doug65536

	# Entering scope (function_definiton)
	# Exiting scope (function_definition)
	# Entering scope (function_definiton)
	# Exiting scope (function_definition)
	# Entering scope (function_definiton)
	# Exiting scope (function_definition)
	# Entering scope (function_definiton)
	# Exiting scope (function_definition)
	# Entering scope (function_definiton)

doug65536

extern int external;
int global;
int init_global = 42;
short other();
int main(int argc, char **argv)
{
    int x = 4;
    int y;
    y = argc * x;
    return y;

doug65536

uint32_t indexof_mipmap(int level)
{
    int mask = ~((level - 1) >> 31);
    uint32_t lvl0sz = texture->iw * texture->ih;
    int kept = 2 * (level - 1) & mask;
    uint32_t mul = (0x55555555 >> ((32 - kept) - 2)) & mask;
    return (lvl0sz * mul) >> (kept & mask);
}

doug65536

#define __restrict  __restrict__

__kernel void genann_run_input_to_hidden(
  genann_cfg const __constant *__restrict ann,
  genann_real __global *__restrict data)
{
  // One work item per hidden neuron
  size_t global_index = get_global_index();

  if (global_index >= ann->hidden)

doug65536

int self_test(tokenizer_map const& tok)
{
// Expect tok.size() to be 102495
  std::cerr << "Testing with " << tok.size() << " tokens\n";
  size_t input_size = tok.size() * context_size;
  size_t output_size = tok.size();
  genann_real learning_rate = 0.3;

  std::vector<genann_real> inputs(input_size);
  std::vector<genann_real> outputs(output_size);

doug65536

#!/bin/bash

ABS_SRCDIR="$( cd "$( dirname \
        "${BASH_SOURCE[0]}" )"&> /dev/null && pwd )" || exit

SRCDIR=$("${REALPATH:-realpath}" --relative-to="." "$ABS_SRCDIR") || \
        fail 'Unable to deduce relative path to source'

BUILDDIR=.
ABS_BUILDDIR=$(pwd)

doug65536

#!/bin/bash

ABS_SRCDIR="$( cd "$( dirname \
        "${BASH_SOURCE[0]}" )"&> /dev/null && pwd )" || exit

SRCDIR=$("${REALPATH:-realpath}" --relative-to="." "$ABS_SRCDIR") || \
        fail 'Unable to deduce relative path to source'

BUILDDIR=.
ABS_BUILDDIR=$(pwd)

doug65536

#define PIN_RESET 22
#define PIN_MOSI 5
#define PIN_MISO 19
#define PIN_SCLK 21

// Send the given byte and return the byte received (mode0)
byte spi_transfer(byte value = 0)
{
  // As we shift out outgoing bits out the top bits,
  // we shift the incoming bits into the low bits

doug65536

12 4 36 15 -3.31888371931660897118e+00 -1.04337192677125245588e+00 -3.79012892543003410140e-01 2.86632822110759223622e-02 4.14132155709385163522e-01 3.25695668774878765994e-01 3.27690851614163947136e-01 -3.20052122780711378880e+00 -1.11293770805292968618e+00 -1.48950839721825739614e-02 -9.99041465392087157937e-01 4.75569480097876140512e-01 4.18526715619733979956e-01 -4.12362291909578293492e-01 -4.63393354512348920604e-01 6.24375339304165222210e-01 3.91856805935784702211e-01 -3.00769805057327588305e-01 -1.93471698179205175983e+00 3.11506910581136498006e-01 3.85019834482236367190e-01 -2.71242438678600872315e-01 9.58505671571676320930e-01 3.29842984349095647012e-01 -5.25449446361040406472e-01 -4.11850474107172612181e-02 4.91172014171287252271e-01 1.17007634694636666883e-01 4.88890364233403706962e-01 1.08857060922103663358e+01 1.29565199704621464294e-01 2.67592915424762663179e-02 6.36369359867306094714e+00 -6.25974038031931190318e-02 -8.88303542570676729628e-02 6.81988870240996636340e+00 1.49439132870335750214e-0

doug65536

doug@doug-dt:~/code/tinymembench$ ./tinymembench
tinymembench v0.4.9 (simple benchmark for memory throughput and latency)

==========================================================================
== Memory bandwidth tests                                               ==
==                                                                      ==
== Note 1: 1MB = 1000000 bytes                                          ==
== Note 2: Results for 'copy' tests show how many bytes can be          ==
==         copied per second (adding together read and writen           ==
==         bytes would have provided twice higher numbers)              ==