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1###############################################################################
2# Application options
3APPL_TRACE_LEVEL=0x01
4PROTOCOL_TRACE_LEVEL=0x00000000
5
6###############################################################################
7# performance measurement
8# Change this setting to control how often USERIAL log the performance (throughput)
9# data on read/write/poll
10# defailt is to log performance dara for every 100 read or write
11#REPORT_PERFORMANCE_MEASURE=100
12
13###############################################################################
14# File used for NFA storage
15NFA_STORAGE="/data/nfc"
16
17###############################################################################
18# Insert a delay in milliseconds after NFC_WAKE and before write to NFCC
19NFC_WAKE_DELAY=20
20
21###############################################################################
22# Various Delay settings (in ms) used in USERIAL
23#  POWER_ON_DELAY
24#    Delay after turning on chip, before writing to transport (default 300)
25#  PRE_POWER_OFF_DELAY
26#    Delay after deasserting NFC-Wake before turn off chip (default 0)
27#  POST_POWER_OFF_DELAY
28#    Delay after turning off chip, before USERIAL_close returns (default 0)
29#
30POWER_ON_DELAY=50
31PRE_POWER_OFF_DELAY=10
32#POST_POWER_OFF_DELAY=0
33
34###############################################################################
35# Maximum time (ms) to wait for RESET NTF after setting REG_PU to high
36# The default is 1000.
37NFCC_ENABLE_TIMEOUT=0
38
39###############################################################################
40# Device Manager Config
41#
42#  If NFA_DM_CFG is not provided, stack default settings are
43#  used (see nfa_dm_cfg.c).  They are as follows:
44#       0 (FALSE)     Automatic NDEF detection when background polling
45#       0 (FALSE)     Automatic NDEF read when background polling
46#
47#NFA_DM_CFG={00:00}
48
49###############################################################################
50# Default poll duration (in ms)
51#  The defualt is 500ms if not set (see nfc_target.h)
52#NFA_DM_DISC_DURATION_POLL=500
53
54###############################################################################
55# Startup Vendor Specific Configuration (100 bytes maximum);
56#  byte[0] TLV total len = 0x5
57#  byte[1] NCI_MTS_CMD|NCI_GID_PROP = 0x2f
58#  byte[2] NCI_MSG_FRAME_LOG = 0x9
59#  byte[3] 2
60#  byte[4] 0=turn off RF frame logging; 1=turn on
61#  byte[5] 0=turn off SWP frame logging; 1=turn on
62#  NFA_DM_START_UP_VSC_CFG={05:2F:09:02:01:01}
63
64###############################################################################
65# Configure the default Destination Gate used by HCI (the default is 4, which
66# is the ETSI loopback gate.
67#NFA_HCI_DEFAULT_DEST_GATE=0x04
68
69###############################################################################
70# Override the stack default for NFA_EE_MAX_EE_SUPPORTED set in nfc_target.h.
71# The value is set to 3 by default as it assumes we will discover 0xF2,
72# 0xF3, and 0xF4. If a platform will exclude an SE, this value can be reduced
73# so that the stack will not wait any longer than necessary.  It can be set to
74# 0 to disable EE and HCI sub-systems (i.e. if there are no SE on the system).
75# Note, if set to 0, the ACTIVE_SE setting should also be set to 0.
76NFA_MAX_EE_SUPPORTED=0
77
78###############################################################################
79# Configure the single default SE to use.  The default is to use the first
80# SE that is detected by the stack.  This value might be used when the phone
81# supports multiple SE (e.g. 0xF3 and 0xF4) but you want to force it to use
82# one of them (e.g. 0xF4).  This can be set to 0 if there are no SE on the
83# system in order to skip SE initialization.
84ACTIVE_SE=0
85
86###############################################################################
87# Configure the NFC Extras to open and use a static pipe.  If the value is
88# not set or set to 0, then the default is use a dynamic pipe based on a
89# destination gate (see NFA_HCI_DEFAULT_DEST_GATE).  Note there is a value
90# for each UICC (where F3="UICC0" and F4="UICC1")
91#NFA_HCI_STATIC_PIPE_ID_F3=0x70
92#NFA_HCI_STATIC_PIPE_ID_F4=0x71
93
94###############################################################################
95# When disconnecting from Oberthur secure element, perform a warm-reset of
96# the secure element to deselect the applet.
97# The default hex value of the command is 0x3.  If this variable is undefined,
98# then this feature is not used.
99OBERTHUR_WARM_RESET_COMMAND=0x03
100
101###############################################################################
102# Force UICC to only listen to the following technology(s).
103# The bits are defined as tNFA_TECHNOLOGY_MASK in nfa_api.h.
104# Default is NFA_TECHNOLOGY_MASK_A | NFA_TECHNOLOGY_MASK_B.
105#UICC_LISTEN_TECH_MASK=0x01
106
107###############################################################################
108# AID for Empty Select command
109# If specified, this AID will be substituted when an Empty SELECT command is
110# detected.  The first byte is the length of the AID.  Maximum length is 16.
111AID_FOR_EMPTY_SELECT={08:A0:00:00:01:51:00:00:00}
112
113###############################################################################
114# Force tag polling for the following technology(s).
115# The bits are defined as tNFA_TECHNOLOGY_MASK in nfa_api.h.
116# Default is NFA_TECHNOLOGY_MASK_A | NFA_TECHNOLOGY_MASK_B |
117#            NFA_TECHNOLOGY_MASK_F | NFA_TECHNOLOGY_MASK_ISO15693 |
118#            NFA_TECHNOLOGY_MASK_B_PRIME | NFA_TECHNOLOGY_MASK_A_ACTIVE |
119#            NFA_TECHNOLOGY_MASK_F_ACTIVE.
120#
121# Notable bits:
122#   NFA_TECHNOLOGY_MASK_A         0x01
123#   NFA_TECHNOLOGY_MASK_B         0x02
124#   NFA_TECHNOLOGY_MASK_F         0x04
125#   NFA_TECHNOLOGY_MASK_ISO15693  0x08
126#   NFA_TECHNOLOGY_MASK_B_PRIME   0x10
127#   NFA_TECHNOLOGY_MASK_KOVIO	    0x20
128#   NFA_TECHNOLOGY_MASK_A_ACTIVE    0x40
129#   NFA_TECHNOLOGY_MASK_F_ACTIVE    0x80
130POLLING_TECH_MASK=0xEF
131
132###############################################################################
133# Force P2P to only listen for the following technology(s).
134# The bits are defined as tNFA_TECHNOLOGY_MASK in nfa_api.h.
135# Default is NFA_TECHNOLOGY_MASK_A | NFA_TECHNOLOGY_MASK_F |
136#            NFA_TECHNOLOGY_MASK_A_ACTIVE | NFA_TECHNOLOGY_MASK_F_ACTIVE
137#P2P_LISTEN_TECH_MASK=0xC5
138
139###############################################################################
140# Maximum Number of Credits to be allowed by the NFCC
141#   This value overrides what the NFCC specifices allowing the host to have
142#   the control to work-around transport limitations.  If this value does
143#   not exist or is set to 0, the NFCC will provide the number of credits.
144#MAX_RF_DATA_CREDITS=1
145
146###############################################################################
147# When screen is turned off, specify the desired power state of the controller.
148# 0: power-off-sleep state; DEFAULT
149# 1: full-power state (note: this is still low-power ("snooze") on BRCM devices.
150# 2: screen-off card-emulation (CE4/CE3/CE1 modes are used)
151SCREEN_OFF_POWER_STATE=1
152
153###############################################################################
154# SPD Debug mode
155#  If set to 1, any failure of downloading a patch will trigger a hard-stop
156#SPD_DEBUG=0
157
158###############################################################################
159# SPD Max Retry Count
160#  The number of attempts to download a patch before giving up (defualt is 3).
161#  Note, this resets after a power-cycle.
162#SPD_MAX_RETRY_COUNT=3
163
164###############################################################################
165# transport driver
166#
167# TRANSPORT_DRIVER=<driver>
168#
169#  where <driver> can be, for example:
170#    "/dev/ttyS"        (UART)
171#    "/dev/bcmi2cnfc"   (I2C)
172#    "hwtun"            (HW Tunnel)
173#    "/dev/bcmspinfc"   (SPI)
174#    "/dev/btusb0"      (BT USB)
175TRANSPORT_DRIVER="/dev/bcm2079x"
176
177###############################################################################
178# power control driver
179# Specify a kernel driver that support ioctl commands to control NFC_EN and
180# NFC_WAKE gpio signals.
181#
182# POWER_CONTRL_DRIVER=<driver>
183#  where <driver> can be, for example:
184#    "/dev/nfcpower"
185#    "/dev/bcmi2cnfc"   (I2C)
186#    "/dev/bcmspinfc"   (SPI)
187#    i2c and spi driver may be used to control NFC_EN and NFC_WAKE signal
188POWER_CONTROL_DRIVER="/dev/bcm2079x"
189
190###############################################################################
191# I2C transport driver options
192# BCMI2CNFC_ADDRESS=0
193
194###############################################################################
195# I2C transport driver try to read multiple packets in read() if data is available
196# remove the comment below to enable this feature
197#READ_MULTIPLE_PACKETS=1
198
199###############################################################################
200# SPI transport driver options
201#SPI_NEGOTIATION={0A:F0:00:01:00:00:00:FF:FF:00:00}
202
203###############################################################################
204# UART transport driver options
205#
206# PORT=1,2,3,...
207# BAUD=115200, 19200, 9600, 4800,
208# DATABITS=8, 7, 6, 5
209# PARITY="even" | "odd" | "none"
210# STOPBITS="0" | "1" | "1.5" | "2"
211
212#UART_PORT=2
213#UART_BAUD=115200
214#UART_DATABITS=8
215#UART_PARITY="none"
216#UART_STOPBITS="1"
217
218###############################################################################
219# Insert a delay in microseconds per byte after a write to NFCC.
220# after writing a block of data to the NFCC, delay this an amopunt of time before
221# writing next block of data.  the delay is calculated as below
222#   NFC_WRITE_DELAY * (number of byte written) / 1000 milliseconds
223# e.g. after 259 bytes is written, delay (259 * 20 / 1000) 5 ms before next write
224NFC_WRITE_DELAY=20
225
226###############################################################################
227# Configuration for the RF discovery frequency for each technology. The values mean
228# frequency for NFC Technology A
229#                   Technology B
230#                   Technology F
231#                   Proprietary Technology/15693
232#                   Proprietary Technology/B-Prime
233#                   Proprietary Technology/Kovio
234#                   Technology A active mode
235#                   Technology F active mode
236#POLL_FREQUENCY={01:01:01:01:01:01:01:01}
237
238###############################################################################
239# Choose the presence-check algorithm for type-4 tag.  If not defined,
240# the default value is 1.
241# 0  NFA_RW_PRES_CHK_DEFAULT; Let stack selects an algorithm
242# 1  NFA_RW_PRES_CHK_I_BLOCK; ISO-DEP protocol's empty I-block
243# 2  NFA_RW_PRES_CHK_RESET; Deactivate to Sleep, then re-activate
244# 3  NFA_RW_PRES_CHK_RB_CH0; Type-4 tag protocol's ReadBinary command on channel 0
245# 4  NFA_RW_PRES_CHK_RB_CH3; Type-4 tag protocol's ReadBinary command on channel 3
246PRESENCE_CHECK_ALGORITHM=1
247