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Remove bogus assembler options.
[bertos.git]
/
bertos
/
net
/
xmodem.c
diff --git
a/bertos/net/xmodem.c
b/bertos/net/xmodem.c
index ca59a99394e17604fa2c264b292bb29c9e405d1c..35da28366b921c8b559571170c89bbf89f8eeb03 100644
(file)
--- a/
bertos/net/xmodem.c
+++ b/
bertos/net/xmodem.c
@@
-47,10
+47,8
@@
#include "xmodem.h"
#include "xmodem.h"
-#include <cfg/debug.h>
#include "cfg/cfg_xmodem.h"
#include "cfg/cfg_xmodem.h"
-
-#include <drv/ser.h>
+#include <cfg/debug.h>
#include <algo/crc.h>
#include <algo/crc.h>
@@
-80,12
+78,12
@@
/**
* \brief Receive a file using the XModem protocol.
*
/**
* \brief Receive a file using the XModem protocol.
*
- * \param
port Serial port
to use for transfer
+ * \param
ch Channel
to use for transfer
* \param fd Destination file
*
* \note This function allocates a large amount of stack (\see XM_BUFSIZE).
*/
* \param fd Destination file
*
* \note This function allocates a large amount of stack (\see XM_BUFSIZE).
*/
-bool xmodem_recv(
struct Serial *port
, KFile *fd)
+bool xmodem_recv(
KFile *ch
, KFile *fd)
{
char block_buffer[XM_BUFSIZE]; /* Buffer to hold a block of data */
int c, i, blocksize;
{
char block_buffer[XM_BUFSIZE]; /* Buffer to hold a block of data */
int c, i, blocksize;
@@
-99,15
+97,15
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
XMODEM_PROGRESS("Starting Transfer...\n");
purge = true;
XMODEM_PROGRESS("Starting Transfer...\n");
purge = true;
- kfile_clearerr(
&port->fd
);
+ kfile_clearerr(
ch
);
/* Send initial NAK to start transmission */
for(;;)
{
if (XMODEM_CHECK_ABORT)
{
/* Send initial NAK to start transmission */
for(;;)
{
if (XMODEM_CHECK_ABORT)
{
- kfile_putc(XM_CAN,
&port->fd
);
- kfile_putc(XM_CAN,
&port->fd
);
+ kfile_putc(XM_CAN,
ch
);
+ kfile_putc(XM_CAN,
ch
);
XMODEM_PROGRESS("Transfer aborted\n");
return false;
}
XMODEM_PROGRESS("Transfer aborted\n");
return false;
}
@@
-120,16
+118,16
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
{
purge = false;
{
purge = false;
- if (kfile_error(
&port->fd
))
+ if (kfile_error(
ch
))
XMODEM_PROGRESS("Retries %d\n", retries);
XMODEM_PROGRESS("Retries %d\n", retries);
-
ser_resync(port
, 200);
+
kfile_resync(ch
, 200);
retries++;
if (retries >= CONFIG_XMODEM_MAXRETRIES)
{
retries++;
if (retries >= CONFIG_XMODEM_MAXRETRIES)
{
- kfile_putc(XM_CAN,
&port->fd
);
- kfile_putc(XM_CAN,
&port->fd
);
+ kfile_putc(XM_CAN,
ch
);
+ kfile_putc(XM_CAN,
ch
);
XMODEM_PROGRESS("Transfer aborted\n");
return false;
}
XMODEM_PROGRESS("Transfer aborted\n");
return false;
}
@@
-140,21
+138,21
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
if (retries < CONFIG_XMODEM_MAXCRCRETRIES)
{
XMODEM_PROGRESS("Request Tx (CRC)\n");
if (retries < CONFIG_XMODEM_MAXCRCRETRIES)
{
XMODEM_PROGRESS("Request Tx (CRC)\n");
- kfile_putc(XM_C,
&port->fd
);
+ kfile_putc(XM_C,
ch
);
}
else
{
/* Give up with CRC and fall back to checksum */
usecrc = false;
XMODEM_PROGRESS("Request Tx (BCC)\n");
}
else
{
/* Give up with CRC and fall back to checksum */
usecrc = false;
XMODEM_PROGRESS("Request Tx (BCC)\n");
- kfile_putc(XM_NAK,
&port->fd
);
+ kfile_putc(XM_NAK,
ch
);
}
}
else
}
}
else
- kfile_putc(XM_NAK,
&port->fd
);
+ kfile_putc(XM_NAK,
ch
);
}
}
- switch (kfile_getc(
&port->fd
))
+ switch (kfile_getc(
ch
))
{
#if XM_BUFSIZE >= 1024
case XM_STX: /* Start of header (1024-byte block) */
{
#if XM_BUFSIZE >= 1024
case XM_STX: /* Start of header (1024-byte block) */
@@
-168,10
+166,10
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
getblock:
/* Get block number */
getblock:
/* Get block number */
- c = kfile_getc(
&port->fd
);
+ c = kfile_getc(
ch
);
/* Check complemented block number */
/* Check complemented block number */
- if ((~c & 0xff) != kfile_getc(
&port->fd
))
+ if ((~c & 0xff) != kfile_getc(
ch
))
{
XMODEM_PROGRESS("Bad blk (%d)\n", c);
purge = true;
{
XMODEM_PROGRESS("Bad blk (%d)\n", c);
purge = true;
@@
-198,7
+196,7
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
crc = 0;
for (i = 0; i < blocksize; i++)
{
crc = 0;
for (i = 0; i < blocksize; i++)
{
- if ((c = kfile_getc(
&port->fd
)) == EOF)
+ if ((c = kfile_getc(
ch
)) == EOF)
{
purge = true;
break;
{
purge = true;
break;
@@
-218,7
+216,7
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
break;
/* Get the checksum byte or the CRC-16 MSB */
break;
/* Get the checksum byte or the CRC-16 MSB */
- if ((c = kfile_getc(
&port->fd
)) == EOF)
+ if ((c = kfile_getc(
ch
)) == EOF)
{
purge = true;
break;
{
purge = true;
break;
@@
-229,7
+227,7
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
crc = UPDCRC16(c, crc);
/* Get CRC-16 LSB */
crc = UPDCRC16(c, crc);
/* Get CRC-16 LSB */
- if ((c = kfile_getc(
&port->fd
)) == EOF)
+ if ((c = kfile_getc(
ch
)) == EOF)
{
purge = true;
break;
{
purge = true;
break;
@@
-263,7
+261,7
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
if (kfile_write(fd, block_buffer, blocksize))
{
/* Acknowledge block and clear error counter */
if (kfile_write(fd, block_buffer, blocksize))
{
/* Acknowledge block and clear error counter */
- kfile_putc(XM_ACK,
&port->fd
);
+ kfile_putc(XM_ACK,
ch
);
retries = 0;
last_block_done = blocknr;
}
retries = 0;
last_block_done = blocknr;
}
@@
-277,7
+275,7
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
break;
case XM_EOT: /* End of transmission */
break;
case XM_EOT: /* End of transmission */
- kfile_putc(XM_ACK,
&port->fd
);
+ kfile_putc(XM_ACK,
ch
);
XMODEM_PROGRESS("Transfer completed\n");
return true;
XMODEM_PROGRESS("Transfer completed\n");
return true;
@@
-299,13
+297,13
@@
bool xmodem_recv(struct Serial *port, KFile *fd)
/**
* \brief Transmit some data using the XModem protocol.
*
/**
* \brief Transmit some data using the XModem protocol.
*
- * \param
port Serial port
to use for transfer
+ * \param
ch Channel
to use for transfer
* \param fd Source file
*
* \note This function allocates a large amount of stack for
* the XModem transfer buffer (\see XM_BUFSIZE).
*/
* \param fd Source file
*
* \note This function allocates a large amount of stack for
* the XModem transfer buffer (\see XM_BUFSIZE).
*/
-bool xmodem_send(
struct Serial *port
, KFile *fd)
+bool xmodem_send(
KFile *ch
, KFile *fd)
{
char block_buffer[XM_BUFSIZE]; /* Buffer to hold a block of data */
size_t size = -1;
{
char block_buffer[XM_BUFSIZE]; /* Buffer to hold a block of data */
size_t size = -1;
@@
-323,8
+321,7
@@
bool xmodem_send(struct Serial *port, KFile *fd)
*/
size = kfile_read(fd, block_buffer, XM_BUFSIZE);
*/
size = kfile_read(fd, block_buffer, XM_BUFSIZE);
- kfile_clearerr(&port->fd);
- ser_purge(port);
+ kfile_clearerr(ch);
XMODEM_PROGRESS("Wait remote host\n");
for(;;)
XMODEM_PROGRESS("Wait remote host\n");
for(;;)
@@
-335,7
+332,7
@@
bool xmodem_send(struct Serial *port, KFile *fd)
if (XMODEM_CHECK_ABORT)
return false;
if (XMODEM_CHECK_ABORT)
return false;
- switch (c = kfile_getc(
&port->fd
))
+ switch (c = kfile_getc(
ch
))
{
case XM_NAK:
XMODEM_PROGRESS("Resend blk %d\n", blocknr);
{
case XM_NAK:
XMODEM_PROGRESS("Resend blk %d\n", blocknr);
@@
-368,7
+365,7
@@
bool xmodem_send(struct Serial *port, KFile *fd)
break;
case EOF:
break;
case EOF:
- kfile_clearerr(
&port->fd
);
+ kfile_clearerr(
ch
);
retries++;
XMODEM_PROGRESS("Retries %d\n", retries);
if (retries <= CONFIG_XMODEM_MAXRETRIES)
retries++;
XMODEM_PROGRESS("Retries %d\n", retries);
if (retries <= CONFIG_XMODEM_MAXRETRIES)
@@
-388,7
+385,7
@@
bool xmodem_send(struct Serial *port, KFile *fd)
if (!size)
{
if (!size)
{
- kfile_putc(XM_EOT,
&port->fd
);
+ kfile_putc(XM_EOT,
ch
);
continue;
}
continue;
}
@@
-397,19
+394,19
@@
bool xmodem_send(struct Serial *port, KFile *fd)
/* Send block header (STX, blocknr, ~blocknr) */
#if XM_BUFSIZE == 128
/* Send block header (STX, blocknr, ~blocknr) */
#if XM_BUFSIZE == 128
- kfile_putc(XM_SOH,
&port->fd
);
+ kfile_putc(XM_SOH,
ch
);
#else
#else
- kfile_putc(XM_STX,
&port->fd
);
+ kfile_putc(XM_STX,
ch
);
#endif
#endif
- kfile_putc(blocknr & 0xFF,
&port->fd
);
- kfile_putc(~blocknr & 0xFF,
&port->fd
);
+ kfile_putc(blocknr & 0xFF,
ch
);
+ kfile_putc(~blocknr & 0xFF,
ch
);
/* Send block and compute its CRC/checksum */
sum = 0;
crc = 0;
for (i = 0; i < XM_BUFSIZE; i++)
{
/* Send block and compute its CRC/checksum */
sum = 0;
crc = 0;
for (i = 0; i < XM_BUFSIZE; i++)
{
- kfile_putc(block_buffer[i],
&port->fd
);
+ kfile_putc(block_buffer[i],
ch
);
crc = UPDCRC16(block_buffer[i], crc);
sum += block_buffer[i];
}
crc = UPDCRC16(block_buffer[i], crc);
sum += block_buffer[i];
}
@@
-419,11
+416,11
@@
bool xmodem_send(struct Serial *port, KFile *fd)
{
crc = UPDCRC16(0, crc);
crc = UPDCRC16(0, crc);
{
crc = UPDCRC16(0, crc);
crc = UPDCRC16(0, crc);
- kfile_putc(crc >> 8,
&port->fd
);
- kfile_putc(crc & 0xFF,
&port->fd
);
+ kfile_putc(crc >> 8,
ch
);
+ kfile_putc(crc & 0xFF,
ch
);
}
else
}
else
- kfile_putc(sum,
&port->fd
);
+ kfile_putc(sum,
ch
);
}
}
#endif
}
}
#endif