deklarace
+const char* text = _n("MK3");
+ nebo
+const char* text = _N("MK3");