build.sh: dialog-powered build frontend

Rakefile

@@ -10,6 +10,9 @@ $stdout_mutex=Mutex.new
 
 # Rules
 # -----------------------------
+task :all =>[:default] do
+end
+
 task :default do
 	thread_print'Entering directory src'
 	thread_print`cd src; rake`

build.sh

@@ -0,0 +1,53 @@
+#!/bin/bash
+
+# Build/UI options
+NV=20
+NH=50
+TMPFILE=._buildconfig
+NJOBS=4
+TARGET="all"
+JOBSOPT="-j"
+
+# Check if dialog is found on system
+if [ $(which dialog > /dev/null) -ne 0 ]; then
+	echo "$0: error: could not find dialog."
+fi
+
+# Choose make vs. rake
+dialog --title "$0" --radiolist "Choose make utility" $NV $NH 10 \
+	make "" on \
+	rake "" off \
+	2>$TMPFILE
+MAKECMD=$(cat .dialogtmpfile)
+
+# Choose TARGET
+dialog --title "$0" --radiolist "Choose target" $NV $NH 10 \
+	all "all" on \
+	clean "clean" off \
+	2>$TMPFILE
+TARGET=$(cat .dialogtmpfile)
+
+# Choose multi-threading/jobs options
+dialog --title "$0" --radiolist "Choose number of jobs/threads" $NV $NH 10 \
+	1 "1 thread (one job at a time)" off \
+	2 "2 threads" off \
+	4 "4 threads" on \
+	8 "8 threads" off \
+	2>$TMPFILE
+NJOBS=$(cat .dialogtmpfile)
+
+# Confirm build options
+dialog --title "$0" --yesno "You chose to build $TARGET with $NJOBS jobs. Is this okay?\n\nPress No to cancel build." $NV $NH
+YESNO=$?
+if [ $YESNO -eq 0 ]; then
+	if [ $MAKECMD = "rake" ]; then JOBSOPT=""; NJOBS=""; fi
+	dialog --prgbox "$MAKECMD $TARGET $JOBSOPT $NJOBS" $NV $NH
+fi
+
+# Remove temporary file
+rm -f $TMPFILE
+
+# 'Clear screen' for niceness
+for x in {0..7}; do
+	echo ""
+done

src/65db.c

@@ -53,11 +53,13 @@ int main(int argc,char**argv)
 		refresh();
 	}
 
+	puts("verifying ROM");
 	// Verify ROM is loaded
 	if(rom->rom)
 		cpu->pc=PRGROM;
 	else
 		puterr("%s: No ROM loaded\n",__func__);
+	puts("ROM verified");
 
 	// Render -----
 	while(true)

src/Rakefile

@@ -25,6 +25,9 @@ $stdout_mutex=Mutex.new
 # Rules
 # -----------------------------
 
+task :all => [:default] do
+end
+
 task :default => [:_65db, :_65da, :_fes, :test] do
 	
 end

src/rom.c

@@ -102,38 +102,12 @@ void rom_map(rom_t*rom,ram_t*ram,size_t offset)
 		return;
 	}
 
-	// ! TODO: The memmove below needs to copy all of the data in
-	// ! ROM into RAM. It should stop when it reaches $FFFF or
-	// ! all the ROM has been copied.
-	// ! NOTE: Apparently we are loading from the $8000 offset of the
-	// ! FILE ITSELF. That's not what we want.
-
-	uint32_t len;//=(0xffff>rom->data_len)?(0xffff-0x8000):(rom->data_len);
-	if(0xffff-0x8000>rom->data_len)len=0x7fff;
-	else if(rom->data_len>0xffff)len=0xffff;
-	else len=rom->data_len;
-
-	//printf("copying %d (%04X) bytes from ROM into RAM\n",
-		//len,len);
-	//printf("data_len: %d (%04X)\n",rom->data_len,rom->data_len);
-	//printf("$7fff>data_len?: %s\n",(0xffff>rom->data_len)?"yes":"no");
-	//memmove(ram->ram,rom->rom,len);
-
 	// Copy rom data into ram memory
 	// Put NES file header parsing here <---
-	//printw("copying %u bytes into RAM from ROM\n",rom->data_len);
 
-	// NOTE: Substitution of copying entire data_len with copying
-	// a smaller 'chunk' at a time was necessary on ArchLinux to prevent
-	// SIGSEGV crashing the program
-
-	const size_t DATA_CHUNK=2048;
-	// mov RAM, ROM * 2048
-	//printf("%s: rom length: '%d'\n",__func__,rom->data_len);
-	for(size_t len=rom->data_len;len>0;len-=(len>DATA_CHUNK)?DATA_CHUNK:len)
-		//printf("memmove ram, rom ($%04X/$%04X)\n",rom->data_len-len,rom->data_len),
-		memmove(ram->ram+offset,rom->rom,(len>DATA_CHUNK)?DATA_CHUNK:len);
-	//memmove(ram->ram,rom->rom,rom->data_len);
+	#define min(x,y) ((x<y)?(x):(y))
+	memmove( ram->ram+offset, rom->rom, min(0x8000,rom->data_len));
+	#undef min
 }
 
 // Free memory allocated to ROM object