Merge pull request #14289 from Sintendo/typos

Fix various typos and spelling mistakes

1 files changed, 109 insertions, 109 deletions

diff --git a/Source/UnitTests/Core/DSP/HermesText.cpp b/Source/UnitTests/Core/DSP/HermesText.cpp
index 64f3694810..1ddc302000 100644
--- a/Source/UnitTests/Core/DSP/HermesText.cpp
+++ b/Source/UnitTests/Core/DSP/HermesText.cpp
@@ -42,7 +42,7 @@ SR:	equ	0x13
 PRODL: equ	0x14
 PRODM: equ	0x15
 PRODH: equ	0x16
-PRODM2: equ	0x17 
+PRODM2: equ	0x17
 
 AXL0:  equ	0x18
 AXL1:  equ	0x19
@@ -88,7 +88,7 @@ NUM_SAMPLES:	equ	1024	; 1024 stereo samples 16 bits
 /**************************************************************/
 /*                SOUND CHANNEL REGS                          */
 /**************************************************************/
-	
+
 MEM_REG2:	equ	0x0
 MEM_VECTH:	equ	MEM_REG2
 MEM_VECTL:	equ	MEM_REG2+1
@@ -108,10 +108,10 @@ DELAYL_SND:	equ	MEM_REG+3	// Delay samples Low word
 
 CHAN_REGS:	equ	MEM_REG+4	// specific regs for the channel
 
-FLAGSH_SMP:	equ	CHAN_REGS+0	// countain number of bytes for step (1-> Mono 8 bits, 2-> Stereo 8 bits and Mono 16 bits, 4-> Stereo 16 bits)	
+FLAGSH_SMP:	equ	CHAN_REGS+0	// contains number of bytes for step (1-> Mono 8 bits, 2-> Stereo 8 bits and Mono 16 bits, 4-> Stereo 16 bits)
 FLAGSL_SMP:	equ	CHAN_REGS+1	// 0->Mono 8 bits, 1->Stereo 8 bits, 2->Mono 16 bits 3 -> Stereo 16 bits
 
-ADDRH_SMP:	equ	CHAN_REGS+2	// start address 
+ADDRH_SMP:	equ	CHAN_REGS+2	// start address
 ADDRL_SMP:	equ	CHAN_REGS+3
 
 ADDREH_SMP:	equ	CHAN_REGS+4	// end address
@@ -156,7 +156,7 @@ data_end:	equ	MEM_SAMP+0x20
 
 MEM_SND:	equ	data_end ; it need 2048 words (4096 bytes)
 
-	
+
 
 /***  START CODE ***/
 
@@ -175,16 +175,16 @@ MEM_SND:	equ	data_end ; it need 2048 words (4096 bytes)
 
 	lri     $CONFIG, #0xff
 	lri	$SR,#0
-	s16         
-	clr15       
-	m0         
+	s16
+	clr15
+	m0
 
 /**************************************************************/
 /*                            main                            */
 /**************************************************************/
 
 main:
-	
+
 // send init token to CPU
 
 	si		@DMBH, #0xdcd1
@@ -195,7 +195,7 @@ recv_cmd:
 // check if previous mail is received from the CPU
 
 	call	wait_for_dsp_mail
-	
+
 // wait a mail from CPU
 
 	call	wait_for_cpu_mail
@@ -206,7 +206,7 @@ recv_cmd:
 	lri		$ACM0,#0xcdd1
 	cmp
 	jz		sys_command
-	
+
 	clr	$ACC1
 	lrs	$ACM1, @CMBL
 
@@ -217,7 +217,7 @@ recv_cmd:
 	jz	input_samples2
 
 	cmpi    $ACM1, #0x123  // get the address of the voice datas buffer (CHANNEL DATAS)
-	jz	get_data_addr 
+	jz	get_data_addr
 
 	cmpi    $ACM1, #0x222  // process the voice mixing the samples internally
 	jz	input_next_samples
@@ -226,14 +226,14 @@ recv_cmd:
 	jz	send_samples
 
 	cmpi    $ACM1, #0x777   // special: to dump the IROM Datas (remember disable others functions from the interrupt vector to use)
-	jz	rom_dump_word   // (CMBH+0x8000) countain the address of IROM
+	jz	rom_dump_word   // (CMBH+0x8000) contains the address of IROM
 
 	cmpi    $ACM1, #0x888	// Used for test
-	jz	polla_loca 
+	jz	polla_loca
 
 	cmpi	$ACM1, #0x999
 	jz	task_terminate
-	
+
 	si	@DMBL, #0x0004	// return 0 as ignore command
 	si	@DIRQ, #0x1 // set the interrupt
 	jmp	recv_cmd
@@ -242,19 +242,19 @@ task_terminate:
 	si	@DMBL, #0x0003
 	si	@DIRQ, #0x1
 	jmp	recv_cmd
-	
+
 sys_command:
 	clr	$ACC1
 	lrs	$ACM1, @CMBL
-	
+
 	cmpi	$ACM1,#0x0001
 	jz		run_nexttask
-	
+
 	cmpi	$ACM1,#0x0002
 	jz		0x8000
-	
+
 	jmp		recv_cmd
-	
+
 run_nexttask:
 	s16
 	call		wait_for_cpu_mail
@@ -283,7 +283,7 @@ run_nexttask:
 	lrs			$27,@CMBL
 	sbclr		#0x05
 	sbclr		#0x06
-	jmp			0x80b5		
+	jmp			0x80b5
 	halt
 
 /**************************************************************************************************************************************/
@@ -296,7 +296,7 @@ send_samples:
 	lri	$AXL0, #NUM_SAMPLES*4 ; len
 	lr	$ACM0, @ADDRH_SND
     lr	$ACL0, @ADDRL_SND
-	
+
 	call	do_dma
 	si	@DMBL, #0x0004
 	si	@DIRQ, #0x1 // set the interrupt
@@ -310,10 +310,10 @@ get_data_addr:
 
 	lrs	$ACM0, @CMBH
 	lr	$ACL0, @CMBL
-     
+
 	sr	@MEM_VECTH, $ACM0
 	sr	@MEM_VECTL, $ACL0
-	
+
 	si	@DIRQ, #0x0 // clear the interrupt
 	jmp	recv_cmd
 
@@ -326,7 +326,7 @@ input_samples:
 	lr	$ACM0, @MEM_VECTH
 	lr	$ACL0, @MEM_VECTL
 
-	lris	$AXL0, #0x0004 
+	lris	$AXL0, #0x0004
 	sr	@RETURN, $AXL0
 	si	@DIRQ, #0x0000
 
@@ -363,7 +363,7 @@ input_samples2:
 	lr	$ACM0, @MEM_VECTH
 	lr	$ACL0, @MEM_VECTL
 
-	lris	$AXL0, #0x0004 
+	lris	$AXL0, #0x0004
 	sr	@RETURN, $AXL0
 	si	@DIRQ, #0x0000
 
@@ -381,7 +381,7 @@ input_samples2:
 	lri	$AR0, #MEM_SND
 	lris	$AXL1, #DMA_TO_DSP;
 	lri	$AXL0, #NUM_SAMPLES*4; len
-	
+
 	call	do_dma
 
 	jmp	start_main
@@ -390,12 +390,12 @@ input_samples2:
 // process the voice mixing the samples internally
 
 input_next_samples:
-	
+
 	clr	$ACC0
 	lr	$ACM0, @MEM_VECTH
 	lr	$ACL0, @MEM_VECTL
 
-	lris	$AXL0, #0x0004 
+	lris	$AXL0, #0x0004
 	sr	@RETURN, $AXL0
 	si	@DIRQ, #0x0000
 
@@ -408,10 +408,10 @@ input_next_samples:
 	call	do_dma
 
 /**************************************************************************************************************************************/
-// mixing and control pitch to create 1024 Stereo Samples at 16 bits from here 
+// mixing and control pitch to create 1024 Stereo Samples at 16 bits from here
 
 start_main:
-	
+
 	lri	$R08, #48000
 
 	// load the previous samples used
@@ -426,29 +426,29 @@ start_main:
 	addi	$ACM1, #sample_selector
 	mrr	$AR3, $ACM1
 	ilrr	$ACM1, @$AR3
-	mrr	$AR3, $ACM1 // AR3 countain the jump loaded from sample selector
+	mrr	$AR3, $ACM1 // AR3 contains the jump loaded from sample selector
 
 	clr	$ACC0
 
 // test for channel paused
 
-	lr	$ACM0, @FLAGSL_SMP 
-	andcf	$ACM0, #0x20 
+	lr	$ACM0, @FLAGSL_SMP
+	andcf	$ACM0, #0x20
 	jlz	end_main
-	
+
 // load the sample address
 
 	lr	$ACM0, @ADDRH_SMP
         lr	$ACL0, @ADDRL_SMP
 
 // test if ADDR_SMP & ADDR2H_SMP are zero
-	
+
 	tst	$ACC0
 	jnz	do_not_change1
 
 // set return as "change of buffer"
 
-	lris	$AXL0, #0x0004 
+	lris	$AXL0, #0x0004
 	sr	@RETURN, $AXL0
 
 // change to buffer 2 if it is possible
@@ -464,10 +464,10 @@ do_not_change1:
 
 
 // backup the external sample address
-	
+
 	mrr	$IX2, $ACM0
 	mrr	$IX3, $ACL0
-	
+
 
 // load the counter pitch
 
@@ -500,7 +500,7 @@ do_not_change1:
 	tst	$ACC0
 	jz	no_delay
 
-// samples left and right to 0	
+// samples left and right to 0
 
 	lris	$AXH0, #0
 	lris	$AXH1, #0
@@ -510,7 +510,7 @@ do_not_change1:
 	mrr	$ACM1, $AXL0
 l_delay:
 	iar	$AR1 // skip two samples
-	iar	$AR1 
+	iar	$AR1
 	decm	$ACM1
 	jz	exit_delay1 // exit1 if samples to be processed == 0
 
@@ -522,14 +522,14 @@ l_delay:
 
 exit_delay1:
 	decm	$ACM0
-	
+
 	sr	@DELAYH_SND, $ACH0
         sr	@DELAYL_SND, $ACM0
-	
+
 	lris	$AXL0,#0 ; exit from loop
-	
-	jmp	no_delay 
-	
+
+	jmp	no_delay
+
 
 exit_delay2:
 
@@ -551,9 +551,9 @@ no_delay:
                                   R"(
 /* bucle de generacion de samples */
 
-	
+
 // load the sample buffer with address aligned to 32 bytes blocks (first time)
-			
+
 	si	@DSCR, #DMA_TO_DSP // very important!: load_smp_addr_align and jump_load_smp_addr need fix this DMA Register (I gain some cycles so)
 
 // load_smp_addr_align input:  $IX2:$IX3
@@ -564,25 +564,25 @@ no_delay:
 
 	lr	$IX0, @LEFT_VOLUME
 	lr	$IX1, @RIGHT_VOLUME
-	
+
 // test the freq value
 
 	clr	$ACC0
 	lr	$ACH0, @FREQH_SMP
 	lr	$ACM0, @FREQL_SMP
-	
+
 	clr	$ACC1
 	;lri	$ACM1,#48000
 	mrr	$ACM1, $R08
 	cmp
-	
+
 // select the output of the routine to process stereo-mono 8/16bits samples
-	
-	lri	$AR0, #get_sample // fast method <=48000	
 
-// if  number is greater freq>48000 fix different routine 
-	
-	ifg	
+	lri	$AR0, #get_sample // fast method <=48000
+
+// if  number is greater freq>48000 fix different routine
+
+	ifg
 	lri	$AR0, #get_sample2 // slow method >48000
 
 // loops for samples to be processed
@@ -594,12 +594,12 @@ no_delay:
 
 // Mix right sample section
 
-	lrr	$ACL0, @$AR1 // load in ACL0 the  right sample from the internal buffer 
+	lrr	$ACL0, @$AR1 // load in ACL0 the  right sample from the internal buffer
 	movax	$ACC1, $AXL1 // big trick :)  load the current sample <<16 and sign extended
 
 	asl	$ACC0,#24    // convert sample from buffer to 24 bit number with sign extended (ACH0:ACM0)
 	asr	$ACC0,#-8
-	
+
 	add	$ACC0,$ACC1  // current_sample+buffer sample
 
 	cmpi	$ACM0,#32767 // limit to 32767
@@ -613,20 +613,20 @@ right_skip:
 	cmpi	$ACM0,#-32768 // limit to -32768
 	ifle
 	lri	$ACM0, #-32768
-	
-right_skip2:	
+
+right_skip2:
 
 	srri	@$AR1, $ACM0 // store the right sample mixed to the internal buffer and increment AR1
 
 // Mix left sample section
 
-	lrr	$ACL0, @$AR1 // load in ACL0 the left sample from the internal buffer 
+	lrr	$ACL0, @$AR1 // load in ACL0 the left sample from the internal buffer
 
 	movax	$ACC1, $AXL0 // big trick :)  load the current sample <<16 and sign extended
-	
+
 	asl	$ACC0, #24   // convert sample from buffer to 24 bit number with sign extended (ACH0:ACM0)
 	asr	$ACC0, #-8
-	
+
 	add	$ACC0, $ACC1 // current_sample+buffer sample
 
 	cmpi	$ACM0,#32767 // limit to 32767
@@ -640,11 +640,11 @@ left_skip:
 	cmpi	$ACM0,#-32768 // limit to -32768
 	ifle
 	lri	$ACM0, #-32768
-	
-left_skip2:	
+
+left_skip2:
 
 	srri	@$AR1, $ACM0 // store the left sample mixed to the internal buffer and increment AR1
-	
+
 // adds the counter with the voice frequency and test if it >=48000 to get the next sample
 
 	clr	$ACC1
@@ -653,7 +653,7 @@ left_skip2:
 	clr	$ACC0
 	lr	$ACH0, @FREQH_SMP
 	lr	$ACM0, @FREQL_SMP
-	
+
 	add	$ACC1,$ACC0
 	clr	$ACC0
 	//lri	$ACM0,#48000
@@ -663,7 +663,7 @@ left_skip2:
 
 	jrnc	$AR0 //get_sample or get_sample2 method
 
-	sr	@COUNTERH_SMP, $ACH1 
+	sr	@COUNTERH_SMP, $ACH1
         sr	@COUNTERL_SMP, $ACM1
 
 	jmp	loop_end
@@ -700,8 +700,8 @@ get_sample2: // slow method
 	cmp
 
 	jle	get_sample2
-	
-	sr	@COUNTERH_SMP, $ACH1 
+
+	sr	@COUNTERH_SMP, $ACH1
         sr	@COUNTERL_SMP, $ACM1
 
 	mrr	$ACM0, $IX2 // load ADDRH_SMP
@@ -721,14 +721,14 @@ get_sample2: // slow method
 
 // load samples from dma, return $ar2 with the addr to get the samples and return using $ar0 to the routine to process 8-16bits Mono/Stereo
 
-	jmp	jump_load_smp_addr 
+	jmp	jump_load_smp_addr
 
 // get a new sample for freq <= 48000 Hz
 
 get_sample: // fast method
-	
+
 	sub	$ACC1,$ACC0 // restore the counter
-	sr	@COUNTERH_SMP, $ACH1 
+	sr	@COUNTERH_SMP, $ACH1
         sr	@COUNTERL_SMP, $ACM1
 
 // restore the external sample buffer address
@@ -739,7 +739,7 @@ get_sample: // fast method
 
 	lr	$AXL1, @FLAGSH_SMP // add the step to get the next samples
 	addaxl  $ACC0, $AXL1
-	
+
 	clr	$ACC1
 	mrr	$ACM1, $r0a // load ADDREH_SMP
 	mrr	$ACL1, $r0b // load ADDREL_SMP
@@ -756,21 +756,21 @@ get_sample: // fast method
 
 // load samples from dma, return $ar2 with the addr and return using $ar0 to the routine to process 8-16bits Mono/Stereo or addr_get_sample_again
 
-	jmp	jump_load_smp_addr 
+	jmp	jump_load_smp_addr
 
 sample_selector:
-	cw	mono_8bits 
-	cw	mono_16bits 
-	cw	stereo_8bits 
-	cw	stereo_16bits 
+	cw	mono_8bits
+	cw	mono_16bits
+	cw	stereo_8bits
+	cw	stereo_16bits
 
 get_new_buffer:
 
 // set return as "change of buffer": it need to change the sample address
 
-	lris	$AXL0, #0x0004 
+	lris	$AXL0, #0x0004
 	sr	@RETURN, $AXL0
-	
+
 	call	change_buffer // load add from addr2
 
 // addr is 0 ? go to zero_samples and exit
@@ -785,9 +785,9 @@ get_new_buffer:
 // jump_load_smp_addr:  $IX2:$IX3
 // load samples from dma, return $ar2 with the addr to get the samples and return using $ar0 to the routine to process 8-16bits Mono/Stereo
 
-	jmp	jump_load_smp_addr 
+	jmp	jump_load_smp_addr
 
-// set to 0 the current samples 
+// set to 0 the current samples
 
 zero_samples:
 
@@ -796,7 +796,7 @@ zero_samples:
 	jmp	out_samp
 
 mono_8bits:
-	
+
 //  8 bits mono
 	mrr	$ACM1, $IX3
 	lrri	$ACL0, @$AR2
@@ -810,7 +810,7 @@ mono_8bits:
 	mrr	$AXH0,$ACL0
 	jmp	out_samp
 
-stereo_8bits:	
+stereo_8bits:
 
 // 8 bits stereo
 
@@ -838,8 +838,8 @@ stereo_16bits:
 	lrri	$AXH1, @$AR2
 	lrri	$AXH0, @$AR2
 
-out_samp:	
-	
+out_samp:
+
 // multiply sample x volume
 
 	//   LEFT_VOLUME
@@ -860,7 +860,7 @@ loop_end:
 	nop
 
 end_process:
-	
+
 	// load the sample address
 
 	clr	$ACC0
@@ -872,7 +872,7 @@ end_process:
 
 // set return as "change of buffer"
 
-	lris	$AXL0, #0x0004 
+	lris	$AXL0, #0x0004
 	sr	@RETURN, $AXL0
 
 // change to buffer 2 if it is possible
@@ -880,13 +880,13 @@ end_process:
 	call	change_buffer
 
 save_datas_end:
-	
+
 	sr	@ADDRH_SMP, $IX2
         sr	@ADDRL_SMP, $IX3
-	sr	@SMP_R, $AXH0 
+	sr	@SMP_R, $AXH0
         sr	@SMP_L, $AXH1
-	
-end_main:	
+
+end_main:
 
 // program DMA to send the CHANNEL DATAS changed
 
@@ -909,35 +909,35 @@ end_main:
 	jmp	recv_cmd
 
 change_buffer:
-	
+
 	clr	$ACC0
 	lr	$ACM0, @LEFT_VOLUME2
         lr	$ACL0, @RIGHT_VOLUME2
-	sr	@LEFT_VOLUME, $ACM0 
+	sr	@LEFT_VOLUME, $ACM0
         sr	@RIGHT_VOLUME, $ACL0
-	mrr	$IX0, $ACM0 
+	mrr	$IX0, $ACM0
 	mrr	$IX1, $ACL0
 
 	lr	$ACM0, @ADDR2EH_SMP
         lr	$ACL0, @ADDR2EL_SMP
-	sr	@ADDREH_SMP, $ACM0 
+	sr	@ADDREH_SMP, $ACM0
         sr	@ADDREL_SMP, $ACL0
 	mrr	$r0a, $ACM0
 	mrr	$r0b, $ACL0
 
 	lr	$ACM0, @ADDR2H_SMP
         lr	$ACL0, @ADDR2L_SMP
-	sr	@ADDRH_SMP, $ACM0 
+	sr	@ADDRH_SMP, $ACM0
         sr	@ADDRL_SMP, $ACL0
-	sr	@BACKUPH_SMP, $ACM0 
+	sr	@BACKUPH_SMP, $ACM0
         sr	@BACKUPL_SMP, $ACL0
 	mrr	$IX2, $ACM0
 	mrr	$IX3, $ACL0
-	
+
 	lr	$ACM1, @FLAGSL_SMP
 	andcf	$ACM1, #0x4
 	retlz
-        
+
 	sr	@ADDR2H_SMP, $ACH0
 	sr	@ADDR2L_SMP, $ACH0
 	sr	@ADDR2EH_SMP, $ACH0
@@ -1007,7 +1007,7 @@ jump_load_smp_addr:
 	asr	$ACC0, #-1
 	andi	$ACM0, #0xf
 	jz	jump_load_smp_dma
-	
+
 	addi	$ACM0, #MEM_SAMP
 	mrr	$AR2, $ACM0
 	jmpr	$AR3
@@ -1024,10 +1024,10 @@ wait_dma2:
 	lrs	$ACM0, @DSCR
 	andcf	$ACM0, #0x4
 	jlz	wait_dma2
-	
+
 	lri	$AR2, #MEM_SAMP
 	jmpr	$AR3
-		
+
 // exception table
 
 exception0:	// RESET
@@ -1038,7 +1038,7 @@ exception1:	// STACK OVERFLOW
 
 exception2:
 	rti
-	
+
 exception3:
 	rti
 
@@ -1047,21 +1047,21 @@ exception4:
 
 exception5:	// ACCELERATOR ADDRESS OVERFLOW
 	rti
-	
+
 exception6:
 	rti
 
 exception7:
 	rti
 
-// routine to read a word of the IROM space 
+// routine to read a word of the IROM space
 
 rom_dump_word:
 
 	clr $ACC0
 
 	lr	$ACM0, @CMBH
-	ori	$ACM0, #0x8000 
+	ori	$ACM0, #0x8000
 	mrr	$AR0, $ACM0
 	clr	$ACC0
 	ilrr	$ACM0, @$AR0
@@ -1076,7 +1076,7 @@ polla_loca:
 	clr $ACC0
 	lri $acm0, #0x0
 	andf $acm0,#0x1
-	
+
 	sr	@DMBH, $sr
 	sr	@DMBL, $acm0
 	;si	@DIRQ, #0x1 // set the interrupt