...
| Code Block | ||||
|---|---|---|---|---|
| ||||
IN:
B = record type
C = buffer length
DE = user buffer address (to store information of read, always local, in S0 or S1)
IX = DOR handle
OUT, if call successful:
Fc = 0
original IX DOR handle is still valid
C = actual length of information
OUT, if call failed:
Fc = 1
original IX is still valid
A = error code
RC_HAND ($08), bad DOR handle
RC_BAD ($04), bad argument
RC_FAIL ($16), information is not present
Registers changed after return:
..B.DEHL/IXIY same
AF.C..../.... different |
...
| Code Block | ||
|---|---|---|
| ||
IN:
B = record type
C = buffer length
DE = user buffer address (to store information to be written, always local, in S0 or S1)
IX = DOR handle
OUT, if call successful:
Fc = 0
original IX DOR handle is still valid
C = length of information written
OUT, if call failed:
Fc = 1
original IX is still valid
A = error code
RC_HAND ($08), bad DOR handle
RC_BAD ($04), bad argument
RC_FAIL ($16), information is not present
Registers changed after return:
..B.DEHL/IXIY same
AF..C..../.... different |
| Code Block | ||
|---|---|---|
| ||
IN:
C = number of segment to parse (0 for all, default)
DE = filename buffer (always local, in S0 or S1)
OUT, if call successful:
Fc = 0
IX = handle (device type, always)
A = DOR type (device, file, directory, EPROM)
B = segment count in explicit filename
HL = last character parsed in filename (separator or null terminator)
OUT, if call failed:
Fc = 1
A = RC_Fail, buffer not in S0 or S1
A = RC_Onf, filename does not exist
Registers changed after return:
...CDE.. / ..IY same
AFB...HL / IX.. different
|
...