clang-format -i applied to src unittest misc

1 files changed, 201 insertions, 188 deletions

diff --git a/src/ofdm_internal.h b/src/ofdm_internal.h
index caa7876..a5b3c3f 100644
--- a/src/ofdm_internal.h
+++ b/src/ofdm_internal.h
@@ -36,39 +36,34 @@
 #include "filter.h"
 
 #ifdef __cplusplus
-extern "C"
-{
+extern "C" {
 #endif
 
 #ifndef M_PI
-#define M_PI        3.14159265358979323846f
+#define M_PI 3.14159265358979323846f
 #endif
 
-#define TAU         (2.0f * M_PI)
-#define ROT45       (M_PI / 4.0f)
+#define TAU (2.0f * M_PI)
+#define ROT45 (M_PI / 4.0f)
 #define MAX_UW_BITS 64
 
 #define cmplx(value) (cosf(value) + sinf(value) * I)
 #define cmplxconj(value) (cosf(value) + sinf(value) * -I)
 
 /* modem state machine states */
-typedef enum {
-    search,
-    trial,
-    synced
-} State;
+typedef enum { search, trial, synced } State;
 
 typedef enum {
-    unsync,             /* force sync state machine to lose sync, and search for new sync */
-    autosync,           /* falls out of sync automatically */
-    manualsync          /* fall out of sync only under operator control */
+  unsync,   /* force sync state machine to lose sync, and search for new sync */
+  autosync, /* falls out of sync automatically */
+  manualsync /* fall out of sync only under operator control */
 } Sync;
 
 /* phase estimator bandwidth options */
 
 typedef enum {
-    low_bw,             /* can only track a narrow freq offset, but accurate         */
-    high_bw             /* can track wider freq offset, but less accurate at low SNR */
+  low_bw, /* can only track a narrow freq offset, but accurate         */
+  high_bw /* can track wider freq offset, but less accurate at low SNR */
 } PhaseEstBandwidth;
 
 /*
@@ -77,173 +72,182 @@ typedef enum {
  */
 
 struct OFDM_CONFIG {
-    float tx_centre;   /* TX Centre Audio Frequency */
-    float rx_centre;   /* RX Centre Audio Frequency */
-    float fs;          /* Sample Frequency */
-    float rs;          /* Symbol Rate */
-    float ts;          /* symbol duration */
-    float tcp;         /* Cyclic Prefix duration */
-    float timing_mx_thresh;
-
-    int nc;            /* Number of carriers */
-    int ns;            /* Number of Symbol frames */
-    int np;            /* number of modem frames per packet */
-    int bps;           /* Bits per Symbol */
-    int txtbits;       /* number of auxiliary data bits */
-    int nuwbits;       /* number of unique word bits */
-    int bad_uw_errors;
-    int ftwindowwidth;
-    int edge_pilots;
-    char *state_machine;  /* name of sync state machine used for this mode */
-    char *codename;       /* name of LDPC code used with this mode */
-    uint8_t tx_uw[MAX_UW_BITS]; /* user defined unique word */
-    int amp_est_mode;
-    bool tx_bpf_en;       /* default tx (mod) hilbert clipper BPF enable */
-    bool rx_bpf_en;       /* default rx (demod) input BPF enable */
-    bool foff_limiter;    /* tames freq offset updates in low SNR */
-    float amp_scale;      /* used to scale Tx waveform to approx FREEDV_PEAK with clipper off */
-    float clip_gain1;     /* gain we apply to Tx signal before clipping to control PAPR*/
-    float clip_gain2;     /* gain we apply to Tx signal after clipping and BBF to control peak level */
-    bool  clip_en;
-    char mode[16];        /* OFDM mode in string form */
-    char *data_mode;
-    float fmin;
-    float fmax;
+  float tx_centre; /* TX Centre Audio Frequency */
+  float rx_centre; /* RX Centre Audio Frequency */
+  float fs;        /* Sample Frequency */
+  float rs;        /* Symbol Rate */
+  float ts;        /* symbol duration */
+  float tcp;       /* Cyclic Prefix duration */
+  float timing_mx_thresh;
+
+  int nc;      /* Number of carriers */
+  int ns;      /* Number of Symbol frames */
+  int np;      /* number of modem frames per packet */
+  int bps;     /* Bits per Symbol */
+  int txtbits; /* number of auxiliary data bits */
+  int nuwbits; /* number of unique word bits */
+  int bad_uw_errors;
+  int ftwindowwidth;
+  int edge_pilots;
+  char *state_machine; /* name of sync state machine used for this mode */
+  char *codename;      /* name of LDPC code used with this mode */
+  uint8_t tx_uw[MAX_UW_BITS]; /* user defined unique word */
+  int amp_est_mode;
+  bool tx_bpf_en;    /* default tx (mod) hilbert clipper BPF enable */
+  bool rx_bpf_en;    /* default rx (demod) input BPF enable */
+  bool foff_limiter; /* tames freq offset updates in low SNR */
+  float amp_scale;   /* used to scale Tx waveform to approx FREEDV_PEAK with
+                        clipper off */
+  float clip_gain1;  /* gain we apply to Tx signal before clipping to control
+                        PAPR*/
+  float clip_gain2;  /* gain we apply to Tx signal after clipping and BBF to
+                        control peak level */
+  bool clip_en;
+  char mode[16]; /* OFDM mode in string form */
+  char *data_mode;
+  float fmin;
+  float fmax;
 };
 
 struct OFDM {
-    struct OFDM_CONFIG config;
-
-    char mode[16];        /* mode in string form */
-    /*
-     * See 700D Part 4 Acquisition blog post and ofdm_dev.m routines
-     * for how this was set
-     */
-    float timing_mx_thresh;
-
-    int nc;
-    int ns;              	 /* NS-1 = data symbols between pilots  */
-    int bps; 	             /* Bits per symbol */
-    int m; 	               /* duration of each symbol in samples */
-    int ncp; 	             /* duration of CP in samples */
-    int np;                /* number of modem frames per packet. In some modes we want */
-                           /* the total packet of data to span multiple modem frames, e.g. HF data */
-                           /* and/or when the FEC codeword is larger than the one */
-                           /* modem frame.  In other modes (e.g. 700D/2020) Np=1, ie the modem frame */
-                           /* is the same length as the packet/FEC frame. */
-    int ftwindowwidth;
-    int bitsperframe;      /* total bits in all data symbols in modem frame */
-    int bitsperpacket;     /* total bits in all data symbols in a packet */
-    int rowsperframe;
-    int samplespersymbol;
-    int samplesperframe;
-    int nrxbufhistory;    /* extra storage at start of rxbuf to allow us to step back in time */
-    int nrxbufmin;        /* min number of samples we need in rxbuf to process a modem frame */
-    int rxbufst;          /* start of rxbuf window used for demod of current rx frame */
-    int pre, post;        /* pre-amble and post-amble detections */
-    int max_samplesperframe;
-    int nuwframes;
-    int nrxbuf;
-    int ntxtbits;         /* reserve bits/frame for aux text information */
-    int nuwbits;          /* number of unique word bits used to achieve packet frame sync */
-    int bad_uw_errors;    /* threshold for UW detection check */
-    int uw_fails;         /* number of times we exceeded bad_uw_errors and dropped sync */
-    int edge_pilots;      /* insert pilots at 1 and Nc+2, to support low bandwidth phase est */
-    char *data_mode;      /* "", "streaming", "burst"  */
-    int packetsperburst;  /* for OFDM data modes, how many packets before we reset state machine */
-    int amp_est_mode;     /* amplitude estimtor algorithm */
-    float amp_scale;
-    float clip_gain1;
-    float clip_gain2;
-    bool  clip_en;
-
-    float tx_centre;      /* TX Center frequency */
-    float rx_centre;      /* RX Center frequency */
-    float fs;             /* Sample rate */
-    float ts;             /* Symbol cycle time */
-    float rs;             /* Symbol rate */
-    float tcp;            /* Cyclic prefix duration */
-    float tpacket;        /* time for one packet in ms */
-    float inv_m;          /* 1/m */
-    float tx_nlower;      /* TX lowest carrier freq */
-    float rx_nlower;      /* RX lowest carrier freq */
-    float doc;            /* division of radian circle */
-    
-    float fmin;
-    float fmax;
-
-    // Pointers
-
-    struct quisk_cfFilter *tx_bpf;
-    struct quisk_cfFilter *rx_bpf;
-
-    complex float *pilot_samples;
-    complex float *rxbuf;
-    complex float *pilots;
-    complex float **rx_sym;
-    complex float *rx_np;
-    complex float *tx_uw_syms;
-    COMP          *tx_preamble;
-    COMP          *tx_postamble;
-
-    float *rx_amp;
-    float *aphase_est_pilot_log;
-
-    uint8_t tx_uw[MAX_UW_BITS];
-    int *uw_ind;
-    int *uw_ind_sym;
-
-    // State enums
-    State sync_state;
-    State last_sync_state;
-
-    // Sync enums
-    Sync sync_mode;
-
-    // Phase enums
-    PhaseEstBandwidth phase_est_bandwidth;
-
-    int phase_est_bandwidth_mode;
-
-    // Complex
-    complex float foff_metric;
-
-    // Float
-    float foff_est_gain;
-    bool  foff_limiter;
-    float foff_est_hz;
-    float timing_mx;
-    float coarse_foff_est_hz;
-    float timing_norm;
-    float mean_amp;
-
-    // Integer
-    int clock_offset_counter;
-    int verbose;
-    int sample_point;
-    int timing_est;
-    int timing_valid;
-    int ct_est;
-    int nin;
-    int uw_errors;
-    int sync_counter;
-    int frame_count;  /* general purpose counter of modem frames */
-    int packet_count; /* data mode: number of packets received so far */ 
-    int modem_frame;  /* increments for every modem frame in packet */
-    
-    // Boolean
-    bool sync_start;
-    bool sync_end;
-    bool timing_en;
-    bool foff_est_en;
-    bool phase_est_en;
-    bool tx_bpf_en;
-    bool rx_bpf_en;
-    bool dpsk_en;
-    bool postambledetectoren; /* allows us to optionally disable the postamble detector */
-    
-    char *codename;
-    char *state_machine;
+  struct OFDM_CONFIG config;
+
+  char mode[16]; /* mode in string form */
+  /*
+   * See 700D Part 4 Acquisition blog post and ofdm_dev.m routines
+   * for how this was set
+   */
+  float timing_mx_thresh;
+
+  int nc;
+  int ns;  /* NS-1 = data symbols between pilots  */
+  int bps; /* Bits per symbol */
+  int m;   /* duration of each symbol in samples */
+  int ncp; /* duration of CP in samples */
+  int np;  /* number of modem frames per packet. In some modes we want */
+  /* the total packet of data to span multiple modem frames, e.g. HF data */
+  /* and/or when the FEC codeword is larger than the one */
+  /* modem frame.  In other modes (e.g. 700D/2020) Np=1, ie the modem frame */
+  /* is the same length as the packet/FEC frame. */
+  int ftwindowwidth;
+  int bitsperframe;  /* total bits in all data symbols in modem frame */
+  int bitsperpacket; /* total bits in all data symbols in a packet */
+  int rowsperframe;
+  int samplespersymbol;
+  int samplesperframe;
+  int nrxbufhistory; /* extra storage at start of rxbuf to allow us to step back
+                        in time */
+  int nrxbufmin; /* min number of samples we need in rxbuf to process a modem
+                    frame */
+  int rxbufst;   /* start of rxbuf window used for demod of current rx frame */
+  int pre, post; /* pre-amble and post-amble detections */
+  int max_samplesperframe;
+  int nuwframes;
+  int nrxbuf;
+  int ntxtbits; /* reserve bits/frame for aux text information */
+  int nuwbits;  /* number of unique word bits used to achieve packet frame sync
+                 */
+  int bad_uw_errors; /* threshold for UW detection check */
+  int uw_fails; /* number of times we exceeded bad_uw_errors and dropped sync */
+  int edge_pilots;     /* insert pilots at 1 and Nc+2, to support low bandwidth
+                          phase est */
+  char *data_mode;     /* "", "streaming", "burst"  */
+  int packetsperburst; /* for OFDM data modes, how many packets before we reset
+                          state machine */
+  int amp_est_mode;    /* amplitude estimtor algorithm */
+  float amp_scale;
+  float clip_gain1;
+  float clip_gain2;
+  bool clip_en;
+
+  float tx_centre; /* TX Center frequency */
+  float rx_centre; /* RX Center frequency */
+  float fs;        /* Sample rate */
+  float ts;        /* Symbol cycle time */
+  float rs;        /* Symbol rate */
+  float tcp;       /* Cyclic prefix duration */
+  float tpacket;   /* time for one packet in ms */
+  float inv_m;     /* 1/m */
+  float tx_nlower; /* TX lowest carrier freq */
+  float rx_nlower; /* RX lowest carrier freq */
+  float doc;       /* division of radian circle */
+
+  float fmin;
+  float fmax;
+
+  // Pointers
+
+  struct quisk_cfFilter *tx_bpf;
+  struct quisk_cfFilter *rx_bpf;
+
+  complex float *pilot_samples;
+  complex float *rxbuf;
+  complex float *pilots;
+  complex float **rx_sym;
+  complex float *rx_np;
+  complex float *tx_uw_syms;
+  COMP *tx_preamble;
+  COMP *tx_postamble;
+
+  float *rx_amp;
+  float *aphase_est_pilot_log;
+
+  uint8_t tx_uw[MAX_UW_BITS];
+  int *uw_ind;
+  int *uw_ind_sym;
+
+  // State enums
+  State sync_state;
+  State last_sync_state;
+
+  // Sync enums
+  Sync sync_mode;
+
+  // Phase enums
+  PhaseEstBandwidth phase_est_bandwidth;
+
+  int phase_est_bandwidth_mode;
+
+  // Complex
+  complex float foff_metric;
+
+  // Float
+  float foff_est_gain;
+  bool foff_limiter;
+  float foff_est_hz;
+  float timing_mx;
+  float coarse_foff_est_hz;
+  float timing_norm;
+  float mean_amp;
+
+  // Integer
+  int clock_offset_counter;
+  int verbose;
+  int sample_point;
+  int timing_est;
+  int timing_valid;
+  int ct_est;
+  int nin;
+  int uw_errors;
+  int sync_counter;
+  int frame_count;  /* general purpose counter of modem frames */
+  int packet_count; /* data mode: number of packets received so far */
+  int modem_frame;  /* increments for every modem frame in packet */
+
+  // Boolean
+  bool sync_start;
+  bool sync_end;
+  bool timing_en;
+  bool foff_est_en;
+  bool phase_est_en;
+  bool tx_bpf_en;
+  bool rx_bpf_en;
+  bool dpsk_en;
+  bool postambledetectoren; /* allows us to optionally disable the postamble
+                               detector */
+
+  char *codename;
+  char *state_machine;
 };
 
 /* Prototypes */
@@ -252,14 +256,22 @@ complex float qpsk_mod(int *);
 complex float qam16_mod(int *);
 void qpsk_demod(complex float, int *);
 void qam16_demod(complex float, int *);
-void ofdm_txframe(struct OFDM *, complex float *, complex float []);
-void ofdm_assemble_qpsk_modem_packet(struct OFDM *, uint8_t [], uint8_t [], uint8_t []);
-void ofdm_assemble_qpsk_modem_packet_symbols(struct OFDM *, complex float [], COMP [], uint8_t []);
-void ofdm_disassemble_qpsk_modem_packet(struct OFDM *, complex float rx_syms[], float rx_amps[], COMP [], float [], short []);
-void ofdm_disassemble_qpsk_modem_packet_with_text_amps(struct OFDM *, complex float rx_syms[], float rx_amps[], COMP [], float [], short [], int*);
-void ofdm_extract_uw(struct OFDM *ofdm, complex float rx_syms[], float rx_amps[], uint8_t rx_uw[]);
-void ofdm_rand(uint16_t [], int);
-void ofdm_rand_seed(uint16_t r[], int n, uint64_t seed) ;
+void ofdm_txframe(struct OFDM *, complex float *, complex float[]);
+void ofdm_assemble_qpsk_modem_packet(struct OFDM *, uint8_t[], uint8_t[],
+                                     uint8_t[]);
+void ofdm_assemble_qpsk_modem_packet_symbols(struct OFDM *, complex float[],
+                                             COMP[], uint8_t[]);
+void ofdm_disassemble_qpsk_modem_packet(struct OFDM *, complex float rx_syms[],
+                                        float rx_amps[], COMP[], float[],
+                                        short[]);
+void ofdm_disassemble_qpsk_modem_packet_with_text_amps(struct OFDM *,
+                                                       complex float rx_syms[],
+                                                       float rx_amps[], COMP[],
+                                                       float[], short[], int *);
+void ofdm_extract_uw(struct OFDM *ofdm, complex float rx_syms[],
+                     float rx_amps[], uint8_t rx_uw[]);
+void ofdm_rand(uint16_t[], int);
+void ofdm_rand_seed(uint16_t r[], int n, uint64_t seed);
 void ofdm_generate_payload_data_bits(uint8_t data_bits[], int n);
 void ofdm_generate_preamble(struct OFDM *ofdm, COMP *tx_preamble, int seed);
 int ofdm_get_phase_est_bandwidth_mode(struct OFDM *);
@@ -268,7 +280,8 @@ void ofdm_clip(complex float tx[], float clip_thresh, int n);
 void ofdm_hilbert_clipper(struct OFDM *ofdm, complex float *tx, size_t n);
 float ofdm_esno_est_calc(complex float *rx_sym, int nsym);
 float ofdm_snr_from_esno(struct OFDM *ofdm, float EsNodB);
-void ofdm_get_demod_stats(struct OFDM *ofdm, struct MODEM_STATS *stats, complex float *rx_syms, int Nsymsperpacket);
+void ofdm_get_demod_stats(struct OFDM *ofdm, struct MODEM_STATS *stats,
+                          complex float *rx_syms, int Nsymsperpacket);
 
 #ifdef __cplusplus
 }