regulatory.sqlite
regulatory.bin
daemon/dump
+*.pyc
all: regulatory.bin
-
-regulatory.bin: regulatory.sqlite dbgen.py key.priv.pem
- @./dbgen.py
+regulatory.bin: db2bin.py key.priv.pem db.txt dbparse.py
+ @./db2bin.py
clean:
- @rm -f regulatory.sqlite regulatory.bin *~
-
-regulatory.sqlite: db/*.sql
- @rm -f requlatory.sqlite
- @(for i in db/*.sql ; do \
- if [ $$i = "db/00-database.sql" ] ; then continue ; fi ;\
- sed 's/AUTO_INCREMENT/AUTOINCREMENT/; s/use regulatory;//' < $$i ;\
- done) | sqlite3 regulatory.sqlite
+ @rm -f regulatory.bin *~ *.pyc
generate_keys:
openssl genrsa -out key.priv.pem 2048
--- /dev/null
+############
+# First: band definitions
+
+band WORLD: 2432 - 2442 @ 20, OFDM, CCK
+
+band FCCA-1: 2412 - 2462 @ 20, OFDM, CCK
+band FCCA-2: 2437 - 2437 @ 40, OFDM, CCK
+band FCCA-3: 2442 - 2462 @ 20, OFDM, CCK
+
+# ETSIC also uses FCCA-1/-2
+band ETSIC: 2442 - 2472 @ 20, OFDM, CCK
+
+band MKKA-1: 2412 - 2472 @ 20, OFDM, CCK
+band MKKA-2: 2484 - 2484 @ 20, CCK
+
+band DEBUG-24: 2412 - 2732 @ 40, OFDM, CCK
+
+# 5 GHz ranges follow
+
+band APL1: 5745 - 5825 @ 20, OFDM
+band APL2: 5745 - 5805 @ 20, OFDM
+
+band APL3-1: 5280 - 5320 @ 20, OFDM
+band APL3-2: 5745 - 5805 @ 20, OFDM
+
+# DMN_APL4 --- DMN_ETSI2 uses only the first frequency range
+# DMN_ETS5 uses the same freq range as DMN_ETSI2 so we can combine these two
+band APL4-1: 5180 - 5240 @ 20, OFDM
+band APL4-2: 5745 - 5825 @ 20, OFDM
+
+# DMN_ETSI1 -- DMN_ETSI3 and DMN_ETSI4 uses the first freq range of DMN_ETSI1
+# DMN_ETSI4 overlaps with ETSI3 so we deleted it
+band ETSI1: 5180 - 5320 @ 20, OFDM
+band ETSI2: 5500 - 5700 @ 20, OFDM
+
+band ETSI6-1: 5180 - 5280 @ 20, OFDM
+band ETSI6-2: 5500 - 5700 @ 20, OFDM
+
+band FCC1-1: 5180 - 5200 @ 20, OFDM
+band FCC1-2: 5210 - 5210 @ 40, OFDM
+band FCC1-3: 5220 - 5240 @ 20, OFDM
+band FCC1-4: 5250 - 5250 @ 40, OFDM
+band FCC1-5: 5260 - 5280 @ 20, OFDM
+band FCC1-6: 5290 - 5290 @ 40, OFDM
+band FCC1-7: 5300 - 5320 @ 20, OFDM
+band FCC1-8: 5745 - 5745 @ 20, OFDM
+band FCC1-9: 5760 - 5760 @ 40, OFDM
+band FCC1-10: 5765 - 5785 @ 20, OFDM
+band FCC1-11: 5800 - 5800 @ 40, OFDM
+band FCC1-12: 5805 - 5825 @ 20, OFDM
+
+# FCC3 is FCC1 + this
+band FCC3: 5500 - 5700 @ 20, OFDM
+
+# MKK1
+band MKK1: 5170 - 5230 @ 20, OFDM
+
+# MKK2 is MKK1 + this
+band MKK2: 5040 - 5080 @ 20, OFDM
+
+band DEBUG-50: 5005 - 6100 @ 40, OFDM, CCK
+
+
+############
+# Second: power definitions
+
+# OI is the identifier we use for outdoor+indoor which is usually a space
+power DEFAULT: OI, 6, 30, 30, 36, 255
+
+############
+# Finally, country definitions
+
+country 00:
+ WORLD, DEFAULT
+
+country 01:
+ DEBUG-24, DEFAULT
+
+country 02:
+ DEBUG-50, DEFAULT
+
+country 03:
+ DEBUG-24, DEFAULT
+ DEBUG-50, DEFAULT
+
+country BR, BZ:
+ FCCA-1, DEFAULT
+ FCCA-2, DEFAULT
+ ETSIC, DEFAULT
+
+country PH:
+ FCC1-1, DEFAULT
+ FCC1-2, DEFAULT
+ FCC1-3, DEFAULT
+ FCC1-4, DEFAULT
+ FCC1-5, DEFAULT
+ FCC1-6, DEFAULT
+ FCC1-7, DEFAULT
+ FCC1-8, DEFAULT
+ FCC1-9, DEFAULT
+ FCC1-10, DEFAULT
+ FCC1-11, DEFAULT
+ FCC1-12, DEFAULT
+ WORLD, DEFAULT
+
+country CO, DO, GT, MX, PA, PR, US:
+ ETSI1, DEFAULT
+ ETSI2, DEFAULT
+ WORLD, DEFAULT
+
+country AU, HK, MO:
+ FCCA-1, DEFAULT
+ FCCA-2, DEFAULT
+ FCCA-3, DEFAULT
+ ETSI1, DEFAULT
+ ETSI2, DEFAULT
+
+country CA:
+ FCCA-1, DEFAULT
+ FCCA-2, DEFAULT
+ ETSIC, DEFAULT
+
+country NZ:
+ FCC1-1, DEFAULT
+ FCC1-2, DEFAULT
+ FCC1-3, DEFAULT
+ FCC1-4, DEFAULT
+ FCC1-5, DEFAULT
+ FCC1-6, DEFAULT
+ FCC1-7, DEFAULT
+ FCC1-8, DEFAULT
+ FCC1-9, DEFAULT
+ FCC1-10, DEFAULT
+ FCC1-11, DEFAULT
+ FCC1-12, DEFAULT
+ FCC3, DEFAULT
+
+country UZ:
+ ETSI1, DEFAULT
+ ETSI2, DEFAULT
+ WORLD, DEFAULT
+
+country CY, DE, DK, EE, ES, FI, GB, IE, IS, IT, LT, LU, LN, NO, PL, PT, SE, SI, UK, ZA:
+ APL4-1, DEFAULT
+ WORLD, DEFAULT
+
+country CH, HU, LI, AT:
+ ETSI1, DEFAULT
+ WORLD, DEFAULT
+
+country CZ, F2, HR, SK, TN, TR, AM, AZ, BE, GE, MC, TT:
+ ETSI6-1, DEFAULT
+ ETSI6-2, DEFAULT
+ WORLD, DEFAULT
+
+country BG:
+ MKKA-1, DEFAULT
+ MKKA-2, DEFAULT
+ MKK1, DEFAULT
+
+country JP:
+ MKK1, DEFAULT
+ FCCA-1, DEFAULT
+ FCCA-2, DEFAULT
+ FCCA-3, DEFAULT
+
+country J2:
+ MKKA-1, DEFAULT
+ MKKA-2, DEFAULT
+ MKK1, DEFAULT
+ MKK2, DEFAULT
+
+country BN, CH, IR, CL:
+ APL1, DEFAULT
+ WORLD, DEFAULT
+
+country BO:
+ APL1, DEFAULT
+ FCCA-1, DEFAULT
+ FCCA-2, DEFAULT
+ ETSIC, DEFAULT
+
+country KP, KR, TH, UY:
+ APL2, DEFAULT
+ WORLD, DEFAULT
+
+country VE:
+ APL2, DEFAULT
+ FCCA-1, DEFAULT
+ FCCA-2, DEFAULT
+ ETSIC, DEFAULT
+
+country AR, TW:
+ APL3-1, DEFAULT
+ APL3-2, DEFAULT
+ WORLD, DEFAULT
+
+country SG:
+ APL4-1, DEFAULT
+ APL4-2, DEFAULT
+ WORLD, DEFAULT
+++ /dev/null
-/* create database */
-
-create database if not exists regulatory;
-
-/* add permissions */
-use regulatory;
-grant all privileges on regulatory.* to admin@localhost identified by '802.11r';
+++ /dev/null
-use regulatory;
-
-/* This is the DB schema of the CRDA database */
-
-/* Each regulatory rule defined has a set of frequency ranges with
- * an attached power rule. */
-drop table if exists reg_rule;
-CREATE TABLE reg_rule (
- reg_rule_id INTEGER PRIMARY KEY AUTO_INCREMENT NOT NULL,
- freq_range_id INTEGER NOT NULL default '0',
- power_rule_id INTEGER NOT NULL default '0'
-);
-
-/* Frequency ranges */
-drop table if exists freq_range;
-CREATE TABLE freq_range (
- freq_range_id INTEGER PRIMARY KEY AUTO_INCREMENT NOT NULL,
- start_freq_khz INTEGER NOT NULL default '0',
- end_freq_khz INTEGER NOT NULL default '0',
- max_bandwidth_khz INTEGER NOT NULL default '0',
- modulation_cap INTEGER NOT NULL default '0',
- misc_restrictions INTEGER NOT NULL default '0'
-);
-
-/* Power rule. Each power rule can be attached to a frequency range.
- * We use mili to avoid floating point in the kernel.
- * EIRP and IR is given in mili Bells with respect to 1 mili Watt, so mbm
- * Antenna gain is given in mili Bells with respect to the isotropic, so mbi.
- *
- * Note: a dipole antenna has a gain of 2.14 dBi, so 2140 mBi)
- */
-drop table if exists power_rule;
-CREATE TABLE power_rule (
- power_rule_id INTEGER PRIMARY KEY AUTO_INCREMENT NOT NULL,
- environment_cap char(1) NOT NULL,
- max_antenna_gain_mbi INTEGER NOT NULL default '0',
- max_ir_ptmp_mbm INTEGER NOT NULL default '0',
- max_ir_ptp_mbm INTEGER NOT NULL default '0',
- max_eirp_pmtp_mbm INTEGER NOT NULL default '0',
- max_eirp_ptp_mbm INTEGER NOT NULL default '0'
-);
-
-/* Each collection has a list of rules attached it. The reg_collection_id is what we use
- * to group together a bunch of rules into a group. */
-drop table if exists reg_rules_collection;
-CREATE TABLE reg_rules_collection (
- entry_id INTEGER PRIMARY KEY AUTO_INCREMENT NOT NULL,
- reg_collection_id INTEGER NOT NULL default '0',
- reg_rule_id INTEGER NOT NULL default '0'
-);
-
-/* ISO3166-alpha2 <--> regulatory collection id mapping. Each country can have
- * more than one collection id. This allows for large flexibility on how
- * we can group together in collections rule ids. Right now we group together
- * common rules into bands groups (2 GHz and 5 GHz for now) */
-drop table if exists reg_country;
-CREATE TABLE reg_country (
- reg_country_id INTEGER PRIMARY KEY AUTO_INCREMENT NOT NULL,
- alpha2 char(2) NOT NULL,
- reg_collection_id INTEGER NOT NULL default '0'
-);
+++ /dev/null
-use regulatory;
-/* DMN_WORLD */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2432 * 1000, 2442 * 1000, 20 * 1000, 3);
-
-/* DMN_FCCA */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2412 * 1000, 2462 * 1000, 20 * 1000, 3);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2437 * 1000, 2437 * 1000, 40 * 1000, 3);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2442 * 1000, 2462 * 1000, 20 * 1000, 3);
-
-/* DMN_ETSIC */
-/* first two freq ranges of DMN_FCCA and: */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2442 * 1000, 2472 * 1000, 20 * 1000, 3);
-
-/* DMN_MKKA -- 1 freq ranges! */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2412 * 1000, 2472 * 1000, 20 * 1000, 3);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2484 * 1000, 2484 * 1000, 20 * 1000, 1);
-
-/* DMN_DEBUG */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (2412 * 1000, 2732 * 1000, 40 * 1000, 3);
-/* There's nother 5 GHz debug below */
-
-/************ 5 GHz freq ranges now ********************/
-
-/* DMN_APL1 */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5745 * 1000, 5825 * 1000, 20 * 1000, 2);
-
-/* DMN_APL2 */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5745 * 1000, 5805 * 1000, 20 * 1000, 2);
-
-/* DMN_APL3 */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5280 * 1000, 5320 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5745 * 1000, 5805 * 1000, 20 * 1000, 2);
-
-/* DMN_APL4 --- DMN_ETSI2 uses only the first frequency range */
-/* DMN_ETS5 uses the same freq range as DMN_ETSI2 so we can combine these two */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5180 * 1000, 5240 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5745 * 1000, 5825 * 1000, 20 * 1000, 2);
-
-/* DMN_ETSI1 -- DMN_ETSI3 and DMN_ETSI4 uses the first freq range of DMN_ETSI1 */
-/* DMN_ETSI4 overlaps with ETSI3 so we deleted it */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5180 * 1000, 5320 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5500 * 1000, 5700 * 1000, 20 * 1000, 2);
-
-/* DMN_ETSI6 */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5180 * 1000, 5280 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5500 * 1000, 5700 * 1000, 20 * 1000, 2);
-
-/* DMN_FCC1 */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5180 * 1000, 5200 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5210 * 1000, 5210 * 1000, 40 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5220 * 1000, 5240 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5250 * 1000, 5250 * 1000, 40 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5260 * 1000, 5280 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5290 * 1000, 5290 * 1000, 40 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5300 * 1000, 5320 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5745 * 1000, 5745 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5760 * 1000, 5760 * 1000, 40 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5765 * 1000, 5785 * 1000, 20 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5800 * 1000, 5800 * 1000, 40 * 1000, 2);
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5805 * 1000, 5825 * 1000, 20 * 1000, 2);
-
-/* DMN_FCC2 -- the first freq is from ETSI1 (5180 - 5320), the other one is the second one from DMN_APL4 (5745 - 5825) */
-
-/* DMN_FCC3 is DMN_FCC1 + the freqs below */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5500 * 1000, 5700 * 1000, 20 * 1000, 2);
-
-/* DMN_MKK1 */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5170 * 1000, 5230 * 1000, 20 * 1000, 2);
-
-/* DMN_MKK2 is DMN_MKK1 + the freqs below */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5040 * 1000, 5080 * 1000, 20 * 1000, 2);
-
-/* DMN_DEBUG */
-insert into freq_range (start_freq_khz, end_freq_khz, max_bandwidth_khz, modulation_cap) values (5005 * 1000, 6100 * 1000, 40 * 1000, 3);
+++ /dev/null
-use regulatory;
-/* environment_cap varchar(255) not null,
- max_antenna_gain_mbi int(11) UNSIGNED not null default '0',
- max_ir_ptmp_mbm int(11) UNSIGNED not null default '0',
- max_ir_ptp_mbm int(11) UNSIGNED not null default '0',
- max_eirp_pmtp_mbm int(11) UNSIGNED not null default '0',
- max_eirp_ptp_mbm int(11) UNSIGNED not null default '0'
-*/
-insert into power_rule (environment_cap, max_antenna_gain_mbi, max_ir_ptmp_mbm, max_ir_ptp_mbm, max_eirp_pmtp_mbm, max_eirp_ptp_mbm) values (" ", 6 * 1000, 30 * 1000, 30 * 1000, 36 * 1000, 255 * 1000);
+++ /dev/null
-use regulatory;
-/*
- reg_rule_id int(11) UNSIGNED NOT NULL AUTO_INCREMENT,
- freq_range_id int(11) UNSIGNED not null default '0',
- power_rule_id int(11) UNSIGNED not null default '0',
- PRIMARY KEY(reg_rule_id)
-*/
-
-insert into reg_rule (freq_range_id, power_rule_id) values (1, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (2, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (3, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (4, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (5, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (6, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (7, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (8, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (9, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (10, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (11, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (12, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (13, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (14, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (15, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (16, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (17, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (18, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (19, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (20, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (21, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (22, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (23, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (24, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (25, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (26, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (27, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (28, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (29, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (30, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (31, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (32, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (33, 1);
-insert into reg_rule (freq_range_id, power_rule_id) values (34, 1);
+++ /dev/null
-use regulatory;
-/*
- entry_id int(11) UNSIGNED NOT NULL AUTO_INCREMENT,
- reg_collection_id int(11) UNSIGNED not null default '0',
- reg_rule_id int(11) UNSIGNED not null default '0',
-*/
-
-/* Global collection of rules */
-
-/* DMN_NULL_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (1, 1);
-
-/* DMN_NULL_DEBUG */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (2, 8);
-
-/* DMN_DEBUG_NULL */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (3, 34);
-
-/* DMN_DEBUG_DEBUG */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (4, 8);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (4, 34);
-
-/* DMN_NULL_ETSIC */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (5, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (5, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (5, 5);
-
-/* DMN_FCC1_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 19);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 20);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 21);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 22);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 23);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 24);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 25);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 26);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 27);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 28);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 29);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 30);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (6, 1);
-
-/* DMN_FCC2_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (7, 15);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (7, 14);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (7, 1);
-
-/* DMN_FCC2_FCCA */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (8, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (8, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (8, 4);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (8, 15);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (8, 14);
-
-/* DMN_FCC2_ETSIC */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (9, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (9, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (9, 4);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (9, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (9, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (9, 5);
-
-/* DMN_FCC3_FCCA */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 19);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 20);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 21);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 22);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 23);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 24);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 25);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 26);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 27);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 28);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 29);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 30);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 31);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 15);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (10, 14);
-
-/* DMN_ETSI1_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (11, 15);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (11, 16);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (11, 1);
-
-/* DMN_ETSI2_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (12, 13);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (12, 1);
-
-/* DMN_ETSI3_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (13, 15);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (13, 1);
-
-/* DMN_ETSI6_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (14, 17);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (14, 18);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (14, 1);
-
-/* DMN_MKK1_MKKA */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (15, 32);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (15, 6);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (15, 7);
-
-/* DMN_MKK1_FCCA */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (16, 32);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (16, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (16, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (16, 4);
-
-/* DMN_MKK2_MKKA */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (18, 32);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (18, 33);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (18, 6);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (18, 7);
-
-/* DMN_APL1_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (19, 9);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (19, 1);
-
-/* DMN_APL1_ETSIC */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (20, 9);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (20, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (20, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (20, 5);
-
-/* DMN_APL2_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (21, 10);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (21, 1);
-
-/* DMN_APL2_ETSIC */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (22, 10);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (22, 2);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (22, 3);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (22, 5);
-
-/* DMN_APL3_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (23, 11);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (23, 12);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (23, 1);
-
-/* DMN_APL4_WORLD */
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (24, 13);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (24, 14);
-insert into reg_rules_collection (reg_collection_id, reg_rule_id) values (24, 1);
+++ /dev/null
-use regulatory;
-/*
- reg_country_id int(11) UNSIGNED NOT NULL AUTO_INCREMENT,
- alpha2 varchar(2) not null,
- reg_collection_id int(11) UNSIGNED not null default '0',
- PRIMARY KEY(reg_country_id)
-*/
-
-/* DMN_NULL_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("00", 1);
-/* DMN_NULL_DEBUG*/
-insert into reg_country (alpha2, reg_collection_id) values ("01", 2);
-/* DMN_DEBUG_NULL */
-insert into reg_country (alpha2, reg_collection_id) values ("02", 3);
-/* DMN_DEBUG_DEBUG */
-insert into reg_country (alpha2, reg_collection_id) values ("03", 4);
-
-/* DMN_NULL_ETSIC */
-insert into reg_country (alpha2, reg_collection_id) values ("BR", 5);
-insert into reg_country (alpha2, reg_collection_id) values ("BZ", 5);
-
-/* DMN_FCC1_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("PH", 6);
-
-/* DMN_FCC1_FCCA */
-insert into reg_country (alpha2, reg_collection_id) values ("CO", 7);
-insert into reg_country (alpha2, reg_collection_id) values ("DO", 7);
-insert into reg_country (alpha2, reg_collection_id) values ("GT", 7);
-insert into reg_country (alpha2, reg_collection_id) values ("MX", 7);
-insert into reg_country (alpha2, reg_collection_id) values ("PA", 7);
-insert into reg_country (alpha2, reg_collection_id) values ("PR", 7);
-insert into reg_country (alpha2, reg_collection_id) values ("US", 7);
-
-/* DMN_FCC2_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("AU", 8);
-insert into reg_country (alpha2, reg_collection_id) values ("HK", 8);
-insert into reg_country (alpha2, reg_collection_id) values ("MO", 8);
-
-/* DMN_FCC2_FCCA */
-insert into reg_country (alpha2, reg_collection_id) values ("CA", 9);
-
-/* DMN_FCC2_ETSIC */
-insert into reg_country (alpha2, reg_collection_id) values ("NZ", 10);
-
-/* DMN_FCC3_FCCA */
-insert into reg_country (alpha2, reg_collection_id) values ("UZ", 11);
-
-/* DMN_ETSI1_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("CY", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("DE", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("DK", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("EE", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("ES", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("FI", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("GB", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("IE", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("IS", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("IT", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("LT", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("LU", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("LN", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("NO", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("PL", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("PT", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("SE", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("SI", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("UK", 12);
-insert into reg_country (alpha2, reg_collection_id) values ("ZA", 12);
-
-/* DMN_ETSI2_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("CH", 13);
-insert into reg_country (alpha2, reg_collection_id) values ("HU", 13);
-insert into reg_country (alpha2, reg_collection_id) values ("LI", 13);
-insert into reg_country (alpha2, reg_collection_id) values ("AT", 13);
-
-/* DMN_ETSI3_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("CZ", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("F2", 14); /* ? */
-insert into reg_country (alpha2, reg_collection_id) values ("HR", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("SK", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("TN", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("TR", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("AM", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("AZ", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("BE", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("GE", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("MC", 14);
-insert into reg_country (alpha2, reg_collection_id) values ("TT", 14);
-
-/* DMN_ETSI6_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("BG", 15);
-
-/* DMN_MKK1_MKKA */
-insert into reg_country (alpha2, reg_collection_id) values ("JP", 16);
-/* DMN_MKK2_MKKA */
-insert into reg_country (alpha2, reg_collection_id) values ("J2", 18);
-
-/* DMN_APL1_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("BN", 19);
-insert into reg_country (alpha2, reg_collection_id) values ("CH", 19);
-insert into reg_country (alpha2, reg_collection_id) values ("IR", 19);
-insert into reg_country (alpha2, reg_collection_id) values ("CL", 19);
-
-/* DMN_APL1_ETSIC */
-insert into reg_country (alpha2, reg_collection_id) values ("BO", 20);
-
-/* DMN_APL2_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("KP", 21);
-insert into reg_country (alpha2, reg_collection_id) values ("KR", 21);
-insert into reg_country (alpha2, reg_collection_id) values ("TH", 21);
-insert into reg_country (alpha2, reg_collection_id) values ("UY", 21);
-
-/* DMN_APL2_ETSIC */
-insert into reg_country (alpha2, reg_collection_id) values ("VE", 22);
-
-/* DMN_APL3_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("AR", 23);
-insert into reg_country (alpha2, reg_collection_id) values ("TW", 23);
-
-/* DMN_APL4_WORLD */
-insert into reg_country (alpha2, reg_collection_id) values ("SG", 24);
-
-
--- /dev/null
+#!/usr/bin/env python
+
+from cStringIO import StringIO
+import struct
+import sha
+from dbparse import DBParser, create_rules, create_collections
+
+MAGIC = 0x52474442
+VERSION = 19
+
+def be32(output, val):
+ output.write(struct.pack('>I', val))
+
+class PTR(object):
+ def __init__(self, output):
+ self._output = output
+ self._pos = output.tell()
+ be32(output, 0xFFFFFFFF)
+
+ def set(self, val=None):
+ if val is None:
+ val = self._output.tell()
+ self._offset = val
+ pos = self._output.tell()
+ self._output.seek(self._pos)
+ be32(self._output, val)
+ self._output.seek(pos)
+
+ def get(self):
+ return self._offset
+
+p = DBParser()
+bands, power, countries = p.parse(file('db.txt'))
+rules = create_rules(countries)
+collections = create_collections(countries)
+
+output = StringIO()
+
+# struct regdb_file_header
+be32(output, MAGIC)
+be32(output, VERSION)
+reg_country_ptr = PTR(output)
+# add number of countries
+be32(output, len(countries))
+siglen = PTR(output)
+
+power_rules = {}
+for power_rule_id, pr in power.iteritems():
+ environ = pr[0]
+ pr = [int(v * 1000) for v in pr[1:]]
+ power_rules[power_rule_id] = output.tell()
+ # struct regdb_file_power_rule
+ output.write(struct.pack('>cxxxIIIII', str(environ), *pr))
+
+freq_ranges = {}
+for freq_range_id, fr in bands.iteritems():
+ freq_ranges[freq_range_id] = output.tell()
+ fl = fr[3]
+ fr = [int(f * 1000) for f in fr[:3]]
+ # struct regdb_file_freq_range
+ output.write(struct.pack('>IIIII', fl, fr[0], fr[1], fr[2], 0))
+
+
+reg_rules = {}
+for reg_rule in rules:
+ freq_range_id, power_rule_id = reg_rule
+ reg_rules[reg_rule] = output.tell()
+ # struct regdb_file_reg_rule
+ output.write(struct.pack('>II', freq_ranges[freq_range_id], power_rules[power_rule_id]))
+
+
+reg_rules_collections = {}
+
+for coll in collections:
+ reg_rules_collections[coll] = output.tell()
+ # struct regdb_file_reg_rules_collection
+ be32(output, len(coll))
+ for regrule in coll:
+ be32(output, reg_rules[regrule])
+
+# update country pointer now!
+reg_country_ptr.set()
+
+for alpha2, coll in countries.iteritems():
+ # struct regdb_file_reg_country
+ output.write(struct.pack('>ccxxI', str(alpha2[0]), str(alpha2[1]), reg_rules_collections[coll]))
+
+# Load RSA only now so people can use this script
+# without having those libraries installed to verify
+# their SQL changes
+from M2Crypto import RSA
+
+# determine signature length
+key = RSA.load_key('key.priv.pem')
+hash = sha.new()
+hash.update(output.getvalue())
+sig = key.sign(hash.digest())
+# write it to file
+siglen.set(len(sig))
+# sign again
+hash = sha.new()
+hash.update(output.getvalue())
+sig = key.sign(hash.digest())
+
+output.write(sig)
+
+outfile = open('regulatory.bin', 'w')
+outfile.write(output.getvalue())
+++ /dev/null
-#!/usr/bin/env python
-
-from pysqlite2 import dbapi2 as db
-from cStringIO import StringIO
-import struct
-import sha
-
-MAGIC = 0x52474442
-VERSION = 19
-
-def be32(output, val):
- output.write(struct.pack('>I', val))
-
-class PTR(object):
- def __init__(self, output):
- self._output = output
- self._pos = output.tell()
- be32(output, 0xFFFFFFFF)
-
- def set(self, val=None):
- if val is None:
- val = self._output.tell()
- self._offset = val
- pos = self._output.tell()
- self._output.seek(self._pos)
- be32(self._output, val)
- self._output.seek(pos)
-
- def get(self):
- return self._offset
-
-regdb = db.connect('regulatory.sqlite')
-cursor = regdb.cursor()
-
-output = StringIO()
-
-# struct regdb_file_header
-be32(output, MAGIC)
-be32(output, VERSION)
-reg_country_ptr = PTR(output)
-# add number of countries
-cursor.execute('SELECT COUNT(*) FROM reg_country;')
-be32(output, cursor.fetchone()[0])
-siglen = PTR(output)
-
-power_rules = {}
-# just to make sure db scheme isn't bad
-cursor.execute('''SELECT power_rule_id,
- environment_cap,
- max_antenna_gain_mbi,
- max_ir_ptmp_mbm,
- max_ir_ptp_mbm,
- max_eirp_pmtp_mbm,
- max_eirp_ptp_mbm FROM power_rule;''')
-for pr in cursor:
- power_rule_id = pr[0]
- power_rules[power_rule_id] = output.tell()
- # struct regdb_file_power_rule
- output.write(struct.pack('>cxxxIIIII', str(pr[1]), *pr[2:]))
-
-freq_ranges = {}
-# just to make sure db scheme isn't bad
-cursor.execute('''SELECT freq_range_id,
- start_freq_khz,
- end_freq_khz,
- max_bandwidth_khz,
- modulation_cap,
- misc_restrictions FROM freq_range;''')
-for fr in cursor:
- freq_range_id = fr[0]
- freq_ranges[freq_range_id] = output.tell()
- # struct regdb_file_freq_range
- output.write(struct.pack('>IIIII', *fr[1:]))
-
-
-reg_rules = {}
-# just to make sure db scheme isn't bad
-cursor.execute('SELECT reg_rule_id, freq_range_id, power_rule_id FROM reg_rule;')
-for reg_rule in cursor:
- reg_rule_id, freq_range_id, power_rule_id = reg_rule
- reg_rules[reg_rule_id] = output.tell()
- # struct regdb_file_reg_rule
- output.write(struct.pack('>II', freq_ranges[freq_range_id], power_rules[power_rule_id]))
-
-
-collection_data = {}
-# just to make sure db scheme isn't bad
-cursor.execute('SELECT entry_id, reg_collection_id, reg_rule_id FROM reg_rules_collection;')
-for coll in cursor:
- entry_id, reg_collection_id, reg_rule_id = coll
- l = collection_data.get(reg_collection_id, [])
- l.append(reg_rule_id)
- collection_data[reg_collection_id] = l
-
-reg_rules_collections = {}
-
-for rc, l in collection_data.iteritems():
- reg_rules_collections[rc] = output.tell()
- # struct regdb_file_reg_rules_collection
- be32(output, len(l))
- for regrule in l:
- be32(output, reg_rules[regrule])
-
-# update country pointer now!
-reg_country_ptr.set()
-
-# just to make sure db scheme isn't bad
-cursor.execute('SELECT reg_country_id, alpha2, reg_collection_id FROM reg_country;')
-for country in cursor:
- reg_country_id, alpha2, reg_collection_id = country
- # struct regdb_file_reg_country
- output.write(struct.pack('>ccxxI', str(alpha2[0]), str(alpha2[1]), reg_rules_collections[reg_collection_id]))
-
-# Load RSA only now so people can use this script
-# without having those libraries installed to verify
-# their SQL changes
-from M2Crypto import RSA
-
-# determine signature length
-key = RSA.load_key('key.priv.pem')
-hash = sha.new()
-hash.update(output.getvalue())
-sig = key.sign(hash.digest())
-# write it to file
-siglen.set(len(sig))
-# sign again
-hash = sha.new()
-hash.update(output.getvalue())
-sig = key.sign(hash.digest())
-
-output.write(sig)
-
-outfile = open('regulatory.bin', 'w')
-outfile.write(output.getvalue())
--- /dev/null
+#!/usr/bin/env python
+
+import sys
+
+power_flags = {
+ 'OFDM': 2,
+ 'CCK': 1,
+}
+
+class SyntaxError(Exception):
+ pass
+
+class DBParser(object):
+ def __init__(self):
+ pass
+
+ def _syntax_error(self, txt=None):
+ txt = txt and ' (%s)' % txt or ''
+ raise SyntaxError("Syntax error in line %d%s" % (self._lineno, txt))
+
+ def _parse_band(self, line):
+ try:
+ bname, line = line.split(':', 1)
+ if not bname:
+ self._syntax_error("'band' keyword must be followed by name")
+ except ValueError:
+ self._syntax_error("band name must be followed by colon")
+
+ try:
+ freqs, line = line.split(',', 1)
+ except ValueError:
+ freqs = line
+ line = ''
+
+ flags = [f.upper() for f in line.split(',') if f]
+
+ try:
+ freqs, bw = freqs.split('@')
+ bw = float(bw)
+ except ValueError:
+ bw = 20.0
+
+ try:
+ start, end = freqs.split('-')
+ start = float(start)
+ end = float(start)
+ except ValueError:
+ self._syntax_error("band must have frequency range")
+
+ fl = 0
+ for f in flags:
+ if not f in power_flags:
+ self._syntax_error("Invalid band flag")
+ fl |= power_flags[f]
+
+ b = (start, end, bw, fl)
+ self._banddup[bname] = bname
+ if b in self._bandrev:
+ sys.stderr.write('Duplicate band definition (%s and %s)\n' % (bname, self._bandrev[b]))
+ self._banddup[bname] = self._bandrev[b]
+ self._bands[bname] = b
+ self._bandrev[b] = bname
+
+ def _parse_power(self, line):
+ try:
+ pname, line = line.split(':', 1)
+ if not pname:
+ self._syntax_error("'power' keyword must be followed by name")
+ except ValueError:
+ self._syntax_error("power name must be followed by colon")
+
+ try:
+ (environ,
+ max_ant_gain,
+ max_ir_ptmp,
+ max_ir_ptp,
+ max_eirp_ptmp,
+ max_eirp_ptp) = line.split(',')
+ max_ant_gain = float(max_ant_gain)
+ max_ir_ptmp = float(max_ir_ptmp)
+ max_ir_ptp = float(max_ir_ptp)
+ max_eirp_ptmp = float(max_eirp_ptmp)
+ max_eirp_ptp = float(max_eirp_ptp)
+ except ValueError:
+ self._syntax_error("invalid power data")
+
+ if environ == 'OI':
+ environ = ' '
+ if not environ in ('I', 'O', ' '):
+ self._syntax_error("Invalid environment specifier")
+
+ p = (environ, max_ant_gain, max_ir_ptmp,
+ max_ir_ptp, max_eirp_ptmp, max_eirp_ptp)
+ self._powerdup[pname] = pname
+ if p in self._powerrev:
+ sys.stderr.write('Duplicate power definition (%s and %s)\n' % (pname, self._powerrev[p]))
+ self._powerdup[pname] = self._powerrev[p]
+ self._power[pname] = p
+ self._powerrev[p] = pname
+
+ def _parse_country(self, line):
+ try:
+ cname, line = line.split(':', 1)
+ if not cname:
+ self._syntax_error("'country' keyword must be followed by name")
+ if line:
+ self._syntax_error("extra data at end of country line")
+ except ValueError:
+ self._syntax_error("country name must be followed by colon")
+
+ if not cname in self._countries:
+ self._countries[cname] = []
+ self._current_country = self._countries[cname]
+
+ def _parse_country_item(self, line):
+ try:
+ bname, pname = line.split(',', 1)
+ if not bname:
+ self._syntax_error("country definition must have band name")
+ if not pname:
+ self._syntax_error("country definition must have power name")
+ except ValueError:
+ self._syntax_error("country definition must have band and power names")
+ if not bname in self._bands:
+ self._syntax_error("band does not exist")
+ if not pname in self._power:
+ self._syntax_error("power does not exist")
+ self._bands_used[bname] = True
+ self._power_used[pname] = True
+ # de-duplicate so binary database is more compact
+ self._current_country.append((self._banddup[bname], self._powerdup[pname]))
+
+ def parse(self, f):
+ self._current_country = None
+ self._bands = {}
+ self._power = {}
+ self._countries = {}
+ self._bands_used = {}
+ self._power_used = {}
+ self._bandrev = {}
+ self._powerrev = {}
+ self._banddup = {}
+ self._powerdup = {}
+
+ self._lineno = 0
+ for line in f:
+ self._lineno += 1
+ line = line.strip()
+ line = line.replace(' ', '').replace('\t', '')
+ line = line.split('#')[0]
+ if not line:
+ continue
+ if line[0:4] == 'band':
+ self._parse_band(line[4:])
+ self._current_country = None
+ elif line[0:5] == 'power':
+ self._parse_power(line[5:])
+ self._current_country = None
+ elif line[0:7] == 'country':
+ self._parse_country(line[7:])
+ elif self._current_country is not None:
+ self._parse_country_item(line)
+ else:
+ self._syntax_error("Expected band, power or country definition")
+
+ countries = {}
+ for k, v in self._countries.iteritems():
+ v.sort()
+ for k in k.split(','):
+ countries[k] = tuple(v)
+ for u in self._bands:
+ if u in self._bands_used:
+ continue
+ sys.stderr.write('Unused band definition "%s"\n' % u)
+ for u in self._power:
+ if u in self._power_used:
+ continue
+ sys.stderr.write('Unused power definition "%s"\n' % u)
+ return self._bands, self._power, countries
+
+def create_rules(countries):
+ result = {}
+ for c in countries.itervalues():
+ for rule in c:
+ result[rule] = 1
+ return result.keys()
+
+def create_collections(countries):
+ result = {}
+ for c in countries.itervalues():
+ c = tuple(c)
+ result[c] = 1
+ return result.keys()
+
+if __name__ == '__main__':
+ import sys
+ p = DBParser()
+ b, p, c = p.parse(sys.stdin)
+ print b
+ print p
+ print c
+ print create_rules(c)
+ print create_collections(c)
projects / platform / upstream / crda.git / commitdiff